// DymicoScript v4m2 runtime (no grooscript gs.*; iOS 13.0 / old-WebView safe)
var D$ = (typeof D$ !== 'undefined') ? D$ : (function(){
  var isArr = Array.isArray;
  function isPlain(x){ if (x == null || typeof x !== 'object') return false;
    var p = Object.getPrototypeOf(x); return p === Object.prototype || p === null; }
  function truthy(x){ if (x == null) return false; if (isArr(x)) return x.length > 0;
    if (typeof x === 'string') return x.length > 0; if (typeof x === 'number') return x !== 0;
    if (isPlain(x)) return Object.keys(x).length > 0;
    // An EMPTY collection is falsey in Groovy, and `as Set` / new HashSet() are real JS
    // Sets, which are neither arrays nor plain objects -- so an empty one read TRUE [v4m58].
    if (typeof Set !== 'undefined' && (x instanceof Set || x instanceof Map)) return x.size > 0;
    return !!x; }
  function eq(a,b){ if (a === b) return true; if (a == null || b == null) return a == b;
    // A Set is UNORDERED, and JSON.stringify renders EVERY Set as {} -- so the structural
    // branch below made ([1] as Set) == ([2] as Set) true. Compare membership [v4m58].
    if (typeof Set !== 'undefined' && (a instanceof Set || b instanceof Set)) {
      if (!(a instanceof Set) || !(b instanceof Set) || a.size !== b.size) return false;
      var same = true; a.forEach(function(v){ if (same && !b.has(v)) same = false; }); return same; }
    if (typeof a === 'object' && typeof b === 'object') { try { return JSON.stringify(a) === JSON.stringify(b); } catch(e) { return false; } }
    return a == b; }
  function cmp(a,b){ if (a == null && b == null) return 0; if (a == null) return -1; if (b == null) return 1;
    return a < b ? -1 : (a > b ? 1 : 0); }
  function entries(m){ var r = [], k; for (k in m) if (Object.prototype.hasOwnProperty.call(m, k)) r.push({key: k, value: m[k]}); return r; }
  function callE(f, e, i){ return f.length >= 2 ? f(e.key, e.value, i) : f(e, i); }
  // receivers with their OWN method (or Groovy methodMissing -- o-broker proxies!) win
  function own(x, n){ if (x == null || isArr(x) || typeof x === 'string') return false;
    if (typeof x[n] === 'function') return true;  // plain-object accessor (o.dcMessage -> {find,findAll,new...}) delegates to its real method, not GDK map-collection logic
    return !isPlain(x) && typeof x.methodMissing === 'function'; }
  // Built-ins every JS function carries. The static-through-instance fallback must skip
  // these: gs.map's minified ctor `q` has .length = 0 (arity), which made
  // `graphData.length == 0` true on a NON-empty map (RXME Admin dashboard breaker).
  // 'caller'/'arguments' also THROW on access for strict-mode class constructors.
  var FN_BUILTINS = { length: 1, name: 1, prototype: 1, caller: 1, arguments: 1 };
  // forward ALL original call args (D$ helper signatures are narrower than e.g.
  // forerunner's find(query, options, cb)); fall back to methodMissing dispatch
  // Groovy OPERATOR OVERLOADING: a class defining plus/minus/multiply/div/mod/leftShift/
  // rightShift takes precedence over the built-in rule for that operator [v4m55].
  // Deliberately NOT own(): own() also accepts methodMissing, which would turn `proxy + x`
  // into a remote `plus` call on the o broker. Maps and arrays keep their own semantics.
  function opOv(a, n){ return a != null && typeof a === 'object' && !isArr(a) && !isPlain(a) &&
    !(a instanceof Date) && !(a instanceof Set) && typeof a[n] === 'function'; }
  function ownCall(c, n, args){ var rest = Array.prototype.slice.call(args, 1); var f = c[n];
    if (typeof f === 'function') return f.apply(c, rest);
    var r = c.methodMissing(n, rest);
    return (r === undefined || r === null) ? c : r; }  // gs parity: proxies chain (.add(x).do())
  function gp(o,p){ if (o == null) return null;
    // Groovy IMPLICIT SPREAD: list.foo means list*.foo. A REAL List property still wins --
    // [1,2].size is 2, not [null,null] -- but a METHOD name does not ([[a:1]].keySet is
    // [null] in real Groovy). A missing key on an element yields null, so
    // [[a:1],[b:2]].a is [1, null], and it chains: [[a:[b:1]]].a.b is [1] [v4m43].
    if (isArr(o)) { if (p === 'size') return o.length;
      var _av = o[p]; if (_av !== undefined) return _av;
      return o.map(function(_e){ return _e == null ? null : gp(_e, p); }); }
    if (typeof o === 'object' && !isArr(o) && !isPlain(o) && typeof o.getProperty === 'function') return o.getProperty(p);
    var v = o[p];
    // Groovy reads a property THROUGH ITS GETTER whenever one exists: o.foo IS o.getFoo() /
    // o.isFoo(), and a bare field read only when neither is defined. Preferring the field
    // and falling back to the getter only when it was undefined returned the RAW field for
    // every class carrying both -- a silent wrong answer, never an error [v4m58]. It also
    // keeps working for the no-such-field cases it always handled (Date.time -> getTime(),
    // map.empty -> isEmpty()). Maps (isPlain) and arrays keep key/index semantics, and a
    // non-string key -- subscripts route here too -- can never name a getter.
    if (typeof o === 'object' && !isArr(o) && !isPlain(o) && typeof p === 'string' && p.length > 0) {
      var _gc = p.charAt(0).toUpperCase() + p.slice(1);
      var _gg = o['get' + _gc]; if (typeof _gg === 'function') return _gg.call(o);
      var _gi = o['is' + _gc]; if (typeof _gi === 'function') return _gi.call(o);
      if (v === undefined) {
        // Groovy resolves statics through instances (startupParams.staticField) -- but only
        // USER statics, never Function built-ins (length/name/prototype/...)
        if (o.constructor && !FN_BUILTINS[p] && o.constructor[p] !== undefined) return o.constructor[p];
        // Groovy propertyMissing hook (the o broker/ObjectFinder resolves services this way)
        if (typeof o.propertyMissing === 'function') return o.propertyMissing(p);
      }
    }
    return v; }
  // Every collection GDK helper funnels through here. JS Set/Map (Groovy HashSet/HashMap
  // ctors) MUST spread to elements -- the [c] fallback wrapped a whole Set so
  // `topicsSet.sort().collect { it.toLowerCase() }` saw the SET as the element (v4m29).
  function toArr(c){ if (c == null) return []; if (isArr(c)) return c; if (typeof c === 'string') return c.split('');
    if (c instanceof Set) return Array.from(c);
    if (c instanceof Map) { var r = []; c.forEach(function(v,k){ r.push({key: k, value: v}); }); return r; }
    if (isPlain(c)) return entries(c);
    return [c]; }
  function str(x){ if (x == null) return 'null'; if (typeof x === 'string') return x;
    if (isArr(x)) { return '[' + x.map(str).join(', ') + ']'; }
    if (isPlain(x)) { var ks = Object.keys(x); if (!ks.length) return '[:]';
      return '[' + ks.map(function(k){ return k + ':' + str(x[k]); }).join(', ') + ']'; }
    // Groovy prints a Set like a list; String(set) is the useless "[object Set]" [v4m58].
    if (typeof Set !== 'undefined' && x instanceof Set) return '[' + Array.from(x).map(str).join(', ') + ']';
    return String(x); }
  // Mirrors the emitter's GDK_ROUTED set. The emitter rewrites these to D$.<name> when it
  // can see the call site, but dynamic dispatch (notably list*.foo()) arrives at mc instead,
  // so mc needs the same routing as a last resort before it gives up [v4m44].
  var GDKN = { each:1, eachWithIndex:1, collect:1, findAll:1, find:1, any:1, every:1, sum:1,
    inject:1, join:1, contains:1, containsKey:1, keySet:1, values:1, size:1, length:1, sort:1,
    unique:1, first:1, last:1, reverse:1, flatten:1, collectMany:1, min:1, max:1, count:1,
    groupBy:1, take:1, drop:1, add:1, addAll:1, putAll:1, remove:1, removeAll:1, clear:1, replaceAll:1,
    tokenize:1, padLeft:1, padRight:1, isNumber:1, toInteger:1, toFloat:1, toDouble:1,
    toBoolean:1, times:1, capitalize:1, uncapitalize:1 };
  var D = {
    truthy: truthy, eq: eq, cmp: cmp, str: str, isPlain: isPlain,
    gp: gp,
    sp: function(o,k){ if (o == null) return null; var v = gp(o,k); return v === undefined ? null : v; },
    // `x.await()` receiver [v4m50]: o-broker call proxies (OObject/NestedO) carry an @GsNative
    // await() that returns a Promise; a Promise (Promise.all([..]).await()) or plain value
    // is awaited as-is. Checked on `await`, not `then` -- OObject has its own then().
    aw: function(x){ if (x != null && typeof x.await === 'function') return x.await(); return x; },
    // Groovy shallow clone (VueComponent.notify: `notifyParams.clone() << map`) [v4m28].
    // Own clone() wins (gs maps carry one); arrays slice; plain maps shallow-copy.
    clone: function(x){ if (x == null) return null;
      if (isArr(x)) return x.slice();
      if (typeof x === 'object' && typeof x.clone === 'function') return x.clone();
      if (x instanceof Date) return new Date(x.getTime());
      if (isPlain(x)) return Object.assign({}, x);
      return x; },
    // Groovy String.capitalize/uncapitalize (no JS equivalent; DataViewer topic labels) [v4m29]
    capitalize: function(s){ if (s == null) return s; s = String(s);
      return s.length ? s.charAt(0).toUpperCase() + s.slice(1) : s; },
    uncapitalize: function(s){ if (s == null) return s; s = String(s);
      return s.length ? s.charAt(0).toLowerCase() + s.slice(1) : s; },
    // Groovy GDK Date.format(pattern) -- java.text.SimpleDateFormat subset [v4m36].
    // grooscript's gs.date() attached a format() to every date IT built; V4 emits a plain
    // `new Date(...)`, so `date.format('dd/MM/yyyy HH:mm')` fell through mc to the throw.
    // Coldwatch Admin breaker: CwNotificationsComponent.formatDate threw 249x and the whole
    // notifications list rendered empty (Dashboard.formatDate too).
    // SimpleDateFormat tokens, NOT moment tokens -- moment objects carry their own .format()
    // and are taken by mc's own-method-first branch long before this fallback is reached.
    dfmt: function(d, p){ if (d == null) return null; if (p == null) return String(d);
      var MON = ['January','February','March','April','May','June','July','August','September','October','November','December'];
      var DAY = ['Sunday','Monday','Tuesday','Wednesday','Thursday','Friday','Saturday'];
      function pad(n,w){ var s = String(Math.abs(n)); while (s.length < w) s = '0' + s;
        return (n < 0 ? '-' : '') + s; }
      var y = d.getFullYear(), M = d.getMonth(), da = d.getDate(), H = d.getHours();
      var mi = d.getMinutes(), se = d.getSeconds(), ms = d.getMilliseconds(), dw = d.getDay();
      var h12 = H % 12; if (h12 === 0) h12 = 12;
      var tok = { 'yyyy': pad(y,4), 'yy': pad(y % 100,2), 'y': String(y),
        'MMMM': MON[M], 'MMM': MON[M].slice(0,3), 'MM': pad(M+1,2), 'M': String(M+1),
        'dd': pad(da,2), 'd': String(da), 'EEEE': DAY[dw], 'EEE': DAY[dw].slice(0,3),
        'HH': pad(H,2), 'H': String(H), 'hh': pad(h12,2), 'h': String(h12),
        'mm': pad(mi,2), 'm': String(mi), 'ss': pad(se,2), 's': String(se),
        'SSS': pad(ms,3), 'S': String(ms), 'a': (H < 12 ? 'AM' : 'PM') };
      var out = '', i = 0, s = String(p);
      while (i < s.length) {
        var c = s.charAt(i);
        if (c === "'") {                       // SimpleDateFormat quoted literal ('' = one quote)
          if (s.charAt(i+1) === "'") { out += "'"; i += 2; continue; }
          var e = s.indexOf("'", i+1);
          if (e === -1) { out += s.slice(i+1); break; }
          out += s.slice(i+1, e); i = e + 1; continue;
        }
        if ((c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z')) {
          var j = i; while (j < s.length && s.charAt(j) === c) j++;   // longest run of one letter
          var m = s.slice(i, j);
          while (m.length > 0 && tok[m] === undefined) m = m.slice(0, m.length - 1);
          if (m.length > 0) { out += tok[m]; i += m.length; continue; }
          out += s.slice(i, j); i = j; continue;                      // unknown letter: passthrough
        }
        out += c; i++;
      }
      return out; },
    // Groovy `+`: list+list concat / list+elem append / map+map merge / Set union;
    // numbers & strings fall through to JS + (fast path first) [v4m29:
    // `["all"] + topicsSet.sort()` string-coerced under raw JS +].
    plus: function(a,b){
      if (typeof a === 'number') return a + b;
      if (opOv(a,'plus')) return a.plus(b);
      // Groovy String + collection uses the value's GROOVY toString: "x" + [a:1] is "x[a:1]"
      // and "x" + [1,null] is "x[1, null]" -- NOT "x[object Object]" and "x1,". str() has
      // always rendered both correctly; it simply never saw them, because this line
      // concatenated first and handed str() a finished string. GString interpolation went
      // through str() directly and was right all along, so the two spellings disagreed:
      // "v:${m}" was correct while "v:" + m was not [v4m42]. Found via the Company product,
      // whose auth diagnostics log a map. Numbers/booleans/null keep the raw JS path so
      // "a" + null stays "anull"; Dates and gs maps fall to str's String(x) tail unchanged.
      if (typeof a === 'string') return a + ((b == null || typeof b !== 'object') ? b : str(b));
      // Groovy Date + int = plus N DAYS. Raw JS `+` string-concats a Date [v4m37].
      if (a instanceof Date && typeof b === 'number') return new Date(a.getTime() + b * 86400000);
      if (isArr(a)) return a.concat(isArr(b) ? b : (b instanceof Set ? Array.from(b) : [b]));
      if (a instanceof Set) { var s = new Set(a);
        if (isArr(b) || b instanceof Set) { (isArr(b) ? b : Array.from(b)).forEach(function(v){ s.add(v); }); }
        else { s.add(b); }
        return s; }
      // Groovy Map + Map. Do NOT require isPlain on both sides: a socket-borne grooscript map
      // (gs.toGroovy is redefined by the bundle's own @GsNative, so server responses arrive as
      // REAL gs maps even on a V4 page) and Vue's $attrs proxy are object-like but NOT plain,
      // so they fell through to the `a + b` below and STRING-CONCATENATED to the 30-char
      // "[object Object][object Object]". Coldwatch I3MenuButton: btnProps became that string,
      // `<q-btn v-bind="btnProps"/>` spread its char indices AND grooscript's ENUMERABLE
      // String.prototype polyfills onto the <button>; `contains` was the one name already
      // present on the element so Vue set it as a PROPERTY, shadowing native Node.contains ->
      // Quasar's ripple MutationObserver called button.contains(canvas) -> TypeError [v4m39].
      if (a && typeof a === 'object' && b && typeof b === 'object') return Object.assign({}, a, b);
      return a + b; },
    // Groovy `-` [v4m37]: Date-Date = whole DAYS (raw JS gave millis -- silently wrong),
    // Date-int = minus N days, String-String removes the FIRST occurrence, List-List removes
    // elements, Map-Map drops keys. Numbers keep the raw fast path.
    minus: function(a,b){
      if (typeof a === 'number' && typeof b === 'number') return a - b;
      if (opOv(a,'minus')) return a.minus(b);
      if (a instanceof Date) return (b instanceof Date)
        ? Math.round((a.getTime() - b.getTime()) / 86400000)
        : new Date(a.getTime() - b * 86400000);
      if (typeof a === 'string') return (b == null) ? a : a.replace(String(b), '');
      if (isArr(a)) { var rm = isArr(b) ? b : [b];
        return a.filter(function(v){ return !rm.some(function(w){ return eq(v,w); }); }); }
      // Set difference [v4m58]. Without this a Set fell to the map-key branch below and came
      // back a plain object.
      if (typeof Set !== 'undefined' && a instanceof Set) {
        var rm2 = (isArr(b) || b instanceof Set) ? toArr(b) : [b], s2 = new Set();
        a.forEach(function(v){ if (!rm2.some(function(w){ return eq(v,w); })) s2.add(v); }); return s2; }
      // same non-plain-operand reasoning as plus() above [v4m39]
      if (a && typeof a === 'object' && b && typeof b === 'object') { var r = {};
        Object.keys(a).forEach(function(k){ if (!(k in b)) r[k] = a[k]; }); return r; }
      return a - b; },
    // Groovy `*` [v4m37]: String*int and List*int REPEAT (raw JS gave NaN). Numbers fast-path.
    multiply: function(a,b){
      if (typeof a === 'number' && typeof b === 'number') return a * b;
      if (opOv(a,'multiply')) return a.multiply(b);
      if (typeof a === 'string' && typeof b === 'number') { var s = '';
        for (var i = 0; i < b; i++) s += a; return s; }
      if (isArr(a) && typeof b === 'number') { var r = [];
        for (var i = 0; i < b; i++) r = r.concat(a); return r; }
      return a * b; },
    // Groovy Date.parse(pattern, text) -- SimpleDateFormat subset, mirrors dfmt's tokens.
    // JS Date.parse IGNORES a 2nd arg and returns millis, so the static form was silently
    // wrong before routing here [v4m37].
    dparse: function(p, s){ if (p == null || s == null) return null;
      var y = 1970, M = 0, d = 1, H = 0, mi = 0, se = 0;
      var i = 0, j = 0, ps = String(p), ss = String(s);
      function num(w){ var st = j, k = 0;
        while (j < ss.length && k < w && ss.charAt(j) >= '0' && ss.charAt(j) <= '9') { j++; k++; }
        var v = parseInt(ss.slice(st, j), 10); return isNaN(v) ? 0 : v; }
      while (i < ps.length) {
        var c = ps.charAt(i);
        if (c === "'") {                                  // quoted literal, e.g. yyyy-MM-dd'T'HH:mm
          if (ps.charAt(i+1) === "'") { j++; i += 2; continue; }
          var e = ps.indexOf("'", i+1);
          var lit = (e === -1) ? ps.slice(i+1) : ps.slice(i+1, e);
          j += lit.length; i = (e === -1) ? ps.length : e + 1; continue;
        }
        if ((c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z')) {
          var k2 = i; while (k2 < ps.length && ps.charAt(k2) === c) k2++;
          var w = k2 - i;
          if (c === 'y') { y = num(w > 2 ? 4 : 2); if (w <= 2) y += (y < 70 ? 2000 : 1900); }
          else if (c === 'M') { M = num(w) - 1; }
          else if (c === 'd') { d = num(w); }
          else if (c === 'H' || c === 'h') { H = num(w); }
          else if (c === 'm') { mi = num(w); }
          else if (c === 's') { se = num(w); }
          else if (c === 'S') { num(w); }
          else { j += w; }                                // unsupported field: skip same width
          i = k2; continue;
        }
        i++; j++;                                          // literal separator
      }
      return new Date(y, M, d, H, mi, se); },
    // GDK methods Groovy puts on JS BUILT-INS. grooscript shipped these by returning AUGMENTED
    // objects (gs.date() carried format()); V4 returns the bare built-in, so they live here and
    // are reached from mc AFTER own-method/static/methodMissing -- a receiver with its own
    // next()/format()/step() still wins. Returns undefined when it does not handle (n,o) [v4m37].
    bgdk: function(o, n, a){
      var x = (a && a.length > 0) ? a[0] : undefined;
      var y = (a && a.length > 1) ? a[1] : undefined;
      var z = (a && a.length > 2) ? a[2] : undefined;
      // Cross-type GDK [v4m40]: Groovy puts compareTo/isEmpty on String/Number/Date/List/Map,
      // but the JS built-ins have neither. Reached only AFTER own-method dispatch, so a
      // receiver carrying its own compareTo still wins. Found by sweeping REAL product code
      // for GDK names the runtime does not implement, not by guessing: UnitEventsTab sorts
      // with a.startedAt.compareTo(b.startedAt), CordovaBrowser guards on opts.isEmpty().
      if (n === 'compareTo' && a && a.length === 1) {
        var ca = (o instanceof Date) ? o.getTime() : o, cb = (x instanceof Date) ? x.getTime() : x;
        if (ca == null || cb == null) return (ca == null && cb == null) ? 0 : (ca == null ? -1 : 1);
        return ca < cb ? -1 : (ca > cb ? 1 : 0); }
      // Groovy Object.with{ } -- works on every receiver, so it sits above the type
      // branches. Very common idiom; it simply calls the closure with the receiver [v4m43].
      if (n === 'with' && typeof x === 'function') return x(o);
      if (n === 'is') return o === x;                       // Groovy identity test [v4m45]
      if (typeof o === 'function' && n === 'curry') {       // Closure.curry [v4m45]
        var pre = a.slice();
        return function(){ return o.apply(null, pre.concat(Array.prototype.slice.call(arguments))); }; }
      // Groovy Object.equals(x) is VALUE equality, and JS objects/strings have no equals()
      // at all, so own-method dispatch never intercepts it. Villas-and-Hotels' AngularService
      // bootstrap does `metaClass.methods.find { it.name.equals('init') }` on every service
      // init, so this threw on their core startup path [v4m47].
      if (n === 'equals' && a && a.length === 1) return D.eq(o, x);
      if (n === 'isEmpty' && (!a || a.length === 0)) {
        if (typeof o === 'string' || Array.isArray(o)) return o.length === 0;
        if (o instanceof Map || o instanceof Set) return o.size === 0;
        if (o && typeof o === 'object') return Object.keys(o).length === 0; }
      if (o instanceof Date) {
        if (n === 'format') return D.dfmt(o, x);
        if (n === 'clearTime') { o.setHours(0,0,0,0); return o; }   // Groovy MUTATES and returns it
        if (n === 'next') return new Date(o.getTime() + 86400000);
        if (n === 'previous') return new Date(o.getTime() - 86400000);
        if (n === 'plus') return D.plus(o, x);
        if (n === 'minus') return D.minus(o, x);
        if (n === 'getDateString') return D.dfmt(o, 'dd/MM/yyyy');
        if (n === 'getTimeString') return D.dfmt(o, 'HH:mm:ss');
        if (n === 'before') return o.getTime() < (x instanceof Date ? x.getTime() : x);
        if (n === 'after') return o.getTime() > (x instanceof Date ? x.getTime() : x);
        if (n === 'toTimestamp' || n === 'getTime') return o.getTime();
        return undefined;
      }
      if (typeof o === 'number') {
        if (n === 'abs') return Math.abs(o);
        if (n === 'intdiv') return Math.trunc(o / x);
        // Groovy Number.round() / round(decimals) [v4m41]. No call site in the Coldwatch or
        // Company corpora (every .round( there is the JS static Math.round, which already
        // works) -- added because it is part of the Groovy contract V4 claims to implement.
        if (n === 'round') { if (x == null) return Math.round(o); var rf = Math.pow(10, x); return Math.round(o * rf) / rf; }
        if (n === 'power') return Math.pow(o, x);
        if (n === 'upto') { for (var i = o; i <= x; i++) y(i); return o; }
        if (n === 'downto') { for (var i = o; i >= x; i--) y(i); return o; }
        if (n === 'step') { if (y > 0) { for (var i = o; i < x; i += y) z(i); }
          else if (y < 0) { for (var i = o; i > x; i += y) z(i); } return o; }
        return undefined;
      }
      if (typeof o === 'string') {
        if (n === 'center') { var w = x, p = (y == null) ? ' ' : String(y);
          var t = w - o.length; if (t <= 0) return o;
          var lf = Math.floor(t / 2), rt = t - lf, L = '', R = '';
          while (L.length < lf) L += p; while (R.length < rt) R += p;
          return L.slice(0, lf) + o + R.slice(0, rt); }
        // NOTE: the runtime lives in a Groovy triple-single-quoted String, which PROCESSES
        // backslash escapes -- every regex here must DOUBLE its backslashes (see the tokenize
        // helper) or the emitted JS gets a real newline inside the literal and the WHOLE
        // runtime fails to parse. Never write a triple quote in these comments either: it
        // ENDS the string and the rest is parsed as Groovy [v4m37, cost two broken saves].
        if (n === 'readLines') { var b = o.replace(/(\r\n|\r|\n)$/, '');
          return b === '' ? [] : b.split(/\r\n|\r|\n/); }
        if (n === 'multiply') return D.multiply(o, x);
        if (n === 'minus') return D.minus(o, x);
        // [v4m43] Groovy String GDK missing from JS strings.
        if (n === 'isInteger') return /^[+-]?[0-9]+$/.test(o.trim());
        if (n === 'equalsIgnoreCase') return typeof x === 'string' && o.toLowerCase() === x.toLowerCase();
        if (n === 'replaceFirst') return o.replace(x instanceof RegExp ? x : new RegExp(x), y);
        if (n === 'toList') return o.split('');
        if (n === 'matches') { var mr = x instanceof RegExp ? x : new RegExp(x);
          var mm = o.match(new RegExp('^(?:' + mr.source + ')$')); return mm !== null; }
        if (n === 'eachLine') { o.split(/\r\n|\r|\n/).forEach(function(ln, li){
          x.length >= 2 ? x(ln, li) : x(ln); }); return o; }
        return undefined;
      }
      if (Array.isArray(o)) {
        // Groovy List.removeAt(i) MUTATES the list and returns the removed element [v4m40];
        // JS Array has no such method. Real call site: AdminUnitDetailsComponent tag removal.
        if (n === 'removeAt') { var rmv = o.splice(x, 1); return rmv.length ? rmv[0] : null; }
        // ---- Collection GDK the JS Array simply does not have [v4m43]. Every one of these
        // threw "No method X on Array" at runtime on code that transpiled clean. NOTE
        // push/pop deliberately KEEP JS semantics -- see the guide; Groovy's push prepends
        // and pop removes the FIRST element, and flipping them would silently reverse list
        // order at the 58 existing push call sites in the Coldwatch bundle alone.
        if (n === 'head') return o.length ? o[0] : null;
        if (n === 'tail') return o.slice(1);
        if (n === 'init') return o.slice(0, o.length - 1);
        if (n === 'toList') return o.slice();
        if (n === 'subList') return o.slice(x, y);
        if (n === 'step') return o.filter(function(v,i){ return i % x === 0; });
        if (n === 'takeWhile') { var tw = []; for (var ti = 0; ti < o.length; ti++) {
          if (!D.truthy(x(o[ti]))) break; tw.push(o[ti]); } return tw; }
        if (n === 'dropWhile') { var di = 0; while (di < o.length && D.truthy(x(o[di]))) di++; return o.slice(di); }
        if (n === 'intersect') { var it0 = x || []; return o.filter(function(v){
          return it0.some(function(w){ return D.eq(v,w); }); }); }
        if (n === 'disjoint') { var dj = x || []; return !o.some(function(v){
          return dj.some(function(w){ return D.eq(v,w); }); }); }
        if (n === 'swap') { var sw = o.slice(), tv = sw[x]; sw[x] = sw[y]; sw[y] = tv; return sw; }
        if (n === 'reverseEach') { for (var ri = o.length - 1; ri >= 0; ri--) x(o[ri]); return o; }
        if (n === 'transpose') { var tr = [], cols = o.length ? o[0].length : 0;
          for (var ci = 0; ci < cols; ci++) tr.push(o.map(function(row){ return row[ci]; })); return tr; }
        if (n === 'findIndexOf') { for (var fi = 0; fi < o.length; fi++) if (D.truthy(x(o[fi]))) return fi; return -1; }
        if (n === 'findLastIndexOf') { for (var li = o.length - 1; li >= 0; li--) if (D.truthy(x(o[li]))) return li; return -1; }
        if (n === 'findResult') { for (var qi = 0; qi < o.length; qi++) {
          var qr = x(o[qi]); if (qr !== null && qr !== undefined && qr !== false) return qr; } return null; }
        if (n === 'grep') { if (typeof x === 'function') return o.filter(function(v){ return D.truthy(x(v)); });
          if (x instanceof RegExp) return o.filter(function(v){ return x.test(D.str(v)); });
          return o.filter(function(v){ return D.eq(v, x); }); }
        if (n === 'split' && typeof x === 'function') { var yes = [], no = [];
          o.forEach(function(v){ (D.truthy(x(v)) ? yes : no).push(v); }); return [yes, no]; }
        if (n === 'countBy') { var cb = {}; o.forEach(function(v){ var k = D.str(x(v));
          cb[k] = (cb[k] || 0) + 1; }); return cb; }
        if (n === 'collectEntries') { var ce = {};
          o.forEach(function(v){ var pr = x ? x(v) : v;
            if (Array.isArray(pr)) ce[pr[0]] = pr[1];
            else if (pr && typeof pr === 'object') Object.keys(pr).forEach(function(k){ ce[k] = pr[k]; }); });
          return ce; }
        if (n === 'containsAll') return (x || []).every(function(w){
          return o.some(function(v){ return D.eq(v, w); }); });
        if (n === 'withIndex') return o.map(function(v,i){ return [v, i]; });
        if (n === 'indexed') { var ix = {}; o.forEach(function(v,i){ ix[i] = v; }); return ix; }
        return undefined;
      }
      // ---- Map GDK. A plain object has none of these as own methods, so dispatch reaches
      // here safely; a gs map or any receiver carrying its own get/put still wins [v4m43].
      if (isPlain(o)) {
        if (n === 'get') { var gv = o[x]; return gv === undefined ? (y !== undefined ? y : null) : gv; }
        if (n === 'put') { var pv = o[x]; o[x] = y; return pv === undefined ? null : pv; }
        if (n === 'containsValue') return Object.keys(o).some(function(k){ return D.eq(o[k], x); });
        if (n === 'entrySet') return Object.keys(o).map(function(k){ return { key: k, value: o[k] }; });
        if (n === 'subMap') { var sm = {}; (x || []).forEach(function(k){
          if (Object.prototype.hasOwnProperty.call(o, k)) sm[k] = o[k]; }); return sm; }
        if (n === 'countBy') { var mb = {}; Object.keys(o).forEach(function(k){
          var kk = D.str(x.length >= 2 ? x(k, o[k]) : x({ key: k, value: o[k] }));
          mb[kk] = (mb[kk] || 0) + 1; }); return mb; }
        if (n === 'collectEntries') { var me = {}; Object.keys(o).forEach(function(k){
          var pr = x.length >= 2 ? x(k, o[k]) : x({ key: k, value: o[k] });
          if (Array.isArray(pr)) me[pr[0]] = pr[1];
          else if (pr && typeof pr === 'object') Object.keys(pr).forEach(function(k2){ me[k2] = pr[k2]; }); });
          return me; }
        return undefined;
      }
      return undefined; },
    // gs.fs parity -- resolve a bare name unknown at compile time inside an instance
    // method: dynamic this (Vue proxy data: `if (allowRegistration)`) -> owner instance
    // -> lexical/global probe (never a raw ReferenceError; Groovy yields null-ish).
    fs: function(n, dyn, own, lex){ var v;
      try { if (dyn != null && dyn !== globalThis) { v = dyn[n]; if (v !== undefined) return v; } } catch (e1) {}
      try { if (own != null && own !== dyn) { v = own[n]; if (v !== undefined) return v; } } catch (e2) {}
      try { v = lex(); } catch (e3) { v = undefined; }
      return v === undefined ? null : v; },
    pset: function(o,p,v){ if (o == null) return v;
      if (typeof o === 'object' && !isArr(o) && !isPlain(o) && typeof o.setProperty === 'function') { o.setProperty(p, v); return v; }
      o[p] = v; return v; },
    mc: function(o,n,a){ if (o == null) return null;
      // Groovy Date.parse(pattern, text). `Date` is NOT a ClassExpression at CONVERSION phase,
      // so this arrives as D$.mc(Date,'parse',[...]) -- and JS Date.parse IS a real function,
      // so own-method-first below would take it and silently ignore the 2nd arg (-> NaN).
      // Must be intercepted BEFORE that branch [v4m37].
      if (o === Date && n === 'parse' && a && a.length >= 2) return D.dparse(a[0], a[1]);
      if (o === String && n === 'format' && a && a.length) return D.fmt(a[0], a.slice(1));
      // Same trap as Date.parse: these EXIST on JS strings, so own-method-first would take
      // them, but Groovy means something different. String.replace(a,b) replaces EVERY
      // occurrence (JS replaces only the first -- 'aXbXc'.replace('X','-') was silently
      // 'a-bXc'), and String.split(re,limit) keeps the remainder in the last field the way
      // Java does (JS truncates -- 'a:b:c'.split(':',2) was ['a','b'], losing ':c') [v4m43].
      // Groovy closure.call(args) vs JS Function.prototype.call(thisArg, args): own-method
      // dispatch would hand arg 0 to `this` and leave the parameter undefined, so
      // f.call(4) on { x -> x*2 } quietly returned NaN instead of 8 [v4m45].
      // Two INCOMPATIBLE idioms share this spelling. Groovy closure.call(x) passes x as an
      // ARGUMENT; JS Function.prototype.call(x) passes x as `this`, which is what the Vue
      // dynamic-this hook pattern relies on (hook.call(proxy), see dyn_this_hook). Arity
      // decides: a closure that declares no parameters cannot be meaning "pass an argument",
      // so a lone object argument binds `this`; anything else passes arguments, which fixes
      // { x -> x*2 }.call(4) quietly returning NaN [v4m45/46].
      if (typeof o === 'function' && (n === 'call' || n === 'doCall')) {
        if (o.length === 0 && a && a.length === 1 && a[0] !== null && typeof a[0] === 'object')
          return o.apply(a[0], []);
        return o.apply(null, a || []); }
      if (typeof o === 'string' && a) {
        if (n === 'replace' && a.length === 2 && typeof a[0] === 'string') return o.split(a[0]).join(a[1]);
        // split(sep, limit) keeps the remainder in the LAST field the way Java does; plain
        // JS truncates and loses it ('a:b:c'.split(':',2) was ['a','b'], dropping ':c').
        // The separator stays LITERAL, deliberately: real Groovy treats it as a regex, but
        // the shipped corpora call .split('.'), .split('|') and .split('?') expecting literal
        // delimiters, and regex semantics would return garbage for all of them. Pass a real
        // pattern (~/.../) when you want regex splitting [v4m43/45].
        if (n === 'split' && a.length === 2 && typeof a[1] === 'number') {
          var lim = a[1], parts = o.split(a[0]);
          if (lim > 0 && parts.length > lim) {
            var keep = parts.slice(0, lim - 1);
            keep.push(parts.slice(lim - 1).join(typeof a[0] === 'string' ? a[0] : ''));
            return keep; }
          return parts; }
      }
      var f = o[n]; if (typeof f === 'function') return f.apply(o, a);
      if (typeof o === 'object' && !isArr(o) && !isPlain(o) && o.constructor && !FN_BUILTINS[n] && typeof o.constructor[n] === 'function') {
        return o.constructor[n].apply(o.constructor, a);   // instance -> static (Groovy semantics)
      }
      if (typeof o.methodMissing === 'function') { var r = o.methodMissing(n, a);
        return (r === undefined || r === null) ? o : r; }  // gs parity: proxies chain
      if (typeof o.getProperty === 'function') { var g = o.getProperty(n); if (typeof g === 'function') return g.apply(o, a); }
      if (n === 'clone' && (!a || a.length === 0)) return D.clone(o);  // dynamic-dispatch GDK clone
      var bg = D.bgdk(o, n, a); if (bg !== undefined) return bg;   // GDK on JS built-ins [v4m36/37]
      if (GDKN[n] && typeof D[n] === 'function') return D[n].apply(null, [o].concat(a || []));
      // Groovy bean accessors [v4m52]: every property also answers getFoo()/isFoo(), and
      // setFoo(v) writes it. Groovy synthesises those; V4 emits a plain field, so
      // `withBoolean.isData()` threw on code that transpiled clean. gp() already does the
      // reverse (o.foo -> o.getFoo()). Last resort: a real method of that name won above.
      if (!a || a.length === 0) {
        if (n.length > 3 && n.slice(0,3) === 'get') { var gpn = n.charAt(3).toLowerCase() + n.slice(4);
          if (o[gpn] !== undefined) return o[gpn]; }
        if (n.length > 2 && n.slice(0,2) === 'is') { var ipn = n.charAt(2).toLowerCase() + n.slice(3);
          if (o[ipn] !== undefined) return o[ipn]; }
      }
      if (a && a.length === 1 && n.length > 3 && n.slice(0,3) === 'set') {
        var spn = n.charAt(3).toLowerCase() + n.slice(4);
        if (o[spn] !== undefined) { o[spn] = a[0]; return null; }   // guarded: Groovy needs the property to exist
      }
      // A JS Set reaches the collection GDK as an array [v4m52]: `new HashSet().toList()`
      // threw. Mutators (add/delete) are native and were taken above, so only reads land here.
      if (typeof Set !== 'undefined' && o instanceof Set) return D.mc(Array.from(o), n, a);
      throw new TypeError('No method ' + n + ' on ' + (o && o.constructor ? o.constructor.name : typeof o)); },
    // Groovy subscript [v4m43]: NEGATIVE indices count from the end ('hello'[-1] is 'o',
    // [1,2,3][-1] is 3) and an index LIST gathers ([1,2,3,4][[0,2]] is [1, 3]). Raw JS
    // c[-1] is undefined, so both were silently wrong rather than loud.
    // `as List` coercion: a string explodes to characters, a Set/array copies [v4m43].
    // String.format / sprintf subset: %s %d %f %x %% with - 0 width and .precision.
    // Covers the conversions that actually appear in app code; anything else is left as
    // written rather than guessed at [v4m45].
    fmt: function(f, args){ var i = 0;
      return String(f).replace(/%(-)?(0)?([0-9]+)?(?:\.([0-9]+))?([sdfx%])/g,
        function(m, left, zero, width, prec, conv){
          if (conv === '%') return '%';
          var v = args[i++], t;
          if (conv === 'd') t = String(Math.round(Number(v)));
          else if (conv === 'f') t = Number(v).toFixed(prec == null ? 6 : Number(prec));
          else if (conv === 'x') t = Number(v).toString(16);
          else t = str(v);
          var w = width ? Number(width) : 0, neg = t.charAt(0) === '-';
          if (zero && !left && neg) { t = t.slice(1); while (t.length < w - 1) t = '0' + t; return '-' + t; }
          while (t.length < w) t = left ? t + ' ' : (zero ? '0' + t : ' ' + t);
          return t; }); },
    asList: function(c){ if (c == null) return [];
      if (typeof c === 'string') return c.split('');
      if (isArr(c)) return c.slice();
      if (c instanceof Set) return Array.from(c);
      if (isPlain(c)) return entries(c);
      return [c]; },
    getAt: function(c,i){ if (c == null) return null;
      if (isArr(i) && (isArr(c) || typeof c === 'string')) return i.map(function(j){ return D.getAt(c, j); });
      if (typeof i === 'number') {
        if (typeof c === 'string') { var si = i < 0 ? c.length + i : i; return c.charAt(si); }
        if (isArr(c)) { var ai = i < 0 ? c.length + i : i; var av = c[ai]; return av === undefined ? null : av; }
      }
      var v = c[i]; return v === undefined ? null : v; },
    getAtRange: function(c,a,b,incl){ if (c == null) return null;
      var isStr = typeof c === 'string'; var arr = isStr ? c.split('') : c; var n = arr.length;
      var A = a < 0 ? n + a : a; var B = b < 0 ? n + b : b;
      var idx = D.range ? D.range(A, B, incl) : []; var out = [];
      for (var i = 0; i < idx.length; i++) out.push(arr[idx[i]]);
      return isStr ? out.join('') : out; },
    statics: function(C, names){ names.forEach(function(F){
      if (!(F in C.prototype)) Object.defineProperty(C.prototype, F, {
        get: function(){ return C[F]; }, set: function(v){ C[F] = v; }, configurable: true }); }); },
    bindAll: function(o){
      // grooscript methods are per-instance closures (self-bound); ES6 prototype methods
      // lose `this` when extracted (vue.init, register()'s methodsMap, Vue lifecycle hooks).
      // Bind every prototype method onto the instance at construction for gs parity.
      for (var p = Object.getPrototypeOf(o); p && p !== Object.prototype; p = Object.getPrototypeOf(p)) {
        Object.getOwnPropertyNames(p).forEach(function(n){
          if (n === 'constructor' || n.indexOf('$gs') === 0 || Object.prototype.hasOwnProperty.call(o, n)) return;
          var d = Object.getOwnPropertyDescriptor(p, n);
          if (d && typeof d.value === 'function') o[n] = d.value.bind(o);
        });
      }
      return o; },
    // ('a'..'c') is a CHARACTER range in Groovy; comparing/incrementing the strings
    // directly yielded just ['a'] [v4m45].
    range: function(a,b,incl){
      if (typeof a === 'string' && typeof b === 'string' && a.length === 1 && b.length === 1) {
        var ca = a.charCodeAt(0), cb = b.charCodeAt(0), cr = [], k;
        if (ca <= cb) { for (k = ca; incl ? k <= cb : k < cb; k++) cr.push(String.fromCharCode(k)); }
        else { for (k = ca; incl ? k >= cb : k > cb; k--) cr.push(String.fromCharCode(k)); }
        return cr; }
      var r=[],i; if (a<=b){ for(i=a; incl? i<=b : i<b; i++) r.push(i); }
      else { for(i=a; incl? i>=b : i>b; i--) r.push(i); } return r; },
    iter: function(c){ if (c == null) return []; if (isArr(c)) return c;
      if (typeof c === 'string') return c.split('');
      if (isPlain(c)) return entries(c);
      if (typeof c.forEach === 'function') { var r = []; c.forEach(function(v){ r.push(v); }); return r; }
      return [c]; },
    div: function(a,b){ if (typeof a === 'number') return a / b;
      if (opOv(a,'div')) return a.div(b); return a / b; },
    mod: function(a,b){ if (typeof a === 'number') return a % b;
      if (opOv(a,'mod')) return a.mod(b); return a % b; },
    rightShift: function(a,b){ if (typeof a === 'number') return a >> b;
      if (opOv(a,'rightShift')) return a.rightShift(b); return a >> b; },
    leftShift: function(l,r){ if (opOv(l,'leftShift')) return l.leftShift(r);
      if (isArr(l)) { l.push(r); return l; }
      if (l instanceof Set) { l.add(r); return l; }
      if (typeof l === 'string') return l + r; if (l && typeof l === 'object') { Object.assign(l,r); return l; } return l; },
    isIn: function(x,c){ if (c == null) return false; if (isArr(c)) return c.some(function(v){ return eq(v,x); });
      if (typeof c === 'string') return c.indexOf(x) !== -1; if (isPlain(c)) return Object.prototype.hasOwnProperty.call(c,x);
      if (typeof c.contains === 'function') return c.contains(x); if (typeof c.has === 'function') return c.has(x); return false; },
    // Trait/interface registry [v4m53]. Traits are copied into their implementors, so there is
    // no JS class to test with instanceof; the implementor records every name it satisfies.
    // Set as an own property of the constructor -- ES6 statics inherit down the class chain,
    // and a subclass that registers its own list has already had the parent's folded in.
    iface: function(C, names){ C.__ifaces = names; return C; },
    // Groovy enum [v4m57]. Constants are objects on the class carrying name()/ordinal()/
    // toString(), plus values()/valueOf() on the class itself. Object.create(C.prototype)
    // keeps `Days.monday instanceof Days` true; $gsBind is invoked by hand because that
    // path bypasses the constructor that would normally install the instance closures.
    enumOf: function(C, names){
      var vals = [];
      names.forEach(function(n, i){
        var e = Object.create(C.prototype);
        if (typeof e.$gsBind === 'function') { try { e.$gsBind(); } catch (ignore) {} }
        e.name = function(){ return n; };
        e.ordinal = function(){ return i; };
        e.toString = function(){ return n; };
        C[n] = e; vals.push(e);
      });
      C.values = function(){ return vals.slice(); };
      C.valueOf = function(n){ return C[n]; };
      return C; },
    isa: function(x,t,ctor){ switch(t){
      case 'String': case 'GString': case 'CharSequence': return typeof x === 'string';
      case 'Integer': case 'Long': case 'Short': case 'Byte': case 'Float': case 'Double':
      case 'Number': case 'BigDecimal': case 'BigInteger': return typeof x === 'number';
      case 'Boolean': return typeof x === 'boolean';
      case 'List': case 'ArrayList': return isArr(x);
      // A Set IS a Collection in Groovy, and `as Set` now yields a real JS Set [v4m58].
      case 'Collection': case 'Iterable': return isArr(x) || (typeof Set !== 'undefined' && x instanceof Set);
      case 'Set': case 'HashSet': case 'LinkedHashSet': case 'TreeSet':
        return typeof Set !== 'undefined' && x instanceof Set;
      case 'Map': case 'HashMap': case 'LinkedHashMap': case 'TreeMap': return isPlain(x);
      case 'Closure': case 'Function': return typeof x === 'function';
      case 'Date': return x instanceof Date;
      default:
        if (ctor && (x instanceof ctor)) return true;
        if (x != null && x.constructor && x.constructor.__ifaces &&
            x.constructor.__ifaces.indexOf(t) !== -1) return true;
        return false; } },
    size: function(x){ if (x == null) return null; if (own(x,'size')) return ownCall(x,'size',arguments);
      if (typeof x === 'string' || isArr(x)) return x.length;
      if (x instanceof Set || x instanceof Map) return x.size;
      if (typeof x === 'object') return Object.keys(x).length; return 0; },
    each: function(c,f){ if (c == null) return c; if (own(c,'each')) return ownCall(c,'each',arguments);
      if (isArr(c) || typeof c === 'string') { toArr(c).forEach(function(v,i){ f(v,i); }); return c; }
      if (isPlain(c)) { entries(c).forEach(function(e,i){ callE(f,e,i); }); return c; }
      if (typeof c.forEach === 'function') { c.forEach(f); return c; } return c; },
    eachWithIndex: function(c,f){ if (c == null) return c;
      if (isArr(c) || typeof c === 'string') { toArr(c).forEach(function(v,i){ f(v,i); }); return c; }
      if (isPlain(c)) { entries(c).forEach(function(e,i){ f.length >= 3 ? f(e.key,e.value,i) : f(e,i); }); return c; }
      if (own(c,'eachWithIndex')) return ownCall(c,'eachWithIndex',arguments); return c; },
    collect: function(c,f){ if (c == null) return []; if (own(c,'collect')) return ownCall(c,'collect',arguments);
      if (isPlain(c)) return entries(c).map(function(e,i){ return callE(f,e,i); });
      return toArr(c).map(function(v,i){ return f(v,i); }); },
    findAll: function(c,f){ if (c == null) return c;
      if (typeof c === 'string' && (f instanceof RegExp || typeof f === 'string')) {
        var g = f instanceof RegExp ? new RegExp(f.source, f.flags.indexOf('g') === -1 ? f.flags + 'g' : f.flags)
                                    : new RegExp(f, 'g');
        return c.match(g) || []; }
      if (own(c,'findAll')) return ownCall(c,'findAll',arguments);
      var p = f ? function(){ return truthy(f.apply(null, arguments)); } : truthy;
      if (isPlain(c)) { var r = {}; entries(c).forEach(function(e){ if (f ? truthy(callE(f,e)) : truthy(e.value)) r[e.key] = e.value; }); return r; }
      return toArr(c).filter(function(v){ return p(v); }); },
    // 'a1b2'.find(/[0-9]/) is regex matching, not collection search -- a RegExp is not
    // callable so the collection path threw 'not a function' [v4m43].
    find: function(c,f){ if (c == null) return null;
      if (typeof c === 'string' && (f instanceof RegExp || typeof f === 'string')) {
        var fm = c.match(f instanceof RegExp ? f : new RegExp(f)); return fm ? fm[0] : null; }
      if (own(c,'find')) return ownCall(c,'find',arguments);
      if (isPlain(c)) { var es = entries(c); for (var i = 0; i < es.length; i++)
        if (f ? truthy(callE(f, es[i])) : truthy(es[i].value)) return es[i]; return null; }
      var a = toArr(c); for (var j = 0; j < a.length; j++) if (f ? truthy(f(a[j])) : truthy(a[j])) return a[j]; return null; },
    any: function(c,f){ if (c == null) return false; if (own(c,'any')) return ownCall(c,'any',arguments);
      if (isPlain(c)) return entries(c).some(function(e){ return truthy(f ? callE(f,e) : e.value); });
      return toArr(c).some(function(v){ return truthy(f ? f(v) : v); }); },
    every: function(c,f){ if (c == null) return true; if (own(c,'every')) return ownCall(c,'every',arguments);
      if (isPlain(c)) return entries(c).every(function(e){ return truthy(f ? callE(f,e) : e.value); });
      return toArr(c).every(function(v){ return truthy(f ? f(v) : v); }); },
    // Groovy: [].sum() is null (NOT 0), and sum(initial) seeds the total -- the second
    // argument is only a closure when it IS one, [1,2].sum(10) is 13 [v4m43].
    sum: function(c,f){ if (c == null) return null; if (own(c,'sum')) return ownCall(c,'sum',arguments);
      var seed, fn = null;
      if (typeof f === 'function') fn = f; else if (f !== undefined) seed = f;
      var a = toArr(c).map(function(v){ return fn ? fn(v) : v; });
      if (!a.length) return seed !== undefined ? seed : null;
      var t = a.reduce(function(x,y){ return x + y; });
      return seed !== undefined ? seed + t : t; },
    // Groovy inject has BOTH arities: inject(seed){a,b->} and inject{a,b->} (first element
    // seeds it). The one-arg form arrived as init=closure, f=undefined -> 'not a function' [v4m43].
    inject: function(c,init,f){ if (c == null) return init;
      if (f === undefined && typeof init === 'function') {
        var a0 = toArr(c); if (!a0.length) return null;
        return a0.slice(1).reduce(function(acc,v){ return init(acc,v); }, a0[0]); }
      return toArr(c).reduce(function(acc,v){ return f(acc,v); }, init); },
    join: function(c,sep){ if (c == null) return ''; if (own(c,'join')) return ownCall(c,'join',arguments);
      return toArr(c).map(str).join(sep == null ? '' : sep); },
    contains: function(c,x){ if (c == null) return false; if (own(c,'contains')) return ownCall(c,'contains',arguments);
      if (typeof c === 'string') return c.indexOf(x) !== -1;
      if (isArr(c)) return c.some(function(v){ return eq(v,x); });
      if (isPlain(c)) return Object.keys(c).some(function(k){ return eq(c[k],x); });
      if (typeof c.has === 'function') return c.has(x); return false; },
    containsKey: function(m,k){ if (m == null) return false; if (own(m,'containsKey')) return ownCall(m,'containsKey',arguments);
      if (m instanceof Map) return m.has(k); return Object.prototype.hasOwnProperty.call(m,k); },
    keySet: function(m){ if (m == null) return []; if (own(m,'keySet')) return ownCall(m,'keySet',arguments); return Object.keys(m); },
    values: function(m){ if (m == null) return []; if (own(m,'values')) return ownCall(m,'values',arguments);
      if (isArr(m)) return m; return Object.keys(m).map(function(k){ return m[k]; }); },
    // Sorting a MAP yields a MAP in key order (or closure order), not a list of entries [v4m43].
    sort: function(c,f){ if (c == null) return c; if (own(c,'sort')) return ownCall(c,'sort',arguments);
      // Groovy List.sort() sorts IN PLACE and returns the SAME list; only sort(false)
      // returns a copy. Returning a copy meant `l.sort(); use(l)` silently used the
      // UNSORTED list -- a wrong answer, not an error [v4m45].
      if (isArr(c)) {
        var mutate = (f !== false), fn2 = (typeof f === 'function') ? f : null;
        var target = mutate ? c : c.slice();
        if (!fn2) target.sort(cmp);
        else if (fn2.length >= 2) target.sort(fn2);
        else target.sort(function(x,y){ return cmp(fn2(x), fn2(y)); });
        return target; }
      if (isPlain(c)) { var es = entries(c).slice();
        if (!f) es.sort(function(p,q){ return cmp(p.key, q.key); });
        else if (f.length >= 2) es.sort(f);
        else es.sort(function(p,q){ return cmp(f(p), f(q)); });
        var so = {}; es.forEach(function(e){ so[e.key] = e.value; }); return so; }
      var a = toArr(c).slice(); if (!f) return a.sort(cmp);
      if (f.length >= 2) return a.sort(f);
      return a.sort(function(x,y){ return cmp(f(x), f(y)); }); },
    // Groovy List.unique() also mutates in place and returns the same list [v4m45].
    unique: function(c,f){ if (c == null) return c; var a = toArr(c), r = [];
      a.forEach(function(v){ var kv = f ? f(v) : v;
        if (!r.some(function(w){ return eq(f ? f(w) : w, kv); })) r.push(v); });
      if (isArr(c)) { c.length = 0; r.forEach(function(v){ c.push(v); }); return c; }
      return r; },
    first: function(c){ if (c == null) return null; if (own(c,'first')) return ownCall(c,'first',arguments); return toArr(c)[0]; },
    last: function(c){ if (c == null) return null; if (own(c,'last')) return ownCall(c,'last',arguments);
      var a = toArr(c); return a[a.length - 1]; },
    reverse: function(c){ if (c == null) return c; if (typeof c === 'string') return c.split('').reverse().join('');
      if (own(c,'reverse')) return ownCall(c,'reverse',arguments); return toArr(c).slice().reverse(); },
    flatten: function(c){ if (c == null) return []; if (own(c,'flatten')) return ownCall(c,'flatten',arguments);
      var out = []; (function rec(a){ a.forEach(function(v){ isArr(v) ? rec(v) : out.push(v); }); })(toArr(c)); return out; },
    collectMany: function(c,f){ if (c == null) return []; var out = [];
      toArr(c).forEach(function(v){ var r = f(v); (isArr(r) ? r : [r]).forEach(function(w){ out.push(w); }); }); return out; },
    min: function(c,f){ if (c == null) return null; if (own(c,'min')) return ownCall(c,'min',arguments);
      var a = toArr(c); if (!a.length) return null; return a.reduce(function(x,y){
        return cmp(f ? f(x) : x, f ? f(y) : y) <= 0 ? x : y; }); },
    max: function(c,f){ if (c == null) return null; if (own(c,'max')) return ownCall(c,'max',arguments);
      var a = toArr(c); if (!a.length) return null; return a.reduce(function(x,y){
        return cmp(f ? f(x) : x, f ? f(y) : y) >= 0 ? x : y; }); },
    count: function(c,x){ if (c == null) return 0; if (own(c,'count')) return ownCall(c,'count',arguments);
      var a = toArr(c); if (typeof x === 'function') return a.filter(function(v){ return truthy(x(v)); }).length;
      return a.filter(function(v){ return eq(v,x); }).length; },
    // groupBy over a MAP groups its ENTRIES and yields sub-MAPS, not a list of entry
    // objects; the closure takes (k,v). Previously the map case fell through the list path
    // and produced a single NaN key [v4m43].
    groupBy: function(c,f){ var r = {}; if (c == null) return r;
      if (isPlain(c)) { entries(c).forEach(function(e){ var k = str(callE(f,e));
        (r[k] = r[k] || {})[e.key] = e.value; }); return r; }
      toArr(c).forEach(function(v){ var k = str(f(v)); (r[k] = r[k] || []).push(v); }); return r; },
    take: function(c,n){ if (c == null) return c; if (typeof c === 'string') return c.substring(0, n);
      if (own(c,'take')) return ownCall(c,'take',arguments); return toArr(c).slice(0, n); },
    drop: function(c,n){ if (c == null) return c; if (typeof c === 'string') return c.substring(n);
      if (own(c,'drop')) return ownCall(c,'drop',arguments); return toArr(c).slice(n); },
    remove: function(c,x){ if (c == null) return null; if (own(c,'remove')) return ownCall(c,'remove',arguments);
      if (isArr(c)) { if (typeof x === 'number') return c.splice(x,1)[0];
        var i = c.findIndex(function(v){ return eq(v,x); }); if (i >= 0) { c.splice(i,1); return true; } return false; }
      if (typeof Set !== 'undefined' && c instanceof Set) return c.delete(x);   // Set has delete, not remove [v4m58]
      if (isPlain(c)) { var old = c[x]; delete c[x]; return old; } return null; },
    add: function(c,x){ if (c == null) return false; if (own(c,'add')) return ownCall(c,'add',arguments);
      if (isArr(c)) { c.push(x); return true; } return false; },
    addAll: function(c,xs){ if (c == null || xs == null) return false; if (own(c,'addAll')) return ownCall(c,'addAll',arguments);
      if (isArr(c)) { toArr(xs).forEach(function(v){ c.push(v); }); return true; } return false; },
    putAll: function(m,m2){ if (m == null || m2 == null) return m; if (own(m,'putAll')) return ownCall(m,'putAll',arguments);
      Object.assign(m, m2); return m; },
    removeAll: function(c,xs){ if (c == null) return false; if (own(c,'removeAll')) return ownCall(c,'removeAll',arguments);
      if (isArr(c)) { if (typeof xs === 'function') { for (var i = c.length - 1; i >= 0; i--) { if (truthy(xs(c[i]))) c.splice(i,1); } return true; }
        toArr(xs).forEach(function(x){ var j = c.findIndex(function(v){ return eq(v,x); }); if (j >= 0) c.splice(j,1); }); return true; } return false; },
    clear: function(c){ if (c == null) return c; if (own(c,'clear')) return ownCall(c,'clear',arguments);
      if (isArr(c)) { c.length = 0; return c; } if (isPlain(c)) { Object.keys(c).forEach(function(k){ delete c[k]; }); } return c; },
    replaceAll: function(s,re,rep){ if (s == null) return s; if (own(s,'replaceAll')) return ownCall(s,'replaceAll',arguments);
      var rx = (re instanceof RegExp) ? new RegExp(re.source, 'g') : new RegExp(re, 'g');
      return String(s).replace(rx, rep); },
    // Groovy tokenize(delims) treats the argument as a SET OF CHARACTERS: 'a,b;c'
    // .tokenize(',;') is [a, b, c]. Splitting on the whole string returned one token [v4m45].
    // Empty tokens are dropped, as in Groovy.
    tokenize: function(s,d){ if (s == null) return [];
      var t = String(s);
      if (d == null) return t.split(/\s+/).filter(function(x){ return x.length > 0; });
      var set = String(d), out = [], cur = '';
      for (var i = 0; i < t.length; i++) {
        if (set.indexOf(t.charAt(i)) !== -1) { if (cur.length) out.push(cur); cur = ''; }
        else cur += t.charAt(i); }
      if (cur.length) out.push(cur);
      return out; },
    padLeft: function(s,n,p){ s = String(s); p = p == null ? ' ' : p; while (s.length < n) s = p + s; return s; },
    padRight: function(s,n,p){ s = String(s); p = p == null ? ' ' : p; while (s.length < n) s = s + p; return s; },
    isNumber: function(s){ if (s == null || s === '') return false; return !isNaN(Number(s)); },
    toInteger: function(x){ return parseInt(x, 10); },
    toFloat: function(x){ return parseFloat(x); }, toDouble: function(x){ return parseFloat(x); },
    toBoolean: function(x){ return String(x).trim().toLowerCase() === 'true'; },
    times: function(n,f){ for (var i = 0; i < n; i++) f(i); },
    metaClass: function(o){ var names = {}, methods = [];
      if (o != null) { Object.getOwnPropertyNames(o).forEach(function(n){ if (typeof o[n] === 'function') names[n] = 1; });
        for (var p = Object.getPrototypeOf(o); p && p !== Object.prototype; p = Object.getPrototypeOf(p))
          Object.getOwnPropertyNames(p).forEach(function(n){ if (n !== 'constructor' && n.indexOf('$gs') !== 0 && typeof o[n] === 'function') names[n] = 1; }); }
      Object.keys(names).forEach(function(n){ methods.push({name: n}); });
      return { methods: methods }; },
    cls: function(o){ var n = 'Object';
      if (o == null) n = 'null'; else if (typeof o === 'string') n = 'String';
      else if (typeof o === 'number') n = 'Number'; else if (typeof o === 'boolean') n = 'Boolean';
      else if (isArr(o)) n = 'ArrayList'; else if (o.constructor && o.constructor.name) n = o.constructor.name;
      return { name: n, simpleName: n, getSimpleName: function(){ return n; }, getName: function(){ return n; }, toString: function(){ return n; } }; }
  };
  return D;
})();
// grooscript-runtime globals some app code calls bare. Under V4, Groovy maps/lists ARE
// plain JS values, so the gs conversion helpers become identity functions when absent.
var _self;   // lexical-owner fallback for closures emitted outside a class context
var toJsObj = (typeof toJsObj !== 'undefined') ? toJsObj : function(x){ return x; };
var toGroovy = (typeof toGroovy !== 'undefined') ? toGroovy : function(x){ return x; };
var toJavascript = (typeof toJavascript !== 'undefined') ? toJavascript : function(x){ return x; };
var toJsMap = (typeof toJsMap !== 'undefined') ? toJsMap : function(x){ return x; };
var toJsArray = (typeof toJsArray !== 'undefined') ? toJsArray : function(x){ return x; };
class BootstrapBase {
  constructor(...a) {
    if (new.target === BootstrapBase) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.callback = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.completed)) {
        return callback();
      }
      return D$.add(_self.callbacks, callback);
    };
    _self.runCallbacks = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.completed = true;
      return D$.each(_self.callbacks, function(callback) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(); });
    };
  }
  $gsInit() {
    const _self = this;
    this.completed = false;
    this.callbacks = [];
  }
}
class Transmission {
  constructor(...a) {
    if (new.target === Transmission) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
}
Transmission.onReady = new BootstrapBase();
Transmission.onAuthReady = new BootstrapBase();
D$.statics(Transmission, ["onReady", "onAuthReady"]);
class StartupParams {
  constructor(...a) {
    if (new.target === StartupParams) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.checkStartupAuth = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(Utils.getCookie(Socket.AUTH_TOKEN))) {
        console.log(D$.str(D$.plus("Writing session auth to local storage:", Utils.getCookie(Socket.AUTH_TOKEN))));
        D$.mc(D$.fs("localStorage", _this$, _self, ()=>localStorage), "setItem", ["authToken", D$.plus(D$.plus("\"", Utils.getCookie(Socket.AUTH_TOKEN)), "\"")]);
      }
      if (D$.truthy(Utils.getCookie(Socket.DEVICE_TOKEN))) {
        console.log(D$.str(D$.plus("Writing device token to local storage:", Utils.getCookie(Socket.DEVICE_TOKEN))));
        D$.mc(D$.fs("localStorage", _this$, _self, ()=>localStorage), "setItem", ["deviceToken", D$.plus(D$.plus("\"", Utils.getCookie(Socket.DEVICE_TOKEN)), "\"")]);
      }
      if ((_self.shouldCheckStartupAuth() && StartupParams.doAuthToken)) {
        console.log(D$.str("Checking tokens..."));
        if ((!D$.truthy(D$.gp(_self.session, "authToken")) || !D$.truthy(D$.gp(_self.session, "deviceToken")))) {
          console.log(D$.str("Token NOT found"));
          return null;
        }
        console.log(D$.str("Tokens good"));
      }
    };
  }
  $gsInit() {
    const _self = this;
    this.session = Session.instance();
  }
  shouldCheckStartupAuth() {

        if (typeof checkStartupAuth !== 'undefined') {
            return checkStartupAuth
        }
        return true
    
  }
}
StartupParams.deviceReadyListers = [];
StartupParams.bootstrapComplete = false;
StartupParams.deviceReady = true;
StartupParams.doAuthToken = true;
StartupParams.supportOfflineStart = false;
StartupParams.websocketClientDebug = false;
StartupParams.offlineStartFunction = null;
StartupParams.onlineStartNoAuthFunction = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
};
StartupParams.onlineStartAuthSuccessFunction = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return console.log(D$.str("NB: onlineStartAuthSuccessFunction NOT SET!")); };
StartupParams.onlineStartTokenAuthFailedFunction = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("onlineStartTokenAuthFailedFunction"));
  return Utils.logout();
};
StartupParams.beforeSocketInit = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str(D$.plus("beforeSocketInit:", StartupParams.supportOfflineStart)));
  if (D$.truthy(StartupParams.supportOfflineStart)) {
    console.log(D$.str(D$.plus("beforeSocketInit:session.firstStartupCompleted:", D$.gp(session, "firstStartupCompleted"))));
    console.log(D$.str("startupParams.onlineStartFunction:3"));
    StartupParams.offlineStartFunction();
    StartupParams.bootstrapComplete = true;
    D$.pset(session, "firstStartupCompleted", true);
  }
};
StartupParams.afterSocketInit = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("afterSocketInit"));
  if (!D$.truthy(StartupParams.doAuthToken)) {
    console.log(D$.str("onlineStartNoAuthFunction:0"));
    StartupParams.onlineStartNoAuthFunction();
    StartupParams.bootstrapComplete = true;
    return null;
  }
  return Utils.tokenAuth(function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
    console.log(D$.str("onlineStartAuthSuccessFunction:1"));
    StartupParams.onlineStartAuthSuccessFunction();
    StartupParams.bootstrapComplete = true;
    return D$.mc(D$.gp(transmission, "onAuthReady"), "runCallbacks", []);
  }, function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
    console.log(D$.str("onlineStartTokenAuthFailedFunction:2"));
    StartupParams.onlineStartTokenAuthFailedFunction();
    StartupParams.bootstrapComplete = true;
    return D$.mc(D$.gp(transmission, "onAuthReady"), "runCallbacks", []);
  });
};
D$.statics(StartupParams, ["deviceReadyListers", "bootstrapComplete", "deviceReady", "doAuthToken", "supportOfflineStart", "websocketClientDebug", "offlineStartFunction", "onlineStartNoAuthFunction", "onlineStartAuthSuccessFunction", "onlineStartTokenAuthFailedFunction", "beforeSocketInit", "afterSocketInit"]);
class Session {
  constructor(...a) {
    if (new.target === Session) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.setProperty = function(name, value) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      Session.sessionMap[name] = value;
      Session.setSessionStorage(name, value);
      if (D$.eq(name, "zoner")) {
        Session.zoner = null;
        _self.zonerRoleMap = {};
      }
    };
    _self.getProperty = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.getAt(Session.sessionMap, name))) {
        let value = Session.getSessionStorage(name);
        Session.sessionMap[name] = value;
      }
      return D$.getAt(Session.sessionMap, name);
    };
    _self.hasRole = function(roles) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(roles)) {
        return true;
      }
      let result = D$.getAt(_self.zonerRoleMap, roles);
      if (!D$.eq(result, null)) {
        return result;
      }
      if (!D$.truthy(Session.zoner)) {
        Session.zoner = _self.getProperty("zoner");
      }
      if (!D$.truthy(Session.zoner)) {
        return false;
      }
      if (D$.isa(roles, "String")) {
        result = D$.isIn(roles, D$.gp(Session.zoner, "roles"));
        _self.zonerRoleMap[roles] = result;
        return result;
      }
      for (let role of D$.iter(roles)) {
        if (D$.isIn(role, D$.gp(Session.zoner, "roles"))) {
          _self.zonerRoleMap[roles] = true;
          return true;
        }
      }
      _self.zonerRoleMap[roles] = false;
      return false;
    };
    _self.toString = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.str(Session.sessionMap);
    };
  }
  $gsInit() {
    const _self = this;
    this.zonerRoleMap = {};
  }
  static instance() {
    const _self = this;
    if (!D$.truthy(Session.self)) {
      Session.self = new Session();
    }
    return Session.self;
  }
  static toJs() {
    const _self = this;
    return Session.sessionMap;
  }
  static setSessionStorage(name, value) {

       value = JSON.stringify(value)
       localStorage.setItem(name, value)
       return value
    
  }
  static getSessionStorage(name) {

        var value = localStorage.getItem(name)
        try{
            return gs.toGroovy(jQuery.parseJSON(value))
        }catch(all){}
        return null
    
  }
  clear() {

       localStorage.clear();
       sessionStorage.removeItem('dymicoLoginLaunch');
    
  }
}
Session.sessionMap = {};
Session.zoner = null;
D$.statics(Session, ["sessionMap", "self", "zoner"]);
class Modals {
  constructor(...a) {
    if (new.target === Modals) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  static showModalCustom(id, type) {

        $(id).css("display", type);
        $(id).css("pointer-events", "initial");
    
  }
  static showModal(id) {

        $(id).css("display", "block");
        $(id).css("pointer-events", "initial");
    
  }
  static hideModal(id) {

        $(id).css("display", "none");
        $(id).css("pointer-events", "none");
    
  }
  static closeModal(id) {

        $(id).trigger( "click" );
    
  }
}
class Socket {
  constructor(...a) {
    if (new.target === Socket) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  static init() {
    const _self = this;
    D$.pset(Socket.session, "domain", D$.gp(D$.gp(Socket.window, "location"), "hostname"));
    D$.pset(Socket.session, "incomingUrl", D$.plus(D$.plus(D$.gp(D$.gp(Socket.window, "location"), "protocol"), "//"), D$.gp(D$.gp(Socket.window, "location"), "hostname")));
    D$.pset(GrooscriptGrails, "remoteUrl", D$.gp(Socket.session, "incomingUrl"));
  }
  static socketHeaders() {
    const _self = this;
    D$.pset(Socket.socketHeadersMap, "domain", D$.gp(D$.gp(Socket.window, "location"), "hostname"));
    Socket.socketHeadersMap[`${D$.str(Socket.AUTH_TOKEN)}`] = Utils.getAuthToken();
    Socket.socketHeadersMap[`${D$.str(Socket.DEVICE_TOKEN)}`] = Utils.getDeviceToken();
    if (D$.truthy(D$.gp(Socket.session, "jwt"))) {
      D$.pset(Socket.socketHeadersMap, "jwt", D$.gp(Socket.session, "jwt"));
    }
    return Socket.socketHeadersMap;
  }
  static initSocket(success = null, failure = null) {
    const _self = this;
    Socket.socketConnectionInterval(success, failure);
  }
  static socketReady(callback) {
    const _self = this;
    if (D$.truthy(Socket.connected)) {
      callback();
      return null;
    }
    return D$.add(Socket.socketReadyQueue, callback);
  }
  static socketReadyQueueCallAll() {
    const _self = this;
    let socketReadyQueueLocal = Socket.socketReadyQueue;
    Socket.socketReadyQueue = [];
    return D$.each(socketReadyQueueLocal, function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      try {
        callback();
      } catch (all) {
        console.log(D$.str(all));
      }
    });
  }
  static addUserDataPipe() {
    const _self = this;
    return Socket.addSubscription(Utils.getDeviceToken(), Socket.SOCKET_USER_URL, Socket.userDataPipe);
  }
  static onReconnect(cb) {
    const _self = this;
    if (D$.truthy(cb)) {
      D$.add(Socket.reconnectCallbacks, cb);
    }
  }
  static fireReconnectCallbacks() {
    const _self = this;
    return D$.each(Socket.reconnectCallbacks, function(cb) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      try {
        cb();
      } catch (all) {
        console.log(D$.str(all));
      }
    });
  }
  static startSessionRefresher() {
    const _self = this;
    if (D$.truthy(D$.gp(Socket.session, "authToken"))) {
      let sessionRefresherCallback = function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.eq(data, "authed")) {
          console.log(D$.str("NOT AUTHED"));
          Utils.logout();
        }
      };
      Socket.sessionRefresher(D$.gp(Socket.session, "authToken"), sessionRefresherCallback);
      for (let sessionRefresherThread of D$.iter(Socket.sessionRefresherThreads)) {
        Utils.clearInterval(sessionRefresherThread);
        D$.remove(Socket.sessionRefresherThreads, sessionRefresherThread);
      }
      D$.add(Socket.sessionRefresherThreads, Utils.setInterval(function() { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.sessionRefresher(D$.gp(Socket.session, "authToken"), sessionRefresherCallback); }, D$.multiply(D$.multiply(1000, 60), Socket.SESSION_REFRESH_MINS)));
    }
  }
  static sessionRefresher(token, sessionRefresherCallback) {

        console.log("refreshing:" + token +':'+new Date());
        $.ajax({
            url : '/login/tokenAuth?token='+token,
            type : 'GET',
            processData: false,
            contentType: false, 
            success : function(data) {
                console.log("grails session re-auth:"+data);
                sessionRefresherCallback(data)
            }
        });
    
  }
  static reconnect(retryInMs = 0) {
    const _self = this;
    if (D$.truthy(retryInMs)) {
      return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.reconnect(); }, retryInMs);
    }
    if ((Socket.reconnectMutex || !D$.truthy(Socket.intervalRunner))) {
      return Socket.reconnect(500);
    }
    Socket.reconnectMutex = true;
    return Socket.intervalRunner(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.reconnectMutex = false; });
  }
  static socketConnectionInterval(success) {
    const _self = this;
    let reconnectCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("Socket reconnected"));
      Socket.connected = true;
      Socket.addUserDataPipe();
      Socket.resubscribeAll();
      Socket.resendMessageQueue();
      Socket.startSessionRefresher();
      success();
      success = function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      };
      Socket.socketReadyQueueCallAll();
      return Socket.fireReconnectCallbacks();
    };
    let disconnectSockets = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("Socket disconnect"));
      Socket.connected = false;
      try {
        D$.mc(Socket.websocketClient, "disconnect", []);
      } catch (all) {
      }
    };
    Socket.intervalRunner = function(done) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str(D$.plus(D$.plus(D$.plus(D$.plus(D$.plus("navigator.onLine:", D$.gp(Socket.navigator, "onLine")), ":"), D$.gp(Socket.websocketClient, "connected")), ":"), Socket.connected)));
      if (!D$.truthy(D$.gp(Socket.websocketClient, "connected"))) {
        console.log(D$.str("Socket.websocketClient.connected:false:reconnecting..."));
        Socket.socketConnect({domain: D$.gp(Socket.session, "domain")}, function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          console.log(D$.str(D$.plus("Socket.websocketClient.connected:", D$.gp(Socket.websocketClient, "connected"))));
          Socket.connected = true;
          reconnectCallback();
          return done();
        }, function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          console.log(D$.str("Socket.websocketClient.connected:connection down"));
          disconnectSockets();
          done();
          if (D$.truthy(Socket.queue)) {
            Socket.reconnect(Socket.SOCKET_RUNNER_RETRY_MS);
          }
        });
        return null;
      }
      console.log(D$.str("Sockets believed to be online.  Pinging socket connection..."));
      Socket.pingWebSocket(function(pingResponse) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str(D$.plus("pingWebSocket:", pingResponse)));
        if (D$.eq(pingResponse, "timeout")) {
          console.log(D$.str("Connection timed out, reconnecting..."));
          disconnectSockets();
          Socket.reconnect();
          return done();
        }
        console.log(D$.str("Connection good, false alarm."));
        return done();
      });
      return console.log(D$.str(D$.plus("intervalRunner:Socket.websocketClient.connected:", D$.gp(Socket.websocketClient, "connected"))));
    };
    return Socket.reconnect();
  }
  static socketConnect(headers, success, failed) {

        try{
            Socket.socket = new SockJS('/stomp');
            Socket.websocketClient = Stomp.over(Socket.socket);
            
            if (!StartupParams.websocketClientDebug){
                //switch off debuggging
                Socket.websocketClient.debug = function () {}  
            }
            
            Socket.websocketClient.connect(gs.toJavascript(headers), success, failed);
        }catch(error) {
            console.info(error);
        }
    
  }
  pingHttp(callback) {


        if (!this.inUse) {
            this.status = 'unchecked';
            this.inUse = true;
            this.callback = callback;
            this.ip = ip;
            var _that = this;
            this.img = new Image();
            this.img.onload = function () {
                _that.inUse = false;
                _that.callback('responded');
    
            };
            this.img.onerror = function (e) {
                if (_that.inUse) {
                    _that.inUse = false;
                    _that.callback('responded', e);
                }
    
            };
            this.start = new Date().getTime();
            this.img.src = 'http://'+ window.location.hostname + '/index/ping';
            this.timer = setTimeout(function () {
                if (_that.inUse) {
                    _that.inUse = false;
                    _that.callback('timeout');
                }
            }, 1500);
        }
    
    
  }
  static pingWebSocket(callback) {
    const _self = this;
    let websocketPingCountNow = Socket.websocketPingCount;
    let wrapper = D$.leftShift({uuid: "ping", call: "callChain", data: [{property: "transmissionService"}, {method: "ping"}]}, Socket.socketHeaders());
    Socket.doSendNative(Socket.SOCKET_URL, wrapper);
    return Utils.setTimeout(function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(websocketPingCountNow, Socket.websocketPingCount)) {
        callback("timeout");
        return null;
      }
      return callback("responded");
    }, Socket.SOCKET_PING_TIMEOUT_MS);
  }
  static remote(closure, data, success = null, fail = null) {
    const _self = this;
    return Socket.send("remoteExec", closure, data, success, fail);
  }
  static callChain(callChain, success = null, fail = null) {
    const _self = this;
    if (D$.truthy(Socket.isDymicoSystemUpdating())) {
      return null;
    }
    console.log(D$.str(D$.plus("callChain:", callChain)));
    return Socket.send("callChain", callChain, success, fail);
  }
  static callObject(self, method, args, success, fail = null) {
    const _self = this;
    if (D$.truthy(Socket.isDymicoSystemUpdating())) {
      return null;
    }
    console.log(D$.str(D$.plus("callObject:OObject:", self)));
    console.log(D$.str(D$.plus("callObject:method:", method)));
    return Socket.send("callObject", {self: self, method: method, args: args}, success, fail);
  }
  static isDymicoSystemUpdating() {

        try{
            if (typeof dymicoVersionUpdater !== 'undefined') { 
                return dymicoVersionUpdater.dymicoSystemUpdating;
            }
        }catch(all){ }
        return false;
    
  }
  static send(call, data, success, fail = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
    return false;
  }) {
    const _self = this;
    let uuid = Utils.uuid();
    let wrapper = {uuid: uuid, call: call, data: data};
    let queueItem = {success: success, fail: fail, dataStr: D$.str(data), date: D$.gp(new Date(), "time"), wrapper: wrapper};
    Socket.queue[uuid] = queueItem;
    Socket.doSend(Socket.SOCKET_URL, queueItem);
    return uuid;
  }
  static doSend(channel, queueItem) {
    const _self = this;
    if (D$.eq(Socket.sendProtocol, "websocket")) {
      Socket.doSendNative(channel, D$.leftShift(D$.gp(queueItem, "wrapper"), Socket.socketHeaders()));
      Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.checkMessageReceived(queueItem); }, D$.multiply(Socket.SOCKET_CHECK_MSG_RECEIVED_SEC, 1000));
      if (!D$.truthy(Socket.connected)) {
        Socket.reconnect();
      }
    } else
    if (D$.eq(Socket.sendProtocol, "http")) {
      Socket.doSendNativeHttp(D$.leftShift(D$.gp(queueItem, "wrapper"), Socket.socketHeaders()), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("HTTP TIMEOUT"));
        return Socket.reconnect();
      });
    } else {
      throw Exception(D$.plus("Unsuported protocol : ", Socket.sendProtocol));
    }
  }
  static doSendNativeHttp(map, timeoutCallback) {

        var sendMessage = map;

        sendMessage = Utils.mapToJsonString(sendMessage);
        // sendMessage = LZString.compressToBase64(sendMessage); //no compression needed, cause the browser will gzip it anyway
        sendMessage = "message="+encodeURIComponent(sendMessage)
            
        var xhr = new XMLHttpRequest();
        xhr.ontimeout = timeoutCallback
        xhr.open('POST', Socket.SOCKET_OVER_HTTP_SYNCHRONOUS_URL, true);
        xhr.setRequestHeader("Content-Type", "application/x-www-form-urlencoded");

        xhr.onreadystatechange = function(e) {
            if (this.status == 404) {
                console.log('AJAX FAILED');
            }
            if (this.readyState == 4 && this.status == 200) {
                Socket.receive(Socket.doReceiveNative(this.responseText, false))
            }
        };
        xhr.send(sendMessage); 
    
  }
  static doSendNative(channel, map) {

        try{
            var sendMessage = map;
            sendMessage = Utils.mapToJsonString(sendMessage)
            sendMessage = LZString.compressToBase64(sendMessage)
            return Socket.websocketClient.send(channel, {}, sendMessage);
        }catch(all){ }
    
  }
  static checkMessageReceived(queueItem) {
    const _self = this;
    if (D$.truthy(D$.getAt(Socket.queue, D$.gp(D$.gp(queueItem, "wrapper"), "uuid")))) {
      Socket.reconnect();
      Socket.cleanQueue();
    }
  }
  static resendMessageQueue() {
    const _self = this;
    return D$.each(D$.sort(D$.values(Socket.queue), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.sp(it, "date"); }), function(queueItem) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.doSend(Socket.SOCKET_URL, queueItem); });
  }
  static cleanQueue() {
    const _self = this;
    if ((Socket.nextQueueClean < D$.gp(new Date(), "time"))) {
      let timeoutMs = D$.multiply(D$.multiply(Socket.SOCKET_QUEUE_TIMEOUT_MIN, 60), 1000);
      Socket.nextQueueClean = D$.plus(D$.gp(new Date(), "time"), timeoutMs);
      console.log(D$.str(D$.plus("nextQueueClean:", Socket.nextQueueClean)));
      console.log(D$.str("cleanQueue.start"));
      let timeout = D$.minus(D$.gp(new Date(), "time"), timeoutMs);
      console.log(D$.str(D$.plus("cleanQueue.queue.size:", D$.size(Socket.queue))));
      D$.each(Socket.queue, function(key, queueItem) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((D$.gp(queueItem, "date") < timeout)) {
          console.log(D$.str("REMOVED"));
          D$.remove(Socket.queue, key);
          D$.mc(queueItem, "fail", []);
        }
      });
      console.log(D$.str("cleanQueue.end"));
    }
  }
  static receive(wrapper) {
    const _self = this;
    Socket.websocketPingCount++;
    if (D$.eq(D$.gp(wrapper, "uuid"), "ping")) {
      return null;
    }
    let queueItem = D$.getAt(Socket.queue, D$.gp(wrapper, "uuid"));
    D$.remove(Socket.queue, D$.gp(wrapper, "uuid"));
    if (D$.truthy(queueItem)) {
      if (D$.truthy(D$.gp(wrapper, "error"))) {
        D$.mc(queueItem, "fail", [D$.gp(wrapper, "data")]);
        Socket.processException(D$.gp(wrapper, "data"));
        return null;
      }
      let object = ObjectRegistry.register(D$.gp(wrapper, "data"));
      D$.mc(queueItem, "success", [object]);
    }
  }
  static processException(ex) {
    const _self = this;
    Utils.logExceptionStack(D$.plus(D$.plus(D$.cls(ex), ":"), D$.gp(ex, "message")));
    return Utils.logExceptionStack(D$.gp(ex, "stackTrace"));
  }
  static subscribe(objectId, success, topic = Socket.SOCKET_OBJECT_URL) {
    const _self = this;
    return Socket.socketReady(function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      Socket.unsubscribe(objectId, topic);
      console.log(D$.str(D$.plus("subscribe:", objectId)));
      let successWrapper = function(messageObject) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return success(messageObject); };
      Socket.addSubscription(objectId, topic, success);
      try {
        Socket.subscribeJs(objectId, D$.plus(topic, objectId), successWrapper);
      } catch (all) {
        console.log(D$.str("subscribeJs failed"));
        console.log(D$.str(all));
      }
    });
  }
  static subscribeTopic(topicId, success) {
    const _self = this;
    return Socket.subscribe(topicId, success, Socket.SOCKET_TOPIC_URL);
  }
  static unsubscribeTopic(topicId) {
    const _self = this;
    return Socket.unsubscribe(topicId, Socket.SOCKET_TOPIC_URL);
  }
  static addSubscription(objectId, topic, success) {
    const _self = this;
    return Socket.subscriptions[objectId] = {objectId: objectId, success: success, topic: topic};
  }
  static subscribeJs(objectId, subId, success) {

        
        console.log('subscribeJs:'+subId)
        
        return Socket.websocketClient.subscribe(subId, function(message){
            success(Socket.doReceiveNative(message.body))
        }, {id:objectId})
    
  }
  static doReceiveNative(message, compressed = true) {

        if (compressed) message = LZString.decompressFromBase64(message)
        
        // console.log('message', message)
        
        return Utils.stringToJson(message)
    
  }
  static resubscribeAll() {
    const _self = this;
    let oldSubscriptions = Socket.subscriptions;
    Socket.subscriptions = {};
    return D$.each(oldSubscriptions, function(key, subscription) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.subscribe(D$.gp(subscription, "objectId"), D$.gp(subscription, "success"), D$.gp(subscription, "topic")); });
  }
  static unsubscribe(objectId, topic = Socket.SOCKET_OBJECT_URL) {
    const _self = this;
    console.log(D$.str(D$.plus("unsubscribe:", objectId)));
    try {
      D$.mc(Socket.websocketClient, "unsubscribe", [objectId]);
      D$.remove(Socket.subscriptions, objectId);
    } catch (all) {
      console.log(D$.str(all));
    }
  }
  static post(file, parameter, objectName, id, callback) {

        var postUrl = "/post/upload";
        var formData = new FormData();
        
        formData.append('file', file);
        formData.append('id', id);
        formData.append('parameter', parameter);
        formData.append('objectName', objectName);

        $.ajax({
            url : postUrl,
            type : 'POST',
            data : formData,
            processData: false,  // tell jQuery not to process the data
            contentType: false,  // tell jQuery not to set contentType
            success : function(data) {
                console.log(data);
                callback(data);
            }
        });
    
  }
  static postJson(url, map, success = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }, failed = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {


        var sendMessage = Utils.mapToJsonString(map);

        var xhr = new XMLHttpRequest();
        xhr.ontimeout = failed
        xhr.open('POST', url, true);
        xhr.setRequestHeader("Content-Type", "application/json;charset=UTF-8");

        xhr.onreadystatechange = function(e) {
            if (this.status == 404) {
                console.log('postJson FAILED');
                failed(this.responseText);
            }
            if (this.readyState == 4 && this.status == 200) {
                success(this.responseText);
            }
        };
        
        xhr.onload = function(e) {
        if (this.status === 200) {
            var blob = this.response;
            var disposition = xhr.getResponseHeader('Content-Disposition');
            var filenameRegex = /filename[^;=\n]*=((['"]).*?\2|[^;\n]*)/;
            var matches = filenameRegex.exec(disposition);
            var fileName = matches[1].replace(/['"]/g, '');

            if(window.navigator.msSaveOrOpenBlob) {
                window.navigator.msSaveBlob(blob, fileName);
            }
            else{
                var downloadLink = window.document.createElement('a');
                var contentTypeHeader = xhr.getResponseHeader("Content-Type");
                downloadLink.href = window.URL.createObjectURL(new Blob([blob], { type: contentTypeHeader }));
                downloadLink.download = fileName;
                document.body.appendChild(downloadLink);
                downloadLink.click();
                document.body.removeChild(downloadLink);
               }
           }
       };        

        xhr.send(sendMessage); 
    
  }
}
Socket.SOCKET_URL = "/app/api4WebSocketForPublic";
Socket.SOCKET_USER_URL = "/topic/api4WebSocketForUser/";
Socket.SOCKET_OBJECT_URL = "/topic/api4WebSocketForObject/";
Socket.SOCKET_TOPIC_URL = "/topic/api4WebSocketForTopic/";
Socket.SOCKET_OVER_HTTP_SYNCHRONOUS_URL = "/api4WebSocket/synchronous";
Socket.SOCKET_OVER_HTTP_ASYNCHRONOUS_URL = "/api4WebSocket/asynchronous";
Socket.SESSION_REFRESH_MINS = 10;
Socket.SOCKET_CHECK_MSG_RECEIVED_SEC = 7;
Socket.SOCKET_RUNNER_RETRY_MS = 5000;
Socket.SOCKET_QUEUE_TIMEOUT_MIN = 2;
Socket.AUTH_TOKEN = "secToken2";
Socket.DEVICE_TOKEN = "deviceToken1";
Socket.sendProtocol = "http";
Socket.queue = {};
Socket.socketHeadersMap = {};
Socket.userDataPipe = function(data) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Socket.receive(data); };
Socket.session = Session.instance();
Socket.connected = false;
Socket.socket = null;
Socket.websocketClient = {connected: false, disconnect: function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
}, subscriptions: function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
}};
Socket.subscriptions = {};
Socket.sessionRefresherThreads = [];
Socket.reconnectCallbacks = [];
Socket.socketReadyQueue = [];
Socket.reconnectMutex = false;
Socket.SOCKET_PING_TIMEOUT_MS = 3000;
Socket.websocketPingCount = 0;
Socket.nextQueueClean = 0;
D$.statics(Socket, ["intervalRunner", "reconnectMutex", "SOCKET_PING_TIMEOUT_MS", "websocketPingCount", "nextQueueClean", "SOCKET_URL", "SOCKET_USER_URL", "SOCKET_OBJECT_URL", "SOCKET_TOPIC_URL", "SOCKET_OVER_HTTP_SYNCHRONOUS_URL", "SOCKET_OVER_HTTP_ASYNCHRONOUS_URL", "SESSION_REFRESH_MINS", "SOCKET_CHECK_MSG_RECEIVED_SEC", "SOCKET_RUNNER_RETRY_MS", "SOCKET_QUEUE_TIMEOUT_MIN", "AUTH_TOKEN", "DEVICE_TOKEN", "window", "navigator", "sendProtocol", "queue", "socketHeadersMap", "userDataPipe", "session", "connected", "socket", "websocketClient", "subscriptions", "sessionRefresherThreads", "reconnectCallbacks", "socketReadyQueue"]);
class Utils {
  constructor(...a) {
    if (new.target === Utils) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  static getAuthToken() {
    const _self = this;
    return D$.gp(Utils.session, "authToken");
  }
  static getDeviceToken() {
    const _self = this;
    return D$.gp(Utils.session, "deviceToken");
  }
  static setTimeout(callback, timeout) {

        return setTimeout(callback, timeout);
    
  }
  static setInterval(callback, timeout) {

        return setInterval(callback, timeout);
    
  }
  static clearInterval(interval) {

        return clearInterval(interval);
    
  }
  static localDateString(date) {
    const _self = this;
    return D$.mc(D$.mc(moment(date), "utcOffset", [0, true]), "toISOString", []);
  }
  static utcDateString(date) {
    const _self = this;
    return D$.mc(D$.mc(moment(date), "utc", []), "toISOString", []);
  }
  static newDate(year, month, day) {

        return new Date(year, month, day)
    
  }
  static documentReady(callback) {
    const _self = this;
    if ((D$.gp(Utils.document, "readyState") === "complete" || (D$.gp(Utils.document, "readyState") !== "loading" && !D$.truthy(D$.gp(D$.gp(Utils.document, "documentElement"), "doScroll"))))) {
      callback();
    } else {
      D$.mc(Utils.document, "addEventListener", ["DOMContentLoaded", callback]);
    }
  }
  static uniqueList(list, closure) {
    const _self = this;
    let newList = [];
    D$.each(D$.reverse(list), function(listItem) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.find(newList, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(closure(listItem), closure(it)); }))) {
        D$.add(newList, listItem);
      }
    });
    return D$.reverse(newList);
  }
  static listsEqual(a, b) {
    const _self = this;
    if (!D$.eq(D$.size(a), D$.size(b))) {
      return false;
    }
    for (let i = 0; (i < D$.size(a)); i++) {
      if (!D$.eq(D$.getAt(a, i), D$.getAt(b, i))) {
        return false;
      }
    }
    return true;
  }
  static uuid() {
    const _self = this;
    return D$.replaceAll(Utils.guid(), "-", "");
  }
  static guid() {

        const UNIX_TS_MS_BITS = 48;
        const VER_DIGIT = "7";
        const SEQ_BITS = 12;
        const VAR = 0b10;
        const VAR_BITS = 2;
        const RAND_BITS = 62;
        
        let prevTimestamp = -1;
        let seq = 0;
    
        const timestamp = Math.max(Date.now(), prevTimestamp);
        seq = timestamp === prevTimestamp ? seq + 1 : 0;
        prevTimestamp = timestamp;
        
        const var_rand = new Uint32Array(2);
        crypto.getRandomValues(var_rand);
        var_rand[0] = (VAR << (32 - VAR_BITS)) | (var_rand[0] >>> VAR_BITS);
        
        const digits = timestamp.toString(16).padStart(UNIX_TS_MS_BITS / 4, "0") + VER_DIGIT +
            seq.toString(16).padStart(SEQ_BITS / 4, "0") +
            var_rand[0].toString(16).padStart((VAR_BITS + RAND_BITS) / 2 / 4, "0") +
            var_rand[1].toString(16).padStart((VAR_BITS + RAND_BITS) / 2 / 4, "0");
        
        return (digits.slice(0, 8) + "-" + digits.slice(8, 12) + "-" + digits.slice(12, 16) + "-" + 
            digits.slice(16, 20) + "-" + digits.slice(20));
    
  }
  static callChain(callChain, success = null, fail = null) {
    const _self = this;
    return Socket.callChain(callChain, success, fail);
  }
  static callObject(self, method, args, success, fail = null) {
    const _self = this;
    return Socket.callObject(self, method, args, success, fail);
  }
  static send(call, data, success, fail = null) {
    const _self = this;
    return Socket.send(call, data, success, fail);
  }
  static subscribe(objectId, success, topic = Socket.SOCKET_OBJECT_URL) {
    const _self = this;
    return Socket.subscribe(objectId, success, topic);
  }
  static unsubscribe(objectId) {
    const _self = this;
    return Socket.unsubscribe(objectId);
  }
  static subscribeTopic(topicId, success) {
    const _self = this;
    return Socket.subscribeTopic(topicId, success);
  }
  static unsubscribeTopic(topicId) {
    const _self = this;
    return Socket.unsubscribeTopic(topicId);
  }
  static rememberDays() {
    const _self = this;
    let days = Utils.parseDays(D$.gp(Utils.session, "rememberDays"));
    return (D$.eq(days, null) ? Utils.REMEMBER_FALLBACK_DAYS : days);
  }
  static rememberWindowExpired() {
    const _self = this;
    let days = Utils.rememberDays();
    if (D$.eq(days, 0)) {
      return !D$.truthy(Utils.launchMarkerPresent());
    }
    let loginAt = D$.gp(Utils.session, "loginAt");
    if (!D$.truthy(loginAt)) {
      return true;
    }
    return (D$.minus(Utils.nowMillis(), Utils.toMillis(loginAt)) > D$.multiply(D$.multiply(D$.multiply(D$.multiply(days, 24), 60), 60), 1000));
  }
  static clearRememberedLogin() {
    const _self = this;
    D$.pset(Utils.session, "zoner", null);
    D$.pset(Utils.session, "zonerId", null);
    D$.pset(Utils.session, "jwt", null);
    D$.pset(Utils.session, "loginAt", null);
    D$.pset(Utils.session, "rememberDays", null);
    return Utils.clearLaunchMarker();
  }
  static parseDays(raw) {
    const _self = this;
    if (D$.eq(raw, null)) {
      return null;
    }
    return Utils.toWholeNumber(raw);
  }
  static toWholeNumber(raw) {

        var s = ('' + raw).trim();
        if (!/^[0-9]+$/.test(s)) return null;
        var n = parseInt(s, 10);
        return isNaN(n) ? null : n;
    
  }
  static nowMillis() {

        return new Date().getTime();
    
  }
  static toMillis(value) {

        if (value == null) return 0;
        if (value instanceof Date) return value.getTime();
        var n = parseInt('' + value, 10);
        return isNaN(n) ? 0 : n;
    
  }
  static launchMarkerPresent() {

        try { return sessionStorage.getItem('dymicoLoginLaunch') === 'true'; } catch(e){ return false; }
    
  }
  static markLaunch() {

        try { sessionStorage.setItem('dymicoLoginLaunch', 'true'); } catch(e){}
    
  }
  static clearLaunchMarker() {

        try { sessionStorage.removeItem('dymicoLoginLaunch'); } catch(e){}
    
  }
  static tokenAuth(success, fail = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {
    const _self = this;
    console.log(D$.str(D$.plus("Utils:tokenAuth:", StartupParams.doAuthToken)));
    if ((D$.gp(Utils.session, "zoner") && !D$.truthy(Utils.rememberWindowExpired()))) {
      console.log(D$.str("Utils:tokenAuth:zoner cached"));
      success();
      success = null;
      return null;
    }
    if (D$.truthy(D$.gp(Utils.session, "zoner"))) {
      console.log(D$.str("Utils:tokenAuth:remember window expired"));
      Utils.clearRememberedLogin();
    }
    console.log(D$.str("Utils:tokenAuth:loading zoner"));
    let callback = function(authMap) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str(D$.plus("tokenAuth:callback:authMap:", authMap)));
      if (D$.truthy(D$.sp(authMap, "authenticated"))) {
        Utils.updateAuthTokenToSession(authMap, false);
        if (D$.truthy(success)) {
          success();
        }
        return null;
      }
      return fail();
    };
    console.log(D$.str(D$.plus("getDeviceToken():", Utils.getDeviceToken())));
    return Utils.send("authenticationToken", {deviceId: Utils.getDeviceToken()}, callback);
  }
  static userAgent() {

        return navigator.userAgent.toLowerCase()
    
  }
  static login(username, password, success, fail = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {
    const _self = this;
    let callback = function(authMap) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.sp(authMap, "authenticated"))) {
        Utils.updateAuthTokenToSession(authMap);
        success();
        return null;
      }
      D$.pset(Utils.session, "zoner", null);
      console.log(D$.str("Login failed"));
      return fail();
    };
    return Utils.send("authentication", {username: username, password: password, deviceId: Utils.getDeviceToken(), userAgent: Utils.userAgent()}, callback, fail);
  }
  static updateAuthTokenToSession(authMap, freshLogin = true) {
    const _self = this;
    Utils.setCookie(Socket.AUTH_TOKEN, D$.gp(D$.gp(authMap, "zoner"), "token"));
    D$.pset(Utils.session, "zoner", D$.gp(authMap, "zoner"));
    D$.pset(Utils.session, "zonerId", D$.gp(D$.gp(authMap, "zoner"), "id"));
    if (!D$.eq(D$.gp(authMap, "rememberDays"), null)) {
      D$.pset(Utils.session, "rememberDays", D$.gp(authMap, "rememberDays"));
    }
    if ((freshLogin || !D$.truthy(D$.gp(Utils.session, "loginAt")))) {
      D$.pset(Utils.session, "loginAt", Utils.nowMillis());
    }
    Utils.markLaunch();
    if (D$.truthy(D$.gp(authMap, "jwt"))) {
      D$.pset(Utils.session, "jwt", D$.gp(authMap, "jwt"));
    }
    return Utils.triggerLoginRerenderCheck(Utils.roleSignature(D$.gp(D$.gp(authMap, "zoner"), "roles")));
  }
  static roleSignature(roles) {
    const _self = this;
    return D$.join(D$.sort(D$.collect(((_e)=>D$.truthy(_e)?_e:[])(roles), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return ((_r)=>(_r==null?null:D$.str(_r)))(it); })), ",");
  }
  static triggerLoginRerenderCheck(zonerId) {

        try {
            if (window.dymicoVersionUpdater && window.dymicoVersionUpdater.checkAfterLogin){
                window.dymicoVersionUpdater.checkAfterLogin(zonerId);
            }
        } catch(e){ console.log('triggerLoginRerenderCheck failed', e); }
    
  }
  static logout(pathAfterLogout = "/login/logout", dropDatabase = true) {
    const _self = this;
    if (!D$.truthy(pathAfterLogout)) {
      pathAfterLogout = "/login/logout";
    }
    console.log(D$.str("Utils.logout"));
    D$.pset(Utils.session, "zoner", null);
    D$.pset(Utils.session, "redirectAfterLogin", null);
    D$.pset(Utils.session, "authToken", null);
    D$.pset(Utils.session, "deviceToken", null);
    D$.clear(Utils.session);
    if (D$.truthy(dropDatabase)) {
      LocalDB.getInstance(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.getInstance(), "dropDatabase", []); });
    }
    console.log(D$.str(D$.plus("Utils.logout:redirect to ", pathAfterLogout)));
    return Utils.loadPage(pathAfterLogout);
  }
  static urlSafeBase64Encode(str) {

      // 1. Encode to standard Base64
      let base64 = btoa(str);
      
      // 2. Modify to be URL-safe (RFC 4648 Section 5)
      return base64
        .replace(/\+/g, '-')   // Replace + with -
        .replace(/\//g, '_')   // Replace / with _
        .replace(/=+$/, '');    // Remove trailing = padding
    
  }
  static open(url, target = "_system", options = "") {
    const _self = this;
    if (D$.truthy(Utils.isCordova())) {
      return Utils.inAppBrowser(encodeURI(url), target, options);
    }
    return D$.mc(Utils.window, "open", [url, target, options]);
  }
  static inAppBrowser(url, target, options) {

        return cordova.InAppBrowser.open(encodeURI(url), target, options)
    
  }
  static loadPage(url) {

        window.location = url
    
  }
  static reloadPage() {

            var url = window.location.href;   
            var seperator = '?'
            if (url.indexOf('?') > -1){ seperator = '&' }
            window.location.href = url+seperator+'v='+ new Date().getTime(); 
            window.location.reload(true); 

    
  }
  static setCookie(name, value) {

        Cookies.set(name, JSON.stringify(value));
    
  }
  static getCookie(name) {

        try{
            return JSON.parse(Cookies.get(name));
            // return gs.toGroovy(jQuery.parseJSON(unescape(Cookies.get(name)))); 
        }catch(all){
            return null
        }
    
  }
  static deviceType() {
    const _self = this;
    if (D$.truthy(D$.contains(D$.mc(Utils.userAgent(), "toLowerCase", []), "electron"))) {
      return D$.gp(Utils.DeviceTypes, "ELECTRON");
    }
    if ((D$.contains(D$.mc(Utils.userAgent(), "toLowerCase", []), "iphone") || D$.contains(D$.mc(Utils.userAgent(), "toLowerCase", []), "ipad"))) {
      return D$.gp(Utils.DeviceTypes, "IOS");
    }
    if (D$.truthy(D$.contains(D$.mc(Utils.userAgent(), "toLowerCase", []), "android"))) {
      return D$.gp(Utils.DeviceTypes, "ANDROID");
    }
    return D$.gp(Utils.DeviceTypes, "BROWSER");
  }
  static isBrowser() {
    const _self = this;
    return D$.eq(Utils.deviceType(), D$.gp(Utils.DeviceTypes, "BROWSER"));
  }
  static isAndroid() {
    const _self = this;
    return D$.eq(Utils.deviceType(), D$.gp(Utils.DeviceTypes, "ANDROID"));
  }
  static isIos() {
    const _self = this;
    return D$.eq(Utils.deviceType(), D$.gp(Utils.DeviceTypes, "IOS"));
  }
  static isCordova() {
    const _self = this;
    return D$.contains(Utils.userAgent(), "cordova");
  }
  static cordovaDevice() {
    const _self = this;
    return Utils.isCordova();
  }
  static isOnline() {

        return window.navigator.onLine
    
  }
  static userAgent() {

        return navigator.userAgent
    
  }
  static toast(message, showDuration = 300) {

        toastr.options = {
            "closeButton": false,
            "debug": false,
            "newestOnTop": false,
            "progressBar": false,
            "positionClass": "toast-bottom-center",
            "preventDuplicates": false,
            "onclick": null,
            "showDuration": showDuration,
            "hideDuration": "1000",
            "timeOut": "5000",
            "extendedTimeOut": "1000",
            "showEasing": "swing",
            "hideEasing": "linear",
            "showMethod": "fadeIn",
            "hideMethod": "fadeOut"
        }
        toastr.info(message);
    
  }
  static post(file, parameter, objectName, id, callback) {
    const _self = this;
    return Socket.post(file, parameter, objectName, id, callback);
  }
  static validateEmail(text) {
    const _self = this;
    return new RegExp('^'+("^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[A-Za-z.]{2,}$" instanceof RegExp ? "^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[A-Za-z.]{2,}$".source : "^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[A-Za-z.]{2,}$")+'$').test(text);
  }
  static validateCellphone(text) {
    const _self = this;
    let cleaned = ((_r)=>(_r==null?null:D$.replaceAll(_r, "[\\s\\-\\(\\)]", "")))(((_r)=>(_r==null?null:D$.mc(_r, "trim", [])))(((_r)=>(_r==null?null:D$.str(_r)))(text)));
    if (!D$.truthy(cleaned)) {
      return false;
    }
    if (D$.truthy(D$.mc(cleaned, "startsWith", ["+"]))) {
      return new RegExp('^'+("^\\+[0-9]{7,15}$" instanceof RegExp ? "^\\+[0-9]{7,15}$".source : "^\\+[0-9]{7,15}$")+'$').test(cleaned);
    }
    return new RegExp('^'+("^0[0-9]{9}$" instanceof RegExp ? "^0[0-9]{9}$".source : "^0[0-9]{9}$")+'$').test(cleaned);
  }
  static getType(value) {

        return typeof value
    
  }
  static dateString(date) {
    const _self = this;
    return D$.plus(D$.plus(D$.plus(D$.plus(D$.mc(date, "getDate", []), "/"), D$.plus(D$.mc(date, "getMonth", []), 1)), "/"), D$.mc(date, "getFullYear", []));
  }
  static clearTime(date = new Date()) {
    const _self = this;
    return D$.mc(moment(date), "startOf", ["day"]);
  }
  static utc(date = new Date()) {
    const _self = this;
    return D$.mc(moment(date), "utc", []);
  }
  static appendAppVersion(url) {
    const _self = this;
    if (D$.truthy(D$.gp(Utils.session, "branchRevision"))) {
      let appender = "?";
      if (D$.truthy(D$.contains(url, "?"))) {
        appender = "&";
      }
      url = D$.plus(url, D$.plus(D$.plus(appender, "branchRevision="), D$.gp(Utils.session, "branchRevision")));
    }
    return url;
  }
  static logExceptionStack(msg) {

        console.log('%c ' + msg + ' ', 'color: #cc0000');
    
  }
  static getIp(callback) {

        Utils.documentReady(function () {
            $.getJSON("http://jsonip.com/?callback=?", function (data) {
                callback(data.ip)
            });
        });
    
  }
  static preloadImage(path) {

        new Image().src = path
    
  }
  static loadScript(scriptUrl, type = "text/javascript", callback = function() {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {
    
        var script = document.createElement("script")
        script.type = type;
    
        if (script.readyState){  //IE
            script.onreadystatechange = function(){
                if (script.readyState == "loaded" ||
                        script.readyState == "complete"){
                    script.onreadystatechange = null;
                    callback();
                }
            };
        } else {  //Others
            script.onload = function(){
                callback();
            };
        }
    
        script.src = scriptUrl;
        document.getElementsByTagName("head")[0].appendChild(script);
    
  }
  static mapToJsonString(map) {

        return JSON.stringify(map)
    
  }
  static stringToJson(message, parseDate = true) {

        var jsonMessage = JSON.parse(message, function(key, value) {
              return Utils.stringToDate(value);
            }
        )
        return gs.toGroovy(jsonMessage)
    
  }
  static stringToDate(value) {

        if (typeof value === 'string') {
            //var a = /^(\d{4})-(\d{2})-(\d{2})T(\d{2}):(\d{2}):(\d{2}(?:\.\d*)?)Z$/.exec(value);
            var a = /^(\d{4})-(\d{2})-(\d{2})T(\d{2}):(\d{2}):(\d{2})?\.(\d*)?Z$/.exec(value);
            if (a) {
                // console.log('stringToDate:value', value)
                const date = new Date(Date.UTC(+a[1], +a[2] - 1, +a[3], +a[4], +a[5], +a[6], +a[7]));
                // console.log('stringToDate:date', date)
                return date
            }
        }
        return value;
    
  }
  static isDate(date) {

        return date instanceof Date
    
  }
  static deepCopyMap(map) {

        return Utils.removeMapKey(gs.toGroovy(Utils.stringToJson(Utils.mapToJsonString(map))),'clazz')
    
  }
  static findDeep(m, key) {
    const _self = this;
    if (D$.truthy(D$.getAt(m, key))) {
      return D$.getAt(m, key);
    }
    let foundValue = null;
    D$.each(m, function(k, v) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(foundValue)) {
        return null;
      }
      if (D$.isa(v, "HashMap")) {
        foundValue = Utils.findDeep(v, key);
      } else
      if (D$.isa(v, "ArrayList")) {
        D$.each(v, function(item) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.truthy(foundValue)) {
            return null;
          }
          if (D$.isa(item, "HashMap")) {
            foundValue = Utils.findDeep(item, key);
          }
        });
      }
    });
    return foundValue;
  }
  static removeMapKey(value, removeKey = "clazz", list = []) {
    const _self = this;
    if (!D$.truthy(value)) {
      return value;
    }
    if (((D$.isa(value, "Map") || D$.isa(value, "LinkedHashMap")) || D$.isa(value, "HashMap"))) {
      D$.remove(value, removeKey);
      if (D$.truthy(D$.mc(list, "includes", [value]))) {
        return value;
      }
      D$.add(list, value);
      D$.each(value, function(key, mapValue) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Utils.removeMapKey(mapValue, removeKey, list); });
    }
    if ((D$.isa(value, "List") || D$.isa(value, "ArrayList"))) {
      for (let listValue of D$.iter(value)) {
        Utils.removeMapKey(listValue, removeKey, list);
      }
    }
    return value;
  }
  static formatNumber(number, decimals = 0, dec = ".", sep = " ") {

        var n = !isFinite(+number) ? 0 : +number, 
            prec = Math.abs(decimals),
            toFixedFix = function (n, prec) {
                // Fix for IE parseFloat(0.55).toFixed(0) = 0;
                var k = Math.pow(10, prec);
                return Math.round(n * k) / k;
            },
            s = (prec ? toFixedFix(n, prec) : Math.round(n)).toString().split('.');
        if (s[0].length > 3) {
            s[0] = s[0].replace(/\B(?=(?:\d{3})+(?!\d))/g, sep);
        }
        if ((s[1] || '').length < prec) {
            s[1] = s[1] || '';
            s[1] += new Array(prec - s[1].length + 1).join('0');
        }
        return s.join(dec);
    
  }
  static iFrameById(id) {
    const _self = this;
    let x = D$.mc(Utils.document, "getElementById", [id]);
    return ((_e)=>D$.truthy(_e)?_e:D$.gp(x, "contentDocument"))(D$.gp(x, "contentWindow"));
  }
  static decodeJWT(token) {

        var base64Url = token.split('.')[1];
        var base64 = base64Url.replace(/-/g, '+').replace(/_/g, '/');
        var jsonPayload = decodeURIComponent(atob(base64).split('').map(function(c) {
            return '%' + ('00' + c.charCodeAt(0).toString(16)).slice(-2);
        }).join(''));
    
        return JSON.parse(jsonPayload);
    
  }
  static embedTextInBlob(fileOrBlob, textToEmbed, callback) {
    const _self = this;
    console.log(D$.str("textToEmbed"));
    console.log(D$.str(textToEmbed));
    if (!D$.truthy(textToEmbed)) {
      return callback(fileOrBlob);
    }
    return Utils.embedTextInBlobNative(fileOrBlob, textToEmbed, callback);
  }
  static embedTextInBlobNative(fileOrBlob, text, callback) {

      const reader = new FileReader();
    
      reader.onload = function (e) {
        const img = new Image();
        img.onload = function () {
          const canvas = document.createElement("canvas");
          const ctx = canvas.getContext("2d");
    
          canvas.width = img.width;
          canvas.height = img.height;
          
          var fontSize = canvas.width * 0.025
          
          console.log('fontSize1', fontSize)
          
          if (fontSize < 5 ) fontSize = 5
          
          console.log('fontSize2', fontSize)
    
          // Draw the image
          ctx.drawImage(img, 0, 0);
    
          // Draw text bottom-right
          ctx.font = fontSize+"px Sans-serif";
          ctx.fillStyle = "White";
          ctx.textAlign = "right";
          ctx.textBaseline = "bottom";
    
          const padding = 2;
          ctx.fillText(text, canvas.width - padding, canvas.height - padding);
    
          // Return result as a Blob
          canvas.toBlob(function (blob) {
            callback(blob);
          }, "image/png");
        };
    
        img.onerror = function (err) {
          callback("Image failed to load: " + err);
        };
    
        img.src = e.target.result;
      };
    
      reader.onerror = function (err) {
        callback("FileReader error: " + err);
      };
    
      // Read the file/blob as Data URL
      reader.readAsDataURL(fileOrBlob);
    
  }
  static blobToDataUrl(blob, callback) {

        const fileReader = new FileReader();
  
        fileReader.onload = function() {
            callback(fileReader.result)
        }
    
        fileReader.readAsDataURL(blob); 
    
  }
  static dataUrlToBlob(dataUrl, callback) {
    const _self = this;
    return D$.mc(D$.mc(D$.mc(Utils.window, "fetch", [dataUrl]), "then", [function(res) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(res, "blob", []); }]), "then", [function(blob) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(blob); }]);
  }
  static take(string, len = 40) {
    const _self = this;
    if ((!D$.truthy(string) || (D$.size(string) < len))) {
      return string;
    }
    return D$.getAtRange(string, 0, len, true);
  }
}
Utils.session = Session.instance();
Utils.DeviceTypes = {ANDROID: "android", IOS: "ios", ELECTRON: "electron", BROWSER: "browser"};
Utils.AUTH_FAILED = "AUTH_FAILED";
Utils.NO_AUTH = "NO_AUTH";
Utils.REMEMBER_FALLBACK_DAYS = 30;
D$.statics(Utils, ["session", "window", "document", "DeviceTypes", "AUTH_FAILED", "NO_AUTH", "REMEMBER_FALLBACK_DAYS"]);
class ObjectRegistry {
  constructor(...a) {
    if (new.target === ObjectRegistry) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  static object(id) {
    const _self = this;
    return D$.getAt(ObjectRegistry.objectRegistry, id);
  }
  static register(objects) {
    const _self = this;
    if (!D$.truthy(ObjectRegistry.enabled)) {
      return objects;
    }
    if (D$.isa(objects, "ArrayList")) {
      let oObjectList = [];
      D$.eachWithIndex(objects, function(object, index) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.add(oObjectList, ObjectRegistry.registerSingle(object)); });
      return oObjectList;
    } else {
      return ObjectRegistry.registerSingle(objects);
    }
  }
  static registerSingle(object, flatCopy = true) {
    const _self = this;
    if (!D$.truthy(ObjectRegistry.isDatabaseObject(object))) {
      return object;
    }
    let oObject = D$.getAt(ObjectRegistry.objectRegistry, D$.gp(object, "_id"));
    if (!D$.truthy(oObject)) {
      oObject = new OObject(object);
      ObjectRegistry.objectRegistry[D$.gp(object, "_id")] = oObject;
    } else {
      D$.mc(oObject, "merge", [object, flatCopy]);
    }
    D$.each(object, function(key, value) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(ObjectRegistry.isDatabaseObject(value))) {
        let newValue = ObjectRegistry.registerSingle(value, false);
        D$.gp(oObject, "internalMap")[key] = D$.mc(newValue, "toJs", []);
      } else
      if ((!D$.eq(value, null) && D$.isa(value, "ArrayList"))) {
        let oObjectList = [];
        D$.eachWithIndex(value, function(objectVal, index) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.truthy(ObjectRegistry.isDatabaseObject(objectVal))) {
            D$.add(oObjectList, D$.mc(ObjectRegistry.registerSingle(objectVal), "toJs", []));
          } else {
            D$.add(oObjectList, objectVal);
          }
        });
        D$.gp(oObject, "internalMap")[key] = oObjectList;
      }
    });
    Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.getInstance(), "updateIfExists", [oObject]); }, 100);
    return oObject;
  }
  static isDatabaseObject(object) {
    const _self = this;
    return ((!D$.eq(object, null) && D$.isa(object, "HashMap")) && D$.gp(object, "_id"));
  }
}
ObjectRegistry.objectRegistry = {};
ObjectRegistry.enabled = false;
D$.statics(ObjectRegistry, ["objectRegistry", "enabled"]);
class OObject {
  constructor(...a) {
    if (new.target === OObject) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.subscribe = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.subscribe(D$.gp(_self.internalMap, "_id"), _self.updateCallback);
    };
    _self.unsubscribe = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.unsubscribe(D$.gp(_self.internalMap, "_id"));
    };
    _self.setRefresher = function(closure, update = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.subscribe();
      if ((!D$.truthy(_self.refresher) || (_self.refresher && update))) {
        _self.refresher = closure;
      }
    };
    _self.merge = function(object, flatCopy = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((object && (object instanceof OObject))) {
        object = D$.gp(object, "internalMap");
      }
      D$.each(object, function(key, value) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(flatCopy)) {
          _self.internalMap[key] = value;
          return null;
        }
        if (!D$.truthy(((!D$.eq(value, null) && D$.isa(value, "String")) && ObjectRegistry.isDatabaseObject(D$.getAt(_self.internalMap, key))))) {
          _self.internalMap[key] = value;
        } else {
          console.log(D$.str("WARNING: skip overwrite of DatabaseObject with String"));
          console.log(D$.str(D$.plus("Key:", key)));
          console.log(D$.str(D$.plus("String:", value)));
          console.log(D$.str("internalMap[key]:"));
          console.log(D$.str(D$.getAt(_self.internalMap, key)));
          console.log(D$.str("Object:"));
          console.log(D$.str(_self.internalMap));
        }
      });
      if (D$.truthy(_self.refresher)) {
        _self.refresher(_this$);
      }
    };
    _self.toJs = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.internalMap;
    };
    _self.toString = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.str(_self.internalMap);
    };
    _self.setProperty = function(name, value) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.internalMap[name] = value;
    };
    _self.getProperty = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.getAt(_self.internalMap, name);
    };
    _self.methodMissing = function(name, args) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.methodMissingName = name;
      _self.methodMissingArgs = args;
      if (D$.truthy(args)) {
        let successClosure = D$.last(args);
        if (D$.isa(successClosure, "Closure")) {
          if (D$.eq(D$.size(args), 1)) {
            args = null;
          } else {
            args = D$.getAtRange(args, 0, -2, true);
          }
          _self.methodMissingArgs = args;
          _self.then(successClosure);
        }
      }
    };
    _self.then = function(successClosure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, fail = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.callObject(_self.internalMap, _self.methodMissingName, _self.methodMissingArgs, successClosure, fail);
    };
    _self.do = function(success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.then(success, null);
    };
  }
  $gsInit(self) {
    const _self = this;
    this.internalMap = {};
    this.refresher = null;
    this.updateCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.merge(self);
  }
  await() {

        var self = this;
        return new Promise(function(resolve, reject) {
            self.then(resolve, function(err) { reject(err); });
        });
    
  }
  promise() {

        var self = this;
        return new Promise(function(resolve, reject) {
            self.then(resolve, function(err) { reject(err); });
        });
    
  }
}
class ObjectFinder {
  constructor(...a) {
    if (new.target === ObjectFinder) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.propertyMissing = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let argList = [{property: name}];
      return new NestedO(argList, new CacheCallTracker(0, false, false));
    };
    _self.local = function(ttl, remoteOnce = false) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let argList = [];
      return new NestedO(argList, new CacheCallTracker(ttl, remoteOnce));
    };
    _self.localAndRemote = function(ttl = -1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("localAndRemote"));
      return _self.local(ttl);
    };
    _self.localAndRemoteOnce = function(ttl = -1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.local(ttl, true);
    };
    _self.post = function(file, parameter, objectName = null, id = null, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(file)) {
        console.log(D$.str("No file selected"));
        return null;
      }
      console.log(D$.str(D$.plus("file: ", file)));
      console.log(D$.str(D$.plus("parameter: ", parameter)));
      console.log(D$.str(D$.plus("objectName: ", objectName)));
      console.log(D$.str(D$.plus("id: ", id)));
      return Utils.post(file, parameter, objectName, id, callback);
    };
  }
  $gsInit() {
    const _self = this;
    this.log = new RemoteLog("Transmission");
  }
  static getInstance() {
    const _self = this;
    if (D$.truthy(ObjectFinder.singleO)) {
      return ObjectFinder.singleO;
    }
    ObjectFinder.singleO = new ObjectFinder();
    return ObjectFinder.singleO;
  }
}
D$.statics(ObjectFinder, ["singleO"]);
class RemoteLog {
  constructor(...a) {
    if (new.target === RemoteLog) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.info = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("info", message);
    };
    _self.debug = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("debug", message);
    };
    _self.warn = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("warn", message);
    };
    _self.error = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("error", message);
    };
    _self.off = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("off", message);
    };
    _self.trace = function(message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.generic("trace", message);
    };
    _self.generic = function(callName, message) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      try {
        console.log(D$.str(D$.plus(D$.plus(_self.className, ":"), message)));
      } catch (all) {
      }
      return D$.mc(D$.mc(D$.mc(ObjectFinder.getInstance(), "propertyMissing", ["log"]), `${D$.str(callName)}`, [message, _self.className]), "do", []);
    };
  }
  $gsInit(className) {
    const _self = this;
    this.className = className;
  }
}
class NestedO {
  constructor(...a) {
    if (new.target === NestedO) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.methodMissing = function(name, args) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.size(_self.argList) > 16)) {
        throw new Error("Maximum call stack size 16 exceeded");
      }
      if (D$.truthy(args)) {
        let successClosure = D$.last(args);
        let failClosure = function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
        };
        if ((successClosure && D$.isa(successClosure, "Closure"))) {
          if (D$.eq(D$.size(args), 1)) {
            args = null;
          } else {
            args = D$.getAtRange(args, 0, -2, true);
            if ((D$.last(args) && D$.isa(D$.last(args), "Closure"))) {
              failClosure = successClosure;
              successClosure = D$.last(args);
              if (D$.eq(D$.size(args), 1)) {
                args = null;
              } else {
                args = D$.getAtRange(args, 0, -2, true);
              }
            }
          }
          D$.add(_self.argList, {method: name, args: args});
          _this$.successClosure = successClosure;
          _this$.failClosure = failClosure;
          _self.then(successClosure, failClosure);
          return null;
        }
      }
      D$.add(_self.argList, {method: name, args: args});
      return new NestedO(_self.argList, _self.cacheCallTracker);
    };
    _self.propertyMissing = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.size(_self.argList) > 16)) {
        throw new Error("Maximum call stack size 16 exceeded");
      }
      D$.add(_self.argList, {property: name});
      return new NestedO(_self.argList, _self.cacheCallTracker);
    };
    _self.then = function(success, fail = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(_self.cacheCallTracker, "callAndCache", [_self.argList, success, fail]);
    };
    _self.do = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.then(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      });
    };
  }
  $gsInit(argList, cacheCallTracker) {
    const _self = this;
    this.failClosure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.argList = [];
    this.cacheCallTracker = cacheCallTracker;
    this.argList = argList;
  }
  isUndefined(val) {

        return val === undefined
    
  }
  await() {

        var self = this;
        return new Promise(function(resolve, reject) {
            self.then(resolve, function(err) { reject(err); });
        });
    
  }
  promise() {

        var self = this;
        return new Promise(function(resolve, reject) {
            self.then(resolve, function(err) { reject(err); });
        });
    
  }
}
class GpsLocationTracker {
  constructor(...a) {
    if (new.target === GpsLocationTracker) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.config = function(config) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "setConfig", [config]);
      return _this$;
    };
    _self.getCurrentLocation = function(successCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let callbackWrapper = function(location) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.lastLocation = location;
        successCallback(location);
        return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userLocation", [location]), "do", []);
      };
      D$.mc(_self.gpsService, "getCurrentLocation", [callbackWrapper, failedCallback]);
      return _this$;
    };
    _self.onLocation = function(successCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let callbackWrapper = function(location) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.lastLocation = location;
        successCallback(location);
        return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userLocation", [location]), "do", []);
      };
      D$.mc(_self.gpsService, "onLocation", [callbackWrapper, failedCallback]);
      return _this$;
    };
    _self.onStationary = function(stationaryCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "onStationary", [stationaryCallback, failedCallback]);
      return _this$;
    };
    _self.start = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "start", []);
      return _this$;
    };
    _self.stop = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "stop", []);
      return _this$;
    };
    _self.sync = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "sync", []);
      return _this$;
    };
    _self.getName = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(_self.gpsService, "getName", []);
      return _this$;
    };
  }
  $gsInit() {
    const _self = this;
    this.desiredAccuracy = GpsLocationTracker.HIGH_ACCURACY;
    if (D$.truthy(this.backgroundGeoLocationDefined())) {
      this.gpsService = new CordovaBackgroundGeolocation();
    } else
    if (D$.truthy(D$.gp(D$.fs("navigator", this, this, ()=>navigator), "geolocation"))) {
      this.gpsService = new Html5Gps();
    } else {
      throw new Error("GPS not supported");
    }
  }
  static instance() {
    const _self = this;
    if (!D$.truthy(GpsLocationTracker.singletonInstance)) {
      GpsLocationTracker.singletonInstance = new GpsLocationTracker();
    }
    return GpsLocationTracker.singletonInstance;
  }
  backgroundGeoLocationDefined() {

        return typeof BackgroundGeolocation !== 'undefined';
    
  }
}
GpsLocationTracker.HIGH_ACCURACY = 0;
GpsLocationTracker.MEDIUM_ACCURACY = 10;
GpsLocationTracker.LOW_ACCURACY = 1000;
GpsLocationTracker.PASSIVE_ACCURACY = 10000;
D$.statics(GpsLocationTracker, ["HIGH_ACCURACY", "MEDIUM_ACCURACY", "LOW_ACCURACY", "PASSIVE_ACCURACY", "singletonInstance"]);
class Html5Gps {
  constructor(...a) {
    if (new.target === Html5Gps) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.getName = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return "Html5Gps";
    };
    _self.setConfig = function(config) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.leftShift(_this$.config, config);
    };
    _self.getCurrentLocation = function(successCallback, failedCallback, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "geolocation"), "getCurrentPosition", [function(location) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return successCallback(D$.gp(location, "coords")); }, failedCallback, {enableHighAccuracy: (D$.gp(config, "desiredAccuracy") <= GpsLocationTracker.MEDIUM_ACCURACY), maximumAge: D$.gp(config, "maximumAge"), timeout: D$.gp(config, "timeout")}]);
    };
    _self.onLocation = function(successCallback, failedCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onLocationSuccessCallback = successCallback;
      return _self.onLocationFailedCallback = failedCallback;
    };
    _self.setDesiredAccuracy = function(desiredAccuracy) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(_self.config, "desiredAccuracy", desiredAccuracy);
    };
    _self.onStationary = function(stationaryCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.sync = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.start = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.watchPositionId = D$.mc(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "geolocation"), "watchPosition", [function(location) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let gpsMap = D$.leftShift({fixId: Utils.uuid(), provider: _self.getName(), unixTimeMs: D$.gp(location, "timestamp"), accuracy: null, speed: null, altitude: null, latitude: null, longitude: null, bearing: D$.gp(D$.gp(location, "coords"), "heading"), service: "Html5Gps", user: D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), uuid: D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "uuid")}, D$.gp(location, "coords"));
        return _self.onLocationSuccessCallback(D$.mc(D$.fs("gs", _this$, _self, ()=>gs), "toJavascript", [gpsMap]));
      }, _self.onLocationFailedCallback, {enableHighAccuracy: (D$.gp(_self.config, "backgroundDesiredAccuracy") <= GpsLocationTracker.MEDIUM_ACCURACY), maximumAge: D$.gp(_self.config, "maximumAge"), timeout: D$.gp(_self.config, "timeout")}]);
    };
    _self.stop = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.watchPositionId)) {
        D$.mc(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "geolocation"), "clearWatch", [_self.watchPositionId]);
      }
    };
  }
  $gsInit() {
    const _self = this;
    this.onLocationSuccessCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onLocationFailedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.config = {desiredAccuracy: GpsLocationTracker.HIGH_ACCURACY, backgroundDesiredAccuracy: GpsLocationTracker.LOW_ACCURACY, enableHighAccuracy: true, maximumAge: 30000, timeout: 30000};
  }
}
class CordovaBackgroundGeolocation {
  constructor(...a) {
    if (new.target === CordovaBackgroundGeolocation) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.getName = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return "CordovaBackgroundGeolocation";
    };
    _self.setConfig = function(config) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("BackgroundGeolocation:setConfig:", config)]);
      D$.leftShift(_this$.config, config);
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "configure", [_this$.config]);
      return _this$;
    };
    _self.getCurrentLocation = function(successCallback, failedCallback, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "getCurrentLocation", [successCallback, failedCallback, D$.leftShift({enableHighAccuracy: true, maximumAge: D$.multiply(D$.multiply(4, 60), 1000), timeout: D$.multiply(60, 1000)}, config)]);
    };
    _self.onLocation = function(successCallback, failedCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["location", function(location) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "startTask", [function(taskKey) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        successCallback(location);
        return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "endTask", [taskKey]);
      }]); }]);
    };
    _self.onStationary = function(stationaryCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["stationary", stationaryCallback]);
    };
    _self.sync = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "forceSync", []);
    };
    _self.start = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "start", []);
      _self.sync();
      return _this$;
    };
    _self.stop = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("BackgroundGeolocation:stop:", D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"))]);
    };
  }
  $gsInit() {
    const _self = this;
    this.config = {debug: false, locationProvider: D$.gp(D$.fs("BackgroundGeolocation", this, this, ()=>BackgroundGeolocation), "DISTANCE_FILTER_PROVIDER"), backgroundLocationProvider: D$.gp(D$.fs("BackgroundGeolocation", this, this, ()=>BackgroundGeolocation), "DISTANCE_FILTER_PROVIDER"), desiredAccuracy: GpsLocationTracker.HIGH_ACCURACY, backgroundDesiredAccuracy: GpsLocationTracker.HIGH_ACCURACY, activityType: "OtherNavigation", stationaryRadius: 10, distanceFilter: 10, notificationTitle: "GPS tracking", notificationText: "enabled", enableHighAccuracy: true, startForeground: true, stopOnTerminate: false, interval: 5000, fastestInterval: 5000, activitiesInterval: 5000, autoSync: true, syncThreshold: 100, maxLocations: D$.multiply(10, 1000), url: `${D$.str(D$.gp(D$.fs("session", this, this, ()=>session), "incomingUrl"))}/cordovaWrapper/gps`, syncUrl: `${D$.str(D$.gp(D$.fs("session", this, this, ()=>session), "incomingUrl"))}/cordovaWrapper/gps`, httpHeaders: {}, postTemplate: {fixId: "@id", provider: "@provider", unixTimeMs: "@time", accuracy: "@accuracy", speed: "@speed", altitude: "@altitude", latitude: "@latitude", longitude: "@longitude", bearing: "@bearing", service: "BackgroundGeolocation", user: D$.gp(D$.fs("session", this, this, ()=>session), "userId"), uuid: D$.gp(D$.gp(D$.fs("cordovaDevice", this, this, ()=>cordovaDevice), "device"), "uuid")}};
    D$.mc(D$.fs("BackgroundGeolocation", this, this, ()=>BackgroundGeolocation), "on", ["background", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["BackgroundGeolocation:background"]);
      appStatus = "background";
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "configure", [function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.gp(_self.config, "backgroundDesiredAccuracy"); }]);
    }]);
    D$.mc(D$.fs("BackgroundGeolocation", this, this, ()=>BackgroundGeolocation), "on", ["foreground", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["BackgroundGeolocation:foreground"]);
      appStatus = "foreground";
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "configure", [function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.gp(_self.config, "desiredAccuracy"); }]);
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "forceSync", []);
    }]);
    D$.mc(D$.fs("BackgroundGeolocation", this, this, ()=>BackgroundGeolocation), "on", ["authorization", function(status) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("BackgroundGeolocation:authorization:status: ", status)]);
      if (status !== D$.gp(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "AUTHORIZED")) {
        Utils.setTimeout(function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let showSettings = (typeof confirm === 'function' ? confirm("App requires location tracking permission. Would you like to open app settings?") : D$.mc(_this$, "confirm", ["App requires location tracking permission. Would you like to open app settings?"]));
          if (D$.truthy(showSettings)) {
            return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "showAppSettings", []);
          }
        }, 500);
      }
    }]);
  }
}
class LocalDB {
  constructor(...a) {
    if (new.target === LocalDB) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.cacheObjects = function(key, objectsIn, ttl, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let ttlInMs = (D$.eq(ttl, -1) ? null : D$.plus(D$.gp(new Date(), "time"), D$.multiply(ttl, 1000)));
      key = D$.plus("c:", key);
      return D$.mc(LocalDB.db, "upsert", [{_id: key, _ttl: ttlInMs, stringValue: Utils.mapToJsonString(objectsIn)}, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let callbackTmp = callback;
        callback = null;
        if (D$.truthy(callbackTmp)) {
          callbackTmp();
        }
      }]);
    };
    _self.readCache = function(key) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      key = D$.plus("c:", key);
      let keyObject = D$.find(LocalDB.db, {_id: key});
      console.log(D$.str(keyObject));
      if (D$.eq(D$.gp(keyObject, "length"), 0)) {
        return null;
      }
      keyObject = D$.getAt(keyObject, 0);
      if ((D$.gp(keyObject, "_ttl") && (D$.gp(keyObject, "_ttl") <= D$.gp(new Date(), "time")))) {
        D$.remove(LocalDB.db, {_id: key});
        D$.mc(LocalDB.db, "save", []);
        return null;
      }
      return Utils.stringToJson(D$.gp(keyObject, "stringValue"));
    };
    _self.registerPath = function(objectName, objectMap) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return LocalDB.objectMaps[objectName] = objectMap;
    };
    _self.insert = function(object, callback = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      object = D$.leftShift({}, object);
      _self.fixDatesToDb(object);
      if (D$.truthy(callback)) {
        return D$.mc(LocalDB.db, "upsert", [object, function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let callbackTmp = callback;
          callback = null;
          if (D$.truthy(callbackTmp)) {
            callbackTmp(object);
          }
        }]);
      }
      D$.mc(LocalDB.db, "upsert", [object]);
      D$.mc(LocalDB.db, "save", []);
      return object;
    };
    _self.save = function(object, callback = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(object, "_dateCreated", ((_e)=>D$.truthy(_e)?_e:new Date())(D$.gp(object, "_dateCreated")));
      D$.pset(object, "_lastUpdated", new Date());
      D$.pset(object, "_remoteChange", true);
      return _self.insert(object, callback);
    };
    _self.insertAll = function(objects, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      for (let object of D$.iter(objects)) {
        _self.fixDatesToDb(object);
      }
      return D$.mc(LocalDB.db, "upsert", [objects, callback]);
    };
    _self.saveAll = function(objects, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      for (let object of D$.iter(objects)) {
        D$.pset(object, "_dateCreated", ((_e)=>D$.truthy(_e)?_e:new Date())(D$.gp(object, "_dateCreated")));
        D$.pset(object, "_lastUpdated", new Date());
        D$.pset(object, "_remoteChange", true);
      }
      return _self.insertAll(objects, callback);
    };
    _self.commit = function(errorCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(LocalDB.db, "save", [errorCallback]);
    };
    _self.updateIfExists = function(object) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let keyObject = D$.find(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript({_id: D$.gp(object, "_id")}) : D$.mc(_this$, "toJavascript", [{_id: D$.gp(object, "_id")}])));
      if (D$.truthy(keyObject)) {
        _self.insert(object);
      }
    };
    _self.getO = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.localO;
    };
    _self.objectCallWrapper = function(objectName) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let staticFilter = D$.getAt(LocalDB.objectMaps, objectName);
      return ({getOne: function(id, callback = null) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.instance, "getOne", [id, callback]); }, findOne: function(filter, callback = null) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.instance, "findOne", [D$.leftShift(filter, staticFilter), callback]); }, findOrCreate: function(filter, mapToSave = {}, callback = null) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.instance, "findOrCreate", [D$.leftShift(filter, staticFilter), mapToSave, callback]); }, find: function(filter, params = {}) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.find(LocalDB.instance, D$.leftShift(filter, staticFilter), params); }, findAll: function(params = {}) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.find(LocalDB.instance, staticFilter, params); }, new: function(initParams = {}) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let item = D$.leftShift(initParams, staticFilter);
        D$.pset(item, "_id", Utils.uuid());
        return _self.decorate(item);
      }});
    };
    _self.findOrCreate = function(filter, mapToSave = {}, callback = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let item = _self.findOne(filter);
      if (D$.truthy(item)) {
        if (D$.truthy(callback)) {
          return callback(item);
        }
        return item;
      }
      mapToSave = D$.leftShift(D$.clone(mapToSave), filter);
      D$.pset(mapToSave, "_id", Utils.uuid());
      if (D$.truthy(callback)) {
        return D$.mc(LocalDB.instance, "save", [mapToSave, function(savedItem) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.getOne(D$.gp(savedItem, "_id"), callback); }]);
      }
      item = D$.mc(LocalDB.instance, "save", [mapToSave]);
      return _self.getOne(D$.gp(item, "_id"));
    };
    _self.getOne = function(id, expandableFields = null, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.getOne(id, null, expandableFields, level);
    };
    _self.getOne = function(id, callback, expandableFields = null, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(expandableFields)) {
        _self.findOne({_id: id}, callback, expandableFields, level);
      } else {
        _self.findOne({_id: id}, callback);
      }
    };
    _self.findOne = function(filter, callback = null, expandableFields = null, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.findOne(filter, null, expandableFields, level);
    };
    _self.findOne = function(filter, callback = null, expandableFields = null, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let item;
      if (D$.truthy(expandableFields)) {
        item = _self.find(filter, {limit: 1}, expandableFields, level);
      } else {
        item = _self.find(filter, {limit: 1});
      }
      if (!D$.truthy(item)) {
        if (D$.truthy(callback)) {
          callback({});
        }
        return {};
      }
      item = D$.getAt(item, 0);
      _self.decorate(item);
      if (D$.truthy(callback)) {
        callback(item);
      }
      return item;
    };
    _self.delete = function(id, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.remove(LocalDB.db, {_id: id});
      return D$.mc(LocalDB.db, "save", [callback]);
    };
    _self.find = function(filter, params = {}, expandableFields = null, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let dbList = D$.find(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript(filter) : D$.mc(_this$, "toJavascript", [filter])), (typeof toJavascript === 'function' ? toJavascript(D$.leftShift(D$.leftShift(_self.getLimit(params), _self.getSkip(params)), _self.getSort(params))) : D$.mc(_this$, "toJavascript", [D$.leftShift(D$.leftShift(_self.getLimit(params), _self.getSkip(params)), _self.getSort(params))])));
      let objectList = [];
      D$.each(dbList, function(dbItem) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let item = D$.leftShift({}, dbItem);
        _self.fixDatesFromDb(item);
        _self.decorate(item);
        if (D$.truthy(expandableFields)) {
          item = _self.expandItem(item, expandableFields, level);
        }
        return D$.add(objectList, item);
      });
      return objectList;
    };
    _self.remove = function(filter, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.remove(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript(filter) : D$.mc(_this$, "toJavascript", [filter])));
    };
    _self.count = function(filter) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.count(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript(filter) : D$.mc(_this$, "toJavascript", [filter])));
    };
    _self.expandItem = function(item, expandableFields, level = 1) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let fields = D$.collect(expandableFields, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.gp(it, "field"); });
      D$.each(item, function(k, v) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(D$.contains(fields, k))) {
          if (((D$.eq(v, null) || D$.eq(v, D$.fs("undefined", _this$, _self, ()=>undefined))) || D$.eq(v, ""))) {
            return null;
          }
          let currentField = D$.find(expandableFields, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "field"), k); });
          if (D$.isa(v, "List")) {
            let expandResult = D$.find(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript({_id: {$in: v}, _path: D$.gp(currentField, "_path")}) : D$.mc(_this$, "toJavascript", [{_id: {$in: v}, _path: D$.gp(currentField, "_path")}])));
            let expandResultObjects = [];
            D$.each(expandResult, function(expandResultItem) {
              const _this$ = (this === undefined || this === globalThis) ? _self : this;
              let expandedItem = D$.leftShift({}, expandResultItem);
              _self.fixDatesFromDb(expandedItem);
              if ((level > 1)) {
                expandedItem = _self.expandItem(expandedItem, expandableFields, D$.minus(level, 1));
              }
              return D$.add(expandResultObjects, expandedItem);
            });
            item[k] = ((_e)=>D$.truthy(_e)?_e:[])(expandResultObjects);
          } else {
            let expandResult = D$.getAt(D$.find(LocalDB.db, (typeof toJavascript === 'function' ? toJavascript({_id: v, _path: D$.gp(currentField, "_path")}) : D$.mc(_this$, "toJavascript", [{_id: v, _path: D$.gp(currentField, "_path")}])), (typeof toJavascript === 'function' ? toJavascript(_self.getLimit({limit: 1})) : D$.mc(_this$, "toJavascript", [_self.getLimit({limit: 1})]))), 0);
            let expandedItem = D$.leftShift({}, expandResult);
            _self.fixDatesFromDb(expandedItem);
            if ((level > 1)) {
              expandedItem = _self.expandItem(expandedItem, expandableFields, D$.minus(level, 1));
            }
            item[k] = ((_e)=>D$.truthy(_e)?_e:null)(expandedItem);
          }
        }
      });
      return item;
    };
    _self.getLimit = function(params) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return ({$limit: ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:LocalDB.MAX_ROWS_PER_BATCH)(D$.gp(params, "max")))(D$.gp(params, "limit"))});
    };
    _self.getSkip = function(params) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return ({$skip: ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:0)(D$.gp(params, "skip")))(D$.gp(params, "offset"))});
    };
    _self.getSort = function(params) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let order = 1;
      if (D$.eq(D$.gp(params, "order"), "desc")) {
        order = -1;
      }
      if (D$.truthy(D$.gp(params, "sort"))) {
        return {$orderBy: {[D$.gp(params, "sort")]: order}};
      }
      return {};
    };
    _self.fixDatesToDb = function(object) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.each(object, function(key, value) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((value && D$.isa(value, "HashMap"))) {
          _self.fixDatesToDb(value);
        }
        if (D$.truthy(Utils.isDate(value))) {
          object[key] = D$.mc(LocalDB.db, "make", [value]);
        }
      });
      return object;
    };
    _self.fixDatesFromDb = function(object) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.each(object, function(key, value) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((value && D$.isa(value, "HashMap"))) {
          _self.fixDatesFromDb(value);
        }
        if (D$.truthy(Utils.isDate(value))) {
          object[key] = new Date(value);
        }
      });
      return object;
    };
    _self.decorate = function(item) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(item, "merge", function(map) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.putAll(item, map);
        return item;
      });
      D$.pset(item, "save", function(callback = null) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.instance, "save", [item, callback]); });
      D$.pset(item, "delete", function(callback = null) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.instance, "delete", [D$.gp(item, "_id"), callback]); });
      return item;
    };
  }
  $gsInit() {
    const _self = this;
    this.localO = new LocalO();
  }
  static getInstance(callback = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {
    const _self = this;
    if (!D$.truthy(LocalDB.instance)) {
      LocalDB.instance = new LocalDB();
      if (!D$.truthy(LocalDB.db)) {
        LocalDB.initDb(LocalDB.DB_NAME, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return LocalDB.checkVersion(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return LocalDB.cleanupStaleData(function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          LocalDB.startupCompleted = true;
          callback(LocalDB.instance);
          D$.each(LocalDB.callbacks, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return it(LocalDB.instance); });
          return LocalDB.callbacks = [];
        }); }); });
      }
    } else {
      if (!D$.truthy(LocalDB.startupCompleted)) {
        D$.add(LocalDB.callbacks, callback);
        return LocalDB.instance;
      }
      callback(LocalDB.instance);
    }
    return LocalDB.instance;
  }
  static initDb(dbName, callback) {

        var fdb = new ForerunnerDB();
        var forerunnerdb = fdb.db(dbName);
        
        // if (LocalDB.DB_COMPRESS) forerunnerdb.persist.addStep(new forerunnerdb.shared.plugins.FdbCompress());
        // if (LocalDB.DB_ENCRYPT) forerunnerdb.persist.addStep(new forerunnerdb.shared.plugins.FdbCrypto({
        //       pass: "dbStoreCode"
        // }));


        forerunnerdb.persist.addStep(new forerunnerdb.shared.plugins.FdbCompress());
        forerunnerdb.persist.addStep(new forerunnerdb.shared.plugins.FdbCrypto({
              pass: "dbStoreCode"
        }));
        
        var collection = forerunnerdb.collection("appCollection")
        // collection.deferredCalls(LocalDB.ASYNC_DB)
        collection.deferredCalls(false)
        collection.load(function (err, tableStats, metaStats) {
        	if (err) {
        		console.error('forerunnerdb error')
        	}else{
        	    console.log('forerunnerdb started')
        	}
        	
        	LocalDB.jsDbInstance = forerunnerdb
        	LocalDB.db = collection
        	
        	callback()
        });  
    
  }
  static dropDatabase(callback = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {
    const _self = this;
    return D$.drop(LocalDB.jsDbInstance, true, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return LocalDB.initDb(LocalDB.DB_NAME, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.db, "upsert", [{_id: "dbVersionNumber", version: LocalDB.DB_VERSION_NO}, callback]); }); });
  }
}
LocalDB.DB_VERSION_NO = "1.2";
LocalDB.DB_NAME = "1";
LocalDB.MAX_ROWS_PER_BATCH = 1000;
LocalDB.ASYNC_DB = false;
LocalDB.DB_COMPRESS = true;
LocalDB.DB_ENCRYPT = true;
LocalDB.startupCompleted = false;
LocalDB.objectMaps = {};
LocalDB.callbacks = [];
LocalDB.checkVersion = function(callback = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
}) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("LocalDB.checkVersion"));
  let version = D$.find(LocalDB.db, {_id: "dbVersionNumber"});
  if ((D$.eq(D$.gp(version, "length"), 0) || !D$.eq(D$.gp(D$.getAt(version, 0), "version"), LocalDB.DB_VERSION_NO))) {
    console.log(D$.str("FOUND OLD DB:DROP DB"));
    LocalDB.dropDatabase(callback);
    return null;
  }
  return callback();
};
LocalDB.cleanupStaleData = function(callback = function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
}) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("LocalDB.cleanupStaleData"));
  let nowMs = D$.gp(new Date(), "time");
  return callback();
};
D$.statics(LocalDB, ["DB_VERSION_NO", "DB_NAME", "MAX_ROWS_PER_BATCH", "ASYNC_DB", "DB_COMPRESS", "DB_ENCRYPT", "startupCompleted", "instance", "jsDbInstance", "db", "objectMaps", "callbacks", "checkVersion", "cleanupStaleData"]);
class LocalO {
  constructor(...a) {
    if (new.target === LocalO) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.propertyMissing = function(objectName) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(LocalDB.instance, "objectCallWrapper", [objectName]);
    };
  }
  $gsInit() {
    const _self = this;
  }
}
class CacheCallTracker {
  constructor(...a) {
    if (new.target === CacheCallTracker) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.callAndCache = function(argList, successClosure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, fail = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let argListString = D$.str(argList);
      if (!D$.truthy(_self.ttl)) {
        return Socket.callChain(argList, function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return successClosure(result); }, fail);
      }
      let objects = D$.getAt(CacheCallTracker.resultCache, argListString);
      return LocalDB.getInstance(function(localDB) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(objects)) {
          objects = D$.mc(LocalDB.getInstance(), "readCache", [argListString]);
        }
        if (D$.truthy(objects)) {
          ObjectRegistry.register(objects);
          successClosure(objects);
        }
        return Utils.setTimeout(function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.truthy(objects)) {
            CacheCallTracker.remoteOnceMap[argListString] = (D$.truthy(D$.getAt(CacheCallTracker.remoteOnceMap, argListString)) ? D$.plus(D$.getAt(CacheCallTracker.remoteOnceMap, argListString), 1) : 1);
            if ((_self.remoteOnce && (D$.getAt(CacheCallTracker.remoteOnceMap, argListString) > 1))) {
              return null;
            }
          }
          return Socket.callChain(argList, function(result) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            CacheCallTracker.resultCache[argListString] = result;
            successClosure(result);
            return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.syncCache(argListString, result, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return console.log(D$.str("syncCache:done")); }); }, 0);
          }, fail);
        }, 0);
      });
    };
    _self.syncCache = function(argListString, objects, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.ttl)) {
        LocalDB.getInstance(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(LocalDB.getInstance(), "cacheObjects", [argListString, objects, _self.ttl, callback]); });
      }
    };
  }
  $gsInit(ttl, remoteOnce) {
    const _self = this;
    this.ttl = 0;
    this.remoteOnce = false;
    this.ttl = ttl;
    this.remoteOnce = remoteOnce;
  }
}
CacheCallTracker.remoteOnceMap = {};
CacheCallTracker.resultCache = {};
D$.statics(CacheCallTracker, ["remoteOnceMap", "resultCache"]);
class CordovaCamera {
  constructor(...a) {
    if (new.target === CordovaCamera) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.takePhotoAndUpload = function(objectName, property, objectId, onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["takePhotoAndUpload"]);
      let success = function(tempImageUrl) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["takePhotoAndUpload:success1"]);
        console.log(D$.str(tempImageUrl));
        return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "addFile", [tempImageUrl, objectName, property, objectId, onSuccess, onError]);
      };
      return _self.takePhoto(success, onError);
    };
    _self.takePhotoBlob = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let success = function(imageUri) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "blobFromFileUrl", [imageUri, function(blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        onSuccess(blob);
        return _self.clearCache();
      }, onError]); };
      return _self.takePhoto(success, onError);
    };
    _self.takePhoto = function(onSuccess, onFail, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      CordovaCamera.hasCameraPermission("android.permission.CAMERA", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.CAMERA:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      CordovaCamera.hasCameraPermission("android.permission.ACTION_CREATE_DOCUMENT", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.ACTION_CREATE_DOCUMENT:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      CordovaCamera.hasCameraPermission("android.permission.ACTION_OPEN_DOCUMENT", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.ACTION_OPEN_DOCUMENT:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      CordovaCamera.hasCameraPermission("android.permission.READ_EXTERNAL_STORAGE", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.READ_EXTERNAL_STORAGE:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      CordovaCamera.hasCameraPermission("android.permission.READ_MEDIA_IMAGES", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.READ_MEDIA_IMAGES:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      CordovaCamera.hasCameraPermission("android.permission.READ_MEDIA_VIDEO", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("android.permission.READ_MEDIA_IMAGES:", D$.gp(status, "hasPermission"))]);
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [status]);
      });
      D$.mc(D$.fs("camera", _this$, _self, ()=>camera), "getPicture", [onSuccess, onFail, D$.leftShift({destinationType: D$.gp(D$.gp(D$.fs("camera", _this$, _self, ()=>camera), "DestinationType"), "FILE_URI"), sourceType: D$.gp(D$.gp(D$.fs("camera", _this$, _self, ()=>camera), "PictureSourceType"), "CAMERA"), encodingType: D$.gp(D$.gp(D$.fs("cameraConst", _this$, _self, ()=>cameraConst), "EncodingType"), "JPEG"), correctOrientation: true, saveToPhotoAlbum: false, targetHeight: 1024, targetWidth: 1024}, config)]);
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["takePhoto2"]);
    };
    _self.clearCache = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("camera", _this$, _self, ()=>camera), "cleanup", []);
    };
  }
  $gsInit() {
    const _self = this;
  }
  static hasCameraPermission(permission, callback) {

        if (!Utils.isCordova()) return false;
        var permissions = cordova.plugins.permissions;
        if (!permissions) return false
        
        console.log('permission', permission)
        
        permissions.checkPermission(permission, function( status ){
            if ( status.hasPermission ) {
                return callback(status);
            } else {
                permissions.requestPermission(permissions.CAMERA, function( result ){
                    return callback(result)
                });
            }
        });
    
  }
  static verifyCameraPlugin() {

        return ( typeof navigator !== 'undefined' && typeof navigator.camera !== 'undefined' ) 
    
  }
  static getCamera() {

        return navigator.camera
    
  }
  static getCameraConst() {

        return Camera
    
  }
}
class QRScanner {
  constructor(...a) {
    if (new.target === QRScanner) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.scan = function(success, failure) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let options = {preferFrontCamera: false, showFlipCameraButton: true, prompt: "Place a barcode inside the scan area"};
      return D$.mc(D$.gp(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "plugins"), "barcodeScanner"), "scan", [success, failure, options]);
    };
  }
  $gsInit() {
    const _self = this;
  }
}
class CordovaAppleSignIn {
  constructor(...a) {
    if (new.target === CordovaAppleSignIn) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  AppleSignIn(onSuccess, onError) {
 
        window.cordova.plugins.SignInWithApple.signin({ 
                requestedScopes: [FullName, Email] },
                function(succ){
                    console.log(succ)
                    alert(JSON.stringify(succ))
                },  
                function(err){
                    console.error(err)  
                    console.log(JSON.stringify(err))
                    onError(err)
                }
            )
    
    
  }
}
class VueApp {
  constructor(...a) {
    if (new.target === VueApp) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.init = function(mountElement = "#vue-app") {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("VueApp.init"));
      if (D$.truthy(_self.initialised)) {
        return null;
      }
      _self.initialised = true;
      D$.each(_self.componentList, function(component) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.registerVueComponent(D$.gp(component, "vueComponentName"), component); });
      let routes = [];
      let childComponents = new Set();
      D$.each(_self.componentList, function(component) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return ((_r)=>(_r==null?null:D$.each(_r, function(child) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.add(childComponents, D$.gp(child, "vueComponentName")); })))(D$.gp(component, "children")); });
      let buildRoute;
      buildRoute = function(component) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let route = {path: D$.gp(component, "path"), component: D$.find(_self.componentList, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "vueComponentName"), D$.gp(component, "vueComponentName")); })};
        if (D$.truthy(D$.gp(component, "children"))) {
          D$.pset(route, "children", D$.collect(D$.gp(component, "children"), function(child) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return buildRoute(child); }));
        }
        return route;
      };
      D$.each(_self.componentList, function(component) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(D$.contains(childComponents, D$.gp(component, "vueComponentName")))) {
          if (D$.isa(D$.gp(component, "path"), "ArrayList")) {
            D$.each(D$.gp(component, "path"), function(it) {
              const _this$ = (this === undefined || this === globalThis) ? _self : this;
              if (D$.truthy(it)) {
                let cloned = Utils.deepCopyMap(component);
                D$.pset(cloned, "path", it);
                D$.add(routes, buildRoute(cloned));
              }
            });
          } else
          if (D$.truthy(D$.gp(component, "path"))) {
            D$.add(routes, buildRoute(component));
          }
        }
      });
      console.log(D$.str("routes"));
      console.log(D$.str(routes));
      D$.each(_self.filters, function(key, filterFunction) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.addVueFilter(key, filterFunction); });
      _self.router = _self.newVueRouter(routes);
      D$.mc(_self.vue, "use", [D$.fs("Quasar", _this$, _self, ()=>Quasar)]);
      D$.mc(_self.vue, "use", [_self.router]);
      _self.setQuasarTheme();
      D$.mc(_self.vue, "mount", [mountElement]);
      return _this$;
    };
    _self.registerComponent = function(component) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.add(_self.componentList, component);
    };
    _self.registerAuthComponent = function(component) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let path = D$.gp(component, "path");
      if (D$.isa(D$.gp(component, "path"), "ArrayList")) {
        path = D$.getAt(path, 0);
      }
      return _self.authComponentPath = path;
    };
    _self.setQuasarTheme = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "darkMode", ((_e)=>D$.truthy(_e)?_e:D$.gp(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Dark"), "isActive"))(D$.gp(D$.fs("session", _this$, _self, ()=>session), "darkMode")));
      return D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Dark"), "set", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "darkMode")]);
    };
    _self.registerVueComponent = function(name, component) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.registerVueComponentNative(_self.vue, name, component);
    };
  }
  $gsInit() {
    const _self = this;
    this.componentList = [];
    this.scope = {topHeading: "", backStack: []};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.scope = D$.mc(D$.fs("Vue", _this$, _self, ()=>Vue), "reactive", [_self.scope]); };
    this.methods = {};
    this.watch = {};
    this.compute = {};
    this.events = {};
    this.filters = {};
    this.mixins = [];
    this.toggleDarkMode = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Dark"), "toggle", []);
      return D$.pset(D$.fs("session", _this$, _self, ()=>session), "darkMode", D$.gp(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Dark"), "isActive"));
    };
    this.initialised = false;
    this.vue = this.newVue(this.router, (typeof toJsObj === 'function' ? toJsObj(this.data) : D$.mc(this, "toJsObj", [this.data])), (typeof toJsObj === 'function' ? toJsObj(this.methods) : D$.mc(this, "toJsObj", [this.methods])), (typeof toJsObj === 'function' ? toJsObj(this.watch) : D$.mc(this, "toJsObj", [this.watch])), (typeof toJsObj === 'function' ? toJsObj(this.compute) : D$.mc(this, "toJsObj", [this.compute])), (typeof toJsObj === 'function' ? toJsObj(this.events) : D$.mc(this, "toJsObj", [this.events])), this.mixins);
  }
  addVueFilter(name, filter) {

        Vue.filter(name, filter)
    
  }
  registerVueComponentNative(vue, name, component) {

        return vue.component(name, component)
    
  }
  newVue(router, data, methods, watch, compute, events, mixins) {

        return Vue.createApp({
            router   : router, 
            data     : data,
            methods  : methods,
            watch    : watch,
            computed : compute,
            events   : events,
            mixins   : mixins
        });
    
  }
  newVueRouter(routes) {

        return VueRouter.createRouter({routes:routes, history: VueRouter.createWebHashHistory()})
    
  }
}
class VueComponent {
  constructor(...a) {
    if (new.target === VueComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.register = function(templateName = "", componentName = "") {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.vueComponentName = ((_e)=>D$.truthy(_e)?_e:D$.mc(D$.cls(this), "getSimpleName", []))(componentName);
      if (!D$.truthy(_self.template)) {
        _self.template = (D$.truthy(templateName) ? D$.plus("#", templateName) : D$.plus(D$.plus("#", D$.mc(D$.cls(this), "getSimpleName", [])), "View"));
      }
      console.log(D$.str(`VueComponent.register:${D$.str(_self.vueComponentName)}:${D$.str(_self.template)}:${D$.str(_self.path)}`));
      let methodsMap = {};
      D$.each(D$.findAll(D$.gp(D$.metaClass(_this$), "methods"), function(method) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let name = D$.gp(method, "name");
        return (((!D$.truthy(D$.mc(name, "startsWith", ["set"])) && !D$.truthy(D$.mc(name, "startsWith", ["get"]))) && !D$.truthy(D$.contains(name, "$"))) && !D$.truthy(D$.isIn(name, VueComponent.METHOD_EXCLUDE_LIST)));
      }), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return methodsMap[D$.gp(it, "name")] = _this$[`${D$.str(D$.gp(it, "name"))}`]; });
      _self.methods = (typeof toJsObj === 'function' ? toJsObj(methodsMap) : D$.mc(_this$, "toJsObj", [methodsMap]));
      let watchMap = {};
      D$.each(D$.findAll(D$.gp(D$.metaClass(_this$), "methods"), function(method) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(method, "name"), "startsWith", ["watch"]); }), function(method) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let watchVar = D$.mc(D$.gp(method, "name"), "substring", [5]);
        watchVar = D$.plus(D$.mc(D$.getAt(watchVar, 0), "toLowerCase", []), D$.mc(watchVar, "substring", [1]));
        return watchMap[watchVar] = _this$[`${D$.str(D$.gp(method, "name"))}`];
      });
      _self.watch = (typeof toJsObj === 'function' ? toJsObj(watchMap) : D$.mc(_this$, "toJsObj", [watchMap]));
      let computeMap = {};
      D$.each(D$.findAll(D$.gp(D$.metaClass(_this$), "methods"), function(method) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(method, "name"), "startsWith", ["computed"]); }), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return computeMap[D$.gp(it, "name")] = _this$[`${D$.str(D$.gp(it, "name"))}`]; });
      _self.compute = (typeof toJsObj === 'function' ? toJsObj(computeMap) : D$.mc(_this$, "toJsObj", [computeMap]));
      let eventsMap = {};
      D$.each(D$.findAll(D$.gp(D$.metaClass(_this$), "methods"), function(method) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(method, "name"), "startsWith", ["event"]); }), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return eventsMap[D$.gp(it, "name")] = _this$[`${D$.str(D$.gp(it, "name"))}`]; });
      _self.events = (typeof toJsObj === 'function' ? toJsObj(eventsMap) : D$.mc(_this$, "toJsObj", [eventsMap]));
      _self.makePerInstance(_this$);
      D$.mc(D$.fs("vue", _this$, _self, ()=>vue), "registerComponent", [_this$]);
      return _this$;
    };
    _self.registerAsAuthComponent = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.fs("vue", _this$, _self, ()=>vue), "registerAuthComponent", [_this$]);
      return _this$;
    };
    _self.getRefs = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _this$.refs = D$.gp(_self.self, "$refs");
      return D$.gp(_self.self, "$refs");
    };
    _self.beforeMount = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.enforceComponentRoles();
    };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.getRefs();
        return _self.afterMounted();
      });
    };
    _self.afterMounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.unmounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.destroyed();
    };
    _self.destroyed = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "topHeading", "");
    };
    _self.toggleDarkMode = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "toggleDarkMode", []);
    };
    _self.showLoading = function(text = "Loading...", spinnerColor = "primary") {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(_self.q, "loading"), "show", [{group: text, message: text, delay: 250, spinnerColor: spinnerColor, backgroundColor: "transparent"}]);
    };
    _self.hideLoading = function(text = "") {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(text)) {
        return D$.mc(D$.gp(_self.q, "loading"), "hide", []);
      }
      return D$.mc(D$.gp(_self.q, "loading"), "hide", [{group: text}]);
    };
    _self.placeholder = function(value, placeholder) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return ((_e)=>D$.truthy(_e)?_e:placeholder)(value);
    };
    _self.onPaste = function(evt, reference) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let text = "";
      let elem = D$.getAt(D$.getAt(_self.getRefs(), reference), 0);
      if (!D$.truthy(elem)) {
        elem = D$.getAt(_self.getRefs(), reference);
      }
      if ((D$.gp(elem, "originalEvent") && D$.gp(D$.gp(D$.gp(evt, "originalEvent"), "clipboardData"), "getData"))) {
        text = D$.mc(D$.gp(D$.gp(evt, "originalEvent"), "clipboardData"), "getData", ["text/plain"]);
      }
      if ((D$.gp(evt, "clipboardData") && D$.gp(D$.gp(evt, "clipboardData"), "getData"))) {
        text = D$.mc(D$.gp(evt, "clipboardData"), "getData", ["text/plain"]);
      }
      return D$.mc(elem, "runCmd", ["insertText", text]);
    };
    _self.filterOptions = function(val, update, options, filteredOptions, object = {}, excludeSelected = false) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return update(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.scope[filteredOptions] = D$.sort(D$.findAll(D$.getAt(_self.scope, options), function(option) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((excludeSelected && D$.eq(D$.gp(option, "_id"), D$.gp(object, "_id")))) {
          return false;
        }
        if (!D$.truthy(val)) {
          return true;
        }
        return ((_r)=>(_r==null?null:D$.contains(_r, ((_r)=>(_r==null?null:D$.mc(_r, "toLowerCase", [])))(val))))(((_r)=>(_r==null?null:D$.mc(_r, "toLowerCase", [])))(D$.gp(option, "name")));
      })); });
    };
    _self.enforceComponentRoles = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "embedded"))) {
        console.log(D$.str("enforceComponentRoles skipped for embedded mode"));
        return true;
      }
      if ((!D$.truthy(_self.roles) || D$.mc(D$.fs("session", _this$, _self, ()=>session), "hasRole", [_self.roles]))) {
        return true;
      }
      if (D$.truthy(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "authComponentPath"))) {
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "replace", [D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "authComponentPath")]);
      }
      throw new Error(`${D$.str(_self.vueComponentName)} roles required: ${D$.str(_self.roles)}`);
    };
    _self.formatCurrency = function(value) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      try {
        D$.mc(value, "split", ["."]);
        (typeof parseFloat === 'function' ? parseFloat(value) : D$.mc(_this$, "parseFloat", [value]));
      } catch (all) {
        value = "0.00";
      }
      if (!D$.truthy(D$.contains(value, "."))) {
        value = D$.plus("0.0", value);
      }
      let newValue;
      let decPartSize = D$.size(D$.getAt(D$.mc(value, "split", ["."]), 1));
      if ((decPartSize > 2)) {
        newValue = D$.mc(D$.multiply((typeof parseFloat === 'function' ? parseFloat(value) : D$.mc(_this$, "parseFloat", [value])), 10), "toFixed", [2]);
      } else
      if (D$.eq(decPartSize, 1)) {
        newValue = D$.mc(D$.div((typeof parseFloat === 'function' ? parseFloat(value) : D$.mc(_this$, "parseFloat", [value])), 10), "toFixed", [2]);
      } else {
        newValue = D$.mc((typeof parseFloat === 'function' ? parseFloat(value) : D$.mc(_this$, "parseFloat", [value])), "toFixed", [2]);
      }
      return newValue;
    };
    _self.formatNumberInput = function(scopeName, size = 0, decimals = 0, parent = this.scope) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let oldVal = D$.str(parent[`${D$.str(scopeName)}`]);
      let newVal = "";
      if ((D$.eq(D$.getAt(oldVal, 0), ".") || D$.eq(D$.getAt(oldVal, 0), ","))) {
        newVal = "0";
      }
      let index = 0;
      let dotCount = 0;
      let afterDotCount = 0;
      D$.each(oldVal, function(character) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        index++;
        if (D$.eq(decimals, 0)) {
          if ((D$.isNumber(character) && (D$.eq(size, 0) || (index <= size)))) {
            newVal = D$.plus(newVal, character);
          }
          return null;
        }
        if (D$.eq(character, ",")) {
          character = ".";
        }
        if (D$.eq(character, ".")) {
          dotCount++;
        }
        if ((dotCount > 1)) {
          return null;
        }
        if (D$.eq(dotCount, 1)) {
          afterDotCount++;
          if ((afterDotCount > D$.plus(decimals, 1))) {
            return null;
          }
        }
        if (((D$.isNumber(character) || D$.eq(character, ".")) && (D$.eq(size, 0) || (index <= size)))) {
          newVal = D$.plus(newVal, character);
        }
      });
      return _self.nextTick(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return parent[`${D$.str(scopeName)}`] = newVal; });
    };
    _self.formatNumberInputOnBlur = function(scopeName, size = 0, decimals = 0, parent = this.scope) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.formatNumberInput(scopeName, size, decimals, parent);
      return _self.nextTick(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return parent[`${D$.str(scopeName)}`] = (typeof Number === 'function' ? Number(D$.str(parent[`${D$.str(scopeName)}`])) : D$.mc(_this$, "Number", [D$.str(parent[`${D$.str(scopeName)}`])])); });
    };
    _self.formatCurrencyInput = function(scopeName, parent = this.scope) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.formatNumberInput(scopeName, 15, 2, parent);
    };
  }
  $gsInit() {
    const _self = this;
    this.path = "";
    this.template = "";
    this.props = [];
    this.vueMeta = {};
    this.options = {};
    this.scope = {};
    this.roles = [];
    this.self = null;
    this.beforeCreate = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.self = _this$;
      _self.route = D$.gp(_self.self, "$route");
      _self.q = D$.gp(_self.self, "$q");
      _self.options = D$.gp(_self.self, "$options");
      _self.nextTick = D$.gp(_self.self, "$nextTick");
      _self.emit = D$.gp(_self.self, "$emit");
      _self.attrs = (!D$.eq(D$.gp(_self.self, "$attrs"), null) ? D$.gp(_self.self, "$attrs") : {});
      return D$.mc(D$.gp(D$.fs("document", _this$, _self, ()=>document), "body"), "scrollTo", [0, 0]);
    };
    this.nextTick = function(callback) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(); };
    this.notify = function(message, type = "positive", map = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(map, "message", message);
      D$.pset(map, "type", type);
      return D$.mc(_self.q, "notify", [D$.leftShift(D$.clone(VueComponent.notifyParams), map)]);
    };
    this.dialog = function(title, message, map = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(map, "title", title);
      D$.pset(map, "message", message);
      return D$.mc(_self.q, "dialog", [D$.leftShift(D$.clone(VueComponent.dialogParams), map)]);
    };
    this.data = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.scope = {};
      return _self.scope = D$.mc(D$.fs("Vue", _this$, _self, ()=>Vue), "reactive", [_self.scope]);
    };
    this.meta = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.vueMeta; };
  }
  makePerInstance(component) {

        if (window.vueMakePerInstance) window.vueMakePerInstance(component);
    
  }
  moment(date) {

        return moment(date)
    
  }
}
VueComponent.notifyParams = {type: "positive", position: "bottom", avatar: "", timeout: 3000, actions: null, spinner: false, multiLine: false, progress: false};
VueComponent.dialogParams = {ok: {push: true, color: "primary"}, cancel: {push: true, color: "negative"}, persistent: true};
VueComponent.METHOD_EXCLUDE_LIST = ["equals", "hashCode", "notify", "notifyAll", "toString", "wait", "register", "invokeMethod", "data", "beforeCreate", "created", "mounted", "destroyed", "makePerInstance"];
D$.statics(VueComponent, ["METHOD_EXCLUDE_LIST", "notifyParams", "dialogParams"]);
class LegionLoginComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === LegionLoginComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("LegionLoginComponent.created()"));
      D$.pset(_self.scope, "showFooter", false);
      D$.pset(_self.scope, "showApple", Utils.isIos());
      D$.pset(_self.scope, "showAndroid", Utils.isAndroid());
      D$.pset(_self.scope, "email", "");
      return D$.pset(_self.scope, "phoneNumber", "");
    };
    _self.login = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username", ((_e)=>D$.truthy(_e)?_e:D$.gp(_self.scope, "phoneNumber"))(D$.gp(_self.scope, "email")));
      if (!D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"))) {
        _self.notify("Please enter details", "negative");
        return null;
      }
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "generatePinForExistingUser", [D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"), (D$.truthy(D$.gp(_self.scope, "phoneNumber")) ? true : false)]), "then", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/legionPin"]);
        return _self.notify("Pin Sent");
      }, function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.notify(D$.gp(error, "message"), "negative"); }]);
    };
    _self.googleSignIn = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(Utils.isCordova())) {
        return _self.notify("Could not complete sign in", "negative");
      }
      return D$.mc(D$.fs("cordovaGoogleSignIn", _this$, _self, ()=>cordovaGoogleSignIn), "googleSignIn", [function(success) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("cordovaGoogleSignIn"));
        console.log(D$.str(success));
        let object = _self.toObject(success);
        console.log(D$.str(object));
        return _self.signInWith(D$.gp(D$.gp(object, "message"), "email"), D$.gp(D$.gp(object, "message"), "id"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "loadLegionUser", [function(user) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/"]); }]); }, function(error) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/login"]);
          return _self.errorNotification(error);
        });
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str(error));
        return _self.notify("Error Signing in with Google", "negative");
      }]);
    };
    _self.signInWithApple = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(Utils.isCordova())) {
        return _self.notify("Could not complete sign in", "negative");
      }
      return LegionLoginComponent.signInWithAppleAuth(function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("signInWithAppleAuth result:"));
        console.log(D$.str(result));
        let jwt = Utils.decodeJWT(D$.gp(result, "identityToken"));
        let email = D$.gp(jwt, "email");
        let password = D$.gp(jwt, "sub");
        _self.appleAuth = result;
        return _self.signInWith(email, password, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "loadLegionUser", [function(user) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.saveAppleCustomer(D$.gp(user, "_id"));
          return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/"]);
        }]); }, function(error) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/login"]);
          return _self.errorNotification(error);
        });
      });
    };
    _self.saveAppleCustomer = function(userId) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let user = {};
      if (D$.truthy(D$.gp(D$.gp(_self.appleAuth, "fullName"), "familyName"))) {
        D$.pset(user, "surname", D$.gp(D$.gp(_self.appleAuth, "fullName"), "familyName"));
      }
      if (D$.truthy(D$.gp(D$.gp(_self.appleAuth, "fullName"), "givenName"))) {
        D$.pset(user, "name", D$.gp(D$.gp(_self.appleAuth, "fullName"), "givenName"));
      }
      return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "updateUserDetails", [userId, D$.gp(user, "name"), D$.gp(user, "surname")]);
    };
    _self.signInWith = function(email, password, successCallback, failCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "auth", [email, password, function(authenticated) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(authenticated)) {
          return successCallback(authenticated);
        }
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "repairUser", [email, password, function(result) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (!D$.truthy(D$.gp(result, "success"))) {
            failCallback("Registration Failed");
          }
          return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "auth", [email, password, function(isAuthenticated) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            if (D$.truthy(isAuthenticated)) {
              return successCallback(isAuthenticated);
            }
            return failCallback("Login Failed");
          }]);
        }]);
      }]);
    };
    _self.errorNotification = function(notification) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return (typeof alert === 'function' ? alert(notification) : D$.mc(_this$, "alert", [notification]));
    };
    _self.differentLogin = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.notify("WIP");
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/login";
    this.appleAuth = {};
  }
  static signInWithAppleAuth(callback) {

        var value
        window.cordova.plugins.SignInWithApple.signin(
            { requestedScopes: [0,1] },
            function(succ){
                value = succ
                console.log("signInWithAppleAuth----------------------------------")
                console.log(JSON.stringify(value))
                callback(value)
            },
            function(err){
                if(err.code == "1001" || err.code == "1003"){
                    alert('Authentication failed: User cancelled sign in.');
                }else if(err.code == "1002"){
                    alert('Error: Sign in response received an invalid response');
                }else{
                    alert('Error: Authentication failed');
                }
            }
        )
    
  }
  toObject(data) {

        return JSON.parse(data)  
    
  }
}
class LegionUserService {
  constructor(...a) {
    if (new.target === LegionUserService) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.lookupCountry = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionLocaleService"), "fetchCountry", [function(countryIn) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.country = countryIn; }]);
    };
    _self.auth = function(username, password, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "authenticate", [username, password, function(authData) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("LegionUserService.auth1"));
        console.log(D$.str(authData));
        if (!D$.truthy(authData)) {
          return callback(false);
        }
        if (D$.truthy(D$.gp(authData, "authenticated"))) {
          Utils.updateAuthTokenToSession(authData);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("User authdata:", authData)]);
          _self.updateSession(authData);
          _self.loadLegionUser(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(D$.gp(authData, "authenticated")); });
          return null;
        }
        return callback(D$.gp(authData, "authenticated"));
      }]);
    };
    _self.updateSession = function(authData) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("User authdata:", authData)]);
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "legionUser", D$.gp(authData, "legionUser"));
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "user", D$.gp(authData, "legionUser"));
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "legionUserId", D$.sp(D$.gp(authData, "legionUser"), "_id"));
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "userId", D$.sp(D$.gp(authData, "legionUser"), "_id"));
      if (D$.truthy(D$.gp(authData, "zoner"))) {
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "zoner", D$.gp(authData, "zoner"));
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "zonerId", D$.gp(D$.gp(authData, "zoner"), "id"));
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "authToken", D$.gp(D$.gp(authData, "zoner"), "token"));
      }
    };
    _self.authWithPin = function(username, pin, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "authenticateWithPin", [username, pin]), "then", [function(authData) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(authData)) {
          return callback(false);
        }
        if (D$.truthy(D$.gp(authData, "authenticated"))) {
          Utils.updateAuthTokenToSession(authData);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("User authdata:", authData)]);
          _self.updateSession(authData);
          _self.loadLegionUser(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(D$.gp(authData, "authenticated")); });
          return null;
        }
        return callback(false);
      }, function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return failCallback(error); }]);
    };
    _self.loadLegionUserFromServer = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("transmission", _this$, _self, ()=>transmission), "onAuthReady"), "callback", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUserId"))) {
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "loadLegionUser", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUserId"), function(legionUser) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            _self.updateSession({legionUser: legionUser});
            return callback(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"));
          }]);
          return null;
        }
        if (D$.truthy(D$.sp(D$.gp(D$.fs("session", _this$, _self, ()=>session), "zoner"), "id"))) {
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "loadLegionUserFromZonerId", [D$.gp(D$.gp(D$.fs("session", _this$, _self, ()=>session), "zoner"), "id"), function(legionUser) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            console.log(D$.str("legionUser2"));
            console.log(D$.str(legionUser));
            _self.updateSession({legionUser: legionUser});
            return callback(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"));
          }]);
        }
        return callback();
      }]);
    };
    _self.loadLegionUser = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, resetCache = false) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((_self.legionUser && !D$.truthy(resetCache))) {
        return callback(_self.legionUser);
      }
      if (D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "authToken"))) {
        D$.mc(D$.gp(D$.fs("transmission", _this$, _self, ()=>transmission), "onAuthReady"), "callback", [function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (!D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"))) {
            throw new Error("Auth is authenticated, but legionUser not found");
          }
          _self.legionUser = D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser");
          Utils.subscribe(D$.gp(_self.legionUser, "_id"), function(updatedlegionUser) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.legionUser = updatedlegionUser; });
          return callback(_self.legionUser);
        }]);
        return null;
      }
      return failCallback();
    };
    _self.registerPushDevice = function(data) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadLegionUser(function(user) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str(">>>>>>>>>>> Register Push Device"));
        console.log(D$.str(D$.plus(D$.plus(D$.plus(D$.plus(D$.plus("Data: ", D$.gp(user, "_id")), " "), D$.gp(data, "registrationId")), " "), Utils.deviceType())));
        console.log(D$.str(data));
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionPushService"), "registerDevice", [D$.gp(user, "_id"), D$.gp(data, "registrationId"), Utils.deviceType(), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return console.log(D$.str(">>>>>>>>>>> Register Push Device - SUCCESS")); }]);
      });
    };
    _self.getSetting = function(key, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadLegionUser(function(user) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionService"), "getUserSetting", [D$.gp(user, "_id"), key, function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(result); }]); });
    };
    _self.setSetting = function(key, value, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadLegionUser(function(user) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionService"), "getUserSetting", [D$.gp(user, "_id"), key, value, function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(result); }]); });
    };
    _self.updateUserDetails = function(userId, name, surname) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "loadLegionUser", [userId, function(user) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(user, "name", name);
        D$.pset(user, "surname", surname);
        return D$.mc(user, "save", []);
      }]);
    };
  }
  $gsInit() {
    const _self = this;
    this.loadLegionUserFromServer();
    this.lookupCountry();
  }
}
class CordovaDevice {
  constructor(...a) {
    if (new.target === CordovaDevice) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.splashScreenHide = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(Utils.isCordova())) {
        try {
          ((_r)=>(_r==null?null:D$.mc(_r, "hide", [])))(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "splashscreen"));
          if (D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
            D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "overlaysWebView", [false]);
            D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "backgroundColorByName", ["black"]);
          }
          try {
            let p = D$.mc(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "lock", ["portrait"]);
            if ((p && D$.gp(p, "catch"))) {
              D$.mc(p, "catch", [function(it) {
                const _this$ = (this === undefined || this === globalThis) ? _self : this;
              }]);
            }
          } catch (e) {
          }
        } catch (all) {
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`splashScreenHide:${D$.str(D$.fs("all", _this$, _self, ()=>all))}`]);
        }
      }
    };
    _self.disableBackButton = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["backbutton", _self.onBackKeyDown, false]);
    };
    _self.setupCordovaAppEvents = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["pause", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.emitEvent("app.pause"); }, false]);
      D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["resume", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.emitEvent("app.resume"); }, false]);
      return D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["menubutton", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.emitEvent("app.menubutton"); }, false]);
    };
    _self.preventScreenshots = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("OurCodeWorldpreventscreenshots", _this$, _self, ()=>OurCodeWorldpreventscreenshots), "enable", []); }, 1);
      return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "preventscreenshot"), "enable", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }]); }, 1);
    };
    _self.allowScreenshots = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("OurCodeWorldpreventscreenshots", _this$, _self, ()=>OurCodeWorldpreventscreenshots), "disable", []); }, 1);
      return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "preventscreenshot"), "disable", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }]); }, 1);
    };
    _self.setupCordovaPluginKeyboard = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let initialViewportHeight = D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "height");
      let initialViewportWidth = D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "width");
      return D$.mc(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "addEventListener", ["resize", function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.eq(initialViewportWidth, D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "width"))) {
          Utils.setTimeout(function(it) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            initialViewportHeight = D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "height");
            initialViewportWidth = D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "width");
            _self.emitEvent(`orientation.${D$.str(_self.getOrientation())}`);
            D$.pset(_self.device, "orientation", _self.getOrientation());
            return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`setupCordovaPluginKeyboard:orientation.${D$.str(_self.getOrientation())}`]);
          }, 100);
          return null;
        }
        if (D$.eq(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "visualViewport"), "height"), initialViewportHeight)) {
          D$.pset(_self.device, "keyboard", "hide");
          _self.emitEvent("keyboard.hide");
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["setupCordovaPluginKeyboard:keyboard.hide"]);
        } else {
          D$.pset(_self.device, "keyboard", "show");
          _self.emitEvent("keyboard.show");
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["setupCordovaPluginKeyboard:keyboard.show"]);
        }
      }]);
    };
    _self.getOrientation = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.gp(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "type");
    };
    _self.setupCordovaPluginDevice = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.putAll(_self.device, D$.gp(D$.fs("window", _this$, _self, ()=>window), "device"));
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userDevice", [_self.userId, _self.device]), "do", []);
    };
    _self.setupCordovaPluginBatteryStatus = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let batteryUpdate = function(status, state) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(D$.gp(state, "level"))) {
          _self.battery = {level: D$.gp(state, "level"), isPlugged: D$.gp(state, "isPlugged"), isTrusted: D$.gp(state, "isTrusted"), status: status, date: new Date()};
          D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userDeviceBattery", [_self.userId, D$.gp(_self.device, "uuid"), _self.battery]), "do", []);
        }
        D$.pset(_self.network, "bettery", status);
        return _self.emitEvent(`bettery.${D$.str(status)}`);
      };
      D$.mc(D$.fs("window", _this$, _self, ()=>window), "addEventListener", ["batterystatus", function(state) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return batteryUpdate("normal", state); }, false]);
      D$.mc(D$.fs("window", _this$, _self, ()=>window), "addEventListener", ["batterylow", function(state) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return batteryUpdate("low", state); }, false]);
      return D$.mc(D$.fs("window", _this$, _self, ()=>window), "addEventListener", ["batterycritical", function(state) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return batteryUpdate("critical", state); }, false]);
    };
    _self.setupCordovaPluginNetworkInformation = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let networkUpdate = function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.network, "status", status);
        D$.pset(_self.network, "type", D$.gp(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "connection"), "type"));
        D$.pset(_self.network, "date", new Date());
        D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userNetwork", [_self.userId, D$.gp(_self.device, "uuid"), _self.network]), "do", []);
        return _self.emitEvent(`network.${D$.str(status)}`);
      };
      D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["offline", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return networkUpdate("offline"); }, false]);
      D$.mc(D$.fs("document", _this$, _self, ()=>document), "addEventListener", ["online", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return networkUpdate("online"); }, false]);
      return networkUpdate("online");
    };
    _self.addAppEventListeners = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.add(_self.appEventListeners, callback);
    };
    _self.emitEvent = function(event) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.each(_self.appEventListeners, function(listner) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return listner(event); }, 0); });
    };
    _self.vibrate = function(timeMs) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("navigator", _this$, _self, ()=>navigator), "vibrate", [timeMs]);
    };
    _self.statusBarShow = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "show", []);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarShow error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.statusBarHide = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "hide", []);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarHide error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.statusBarColor = function(hex) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "backgroundColorByHexString", [hex]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarColor error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.statusBarStyleLight = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "styleLightContent", []);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarStyleLight error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.statusBarStyleDark = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "styleDefault", []);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarStyleDark error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.statusBarOverlay = function(overlay) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.cordovaPluginStatusBarInstalled())) {
        return null;
      }
      try {
        D$.mc(D$.fs("StatusBar", _this$, _self, ()=>StatusBar), "overlaysWebView", [overlay]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`statusBarOverlay error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.lockPortrait = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.doLockOrientation("portrait");
    };
    _self.lockLandscape = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.doLockOrientation("landscape");
    };
    _self.unlockOrientation = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      try {
        ((_r)=>(_r==null?null:D$.mc(_r, "unlock", [])))(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"));
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`unlockOrientation: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.hasPermission = function(name, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.permissionsInstalled())) {
        callback({hasPermission: true});
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "plugins"), "permissions"), "checkPermission", [name, callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({hasPermission: false, error: e}); }]);
      } catch (e) {
        callback({hasPermission: false, error: D$.fs("e", _this$, _self, ()=>e)});
      }
    };
    _self.requestPermission = function(name, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.permissionsInstalled())) {
        callback({hasPermission: true});
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "plugins"), "permissions"), "requestPermission", [name, callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({hasPermission: false, error: e}); }]);
      } catch (e) {
        callback({hasPermission: false, error: D$.fs("e", _this$, _self, ()=>e)});
      }
    };
    _self.hasPermissions = function(names, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaDevice.permissionsInstalled())) {
        callback({hasPermission: true});
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "plugins"), "permissions"), "checkPermission", [names, callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({hasPermission: false, error: e}); }]);
      } catch (e) {
        callback({hasPermission: false, error: D$.fs("e", _this$, _self, ()=>e)});
      }
    };
    _self.showSpinner = function(message = "", cancelable = false) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeSpinnerShow({message: message, cancelable: cancelable}, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      });
    };
    _self.hideSpinner = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeSpinnerHide(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      }, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      });
    };
    _self.preventCapture = function(enabled, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativePreventCapture(enabled, success, error);
    };
    _self.onScreenshot = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeOnScreenshot(callback);
    };
    _self.onScreenRecording = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeOnScreenRecording(callback);
    };
    _self.getAppInfo = function(callback, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeGetAppInfo(callback, error);
    };
    _self.setBadge = function(count, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeSetBadge(count, success, error);
    };
    _self.clearBadge = function(success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeSetBadge(0, success, error);
    };
    _self.print = function(content, options = {}, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativePrint(content, options, callback);
    };
    _self.installErrorCapture = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.nativeInstallErrorCapture();
      _self.nativeInstallConsoleTail();
      return _self.nativeInstallRouteHistory();
    };
    _self.enableErrorFlush = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.nativePrimeErrorContext({userId: ((_e)=>D$.truthy(_e)?_e:"")(_self.userId), uuid: ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.device, "uuid")), platform: ((_e)=>D$.truthy(_e)?_e:"browser")(D$.gp(_self.device, "platform")), appVersion: ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.device, "version")), appBuild: ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.device, "cordova"))});
      return _self.nativeFlushErrors();
    };
    _self.reportProblem = function(userMessage, opts = {}, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(((_r)=>(_r==null?null:D$.mc(_r, "trim", [])))(userMessage))) {
        return error("userMessage is required");
      }
      return D$.mc(D$.fs("cordovaScreenCapture", _this$, _self, ()=>cordovaScreenCapture), "reportProblem", [userMessage, opts, success, error]);
    };
  }
  $gsInit() {
    const _self = this;
    this.network = {type: "NONE", status: "online"};
    this.battery = {level: 50, isPlugged: false, state: "normal", date: new Date()};
    this.appVersion = {checked: false, outdated: false, blocked: false, platform: "", current: "", build: "", latest: "", minimum: "", storeUrl: "", message: ""};
    this.device = {network: this.network, battery: this.battery, orientation: "portrait", keyboard: "hide"};
    this.onKeyboardListeners = [];
    this.appEventListeners = [];
    this.onBackKeyDown = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.installErrorCapture();
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceready", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaDevice:deviceready"]);
      _self.splashScreenHide();
      _self.setupCordovaPluginKeyboard();
      if (!D$.truthy(CordovaDevice.cordovaPluginDeviceInstalled())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaDevice:NOT INSTALLED"]);
        _self.enableErrorFlush();
        return null;
      }
      if (!D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"))) {
        _self.enableErrorFlush();
        return null;
      }
      _self.userId = D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId");
      try {
        _self.setupCordovaPluginDevice();
        _self.setupCordovaPluginBatteryStatus();
        _self.setupCordovaPluginNetworkInformation();
        _self.disableBackButton();
      } catch (all) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", [D$.plus("CordovaDevice:init:ERROR:", D$.fs("all", _this$, _self, ()=>all))]);
      }
      return _self.enableErrorFlush();
    }]);
    Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.splashScreenHide(); }, 1000);
  }
  static spinnerInstalled() {
 return typeof window.dymicoSpinner !== 'undefined'; 
  }
  doLockOrientation(orientation) {

        try {
            var result = screen.orientation.lock(orientation);
            // iOS 16+ returns a Promise — handle rejection silently
            if (result && result.then) {
                result.catch(function(e) { console.log('orientation lock rejected:', e); });
            }
            return 'ok';
        } catch (e) {
            console.log('orientation lock error:', e);
            return 'Not supported: ' + (e.message || e);
        }
    
  }
  static permissionsInstalled() {

        return typeof cordova !== 'undefined' && cordova.plugins && typeof cordova.plugins.permissions !== 'undefined';
    
  }
  static cordovaPluginStatusBarInstalled() {

        return ( typeof StatusBar !== 'undefined' )
    
  }
  static cordovaPluginDeviceInstalled() {

        return ( typeof device !== 'undefined' || typeof window.device !== 'undefined')
    
  }
  static crdovaPluginNetworkInformationInstalled() {

        return ( typeof navigator.connection !== 'undefined')
    
  }
  nativeSpinnerShow(options, success, error) {

        if (typeof window.dymicoSpinner !== 'undefined') {
            window.dymicoSpinner.show(options, success, error);
        } else if (typeof SpinnerDialog !== 'undefined') {
            SpinnerDialog.show(null, options.message || '', options.cancelable || false);
            if (success) success();
        } else { if (error) error('Spinner not available'); }
    
  }
  nativeSpinnerHide(success, error) {

        if (typeof window.dymicoSpinner !== 'undefined') {
            window.dymicoSpinner.hide(success, error);
        } else if (typeof SpinnerDialog !== 'undefined') {
            SpinnerDialog.hide();
            if (success) success();
        } else { if (error) error('Spinner not available'); }
    
  }
  nativePreventCapture(enabled, success, error) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoScreenshot) {
            cordova.plugins.dymicoScreenshot.preventCapture(enabled, success, error);
        } else { if (error) error('dymicoScreenshot not available'); }
    
  }
  nativeOnScreenshot(callback) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoScreenshot) {
            cordova.plugins.dymicoScreenshot.onScreenshot(callback);
        }
    
  }
  nativeOnScreenRecording(callback) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoScreenshot) {
            cordova.plugins.dymicoScreenshot.onScreenRecording(callback);
        }
    
  }
  nativeGetAppInfo(success, error) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoApp) {
            cordova.plugins.dymicoApp.getInfo(success, error);
        } else { if (error) error('dymicoApp not available'); }
    
  }
  nativeSetBadge(count, success, error) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoApp) {
            cordova.plugins.dymicoApp.setBadge(count, success, error);
        } else { if (error) error('dymicoApp not available'); }
    
  }
  nativePrint(content, options, callback) {

        if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.printer) {
            cordova.plugins.printer.print(content, options, callback);
        } else { if (callback) callback(false); }
    
  }
  nativeInstallErrorCapture() {

        if (window._cwErr) return; // idempotent

        var BUF_KEY = 'cw.errBuf';
        var BUF_CAP = 50;
        var DEDUP_MS = 60000;

        var dedup = {};
        var ctx = { userId: '', uuid: '', platform: 'browser', appVersion: '', appBuild: '' };
        var flushing = false;
        var buf;

        function readBuf() {
            try { var s = window.localStorage.getItem(BUF_KEY); return s ? JSON.parse(s) : []; }
            catch(e) { return []; }
        }
        function writeBuf(arr) {
            try {
                if (arr.length > BUF_CAP) arr = arr.slice(arr.length - BUF_CAP);
                window.localStorage.setItem(BUF_KEY, JSON.stringify(arr));
            } catch(e) {}
        }
        buf = readBuf();

        function fingerprint(type, msg, stack) {
            var first = (stack || '').split('\n')[0] || '';
            var s = (type || '') + ':' + (msg || '').substring(0, 80) + ':' + first.substring(0, 120);
            var h = 0;
            for (var i = 0; i < s.length; i++) { h = ((h << 5) - h) + s.charCodeAt(i); h |= 0; }
            return ('00000000' + (h >>> 0).toString(16)).slice(-8);
        }

        function capture(rec) {
            try {
                if (!rec.fingerprint) rec.fingerprint = fingerprint(rec.type, rec.message, rec.stack);
                if (!rec.clientReportedAt) rec.clientReportedAt = Date.now();
                if (!rec.userAgent && typeof navigator !== 'undefined') rec.userAgent = navigator.userAgent || '';
                rec.count = rec.count || 1;

                var now = Date.now();
                var d = dedup[rec.fingerprint];
                if (d && (now - d.lastTs) < DEDUP_MS && buf[d.idx] && buf[d.idx].fingerprint === rec.fingerprint) {
                    buf[d.idx].count = (buf[d.idx].count || 1) + 1;
                    d.lastTs = now;
                    writeBuf(buf);
                    return;
                }

                buf.push(rec);
                if (buf.length > BUF_CAP) {
                    buf = buf.slice(buf.length - BUF_CAP);
                    dedup = {};
                }
                dedup[rec.fingerprint] = { idx: buf.length - 1, lastTs: now };
                writeBuf(buf);

                if (typeof navigator !== 'undefined' && navigator.onLine !== false) flush();
            } catch(e) { try { console.log('[cwErr] capture failed:', e); } catch(_) {} }
        }

        function buildUrl() {
            try {
                var p = window.location.pathname.split('/').filter(function(s){ return s; });
                if (p.length >= 2) return '/' + p[0] + '/' + p[1] + '/cordova/errors';
            } catch(e) {}
            return '/cordova/errors';
        }

        function flush() {
            if (flushing || buf.length === 0) return;
            if (typeof navigator !== 'undefined' && navigator.onLine === false) return;

            flushing = true;
            var sent = buf.length;
            var batch = buf.slice();

            for (var i = 0; i < batch.length; i++) {
                if (!batch[i].user && ctx.userId) batch[i].user = ctx.userId;
                if (!batch[i].uuid && ctx.uuid) batch[i].uuid = ctx.uuid;
                if (!batch[i].platform && ctx.platform) batch[i].platform = ctx.platform;
                if (!batch[i].appVersion && ctx.appVersion) batch[i].appVersion = ctx.appVersion;
                if (!batch[i].appBuild && ctx.appBuild) batch[i].appBuild = ctx.appBuild;
            }

            var done = function(ok) {
                flushing = false;
                if (ok) {
                    buf = buf.slice(sent);
                    dedup = {};
                    writeBuf(buf);
                }
            };

            try {
                var xhr = new XMLHttpRequest();
                xhr.open('POST', buildUrl(), true);
                xhr.setRequestHeader('Content-Type', 'application/x-www-form-urlencoded');
                xhr.timeout = 5000;
                xhr.onload = function() { done(xhr.status >= 200 && xhr.status < 300); };
                xhr.onerror = function() { done(false); };
                xhr.ontimeout = function() { done(false); };
                xhr.send('json=' + encodeURIComponent(JSON.stringify(batch)));
            } catch(e) { done(false); }
        }

        window.onerror = function(message, source, line, col, error) {
            capture({
                type: 'js_error',
                message: message ? String(message) : '',
                stack: error && error.stack ? String(error.stack) : '',
                source: source || '',
                line: line || 0,
                col: col || 0
            });
        };

        window.addEventListener('unhandledrejection', function(event) {
            var reason = event.reason || {};
            var msg;
            if (reason && reason.message) { msg = String(reason.message); }
            else { try { msg = String(reason); } catch(e) { msg = ''; } }
            capture({
                type: 'unhandled_rejection',
                message: msg,
                stack: reason && reason.stack ? String(reason.stack) : '',
                source: '',
                line: 0,
                col: 0
            });
        });

        function installExecInterceptor() {
            if (!(window.cordova && window.cordova.exec) || window.cordova.exec.__cwWrapped) return false;
            var orig = window.cordova.exec;
            var wrapped = function(success, fail, service, action, args) {
                var wrappedFail = function(err) {
                    try {
                        var emsg;
                        if (typeof err === 'string') emsg = err;
                        else if (err && err.message) emsg = String(err.message);
                        else { try { emsg = JSON.stringify(err); } catch(e) { emsg = String(err); } }
                        capture({
                            type: 'plugin_error',
                            message: emsg,
                            stack: '',
                            source: service + '.' + action,
                            line: 0,
                            col: 0
                        });
                    } catch(_) {}
                    if (fail) fail(err);
                };
                return orig(success, wrappedFail, service, action, args);
            };
            wrapped.__cwWrapped = true;
            window.cordova.exec = wrapped;
            return true;
        }
        if (!installExecInterceptor()) {
            var tries = 0;
            var iv = setInterval(function() {
                tries++;
                if (installExecInterceptor() || tries > 50) clearInterval(iv);
            }, 100);
        }

        window.addEventListener('online', flush);
        document.addEventListener('resume', flush, false);
        document.addEventListener('deviceready', flush, false);

        window._cwErr = {
            capture: capture,
            flush: flush,
            setContext: function(c) { for (var k in c) ctx[k] = c[k]; },
            _ctx: ctx,
            _buf: function() { return buf.slice(); }
        };

        try { console.log('[CordovaDevice] error capture installed (offline-aware)'); } catch(_) {}
    
  }
  nativePrimeErrorContext(ctx) {

        if (window._cwErr) window._cwErr.setContext(ctx);
    
  }
  nativeFlushErrors() {

        if (window._cwErr) window._cwErr.flush();
    
  }
  nativeInstallConsoleTail() {

        if (window._cwConsoleTailInstalled) return;
        window._cwConsoleTailInstalled = true;
        window._cwConsoleTail = window._cwConsoleTail || [];
        var CAP = 50;
        var levels = ['log', 'info', 'warn', 'error'];
        for (var i = 0; i < levels.length; i++) {
            (function(level) {
                var orig = console[level];
                console[level] = function() {
                    try {
                        var parts = [];
                        for (var j = 0; j < arguments.length; j++) {
                            var a = arguments[j];
                            if (a == null) { parts.push(String(a)); continue; }
                            if (typeof a === 'string') { parts.push(a); continue; }
                            try { parts.push(JSON.stringify(a)); }
                            catch(e) { parts.push(String(a)); }
                        }
                        var line = '[' + new Date().toISOString().substr(11,12) + '] ' + level.toUpperCase() + ' ' + parts.join(' ');
                        if (line.length > 500) line = line.substring(0, 500) + '...';
                        window._cwConsoleTail.push(line);
                        if (window._cwConsoleTail.length > CAP) {
                            window._cwConsoleTail = window._cwConsoleTail.slice(-CAP);
                        }
                    } catch(_) {}
                    if (orig && orig.apply) orig.apply(console, arguments);
                };
            })(levels[i]);
        }
    
  }
  nativeInstallRouteHistory() {

        if (window._cwRouteHistoryInstalled) return;
        var CAP = 10;
        window._cwRouteHistory = window._cwRouteHistory || [];
        var tries = 0;
        var iv = setInterval(function() {
            tries++;
            try {
                if (window.vue && window.vue.router && window.vue.router.afterEach) {
                    window.vue.router.afterEach(function(to) {
                        try {
                            var path = to && (to.fullPath || to.path) ? (to.fullPath || to.path) : '';
                            if (path) {
                                window._cwRouteHistory.push(path);
                                if (window._cwRouteHistory.length > CAP) {
                                    window._cwRouteHistory = window._cwRouteHistory.slice(-CAP);
                                }
                            }
                        } catch(_) {}
                    });
                    window._cwRouteHistoryInstalled = true;
                    clearInterval(iv);
                }
            } catch(_) {}
            if (tries > 100) clearInterval(iv);
        }, 200);
    
  }
}
class CordovaDeepLink {
  constructor(...a) {
    if (new.target === CordovaDeepLink) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.registerCallback = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["================CordovaDeepLink registerCallback"]);
      return D$.add(_self.callbackList, callback);
    };
    _self.openDeepLink = function(eventData) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["=====================CordovaDeepLink openDeepLink"]);
      return D$.each(_self.callbackList, function(callback) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(eventData); });
    };
  }
  $gsInit() {
    const _self = this;
    this.callbackList = [];
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceready", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["======================CordovaDeepLink eventlistener"]);
      return D$.mc(D$.fs("universalLinks", _this$, _self, ()=>universalLinks), "subscribe", ["openDeepLink", _this$.openDeepLink]);
    }, false]);
  }
}
class SkribaInfoCard extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === SkribaInfoCard) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "permissionMap", {edit: {icon: "o_edit"}, view: {icon: "o_visibility"}, view_restrict: {icon: "o_lock"}});
    };
    _self.permissionIcon = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let info = D$.getAt(D$.gp(self, "permissionMap"), D$.gp(self, "permission"));
      return (D$.truthy(info) ? D$.gp(info, "icon") : D$.gp(self, "leftIcon"));
    };
    _self.onOpenCardClick = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(self, "$emit", ["openCard:click"]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {heading: {type: D$.fs("String", this, this, ()=>String), default: "Heading"}, subheading: {type: D$.fs("String", this, this, ()=>String), default: "Subheading"}, leftIcon: {type: D$.fs("String", this, this, ()=>String), default: "o_info"}, rightIcon: {type: D$.fs("String", this, this, ()=>String), default: "o_tune"}, label1: {type: D$.fs("String", this, this, ()=>String), default: "Label 1"}, label2: {type: D$.fs("String", this, this, ()=>String), default: "Label 2"}, label3: {type: D$.fs("String", this, this, ()=>String), default: ""}, label4: {type: D$.fs("String", this, this, ()=>String), default: ""}, permission: {type: D$.fs("String", this, this, ()=>String), default: ""}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class CordovaCalendar {
  constructor(...a) {
    if (new.target === CordovaCalendar) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.createEvent = function(title, location, notes, startDate, endDate, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeCreateEvent(title, location, notes, startDate, endDate, success, error);
    };
    _self.createEventInteractively = function(title, location, notes, startDate, endDate, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeCreateEventInteractively(title, location, notes, startDate, endDate, success, error);
    };
    _self.findEvent = function(title, location, notes, startDate, endDate, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeFindEvent(title, location, notes, startDate, endDate, success, error);
    };
    _self.deleteEvent = function(title, location, notes, startDate, endDate, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeDeleteEvent(title, location, notes, startDate, endDate, success, error);
    };
    _self.listCalendars = function(success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeListCalendars(success, error);
    };
    _self.openCalendar = function(date = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeOpenCalendar(date);
    };
  }
  $gsInit() {
    const _self = this;
  }
  nativeCreateEvent(title, location, notes, startDate, endDate, success, error) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.createEvent(title, location, notes, startDate, endDate, success, error); }
        else { if (error) error('Calendar not available'); }
    
  }
  nativeCreateEventInteractively(title, location, notes, startDate, endDate, success, error) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.createEventInteractively(title, location, notes, startDate, endDate, success, error); }
        else { if (error) error('Calendar not available'); }
    
  }
  nativeFindEvent(title, location, notes, startDate, endDate, success, error) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.findEvent(title, location, notes, startDate, endDate, success, error); }
        else { if (success) success([]); }
    
  }
  nativeDeleteEvent(title, location, notes, startDate, endDate, success, error) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.deleteEvent(title, location, notes, startDate, endDate, success, error); }
        else { if (error) error('Calendar not available'); }
    
  }
  nativeListCalendars(success, error) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.listCalendars(success, error); }
        else { if (success) success([]); }
    
  }
  nativeOpenCalendar(date) {

        if (window.plugins && window.plugins.calendar) { window.plugins.calendar.openCalendar(date); }
    
  }
}
class CordovaShare {
  constructor(...a) {
    if (new.target === CordovaShare) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.share = function(message, subject = null, files = null, url = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "share", [message, subject, files, url, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.shareViaEmail = function(message, subject = "", to = [], cc = [], bcc = [], files = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "shareViaEmail", [message, subject, to, cc, bcc, files, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.shareViaSMS = function(message, phoneNumbers = "", success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "shareViaSMS", [{message: message}, phoneNumbers, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.shareViaWhatsApp = function(message, files = null, url = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "shareViaWhatsApp", [message, files, url, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.shareViaTwitter = function(message, files = null, url = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "shareViaTwitter", [message, files, url, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.shareViaFacebook = function(message, files = null, url = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "shareViaFacebook", [message, files, url, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.canShareVia = function(via, message = "", subject = null, files = null, url = null, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "canShareVia", [via, message, subject, files, url, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.saveToPhotoAlbum = function(files, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, failure = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        failure("socialsharing not installed");
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "saveToPhotoAlbum", [files, success, failure]);
      } catch (e) {
        failure(`${D$.str(D$.fs("e", _this$, _self, ()=>e))}`);
      }
    };
    _self.available = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaShare.shareInstalled())) {
        callback(false);
        return null;
      }
      try {
        D$.mc(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "plugins"), "socialsharing"), "available", [callback]);
      } catch (e) {
        callback(false);
      }
    };
  }
  $gsInit() {
    const _self = this;
  }
  static shareInstalled() {

        return typeof window.plugins !== 'undefined' && typeof window.plugins.socialsharing !== 'undefined';
    
  }
}
class DevReload {
  constructor(...a) {
    if (new.target === DevReload) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
  }
  static init() {

        // Guard: only subscribe once per page lifetime.
        // The jsDynamo bundle is re-executed on every hot reload, so without this
        // guard each save would create a new setInterval and add duplicate subscriptions.
        if (window.__devReloadInitDone) return
        window.__devReloadInitDone = true

        // Resolve the server-injected simple-path values into runtime forms.
        DevReload.devMode = (DevReload.clientSaleStatus === 'Develop')
        DevReload.productIds = (DevReload.productIdsRaw || '').replace(/[\[\]]/g, '').split(',').map(function(s){ return s.trim() }).filter(function(s){ return s.length })

        console.log('DevReload: init(), tag=' + DevReload.tagName + ', devMode=' + DevReload.devMode + ', productIds=' + JSON.stringify(DevReload.productIds))
        if (!DevReload.devMode) return

        function handleMessage(message) {
            // Spring serialises via Jackson so body arrives JSON-quoted — unwrap first.
            var body = message.body || ''
            try { body = JSON.parse(body) } catch(e) {}

            console.log('DevReload: message received, body=' + body)

            if (body.indexOf('css:') === 0) {
                DevReload.reloadCss(body.substring(4))
            } else if (body.indexOf('view:') === 0) {
                DevReload.reloadViews(body.substring(5))
            } else if (body.indexOf('grooscript:') === 0) {
                DevReload.reloadGrooscript(body.substring(11))
            }
        }

        // Track the last STOMP client we subscribed to.
        // On WebSocket reconnect, socketConnect() creates a NEW Stomp client and assigns
        // it to Socket.websocketClient.  The old subscriptions are gone.  By comparing
        // the reference we detect the reconnect and re-subscribe automatically.
        var subscribedClient = null

        setInterval(function() {
            if (typeof Socket === 'undefined' || !Socket.websocketClient || !Socket.websocketClient.connected) return
            if (Socket.websocketClient === subscribedClient) return  // still the same connection — nothing to do

            subscribedClient = Socket.websocketClient

            var ids = DevReload.productIds || []
            ids.forEach(function(pid) {
                Socket.websocketClient.subscribe('/topic/devReload/' + pid, handleMessage)
                console.log('DevReload: subscribed to /topic/devReload/' + pid + ' (tag=' + DevReload.tagName + ')')
            })
        }, 500)
    
  }
  static reloadCss(version) {

        console.log('DevReload: reloading CSS, v=' + version)
        document.querySelectorAll('link[rel="stylesheet"]').forEach(function(link) {
            if (!link.href.includes('/resourceBundle/')) return
            var base = link.href.split('?')[0]
            link.href = base + '?v=' + version
            console.log('DevReload: swapped CSS', base)
        })
    
  }
  static reloadViews(version) {

        console.log('DevReload: reloadViews v=' + version)

        fetch('/resourceBundle/packCode/htmlBody?v=' + version)
            .then(function(res) { return res.text() })
            .then(function(html) {
                // Parse all x-template blocks and update the DOM
                var updatedHtmlMap = {}
                var regex = /<script\s[^>]*type="text\/x-template"[^>]*id="([^"]+)"[^>]*>([\s\S]*?)<\/script>/gi
                var match
                while ((match = regex.exec(html)) !== null) {
                    var el = document.getElementById(match[1])
                    if (el) {
                        el.innerHTML = match[2]
                        updatedHtmlMap[match[1]] = match[2]
                    }
                }
                console.log('DevReload: updated DOM templates:', Object.keys(updatedHtmlMap))

                DevReload.patchComponents(updatedHtmlMap)
                DevReload.forceRemount()
            })
            .catch(function(err) { console.error('DevReload: reloadViews failed', err) })
    
  }
  static patchComponents(updatedHtmlMap) {

        var patched = []

        function patchComp(comp) {
            if (!comp || patched.indexOf(comp) >= 0) return

            var tid = null

            // Strategy 1: comp.template is still the '#id' selector
            if (comp.template && comp.template.charAt(0) === '#') {
                var sel = comp.template.substring(1)
                if (updatedHtmlMap[sel]) tid = sel
            }

            // Strategy 2: comp.template is inline HTML from a previous reload —
            // identify by name convention (vueComponentName + 'View')
            if (!tid && comp.vueComponentName) {
                var nameId = comp.vueComponentName + 'View'
                if (updatedHtmlMap[nameId]) tid = nameId
            }

            if (!tid) return

            comp.template = updatedHtmlMap[tid]
            delete comp.render
            delete comp.__vccOpts
            patched.push(comp)
            console.log('DevReload: patched component', comp.vueComponentName, '(template', tid + ')')
        }

        if (vue && vue.componentList) {
            vue.componentList.forEach(function(c) { patchComp(c) })
        }

        if (vue && vue.router && vue.router.getRoutes) {
            vue.router.getRoutes().forEach(function(route) {
                if (!route.components) return
                Object.keys(route.components).forEach(function(k) { patchComp(route.components[k]) })
            })
        }

        console.log('DevReload: patched', patched.length, 'component object(s)')
        if (patched.length === 0) {
            console.warn('DevReload: no components matched — possible naming mismatch')
        }
    
  }
  static reloadGrooscript(payload) {

        var colonIdx = payload.indexOf(':')
        var version = colonIdx > 0 ? payload.substring(colonIdx + 1) : payload
        console.log('DevReload: reloading GrooScript, v=' + version)
        DevReload.reloadFullBundle(version)
    
  }
  static reloadFullBundle(version) {

        console.log('DevReload: reloading jsDynamo bundle, v=' + version)

        vue.componentList.splice(0, vue.componentList.length)

        var script = document.createElement('script')
        script.src = '/resourceBundle/pack/jsDynamo?v=' + version
        script.onload = function() {
            console.log('DevReload: jsDynamo loaded —', vue.componentList.length, 'components')

            // Re-register all components globally
            vue.componentList.forEach(function(comp) {
                if (comp.vueComponentName) vue.vue.component(comp.vueComponentName, comp)
            })

            // Build name → new component lookup
            var nameToComp = {}
            vue.componentList.forEach(function(comp) {
                if (comp.vueComponentName) nameToComp[comp.vueComponentName] = comp
            })

            // Resync router route records to the new component objects
            var routesResynced = 0
            if (vue && vue.router && vue.router.getRoutes) {
                vue.router.getRoutes().forEach(function(route) {
                    if (!route.components) return
                    Object.keys(route.components).forEach(function(k) {
                        var oldComp = route.components[k]
                        var name = oldComp && oldComp.vueComponentName
                        if (name && nameToComp[name] && nameToComp[name] !== oldComp) {
                            route.components[k] = nameToComp[name]
                            routesResynced++
                        }
                    })
                })
            }
            console.log('DevReload: resynced', routesResynced, 'router route record(s)')

            // Re-apply current DOM innerHTML to every new component to preserve
            // any view edits made before this Grooscript save
            var domSynced = 0
            vue.componentList.forEach(function(comp) {
                if (!comp.template || comp.template.charAt(0) !== '#') return
                var el = document.getElementById(comp.template.substring(1))
                if (!el) return
                comp.template = el.innerHTML
                delete comp.render
                delete comp.__vccOpts
                domSynced++
            })
            console.log('DevReload: re-applied current DOM to', domSynced, 'component(s)')

            DevReload.forceRemount()
        }
        script.onerror = function() {
            console.error('DevReload: failed to load jsDynamo bundle')
        }
        document.head.appendChild(script)
    
  }
  static forceRemount() {

        if (typeof vue === 'undefined' || !vue.router) return
        var currentPath = vue.router.currentRoute.value.fullPath
        console.log('DevReload: remounting', currentPath)
        vue.router.replace('/__devreload__').then(function() {
            return vue.router.replace(currentPath)
        }).then(function() {
            var matched = vue.router.currentRoute.value.matched
            for (var i = 0; i < matched.length; i++) {
                var component = matched[i].components && matched[i].components.default
                if (component && typeof component.created === 'function') {
                    var name = component.vueComponentName
                    var formattedName = name.charAt(0).toLowerCase() + name.slice(1)
                    eval(formattedName + '.created()')
                    console.log('DevReload: called created() on', formattedName)
                }
            }
        }).catch(function(err) {
            console.error('DevReload: navigation error', err)
        })
    
  }
}
DevReload.clientSaleStatus = "Live";
DevReload.devMode = false;
DevReload.tagName = "dev";
DevReload.productIdsRaw = "[32cf33bba0943d4901a09b73eece0370, 32cf33bb720e8ad801720fcfb489006c, 32cf33bb77a334390177a4f8c1b705d8, 32cf33bba0943d4901a09b75d42803e8, 32cf33bba06de2f501a07f8870d90734, 32cf33bba0943d4901a09b76c64105f9, 32cf33bb65eb53f20165f38c2b060fc7, 32cf33bba06de2f501a07f88477506a2, 32cf33bba0943d4901a09b75d3f403e7, 32cf33bba06de2f501a07f885c5d06e0, 32cf33bba0943d4901a09b75e38a0403, 32cf33bba0943d4901a09b76f4860657, ff808081528724810152882bde2d64a6, 32cf33bb7972b0d70179754fd94707dc, 32cf33bb642641a9016445d44ce431ce, 32cf33bb7011f7c70170120f9c840ace, 32cf33bb7f1faedb017f1fb4597d02a8, ff8080815181f530015181fb45180267, 32cf33bb7011f7c70170120fda1a0b6d]";
DevReload.productIds = [];
D$.statics(DevReload, ["clientSaleStatus", "devMode", "tagName", "productIdsRaw", "productIds"]);
class CordovaGoogleSignIn {
  constructor(...a) {
    if (new.target === CordovaGoogleSignIn) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceready", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaGoogleSignIn.isAvailable())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["GoogleSignIn: Not Available"]);
        return null;
      } else {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["GoogleSignIn: Available"]);
      }
    }]);
  }
  googleSignIn(success, error) {

        // Try new dymico plugin first, fall back to old plugin
        if (cordova.plugins.dymicoGoogleSignIn) {
            cordova.plugins.dymicoGoogleSignIn.login(function(authData) {
                success(authData);
            }, function(err) {
                if (error) error(err);
            });
        } else if (cordova.plugins.GoogleSignInPlugin) {
            cordova.plugins.GoogleSignInPlugin.signIn(function(authData) {
                success(authData);
            }, function(err) {
                if (error) error(err);
            });
        } else {
            if (error) error('No Google Sign-In plugin available');
        }
    
  }
  isSignedIn(success, error) {

        if (cordova.plugins.GoogleSignInPlugin && cordova.plugins.GoogleSignInPlugin.isSignedIn) {
            cordova.plugins.GoogleSignInPlugin.isSignedIn(function(result) {
                success(result);
            }, function(err) { 
                if (error) error(err);
            });
        } else {
            success({isSignedIn: false});
        }
    
  }
  signOut(success, error) {

        if (cordova.plugins.dymicoGoogleSignIn) {
            cordova.plugins.dymicoGoogleSignIn.logout(function(result) {
                if (success) success(result);
            }, function(err) {
                if (error) error(err);
            });
        } else if (cordova.plugins.GoogleSignInPlugin) {
            cordova.plugins.GoogleSignInPlugin.signOut(function(result) {
                if (success) success(result);
            }, function(err) {
                if (error) error(err);
            });
        } else {
            if (success) success();
        }
    
  }
  trySilentLogin(success, error) {

        if (cordova.plugins.dymicoGoogleSignIn) {
            cordova.plugins.dymicoGoogleSignIn.trySilentLogin(function(result) {
                success(result);
            }, function(err) {
                if (error) error(err);
            });
        } else {
            if (error) error('Silent login not available');
        }
    
  }
  static isAvailable() {

        return !!(cordova.plugins.dymicoGoogleSignIn || cordova.plugins.GoogleSignInPlugin);
    
  }
}
class RootComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === RootComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = {};
    _self.init = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig"))) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "appConfigService"), "appConfig", [function(data) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig", data);
          return D$.each(D$.gp(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig"), "theme"), function(color, value) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("Quasar", _this$, _self, ()=>Quasar), "setCssVar", [color, value]); });
        }]);
      }
      if (!D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "termsDialog"))) {
        _self.initDialogs();
      }
      return _self.loadEntitlements();
    };
    _self.loadEntitlements = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((!D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId")) || D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"))) {
        return null;
      }
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadEntitlements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(entitlements) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", entitlements); }]);
    };
    _self.initDialogs = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "termsDialog", false);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "agreements", []);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openTerms", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.find(D$.gp(D$.fs("o", _this$, _self, ()=>o), "agreement"), {active: true}, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "agreements", data);
        return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "termsDialog", true);
      }); });
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "faqDialog", false);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "faqGroups", []);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "groupFaqs", function(list) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let sorted = D$.sort(list, function(a, b) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (!D$.eq(D$.gp(a, "order"), D$.gp(b, "order"))) {
            return D$.minus(D$.gp(a, "order"), D$.gp(b, "order"));
          }
          return ((D$.gp(a, "question") < D$.gp(b, "question")) ? -1 : ((D$.gp(a, "question") > D$.gp(b, "question")) ? 1 : 0));
        });
        let groups = [];
        let index = {};
        D$.each(sorted, function(f) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let group = D$.getAt(index, D$.gp(f, "category"));
          if (!D$.truthy(group)) {
            group = {category: D$.gp(f, "category"), items: []};
            index[D$.gp(f, "category")] = group;
            D$.leftShift(groups, group);
          }
          return D$.leftShift(D$.gp(group, "items"), f);
        });
        return groups;
      });
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openFaqs", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.find(D$.gp(D$.fs("o", _this$, _self, ()=>o), "faq"), {active: true}, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "faqGroups", D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "groupFaqs", [data]));
        return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "faqDialog", true);
      }); });
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "drawerContactDialog", false);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "contactContent", "");
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openDrawerContact", function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "rightDrawer", false);
        return D$.find(D$.gp(D$.fs("o", _this$, _self, ()=>o), "contactUs"), {active: true}, function(data) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "contactContent", (D$.truthy(data) ? D$.sp(D$.getAt(data, 0), "content") : ""));
          return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "drawerContactDialog", true);
        });
      });
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openDrawerTerms", function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "rightDrawer", false);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openTerms", []);
      });
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openDrawerFaqs", function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "rightDrawer", false);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openFaqs", []);
      });
    };
    _self.openTerms = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openTerms", []);
    };
    _self.openFaqs = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openFaqs", []);
    };
    _self.openContact = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "openDrawerContact", []);
    };
    _self.configurePage = function(title = "title", header = true, back = true, menu = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str(`${D$.str(D$.gp(D$.cls(_this$), "name"))}.created()`));
      _self.updateTitle(title);
      _self.showHeader(header);
      _self.showBackBtn(back);
      return _self.showMenu(menu);
    };
    _self.updateTitle = function(title = "Title") {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "pageTitle", title);
    };
    _self.showHeader = function(val = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showHeader", val);
    };
    _self.showBackBtn = function(val = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showBackBtn", val);
    };
    _self.showMenu = function(val = true) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showMenu", val);
    };
    _self.mobileLayout = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "mobileLayout", []);
    };
    _self.back = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
    };
    _self.logout = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "logout", []);
    };
    _self.formatFileSize = function(bytes) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((bytes < 1024)) {
        return `${D$.str(bytes)} B`;
      }
      if ((bytes < D$.multiply(1024, 1024))) {
        return `${D$.str(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, 1024), 10)]), 10))} KB`;
      }
      return `${D$.str(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, D$.multiply(1024, 1024)), 10)]), 10))} MB`;
    };
    _self.formatDate = function(date) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(date)) {
        return "";
      }
      return D$.mc(new Date(date), "toLocaleDateString", []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
  }
}
class EntityComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === EntityComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Entity");
      D$.pset(_self.scope, "user", D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"));
      D$.pset(_self.scope, "entity", {});
      D$.pset(_self.scope, "fields", []);
      D$.pset(_self.scope, "dataRecord", {});
      D$.pset(_self.scope, "dataFiles", []);
      D$.pset(_self.scope, "permission", "");
      D$.pset(_self.scope, "isUser", false);
      D$.pset(_self.scope, "connectionExists", false);
      D$.pset(_self.scope, "isSubmitting", false);
      return _self.loadDataForRoute();
    };
    _self.loadDataForRoute = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(D$.gp(_self.route, "params"), "id"))) {
        _self.loadData("fetchEntityWithFields", D$.gp(D$.gp(_self.route, "params"), "id"));
      }
      if (D$.truthy(D$.gp(D$.gp(_self.route, "params"), "instanceId"))) {
        _self.loadData("fetchEntityInstanceWithFields", D$.gp(D$.gp(_self.route, "params"), "instanceId"));
      }
    };
    _self.loadData = function(methodName, id) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), `${D$.str(methodName)}`, [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), id, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        D$.pset(_self.scope, "entity", D$.gp(data, "entity"));
        D$.pset(_self.scope, "fields", D$.gp(data, "fields"));
        D$.pset(_self.scope, "dataRecord", D$.gp(data, "record"));
        D$.pset(_self.scope, "dataFiles", D$.gp(data, "files"));
        D$.pset(_self.scope, "permission", D$.gp(data, "permission"));
        D$.pset(_self.scope, "isUser", D$.gp(data, "isUser"));
        D$.pset(_self.scope, "connectionExists", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(data, "connectionExists")));
        return _self.updateTitle(D$.gp(D$.gp(_self.scope, "entity"), "name"));
      }]);
    };
    _self.submit = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      let sectionId = ((_e)=>D$.truthy(_e)?_e:D$.gp(D$.gp(_self.scope, "entity"), "section"))(D$.sp(D$.gp(D$.gp(_self.scope, "entity"), "section"), "_id"));
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "saveDataRecordAndFiles", [D$.gp(_self.scope, "dataRecord"), D$.gp(_self.scope, "dataFiles"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        if (D$.truthy(D$.sp(result, "error"))) {
          return _self.notify(D$.gp(result, "error"), "negative");
        }
        _self.notify("Data Submitted");
        if (D$.truthy(sectionId)) {
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/section/", sectionId)]);
        } else {
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
        }
      }]);
    };
    _self.deleteInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(_self.q, "dialog", [{title: "Delete Confirmation", message: "Are you sure you want to delete this data?", cancel: true}]), "onOk", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.showLoading();
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "deleteInstance", [D$.gp(D$.gp(_self.scope, "entity"), "_id"), function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.hideLoading();
          _self.notify("Data Deleted");
          return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
        }]);
      }]);
    };
    _self.dataFile = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.find(D$.gp(_self.scope, "dataFiles"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "name"), name); });
    };
    _self.isInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.eq(D$.sp(((_r)=>(_r==null?null:D$.mc(_r, "split", ["/"])))(D$.sp(D$.gp(_self.scope, "entity"), "_path")), 2), "entityInstance");
    };
    _self.navigateToPermissions = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchConnectedUser", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(_self.scope, "dataRecord"), function(connection) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        if (!D$.truthy(connection)) {
          return _self.notify("Submit First", "negative");
        }
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/permissions/", D$.gp(connection, "_id"))]);
      }]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = ["/entity/:id", "/entityInstance/:instanceId"];
  }
}
class AuthComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === AuthComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Auth", false);
      _self.captureEntryProduct();
      if (D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"))) {
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [(D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode")) ? "/productPayment" : "/home")]);
      }
      D$.pset(_self.scope, "form", {});
      D$.pset(_self.scope, "formStep", (D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode")) ? "register" : "login"));
      D$.pset(_self.scope, "isSubmitting", false);
      D$.pset(_self.scope, "entryProductName", "");
      if (D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode"))) {
        _self.loadEntryProductName();
      }
      D$.pset(_self.scope, "canBiometric", AuthComponent.biometricPluginPresent());
      D$.pset(_self.scope, "bioReady", false);
      D$.pset(_self.scope, "biometricPrompting", false);
      return D$.pset(_self.scope, "secondFactor", {});
    };
    _self.captureEntryProduct = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(D$.fs("session", _this$, _self, ()=>session), "entryProductCode", ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:null)(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entryProduct")))(D$.gp(D$.gp(_self.route, "params"), "productCode")));
    };
    _self.loadEntryProductName = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadProducts", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let wanted = D$.mc(`${D$.str(D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode"))}`, "toLowerCase", []);
        let match = D$.find(((_e)=>D$.truthy(_e)?_e:[])(D$.gp(result, "products")), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.mc(`${D$.str(D$.gp(it, "code"))}`, "toLowerCase", []), wanted); });
        return D$.pset(_self.scope, "entryProductName", ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(match, "name")));
      }]);
    };
    _self.onSubmitLogin = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username", D$.gp(D$.gp(_self.scope, "form"), "email"));
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "generatePinForExistingUser", [D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username")]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        _self.switchForm("pin");
        return _self.notify("Pin sent. Check your inbox");
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.onSubmitRegister = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username", D$.gp(D$.gp(_self.scope, "form"), "email"));
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "generatePinForNewOrExistingUser", [D$.gp(D$.gp(_self.scope, "form"), "email")]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        _self.switchForm("pin");
        return _self.notify("Pin sent. Check your inbox");
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.onSubmitPin = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "authWithPin", [D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"), D$.gp(D$.gp(_self.scope, "form"), "pin"), function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "connectedUser"), "fetchOwner", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(owner) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "ownerId", D$.gp(owner, "_id"));
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "owner", owner);
        return _self.afterPinAuthenticated();
      }]); }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.afterPinAuthenticated = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAuthService"), "statusFor", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId")]), "then", [function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        D$.pset(_self.scope, "secondFactor", ((_e)=>D$.truthy(_e)?_e:{})(status));
        if (!D$.truthy(D$.sp(status, "enrolled"))) {
          _self.switchForm("idsetup");
          D$.pset(D$.gp(_self.scope, "form"), "idType", "id");
        } else {
          _self.switchForm("idverify");
          D$.pset(_self.scope, "bioReady", (D$.gp(_self.scope, "canBiometric") && AuthComponent.bioEnabledFor(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"))));
          _self.tryBiometricQuickAccess();
        }
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.onSubmitIdSetup = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAuthService"), "enrollSecondFactor", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), ((_e)=>D$.truthy(_e)?_e:"id")(D$.gp(D$.gp(_self.scope, "form"), "idType")), D$.gp(D$.gp(_self.scope, "form"), "idNumber")]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.maybeEnrolBiometric(D$.gp(D$.gp(_self.scope, "form"), "idNumber"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.completeLogin(); });
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.onSubmitIdVerify = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.submitVerify(D$.gp(D$.gp(_self.scope, "form"), "idNumber"));
    };
    _self.submitVerify = function(number) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAuthService"), "verifySecondFactor", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), number]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.maybeEnrolBiometric(number, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.completeLogin(); });
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        return _self.notify(D$.gp(error, "message"), "negative");
      }]);
    };
    _self.completeLogin = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "secondFactorAt", new Date());
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loginState", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(state) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", ((_e)=>D$.truthy(_e)?_e:{})(D$.sp(state, "entitlements")));
        if ((D$.sp(state, "hasSubscription") && !D$.truthy(D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode")))) {
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/home"]);
        } else {
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/productPayment"]);
        }
      }]);
    };
    _self.tryBiometricQuickAccess = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((!D$.truthy(D$.gp(_self.scope, "canBiometric")) || !D$.truthy(AuthComponent.bioEnabledFor(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"))))) {
        return null;
      }
      D$.pset(_self.scope, "biometricPrompting", true);
      return D$.mc(D$.fs("cordovaBiometrics", _this$, _self, ()=>cordovaBiometrics), "loadSecret", [function(secret) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "biometricPrompting", false);
        if (D$.truthy(secret)) {
          _self.submitVerify(secret);
        }
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(_self.scope, "biometricPrompting", false); }]);
    };
    _self.maybeEnrolBiometric = function(number, done) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((!D$.truthy(D$.gp(D$.gp(_self.scope, "form"), "enableBiometric")) || !D$.truthy(D$.gp(_self.scope, "canBiometric")))) {
        done();
        return null;
      }
      return D$.mc(D$.fs("cordovaBiometrics", _this$, _self, ()=>cordovaBiometrics), "deviceHasBiometrics", [function(available) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("cordovaBiometrics", _this$, _self, ()=>cordovaBiometrics), "registerSecret", [number, function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        AuthComponent.setBioEnabledFor(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"));
        _self.notify("Biometric quick access enabled");
        return done();
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Could not enable biometrics on this device", "warning");
        return done();
      }]); }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Biometrics are not available on this device", "warning");
        return done();
      }]);
    };
    _self.switchForm = function(form) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "form", {});
      return D$.pset(_self.scope, "formStep", form);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = ["/", "/subscribe/:productCode"];
  }
  static biometricPluginPresent() {

        return (typeof window !== 'undefined' && window.Fingerprint !== undefined && window.Fingerprint !== null)
    
  }
  static bioEnabledFor(userId) {

        try { return window.localStorage.getItem('skriba.bio.' + userId) === '1' } catch (e) { return false }
    
  }
  static setBioEnabledFor(userId) {

        try { window.localStorage.setItem('skriba.bio.' + userId, '1') } catch (e) {}
    
  }
}
class VueDateComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === VueDateComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { mounted: this.mounted };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "hasTime", D$.eq(D$.gp(self, "time"), ""));
      if (D$.truthy(D$.gp(self, "hasTime"))) {
        D$.pset(self, "formatData", "DD MMM YYYY HH:mm");
      }
      if (D$.truthy(D$.gp(self, "required"))) {
        D$.pset(self, "rules", ["date"]);
      }
      if (D$.eq(D$.gp(self, "autoClose"), "false")) {
        D$.pset(self, "autoCloseData", false);
      }
      if (D$.truthy(D$.gp(self, "format"))) {
        D$.pset(self, "formatData", D$.gp(self, "format"));
      }
      return _self.updateDate(self, D$.gp(self, "modelValue"));
    };
    _self.updateDate = function(self, date) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _this$.modelValue = date;
      D$.pset(self, "dateString", (D$.truthy(date) ? D$.mc(_self.moment(date), "format", [D$.gp(self, "formatData")]) : null));
      return D$.mc(self, "$emit", ["update:modelValue", date]);
    };
    _self.clearDate = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _this$.modelValue = null;
      _this$.dateString = null;
      return D$.mc(_self.self, "$emit", ["update:modelValue", D$.fs("date", _this$, _self, ()=>date)]);
    };
    _self.openDate = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _this$.showDate = true;
    };
    _self.closeAll = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _this$.showDate = false;
      return _this$.showTime = false;
    };
    _self.selectedDateString = function(dateStringValue) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(dateStringValue)) {
        return null;
      }
      _self.updateDate(_this$, new Date(dateStringValue));
      let self = _this$;
      _this$.showDate = false;
      if (D$.truthy(D$.gp(self, "hasTime"))) {
        _this$.showTime = true;
      }
    };
    _self.selectedTimeString = function(timeStringValue) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(timeStringValue)) {
        return null;
      }
      _this$.showTime = false;
      let timeParts = D$.mc(timeStringValue, "split", [":"]);
      D$.mc(_this$.modelValue, "setHours", [D$.getAt(timeParts, 0)]);
      D$.mc(_this$.modelValue, "setMinutes", [D$.getAt(timeParts, 1)]);
      return _self.updateDate(_this$, _this$.modelValue);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = (typeof toJavascript === 'function' ? toJavascript(["modelValue", "label", "onSelect", "outlined", "filled", "standout", "borderless", "square", "dark", "clearable", "required", "autoClose", "format", "time"]) : D$.mc(this, "toJavascript", [["modelValue", "label", "onSelect", "outlined", "filled", "standout", "borderless", "square", "dark", "clearable", "required", "autoClose", "format", "time"]]));
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {dateString: "", selectedDate: "", selectedTime: "", hasTime: false, showDate: false, showTime: false, rules: ["val => false"], autoCloseData: true, formatData: "DD MMM YYYY"}; };
  }
}
class MenuComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === MenuComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.configurePage("Menu", true, true, false);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/menu";
  }
}
class I3Toolbar extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Toolbar) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = [];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class CordovaSimBridge {
  constructor(...a) {
    if (new.target === CordovaSimBridge) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.activate = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.active = true;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaSimBridge: ACTIVE — running in simulator mode"]);
      _self.setupFakeCordova();
      _self.setupMessageListener();
      return _self.fireDeviceReady();
    };
    _self.setupFakeCordova = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.createFakePlugins();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaSimBridge: fake plugin globals created"]);
    };
    _self.setupMessageListener = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.listenForMessages();
    };
    _self.fireDeviceReady = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.fireDeviceReadyEvent();
    };
  }
  $gsInit() {
    const _self = this;
    this.active = false;
    this.pendingCallbacks = {};
    this.eventListeners = {};
    if (D$.truthy(CordovaSimBridge.shouldActivate())) {
      this.activate();
    }
  }
  static shouldActivate() {

        // Activate in iframe without real Cordova, or when simulator flag is set by /cordova/header
        return (window.parent !== window) && ((typeof window.cordova === 'undefined') || window.__dymicoSimulator === true);
    
  }
  createFakePlugins() {

        var bridge = this;

        // Core cordova object
        window.cordova = window.cordova || {};
        window.cordova.plugins = window.cordova.plugins || {};

        // --- Scanner ---
        window.cordova.plugins.barcodeScanner = {
            scan: function(success, error, config) {
                bridge._storePending('scanner', 'scan', success, error);
                console.log('[SimBridge] Scanner: waiting for simulated scan...');
                // Notify parent we're waiting
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'scanner', action:'scan'}, '*');
            }
        };

        // --- BackgroundGeolocation (dymico-bggeo) ---
        window.BackgroundGeolocation = {
            events: ['location','stationary','activity','start','stop','error','authorization','foreground','background','abort_requested','http_authorization','geofence'],
            AUTHORIZED: 1, NOT_AUTHORIZED: 0, AUTHORIZED_FOREGROUND: 2,
            HIGH_ACCURACY: 0, MEDIUM_ACCURACY: 100, LOW_ACCURACY: 1000, PASSIVE_ACCURACY: 10000,
            BACKGROUND_MODE: 0, FOREGROUND_MODE: 1,
            GEOFENCE_TRANSITION_ENTER: 1, GEOFENCE_TRANSITION_EXIT: 2, GEOFENCE_TRANSITION_DWELL: 4,
            PERMISSION_DENIED: 1, LOCATION_UNAVAILABLE: 2, TIMEOUT: 3,
            DISTANCE_FILTER_PROVIDER: 0, ACTIVITY_PROVIDER: 1, RAW_PROVIDER: 2,
            LOG_ERROR: 'ERROR', LOG_WARN: 'WARN', LOG_INFO: 'INFO', LOG_DEBUG: 'DEBUG', LOG_TRACE: 'TRACE',
            _listeners: {},
            _config: {},
            _geofences: [],
            _geofenceQueue: [],
            _status: { isRunning: false, locationServicesEnabled: true, authorization: 1 },
            configure: function(config, success, failure) {
                var bg = window.BackgroundGeolocation;
                for (var k in (config || {})) bg._config[k] = config[k];
                console.log('[SimBridge] BgGeo configured', config);
                if(success) success();
            },
            getConfig: function(success, failure) { if(success) success(window.BackgroundGeolocation._config || {}); },
            start: function(s,f) { window.BackgroundGeolocation._status.isRunning = true; console.log('[SimBridge] BgGeo started'); if(s) s(); },
            stop: function(s,f) { window.BackgroundGeolocation._status.isRunning = false; console.log('[SimBridge] BgGeo stopped'); if(s) s(); },
            switchMode: function(m,s,f) { console.log('[SimBridge] BgGeo switchMode', m); if(s) s(); },
            getCurrentLocation: function(success, failure, options) {
                bridge._storePending('gps', 'currentLocation', success, failure);
                console.log('[SimBridge] GPS: waiting for simulated location...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'gps', action:'currentLocation'}, '*');
            },
            on: function(event, fn) {
                var bg = window.BackgroundGeolocation;
                if (!bg._listeners[event]) bg._listeners[event] = [];
                bg._listeners[event].push(fn);
                return { remove: function() {
                    var arr = bg._listeners[event] || [];
                    for (var i = arr.length - 1; i >= 0; i--) if (arr[i] === fn) arr.splice(i, 1);
                }};
            },
            removeAllListeners: function(event) {
                var bg = window.BackgroundGeolocation;
                if(event) bg._listeners[event] = []; else bg._listeners = {};
            },
            checkStatus: function(cb) {
                var s = window.BackgroundGeolocation._status;
                if(cb) cb({isRunning: s.isRunning, locationServicesEnabled: s.locationServicesEnabled, authorization: s.authorization});
            },
            showAppSettings: function() { console.log('[SimBridge] BgGeo showAppSettings'); },
            showLocationSettings: function() { console.log('[SimBridge] BgGeo showLocationSettings'); },
            addGeofence: function(fence, s, e) {
                var fences = window.BackgroundGeolocation._geofences;
                for (var i = fences.length - 1; i >= 0; i--) if (fence && fences[i].id === fence.id) fences.splice(i, 1);
                if (fence) fences.push(fence);
                console.log('[SimBridge] BgGeo addGeofence', fence);
                if(s) s();
            },
            addGeofences: function(arr, s, e) {
                var fences = window.BackgroundGeolocation._geofences;
                arr = arr || [];
                for (var j = 0; j < arr.length; j++) {
                    var fence = arr[j];
                    for (var i = fences.length - 1; i >= 0; i--) if (fences[i].id === fence.id) fences.splice(i, 1);
                    fences.push(fence);
                }
                console.log('[SimBridge] BgGeo addGeofences count=' + arr.length);
                if(s) s();
            },
            removeGeofence: function(id, s, e) {
                var fences = window.BackgroundGeolocation._geofences;
                for (var i = fences.length - 1; i >= 0; i--) if (fences[i].id === id) fences.splice(i, 1);
                console.log('[SimBridge] BgGeo removeGeofence', id);
                if(s) s();
            },
            removeGeofences: function(ids, s, e) {
                var fences = window.BackgroundGeolocation._geofences;
                ids = ids || [];
                var idSet = {};
                for (var k = 0; k < ids.length; k++) idSet[ids[k]] = true;
                for (var i = fences.length - 1; i >= 0; i--) if (idSet[fences[i].id]) fences.splice(i, 1);
                console.log('[SimBridge] BgGeo removeGeofences count=' + ids.length);
                if(s) s();
            },
            removeAllGeofences: function(s, e) {
                window.BackgroundGeolocation._geofences = [];
                console.log('[SimBridge] BgGeo removeAllGeofences');
                if(s) s();
            },
            getGeofences: function(cb) { if(cb) cb((window.BackgroundGeolocation._geofences || []).slice()); },
            getGeofenceEvents: function(cb) {
                var bg = window.BackgroundGeolocation;
                var q = (bg._geofenceQueue || []).slice();
                bg._geofenceQueue = [];
                if(cb) cb(q);
            },
            getStationaryLocation: function(s, f) { if(s) s(null); },
            // Backward-compat no-ops (matched to plugin's own stubs)
            getLocations:       function(s, f) { if(s) s([]); },
            getValidLocations:  function(s, f) { if(s) s([]); },
            deleteLocation:     function(id, s, f) { if(s) s(); },
            deleteAllLocations: function(s, f) { if(s) s(); },
            getLogEntries: function() {
                var args = arguments;
                for (var i = 0; i < args.length; i++) if (typeof args[i] === 'function') { args[i]([]); return; }
            },
            startTask:    function(s, f) { if(s) s(0); },
            endTask:      function(k, s, f) { if(s) s(); },
            headlessTask: function(fn, s, f) { if(s) s(); },
            forceSync:    function(s, f) { if(s) s(); },
            isLocationEnabled: function(s, f) { if(s) s(window.BackgroundGeolocation._status.locationServicesEnabled ? 1 : 0); },
        };

        // --- Bluetooth LE ---
        window.bluetoothle = {
            _scanCallback: null,
            initialize: function(success, params) {
                if(success) success({status: 'enabled'});
            },
            isInitialized: function(cb) { if(cb) cb({isInitialized: true}); },
            isEnabled: function(cb) { if(cb) cb({isEnabled: true}); },
            enable: function(s,e) { if(s) s(); },
            startScan: function(success, error, params) {
                window.bluetoothle._scanCallback = success;
                if(success) success({status: 'scanStarted'});
                console.log('[SimBridge] BLE: scanning, waiting for simulated devices...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'ble', action:'scan'}, '*');
            },
            stopScan: function(success, error) {
                window.bluetoothle._scanCallback = null;
                if(success) success({status: 'scanStopped'});
            },
            isScanning: function(cb) { if(cb) cb({isScanning: !!window.bluetoothle._scanCallback}); },
            getAdapterInfo: function(cb) {
                if(cb) cb({name:'Simulated Adapter', address:'00:00:00:00:00:00', isInitialized:true, isEnabled:true, isScanning:false, isDiscoverable:false});
            },
            connect: function(s,e,p) { if(s) s({status:'connected', address:p.address}); },
            disconnect: function(s,e,p) { if(s) s({status:'disconnected', address:p.address}); },
            close: function(s,e,p) { if(s) s({status:'closed'}); },
            discover: function(s,e,p) { if(s) s({status:'discovered', services:[]}); },
            read: function(s,e,p) { if(s) s({status:'read', value:'AAAA'}); },
            write: function(s,e,p) { if(s) s({status:'written'}); },
            subscribe: function(s,e,p) { if(s) s({status:'subscribed'}); },
            unsubscribe: function(s,e,p) { if(s) s({status:'unsubscribed'}); },
        };

        // --- Social Sharing ---
        window.plugins = window.plugins || {};
        window.plugins.socialsharing = {
            share: function(msg, subj, files, url, success, failure) {
                console.log('[SimBridge] Share:', msg, subj, url);
                if(success) success();
            },
            shareViaEmail: function(msg, subj, to, cc, bcc, files, success, failure) {
                console.log('[SimBridge] Email:', msg, subj, to);
                if(success) success();
            },
            shareViaSMS: function(opts, phone, success, failure) {
                console.log('[SimBridge] SMS:', opts, phone);
                if(success) success();
            },
            shareViaWhatsApp: function(msg, files, url, success, failure) {
                console.log('[SimBridge] WhatsApp:', msg);
                if(success) success();
            },
            canShareVia: function(via, msg, subj, files, url, success, failure) {
                if(success) success();
            },
            available: function(cb) { if(cb) cb(true); },
            saveToPhotoAlbum: function(files, s, e) { if(s) s(); },
        };

        // --- InAppBrowser ---
        window.cordova.InAppBrowser = {
            open: function(url, target, options) {
                console.log('[SimBridge] Browser:', url, target);
                if (target === '_system' || target === '_blank') {
                    window.parent.postMessage({type:'cordova-sim-event', plugin:'browser', action:'open', data:{url:url, target:target}}, '*');
                }
                return {
                    addEventListener: function(e,cb) {},
                    removeEventListener: function(e,cb) {},
                    close: function() {},
                    show: function() {},
                    hide: function() {},
                    executeScript: function(d,cb) { if(cb) cb([]); },
                };
            }
        };

        // --- Contacts ---
        window.navigator.contacts = window.navigator.contacts || {
            find: function(fields, success, error, options) {
                bridge._storePending('contacts', 'find', success, error);
                console.log('[SimBridge] Contacts: waiting for simulated contacts...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'contacts', action:'find', data:{filter: options ? options.filter : ''}}, '*');
            },
            pickContact: function(success, error) {
                bridge._storePending('contacts', 'pick', success, error);
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'contacts', action:'pick'}, '*');
            },
            create: function(props) { return props || {}; },
            fieldType: { displayName:'displayName', phoneNumbers:'phoneNumbers', emails:'emails', name:'name' },
        };

        // --- Deep Links ---
        window.universalLinks = {
            _callbacks: {},
            subscribe: function(event, cb) { this._callbacks[event] = cb; },
            unsubscribe: function(event) { delete this._callbacks[event]; },
            checkDeepLink: function(ms) {
                return { then: function(cb) { return { catch: function(e) {} }; } };
            },
        };

        // --- Camera ---
        window.navigator.camera = {
            getPicture: function(success, failure, opts) {
                bridge._storePending('camera', 'photo', success, failure);
                console.log('[SimBridge] Camera: waiting for simulated photo...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'camera', action:'photo'}, '*');
            },
            cleanup: function() {},
            DestinationType: { FILE_URI: 1, DATA_URL: 0 },
            PictureSourceType: { CAMERA: 1, PHOTOLIBRARY: 0 },
        };
        window.Camera = { EncodingType: { JPEG: 0, PNG: 1 } };

        // --- Spinner (dymico-spinner) ---
        window.dymicoSpinner = {
            show: function(opts, success, error) {
                console.log('[SimBridge] Spinner show:', opts);
                window.parent.postMessage({type:'cordova-sim-event', plugin:'spinner', action:'show', data:opts}, '*');
                if(success) success();
            },
            hide: function(success, error) {
                console.log('[SimBridge] Spinner hide');
                window.parent.postMessage({type:'cordova-sim-event', plugin:'spinner', action:'hide'}, '*');
                if(success) success();
            },
        };

        // --- Screenshot (dymico-screenshot) ---
        window.cordova.plugins.dymicoScreenshot = {
            _onScreenshot: null,
            _onScreenRecording: null,
            preventCapture: function(enabled, success, error) {
                console.log('[SimBridge] Screenshot preventCapture:', enabled);
                window.parent.postMessage({type:'cordova-sim-event', plugin:'screenshot', action:'preventCapture', data:{enabled: !!enabled}}, '*');
                if(success) success();
            },
            onScreenshot: function(callback) {
                window.cordova.plugins.dymicoScreenshot._onScreenshot = callback;
                console.log('[SimBridge] Screenshot: onScreenshot registered');
            },
            onScreenRecording: function(callback) {
                window.cordova.plugins.dymicoScreenshot._onScreenRecording = callback;
                console.log('[SimBridge] Screenshot: onScreenRecording registered');
            },
        };

        // --- Fingerprint / Biometrics ---
        window.Fingerprint = {
            isAvailable: function(success, error) {
                bridge._storePending('biometrics', 'available', success, error);
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'biometrics', action:'available'}, '*');
            },
            show: function(params, success, error) {
                bridge._storePending('biometrics', 'auth', success, error);
                console.log('[SimBridge] Biometrics: waiting for simulated auth...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'biometrics', action:'auth'}, '*');
            },
            registerBiometricSecret: function(params, success, error) { if(success) success('registered'); },
            loadBiometricSecret: function(params, success, error) { if(success) success('sim-secret-123'); },
        };

        // --- Device ---
        window.device = {
            platform: 'Simulator', model: 'Desktop Browser', version: '1.0',
            manufacturer: 'Dymico', uuid: 'sim-' + Date.now(), serial: 'SIM000',
            cordova: '12.0.0', isVirtual: true,
        };

        // --- StatusBar ---
        window.StatusBar = {
            show: function() { console.log('[SimBridge] StatusBar show'); },
            hide: function() { console.log('[SimBridge] StatusBar hide'); },
            overlaysWebView: function(v) { console.log('[SimBridge] StatusBar overlay', v); },
            styleDefault: function() {},
            styleLightContent: function() {},
            backgroundColorByName: function(n) {},
            backgroundColorByHexString: function(h) {},
        };

        // --- Battery (navigator.battery is set by cordova-plugin-battery-status) ---
        window.navigator.battery = { level: 75, isPlugged: false };

        // --- Permissions ---
        window.cordova.plugins.permissions = {
            checkPermission: function(perm, success, error) {
                if(success) success({hasPermission: true});
            },
            requestPermission: function(perm, success, error) {
                if(success) success({hasPermission: true});
            },
        };

        // --- Push ---
        window.PushNotification = {
            init: function(opts) {
                var _handlers = {};
                var pushObj = {
                    on: function(event, cb) { _handlers[event] = cb; },
                    _handlers: _handlers,
                };
                // Fire registration after a tick
                setTimeout(function() {
                    if(_handlers.registration) _handlers.registration({registrationId: 'sim-push-token-' + Date.now()});
                }, 500);
                bridge._simPush = pushObj;
                return pushObj;
            }
        };

        // --- Screen Orientation ---
        // screen.orientation is already available in browsers

        // --- SpinnerDialog (legacy fallback) ---
        window.SpinnerDialog = {
            show: function(t,m,c) { window.dymicoSpinner.show({message: m || t || '', cancelable: !!c}); },
            hide: function() { window.dymicoSpinner.hide(); },
        };

        // --- Media ---
        window.Media = function(src, onSuccess, onError, onStatus) {
            return {
                startRecord: function() { console.log('[SimBridge] Media record:', src); },
                stopRecord: function() { console.log('[SimBridge] Media stop record'); if(onSuccess) onSuccess(); },
                play: function() { console.log('[SimBridge] Media play:', src); },
                stop: function() { console.log('[SimBridge] Media stop'); },
                release: function() {},
                getDuration: function() { return 0; },
                getCurrentPosition: function(cb) { if(cb) cb(0); },
            };
        };

        console.log('[SimBridge] All fake Cordova plugins registered');
    
  }
  listenForMessages() {

        var bridge = this;
        window.addEventListener('message', function(event) {
            var msg = event.data;
            if (!msg || msg.type !== 'cordova-sim') return;

            console.log('[SimBridge] Received:', msg.plugin, msg.action, msg.data);

            switch(msg.plugin) {
                case 'scanner':
                    if (msg.action === 'result') bridge._firePending('scanner', 'scan', msg.data);
                    if (msg.action === 'cancel') bridge._firePending('scanner', 'scan', {text:'', format:'', cancelled:true});
                    break;

                case 'gps':
                    if (msg.action === 'location') {
                        bridge._firePending('gps', 'currentLocation', msg.data);
                        var listeners = window.BackgroundGeolocation._listeners['location'] || [];
                        for (var i = 0; i < listeners.length; i++) { listeners[i](msg.data); }
                    }
                    if (msg.action === 'stationary') {
                        var sListeners = window.BackgroundGeolocation._listeners['stationary'] || [];
                        for (var i = 0; i < sListeners.length; i++) { sListeners[i](msg.data); }
                    }
                    if (msg.action === 'activity') {
                        var aListeners = window.BackgroundGeolocation._listeners['activity'] || [];
                        for (var i = 0; i < aListeners.length; i++) { aListeners[i](msg.data); }
                    }
                    if (msg.action === 'geofence') {
                        var fenceEvent = {
                            fenceId:    msg.data.fenceId || msg.data.id,
                            transition: msg.data.transition,
                            location:   msg.data.location || null,
                            data:       msg.data.data || null,
                            timestamp:  msg.data.timestamp || Date.now()
                        };
                        var bgGf = window.BackgroundGeolocation;
                        bgGf._geofenceQueue = bgGf._geofenceQueue || [];
                        bgGf._geofenceQueue.push(fenceEvent);
                        var gListeners = bgGf._listeners['geofence'] || [];
                        for (var i = 0; i < gListeners.length; i++) { gListeners[i](fenceEvent); }
                    }
                    if (msg.action === 'start' || msg.action === 'stop' ||
                        msg.action === 'foreground' || msg.action === 'background' ||
                        msg.action === 'abort_requested') {
                        if (msg.action === 'start') window.BackgroundGeolocation._status.isRunning = true;
                        if (msg.action === 'stop')  window.BackgroundGeolocation._status.isRunning = false;
                        var lListeners = window.BackgroundGeolocation._listeners[msg.action] || [];
                        for (var i = 0; i < lListeners.length; i++) { lListeners[i](msg.data || {}); }
                    }
                    if (msg.action === 'error') {
                        var eListeners = window.BackgroundGeolocation._listeners['error'] || [];
                        for (var i = 0; i < eListeners.length; i++) { eListeners[i](msg.data); }
                    }
                    if (msg.action === 'authorization') {
                        if (msg.data && typeof msg.data.code !== 'undefined') {
                            window.BackgroundGeolocation._status.authorization = msg.data.code;
                        }
                        var auListeners = window.BackgroundGeolocation._listeners['authorization'] || [];
                        for (var i = 0; i < auListeners.length; i++) { auListeners[i](msg.data); }
                    }
                    if (msg.action === 'http_authorization') {
                        var hListeners = window.BackgroundGeolocation._listeners['http_authorization'] || [];
                        for (var i = 0; i < hListeners.length; i++) { hListeners[i](msg.data || {}); }
                    }
                    if (msg.action === 'status') {
                        if (msg.data && typeof msg.data === 'object') {
                            var st = window.BackgroundGeolocation._status;
                            for (var k in msg.data) st[k] = msg.data[k];
                        }
                    }
                    break;

                case 'ble':
                    if (msg.action === 'device' && window.bluetoothle._scanCallback) {
                        window.bluetoothle._scanCallback({status:'scanResult', name:msg.data.name, address:msg.data.address, rssi:msg.data.rssi});
                    }
                    break;

                case 'camera':
                    if (msg.action === 'photo') bridge._firePending('camera', 'photo', msg.data.uri || msg.data);
                    break;

                case 'contacts':
                    if (msg.action === 'results') bridge._firePending('contacts', 'find', msg.data);
                    if (msg.action === 'picked') bridge._firePending('contacts', 'pick', msg.data);
                    break;

                case 'deeplink':
                    if (msg.action === 'trigger') {
                        var dl = window.universalLinks._callbacks;
                        for (var key in dl) { if (dl[key]) dl[key](msg.data); }
                    }
                    break;

                case 'battery':
                    if (msg.action === 'status') {
                        window.navigator.battery = msg.data;
                        var evt = new CustomEvent('batterystatus', {detail: msg.data});
                        window.dispatchEvent(evt);
                    }
                    break;

                case 'network':
                    if (msg.action === 'status') {
                        var evtName = msg.data.online ? 'online' : 'offline';
                        document.dispatchEvent(new Event(evtName));
                    }
                    break;

                case 'biometrics':
                    if (msg.action === 'available') bridge._firePending('biometrics', 'available', msg.data.result || {biometryType:'face'});
                    if (msg.action === 'pass') bridge._firePending('biometrics', 'auth', msg.data || 'success');
                    if (msg.action === 'fail') bridge._firePendingError('biometrics', 'auth', msg.data || 'cancelled');
                    break;

                case 'screenshot':
                    var ss = window.cordova.plugins.dymicoScreenshot;
                    if (msg.action === 'taken' && ss && ss._onScreenshot) {
                        ss._onScreenshot(msg.data || {});
                    }
                    if (msg.action === 'recording' && ss && ss._onScreenRecording) {
                        ss._onScreenRecording(msg.data || {isRecording: false});
                    }
                    break;

                case 'push':
                    if (msg.action === 'notification' && bridge._simPush && bridge._simPush._handlers.notification) {
                        bridge._simPush._handlers.notification(msg.data);
                    }
                    break;
            }
        });
        console.log('[SimBridge] postMessage listener registered');
    
  }
  fireDeviceReadyEvent() {

        // Fire deviceready after a short delay so all plugins are set up
        setTimeout(function() {
            document.dispatchEvent(new Event('deviceready'));
            console.log('[SimBridge] deviceready fired');
        }, 500);
    
  }
  _storePending(plugin, action, success, error) {

        var key = plugin + ':' + action;
        this.pendingCallbacks[key] = { success: success, error: error };
    
  }
  _firePending(plugin, action, data) {

        var key = plugin + ':' + action;
        var pending = this.pendingCallbacks[key];
        if (pending && pending.success) {
            pending.success(data);
            delete this.pendingCallbacks[key];
        }
    
  }
  _firePendingError(plugin, action, data) {

        var key = plugin + ':' + action;
        var pending = this.pendingCallbacks[key];
        if (pending && pending.error) {
            pending.error(data);
            delete this.pendingCallbacks[key];
        }
    
  }
}
class CordovaErrorViewer extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === CordovaErrorViewer) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "errors", []);
      D$.pset(_self.scope, "filter", {uuid: "", user: "", type: ""});
      D$.pset(_self.scope, "loading", false);
      D$.pset(_self.scope, "total", 0);
      D$.pset(_self.scope, "selectedError", null);
      return _self.loadErrors();
    };
    _self.loadErrors = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "loading", true);
      let query = {};
      if (D$.truthy(D$.gp(D$.gp(_self.scope, "filter"), "uuid"))) {
        D$.pset(query, "uuid", D$.gp(D$.gp(_self.scope, "filter"), "uuid"));
      }
      if (D$.truthy(D$.gp(D$.gp(_self.scope, "filter"), "user"))) {
        D$.pset(query, "user", D$.gp(D$.gp(_self.scope, "filter"), "user"));
      }
      if (D$.truthy(D$.gp(D$.gp(_self.scope, "filter"), "type"))) {
        D$.pset(query, "type", D$.gp(D$.gp(_self.scope, "filter"), "type"));
      }
      return D$.find(D$.gp(D$.fs("o", _this$, _self, ()=>o), "userError"), query, {sort: "_dateCreated", order: "desc", limit: 100}, function(results) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "errors", ((_e)=>D$.truthy(_e)?_e:[])(results));
        D$.pset(_self.scope, "total", D$.size(D$.gp(_self.scope, "errors")));
        return D$.pset(_self.scope, "loading", false);
      });
    };
    _self.clearFilter = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "filter", {uuid: "", user: "", type: ""});
      return _self.loadErrors();
    };
    _self.selectError = function(error) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(_self.scope, "selectedError", error);
    };
    _self.closeDetail = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(_self.scope, "selectedError", null);
    };
    _self.deleteError = function(error) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "userError"), "delete", [D$.gp(error, "_id"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "selectedError", null);
        return _self.loadErrors();
      }]);
    };
    _self.deleteAll = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.each(D$.gp(_self.scope, "errors"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "userError"), "delete", [D$.gp(it, "_id")]); });
      D$.pset(_self.scope, "selectedError", null);
      return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.loadErrors(); }, 500);
    };
    _self.screenshotUrl = function(error) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.sp(error, "_id"))) {
        return "";
      }
      return `/media/userError/screenshot/${D$.str(D$.gp(error, "_id"))}`;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/cordovaErrors";
    this.roles = ["ROLE_DEV_I3"];
  }
}
class ConsentComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === ConsentComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("ConsentComponent.created()"));
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showFooter", false);
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showHeader", false);
      D$.pset(_self.scope, "agreements", []);
      D$.pset(_self.scope, "active", {});
      D$.pset(_self.scope, "isSubmitting", false);
      return _self.loadAgreements();
    };
    _self.loadAgreements = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "consentService"), "unconsentedAgreements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        if (!D$.truthy(data)) {
          D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "agreementsChecked", true);
          return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/home"]);
        }
        D$.pset(_self.scope, "agreements", data);
        return D$.pset(_self.scope, "active", D$.getAt(D$.gp(_self.scope, "agreements"), 0));
      }]);
    };
    _self.onSubmit = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "consentService"), "consentToAgreement", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.gp(_self.scope, "active"), "_id"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        D$.remove(D$.gp(_self.scope, "agreements"), 0);
        if (D$.eq(D$.gp(D$.gp(_self.scope, "agreements"), "length"), 0)) {
          return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/home"]);
        }
        return D$.pset(_self.scope, "active", D$.getAt(D$.gp(_self.scope, "agreements"), 0));
      }]);
    };
    _self.logout = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.logout("/");
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/consent";
  }
}
class PermissionsPage extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === PermissionsPage) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Permissions");
      return D$.pset(_self.scope, "connectionId", D$.gp(D$.gp(_self.route, "params"), "id"));
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/permissions/:id";
  }
}
class DymIconButton extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === DymIconButton) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {icon: {type: D$.fs("String", this, this, ()=>String), default: "o_square"}, color: {type: D$.fs("String", this, this, ()=>String), default: "primary"}, dense: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}, flat: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}, round: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class I3FormContainer extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3FormContainer) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {margin: {type: D$.fs("String", this, this, ()=>String), default: "lg"}, gap: {type: D$.fs("String", this, this, ()=>String), default: "sm"}, maxWidth: {type: D$.fs("String", this, this, ()=>String), default: ""}, twoColumn: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: false}, threeColumn: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: false}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class I3Table extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Table) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
    _self.onRequest = function(props = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(self, "$emit", ["paginate", D$.gp(props, "pagination")]);
      return D$.mc(self, "$emit", ["update:pagination", D$.gp(props, "pagination")]);
    };
    _self.selectRow = function(evt, row, index) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(self, "$emit", ["select-row", D$.gp(row, "_id")]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = [];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class PdfJsHandler {
  constructor(...a) {
    if (new.target === PdfJsHandler) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.build = function(filePath, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return PdfJsHandler.paintWholePdf(filePath, callback);
    };
  }
  $gsInit(filePath = "") {
    const _self = this;
    if (!D$.truthy(filePath)) {
      return null;
    }
    PdfJsHandler.paintWholePdf(filePath);
  }
  static paintWholePdf(filePath, callback) {

        spinnerDiv = document.createElement('div');
        spinnerDiv.setAttribute("id", "spinner");
        spinnerDiv.setAttribute("class", "fixed-center")
        spinner = document.createElement('div');
        spinner.setAttribute("class", "i3-media-pdf-spinner");
        spinnerDiv.append(spinner);
        $('#pdf-viewer').append(spinnerDiv);
        
        pdfjsLib.GlobalWorkerOptions.workerSrc = 'https://cdnjs.cloudflare.com/ajax/libs/pdf.js/3.10.111/pdf.worker.min.js';
        var loadPdf = pdfjsLib.getDocument(filePath);
        loadPdf.promise.then(function(pdf) {
            
            const maxPage = pdf._pdfInfo.numPages;
        
            for (var i = 1; i <= maxPage; i++) {
                PdfJsHandler.renderPageScroll(pdf, i);
            }
            document.getElementById('spinner').remove();
            callback()
        })
    
  }
  static renderPageScroll(pdf, number) {

        pdf.getPage(number).then(function(page) {
        
            const canvasId = 'pdf_viewer-' + number;
            $('#pdf-viewer').append($('<canvas/>', {'id': canvasId, 'style': 'object-fit:contain', 'class':'full-width'}));
            // $('#pdf-viewer').append($('<canvas/>', {'id': canvasId}));
            const canvas = document.getElementById(canvasId);
            const viewport = page.getViewport({scale: 1});
            const context = canvas.getContext("2d");
            
            canvas.height = viewport.height;
            canvas.width = viewport.width;
            
            var renderContext = {
                canvasContext: context,
                viewport: viewport
            };
            
            const renderTask = page.render(renderContext);
        });
    
  }
  static paintPdf(filePath, getPage) {

            pdfjsLib.GlobalWorkerOptions.workerSrc = 'https://cdnjs.cloudflare.com/ajax/libs/pdf.js/3.10.111/pdf.worker.min.js';
            var loadPdf = pdfjsLib.getDocument(filePath);
            loadPdf.promise.then(function(pdf) {
                
                const minPage = 1;
                const maxPage = pdf._pdfInfo.numPages;
                let currentPage = 1;
                PdfJsHandler.rendering = false;
                PdfJsHandler.numberPending = null;
                PdfJsHandler.renderPage(pdf, currentPage);
                
                document.getElementById("pdfPageNumber").innerHTML = `Page ${currentPage} of ${maxPage}`;
                document.getElementById("pdfPrev").addEventListener("click", () => {
                    if (currentPage > minPage) {
                        currentPage = currentPage - 1
                        PdfJsHandler.renderPage(pdf, currentPage);
                        document.getElementById("pdfPageNumber").innerHTML = `Page ${currentPage} of ${maxPage}`;
                    }
                })
                document.getElementById("pdfNext").addEventListener("click", () => {
                    if (currentPage < maxPage) {
                        currentPage = currentPage + 1
                        PdfJsHandler.renderPage(pdf, currentPage);
                        document.getElementById("pdfPageNumber").innerHTML = `Page ${currentPage} of ${maxPage}`;
                    }
                })
            })
    
  }
  static renderPage(pdf, number) {

        console.log('renderPage with ' + number + ', ' + PdfJsHandler.rendering + ', ' + PdfJsHandler.numberPending)
        if (PdfJsHandler.rendering) {
            PdfJsHandler.numberPending = number;
        } else {
            PdfJsHandler.rendering = true;
            pdf.getPage(number).then(function(page) {
            
                const canvas = document.getElementById("pdf_canvas");
                const viewport = page.getViewport({scale: 1});
                const context = canvas.getContext("2d");
                
                canvas.height = viewport.height;
                canvas.width = viewport.width;
                
                var renderContext = {
                    canvasContext: context,
                    viewport: viewport
                };
                
                const renderTask = page.render(renderContext);
                
                renderTask.promise.then(function() {
                    PdfJsHandler.rendering = false;
                    if (PdfJsHandler.numberPending !== null) {
                        PdfJsHandler.renderPage(pdf, number);
                        PdfJsHandler.numberPending = null;
                    }
                });
            });
        }
        
    
  }
}
PdfJsHandler.rendering = false;
PdfJsHandler.numberPending = null;
D$.statics(PdfJsHandler, ["rendering", "numberPending"]);
class CordovaProblemReporter extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === CordovaProblemReporter) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "userMessage", "");
      D$.pset(_self.scope, "severity", "normal");
      D$.pset(_self.scope, "severities", ["low", "normal", "high", "critical"]);
      D$.pset(_self.scope, "thumbnailUrl", "");
      D$.pset(_self.scope, "submitting", false);
      D$.pset(_self.scope, "captureCountdown", 0);
      D$.pset(_self.scope, "hasCapture", false);
      D$.pset(_self.scope, "userId", ((_e)=>D$.truthy(_e)?_e:"(anonymous)")(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId")));
      D$.pset(_self.scope, "deviceUuid", ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "uuid")));
      D$.pset(_self.scope, "platform", ((_e)=>D$.truthy(_e)?_e:"browser")(D$.sp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "platform")));
      return _self.loadPendingCapture();
    };
    _self.loadPendingCapture = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let pending = _self.nativeReadPendingBlob();
      if ((pending && D$.gp(pending, "blob"))) {
        D$.pset(_self.scope, "hasCapture", true);
        D$.pset(_self.scope, "thumbnailUrl", _self.nativeBlobToObjectUrl(D$.gp(pending, "blob")));
      }
    };
    _self.captureWithCountdown = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "captureCountdown", 3);
      return _self.tick();
    };
    _self.tick = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.gp(_self.scope, "captureCountdown") <= 0)) {
        _self.doCapture();
        return null;
      }
      return Utils.setTimeout(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "captureCountdown", D$.minus(D$.gp(_self.scope, "captureCountdown"), 1));
        return _self.tick();
      }, 1000);
    };
    _self.doCapture = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("cordovaScreenCapture", _this$, _self, ()=>cordovaScreenCapture), "capture", [function(blob, meta) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.nativeStashBlob(blob);
        D$.pset(_self.scope, "hasCapture", true);
        return D$.pset(_self.scope, "thumbnailUrl", _self.nativeBlobToObjectUrl(blob));
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Notify"), "create", [{type: "negative", message: `Capture failed: ${D$.str(err)}`}]); }]);
    };
    _self.submit = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(_self.scope, "submitting"))) {
        return null;
      }
      if (!D$.truthy(((_r)=>(_r==null?null:D$.mc(_r, "trim", [])))(D$.gp(_self.scope, "userMessage")))) {
        D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Notify"), "create", [{type: "warning", message: "Please describe the problem"}]);
        return null;
      }
      D$.pset(_self.scope, "submitting", true);
      let opts = {severity: D$.gp(_self.scope, "severity")};
      return D$.mc(D$.fs("cordovaScreenCapture", _this$, _self, ()=>cordovaScreenCapture), "reportProblem", [D$.gp(_self.scope, "userMessage"), opts, function(reportId) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "submitting", false);
        _self.nativeClearPendingBlob();
        D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Notify"), "create", [{type: "positive", message: "Problem reported. Thanks!", actions: [{label: "View", color: "white", handler: function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/cordovaErrors"]); }}]}]);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "submitting", false);
        return D$.mc(D$.gp(D$.fs("Quasar", _this$, _self, ()=>Quasar), "Notify"), "create", [{type: "negative", message: `Failed to send: ${D$.str(err)}`}]);
      }]);
    };
    _self.cancel = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.nativeClearPendingBlob();
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/reportProblem";
    this.roles = [];
  }
  nativeReadPendingBlob() {

        return window._cwPendingReport || null;
    
  }
  nativeStashBlob(blob) {

        window._cwPendingReport = { blob: blob, ts: Date.now() };
    
  }
  nativeClearPendingBlob() {

        if (window._cwPendingReport && window._cwPendingReport.thumbnailUrl) {
            try { URL.revokeObjectURL(window._cwPendingReport.thumbnailUrl); } catch(_) {}
        }
        window._cwPendingReport = null;
    
  }
  nativeBlobToObjectUrl(blob) {

        try { return URL.createObjectURL(blob); } catch(e) { return ''; }
    
  }
}
class HomeComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === HomeComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Home", true, false);
      if (!D$.truthy(_self.mobileLayout())) {
        D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/desktop"]);
      }
      D$.pset(_self.scope, "isOwner", D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId")));
      D$.pset(_self.scope, "owner", D$.gp(D$.fs("session", _this$, _self, ()=>session), "owner"));
      D$.pset(_self.scope, "user", D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"));
      D$.pset(_self.scope, "ownersList", []);
      D$.pset(_self.scope, "menu", []);
      D$.pset(_self.scope, "status", "none");
      D$.pset(_self.scope, "request", {});
      D$.pset(_self.scope, "releaseDialog", false);
      return _self.checkAgreements(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.checkReleased();
        _self.loadConnections();
        return _self.loadRootSection();
      });
    };
    _self.checkAgreements = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "agreementsChecked"))) {
        return callback();
      }
      let agreementLoader = _self.showLoading("Checking Policies...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "consentService"), "unconsentedAgreements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        agreementLoader();
        if (D$.truthy(data)) {
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/consent"]);
        }
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "agreementsChecked", true);
        return callback();
      }]);
    };
    _self.loadConnections = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let connectionLoader = _self.showLoading("Loading Connections...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "connectedUser"), "fetchOwners", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(owners) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        connectionLoader();
        return D$.pset(_self.scope, "ownersList", owners);
      }]);
    };
    _self.loadRootSection = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let rootLoader = _self.showLoading("Loading Menu...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchSectionWithChildren", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        rootLoader();
        let entitlements = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"));
        let sections = D$.gp(data, "children");
        if (D$.truthy(D$.gp(entitlements, "sectionsAvailable"))) {
          sections = D$.findAll(sections, function(child) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.contains(D$.gp(entitlements, "sectionsAvailable"), D$.gp(child, "code")); });
        }
        return D$.pset(_self.scope, "menu", sections);
      }]);
    };
    _self.updateOwner = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(D$.gp(_self.scope, "owner"), "_id"))) {
        return null;
      }
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "ownerId", D$.gp(D$.gp(_self.scope, "owner"), "_id"));
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "owner", D$.gp(_self.scope, "owner"));
      D$.pset(_self.scope, "isOwner", D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId")));
      let entLoader = _self.showLoading("Loading Account...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadEntitlements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(entitlements) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        entLoader();
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", entitlements);
        return _self.loadRootSection();
      }]);
    };
    _self.createUserAsOwner = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(_self.q, "dialog", [{title: "Are you sure?", message: "You are about to make yourself a data owner aswell", cancel: true}]), "onOk", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let connectionLoader = _self.showLoading("Creating owner...");
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "connectedUser"), "connectUser", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(connection) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          connectionLoader();
          D$.pset(_self.scope, "owner", D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"));
          _self.loadConnections();
          return _self.updateOwner();
        }]);
      }]);
    };
    _self.checkReleased = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "request", {});
      D$.pset(_self.scope, "status", "none");
      let releaseLoader = _self.showLoading("Checking Account Status...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "checkReleased", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        releaseLoader();
        D$.pset(_self.scope, "status", status);
        if (!D$.eq(D$.gp(_self.scope, "status"), "none")) {
          return null;
        }
        let requestLoader = _self.showLoading("Creating Draft Request...");
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "create", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(request) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          requestLoader();
          return D$.pset(_self.scope, "request", request);
        }]);
      }]);
    };
    _self.requestRelease = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(D$.gp(_self.scope, "request"), "certificate"))) {
        return _self.notify("Document Required", "negative");
      }
      let requestLoader = _self.showLoading("Creating Request...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "requestRelease", [D$.gp(D$.gp(_self.scope, "request"), "_id"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        requestLoader();
        _self.notify("Release Requested");
        D$.pset(_self.scope, "releaseDialog", false);
        return _self.checkReleased();
      }]);
    };
    _self.openReleaseDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(_self.scope, "status"), "approved")) {
        return _self.notify("Account already released");
      }
      if (D$.eq(D$.gp(_self.scope, "status"), "pending")) {
        return _self.notify("Account release pending");
      }
      return D$.pset(_self.scope, "releaseDialog", true);
    };
    _self.releaseStatusString = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(_self.scope, "status"), "approved")) {
        return "Released";
      }
      if (D$.eq(D$.gp(_self.scope, "status"), "pending")) {
        return "Pending";
      }
      return "Release Acc.";
    };
    _self.navigateToSection = function(child) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/section/", D$.gp(child, "_id"))]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/home";
  }
}
class VueMediaUploadComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === VueMediaUploadComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { mounted: this.mounted, created: this.created };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "playOnHover"))) {
        D$.pset(self, "playOnHover", false);
      }
      if (!D$.truthy(D$.gp(self, "upload"))) {
        D$.pset(self, "upload", false);
      }
      if (!D$.truthy(D$.gp(self, "controls"))) {
        D$.pset(self, "controls", false);
      }
      if (!D$.truthy(D$.gp(self, "muted"))) {
        D$.pset(self, "muted", false);
      }
      if (!D$.truthy(D$.gp(self, "autoplay"))) {
        D$.pset(self, "autoplay", false);
      }
      if (D$.truthy(D$.gp(self, "previewOnly"))) {
        D$.pset(self, "previewOnly", true);
      } else {
        D$.pset(self, "previewOnly", false);
      }
      if (!D$.truthy(D$.gp(self, "loop"))) {
        D$.pset(self, "loop", false);
      }
      if (!D$.truthy(D$.gp(self, "trapezoid"))) {
        D$.pset(self, "trapezoid", false);
      }
      if (!D$.truthy(D$.gp(self, "fit"))) {
        D$.pset(self, "fit", "cover");
      }
      if (!D$.truthy(D$.gp(self, "fill"))) {
        D$.pset(self, "fill", "fill");
      }
      if (!D$.truthy(D$.gp(self, "downloadFile"))) {
        D$.pset(self, "downloadFile", false);
      }
      if (!D$.truthy(D$.gp(self, "zoom"))) {
        D$.pset(self, "zoom", false);
      }
      if (!D$.truthy(D$.gp(self, "showFileName"))) {
        D$.pset(self, "showFileName", false);
      }
      if (!D$.truthy(D$.gp(self, "controlsList"))) {
        D$.pset(self, "controlsList", "nofullscreen nodownload");
      }
      if (!D$.truthy(D$.gp(self, "customControls"))) {
        D$.pset(self, "customControls", false);
      }
      D$.pset(self, "isCordova", Utils.isCordova());
      if (((!D$.truthy(D$.gp(self, "previewOnly")) && !D$.truthy(D$.gp(self, "playOnHover"))) && _self.isType("media", self))) {
        D$.pset(self, "showPlayer", true);
      }
      D$.pset(self, "showImageDialog", false);
      _self.setupUrls(self);
      return _self.setupZoomView(self);
    };
    _self.watchOObject = function(val, oldVal) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      _self.setupUrls(self);
      return _self.setupZoomView(self);
    };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.mouseover = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.videoControl(_this$, true);
    };
    _self.mouseout = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.videoControl(_this$, false);
    };
    _self.videoControl = function(self, playNow) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(self, "playOnHover"))) {
        D$.pset(self, "showPlayer", playNow);
        if (D$.truthy(playNow)) {
          _self.nextTick(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []); });
        }
      }
    };
    _self.play = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []);
      D$.pset(self, "playing", true);
      return D$.mc(D$.add(D$.gp(D$.fs("o", _this$, _self, ()=>o), "metricService"), D$.sp(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"), "_id"), "fitworld.video.play", D$.gp(D$.gp(self, "oObject"), "_id")), "do", []);
    };
    _self.pause = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "pause", []);
      return D$.pset(self, "playing", false);
    };
    _self.show = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "zoom"))) {
        return null;
      }
      D$.pset(self, "showImageDialog", true);
      _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
      });
      if (D$.truthy(Utils.isCordova())) {
        D$.mc(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "lock", ["any"]);
      }
    };
    _self.hideImageDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.self, "showImageDialog", false);
      if (D$.truthy(Utils.isCordova())) {
        D$.mc(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "lock", ["portrait"]);
      }
    };
    _self.changeFullscreen = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("fullscreen"));
      let self = _this$;
      D$.pset(self, "fullscreen", true);
      let video = D$.gp(D$.gp(self, "$refs"), "video");
      let onfullscreenchange = function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("onfullscreenchange"));
        D$.pset(self, "fullscreen", !D$.truthy(D$.gp(self, "fullscreen")));
        return console.log(D$.str(D$.gp(self, "fullscreen")));
      };
      D$.pset(video, "onfullscreenchange", onfullscreenchange);
      D$.pset(video, "mozfullscreenchange", onfullscreenchange);
      D$.pset(video, "webkitfullscreenchange", onfullscreenchange);
      D$.pset(video, "msfullscreenchange", onfullscreenchange);
      if (D$.truthy(D$.gp(video, "requestFullScreen"))) {
        return D$.mc(video, "requestFullScreen", []);
      }
      if (D$.truthy(D$.gp(video, "webkitEnterFullScreen"))) {
        return D$.mc(video, "webkitEnterFullScreen", []);
      }
      if (D$.truthy(D$.gp(video, "webkitRequestFullScreen"))) {
        return D$.mc(video, "webkitRequestFullScreen", []);
      }
      if (D$.truthy(D$.gp(video, "mozRequestFullScreen"))) {
        return D$.mc(video, "mozRequestFullScreen", []);
      }
      if (D$.truthy(D$.gp(video, "msRequestFullscreen"))) {
        return D$.mc(video, "msRequestFullscreen", []);
      }
    };
    _self.mute = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", true);
      return D$.pset(self, "muted", true);
    };
    _self.unmute = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", false);
      return D$.pset(self, "muted", false);
    };
    _self.download = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(D$.fs("window", _this$, _self, ()=>window), "open", [D$.gp(self, "downloadUrl"), "_system", "closebuttoncaption=DONE&location=no"]);
    };
    _self.isProcessing = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return (D$.gp(_self.self, "oObject") && D$.eq(D$.sp(D$.getAt(D$.gp(_self.self, "oObject"), D$.gp(_self.self, "oPropName")), "processing"), true));
    };
    _self.setupUrls = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(self, "placeHolderUrl", `/statics/vue-wrapper/img/placeHolder.png?${D$.str((D$.truthy(D$.gp(self, "width")) ? D$.plus("&width=", D$.gp(self, "width")) : ""))}${D$.str((D$.truthy(D$.gp(self, "height")) ? D$.plus("&height=", D$.gp(self, "height")) : ""))};${D$.str((D$.truthy(D$.gp(self, "staticHeight")) ? D$.plus("height:", D$.gp(self, "staticHeight")) : ""))};`);
      D$.pset(self, "myStyle", `${D$.str((D$.truthy(D$.gp(self, "width")) ? D$.plus(D$.plus("min-width:", D$.gp(self, "width")), "px") : ""))};${D$.str((D$.truthy(D$.gp(self, "height")) ? D$.plus(D$.plus("min-height:", D$.gp(self, "height")), "px") : ""))};${D$.str((D$.truthy(D$.gp(self, "radius")) ? D$.plus(D$.plus("border-radius:", D$.gp(self, "radius")), "px") : ""))};${D$.str((D$.truthy(D$.gp(self, "staticHeight")) ? D$.plus("height:", D$.gp(self, "staticHeight")) : ""))};`);
      D$.pset(self, "acceptFiles", ((_e)=>D$.truthy(_e)?_e:"image/*")(D$.gp(self, "mimeType")));
      if ((!D$.truthy(D$.gp(self, "oObject")) || !D$.truthy(D$.getAt(D$.gp(self, "oObject"), D$.gp(self, "oPropName"))))) {
        console.log(D$.str("NO OBJECT"));
        D$.pset(self, "previewUrl", D$.gp(self, "placeHolder"));
        D$.pset(self, "downloadUrl", D$.gp(self, "placeHolderUrl"));
        console.log(D$.str(D$.gp(self, "previewUrl")));
        console.log(D$.str(D$.gp(self, "downloadUrl")));
        return null;
      }
      if (D$.truthy(_self.isProcessing())) {
        console.log(D$.str("isProcessing"));
        D$.pset(self, "placeHolderUrl", "/statics/vue-wrapper/img/spinner.gif");
        D$.pset(self, "previewUrl", D$.gp(self, "placeHolder"));
        D$.pset(self, "downloadUrl", D$.gp(self, "placeHolderUrl"));
        console.log(D$.str(D$.gp(self, "previewUrl")));
        console.log(D$.str(D$.gp(self, "downloadUrl")));
        return null;
      }
      console.log(D$.str("ALL GOOD"));
      let fileInfo = D$.getAt(D$.gp(self, "oObject"), D$.gp(self, "oPropName"));
      D$.pset(self, "contentType", D$.gp(fileInfo, "contentType"));
      let objectId = D$.gp(D$.gp(self, "oObject"), "_id");
      let lastUpdated = D$.gp(D$.gp(self, "oObject"), "_lastUpdated");
      try {
        lastUpdated = D$.mc(lastUpdated, "getTime", []);
      } catch (all) {
      }
      D$.pset(self, "previewUrl", `/media-cache/filePreview/${D$.str(objectId)}/${D$.str(D$.gp(self, "oPropName"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}?${D$.str((D$.truthy(D$.gp(self, "width")) ? D$.plus("&width=", D$.gp(self, "width")) : ""))}${D$.str((D$.truthy(D$.gp(self, "height")) ? D$.plus("&height=", D$.gp(self, "height")) : ""))}`);
      D$.pset(self, "downloadUrl", `/media-cache/file/${D$.str(objectId)}/${D$.str(D$.gp(self, "oPropName"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}`);
      console.log(D$.str(D$.gp(self, "previewUrl")));
      return console.log(D$.str(D$.gp(self, "downloadUrl")));
    };
    _self.setupZoomView = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(self, "hammerRef", (D$.truthy(D$.gp(self, "oObject")) ? D$.plus(D$.plus(D$.plus("hammerRef:", D$.gp(D$.gp(self, "oObject"), "_id")), ":"), D$.gp(self, "oPropName")) : ""));
    };
    _self.isType = function(testType, self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(self, "oObject"))) {
        if (D$.eq(testType, "empty")) {
          return true;
        }
        return false;
      }
      let fileInfo = D$.getAt(D$.gp(self, "oObject"), D$.gp(self, "oPropName"));
      if ((D$.eq(testType, "empty") && !D$.truthy(fileInfo))) {
        return true;
      }
      if (!D$.truthy(fileInfo)) {
        return false;
      }
      if (D$.eq(testType, "image")) {
        return D$.mc(D$.gp(fileInfo, "contentType"), "startsWith", ["image"]);
      }
      if (D$.eq(testType, "media")) {
        return (D$.mc(D$.gp(fileInfo, "contentType"), "startsWith", ["video"]) || D$.mc(D$.gp(fileInfo, "contentType"), "startsWith", ["audio"]));
      }
      if (D$.eq(testType, "application/pdf")) {
        return D$.mc(D$.gp(fileInfo, "contentType"), "startsWith", ["application/pdf"]);
      }
      return false;
    };
    _self.saveFile = function(newFile) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let uploadFile = D$.getAt(D$.gp(D$.gp(newFile, "target"), "files"), 0);
      return Utils.post(uploadFile, D$.fs("oPropName", _this$, _self, ()=>oPropName), D$.fs("oName", _this$, _self, ()=>oName), D$.gp(D$.fs("oObject", _this$, _self, ()=>oObject), "_id"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "mediaCacheService"), "deleteCache", [D$.gp(D$.gp(self, "oObject"), "_id"), D$.gp(self, "oPropName")]), "do", []);
        let fileInfo = {id: `${D$.str(D$.gp(D$.gp(self, "oObject"), "_id"))}_${D$.str(D$.gp(self, "oPropName"))}`, filename: D$.gp(uploadFile, "name"), contentType: D$.gp(uploadFile, "type")};
        D$.pset(D$.gp(self, "oObject"), "_lastUpdated", new Date());
        D$.gp(self, "oObject")[D$.gp(self, "oPropName")] = fileInfo;
        _self.setupUrls(self);
        if (D$.truthy(D$.gp(self, "uploadCallback"))) {
          D$.mc(self, "uploadCallback", []);
        }
      });
    };
    _self.beforeUnmount = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "showPlayer", false);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = ["oObject", "oName", "oPropName", "label", "width", "height", "mimeType", "upload", "controls", "autoplay", "playOnHover", "muted", "fit", "controlsList", "previewOnly", "loop", "customControls", "trapezoid", "fill", "radius", "downloadFile", "zoom", "uploadCallback", "showFileName", "staticHeight"];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {mediaUrl: "", myStyle: "", acceptFiles: "", contentType: "", showPlayer: false, isCordova: false, playing: false, muted: false, fullscreen: false, showImageDialog: false}; };
  }
}
class SectionComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === SectionComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Section");
      D$.pset(_self.scope, "section", {});
      D$.pset(_self.scope, "children", []);
      D$.pset(_self.scope, "entities", []);
      D$.pset(_self.scope, "entityInstances", []);
      D$.pset(_self.scope, "cards", []);
      D$.pset(_self.scope, "permission", "none");
      return _self.loadSection();
    };
    _self.loadSection = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchSectionWithChildren", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(D$.gp(_self.route, "params"), "id"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        D$.pset(_self.scope, "section", D$.gp(data, "section"));
        D$.pset(_self.scope, "children", D$.gp(data, "children"));
        D$.pset(_self.scope, "entities", D$.gp(data, "entities"));
        D$.pset(_self.scope, "entityInstances", D$.gp(data, "entityInstances"));
        D$.pset(_self.scope, "cards", D$.gp(data, "cards"));
        D$.pset(_self.scope, "permission", D$.gp(data, "permission"));
        return _self.updateTitle(D$.gp(D$.gp(_self.scope, "section"), "name"));
      }]);
    };
    _self.addInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.sp(D$.gp(_self.scope, "section"), "maxInstances") && (((_r)=>(_r==null?null:D$.size(_r)))(D$.gp(_self.scope, "entityInstances")) >= D$.sp(D$.gp(_self.scope, "section"), "maxInstances")))) {
        return _self.notify("You've reached the limit! Cannot add more", "negative");
      }
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "entityInstance"), "create", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.gp(_self.scope, "section"), "instanceLabel"), D$.gp(D$.gp(_self.scope, "section"), "_id"), D$.gp(D$.gp(_self.scope, "section"), "templateEntity"), function(instance) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        return _self.navigateToInstance(instance);
      }]);
    };
    _self.navigateCard = function(card) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(card, "type"), "entity")) {
        return _self.navigateToEntity(card);
      }
      if (D$.eq(D$.gp(card, "type"), "instance")) {
        return _self.navigateToInstance(card);
      }
    };
    _self.navigateToSection = function(child) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/section/", D$.gp(child, "_id"))]);
    };
    _self.navigateToEntity = function(entity) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/entity/", D$.gp(entity, "_id"))]);
    };
    _self.navigateToInstance = function(instance) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [D$.plus("/entityInstance/", D$.gp(instance, "_id"))]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/section/:id";
  }
}
class CordovaBiometrics {
  constructor(...a) {
    if (new.target === CordovaBiometrics) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.deviceHasBiometrics = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, opts = {requireStrongBiometrics: this.requireStrongBiometrics}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("Fingerprint", _this$, _self, ()=>Fingerprint), "isAvailable", [onSuccess, onError, opts]);
    };
    _self.showBiometricDialog = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {title: "Biometric Sign On", description: "Authenticate", subtitle: "", disableBackup: this.disableBackup, requireStrongBiometrics: this.requireStrongBiometrics, keyName: this.storeKeyName}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("Fingerprint", _this$, _self, ()=>Fingerprint), "show", [params, onSuccess, onError]);
    };
    _self.registerSecret = function(secret, onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {description: "Register new biometric", invalidateOnEnrollment: true, disableBackup: this.disableBackup, keyName: this.storeKeyName}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(params, "secret", secret);
      return D$.mc(D$.fs("Fingerprint", _this$, _self, ()=>Fingerprint), "registerBiometricSecret", [params, onSuccess, onError]);
    };
    _self.loadSecret = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {description: "Load biometrics", disableBackup: this.disableBackup, keyName: this.storeKeyName}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("Fingerprint", _this$, _self, ()=>Fingerprint), "loadBiometricSecret", [params, onSuccess, onError]);
    };
    _self.deleteSecret = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {keyName: this.storeKeyName}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.fs("Fingerprint", _this$, _self, ()=>Fingerprint), "deleteBiometricSecret", [params, onSuccess, onError]);
    };
  }
  $gsInit() {
    const _self = this;
    this.disableBackup = false;
    this.requireStrongBiometrics = false;
    this.storeKeyName = "com.i3";
  }
  static verifyBiometricsPlugin() {

        return ( window?.Fingerprint !== undefined)
    
  }
}
class LegionPinComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === LegionPinComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("LegionPinComponent.created()"));
      D$.pset(_self.scope, "pin", "");
      return D$.pset(_self.scope, "processing", false);
    };
    _self.pinAuth = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(_self.scope, "pin"))) {
        _self.notify("Please enter pin", "negative");
        return null;
      }
      if (!D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"))) {
        D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/login"]);
      }
      D$.pset(_self.scope, "processing", true);
      return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "authWithPin", [D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"), D$.gp(_self.scope, "pin"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("result"));
        console.log(D$.str(result));
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "user", D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"));
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "userId", D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUserId"));
        D$.pset(_self.scope, "processing", false);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/"]);
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify(D$.gp(error, "message"), "negative");
        return D$.pset(_self.scope, "processing", false);
      }]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/legionPin";
  }
}
class I3DatePicker extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3DatePicker) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      console.log(D$.str("self.date"));
      console.log(D$.str(D$.gp(self, "date")));
      return _self.init(self);
    };
    _self.init = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(self, "mask"))) {
        D$.pset(self, "formatString", D$.gp(self, "mask"));
      }
      return D$.pset(self, "dateString", (D$.truthy(D$.gp(self, "date")) ? D$.mc(_self.moment(D$.gp(self, "date")), "format", ["YYYY-MM-DD"]) : null));
    };
    _self.openDatePickerDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "datePickerDialog", true);
    };
    _self.selectDate = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      console.log(D$.str("val"));
      console.log(D$.str(val));
      let date = new Date(val);
      console.log(D$.str("date"));
      console.log(D$.str(date));
      D$.pset(self, "dateString", (D$.truthy(date) ? D$.mc(_self.moment(date), "format", ["YYYY-MM-DD"]) : null));
      D$.pset(self, "datePickerDialog", false);
      return _self.emit("update:date", date);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {date: D$.fs("Date", this, this, ()=>Date), clearable: D$.fs("Boolean", this, this, ()=>Boolean), label: D$.fs("String", this, this, ()=>String), disable: D$.fs("Boolean", this, this, ()=>Boolean), readonly: D$.fs("Boolean", this, this, ()=>Boolean), filled: D$.fs("Boolean", this, this, ()=>Boolean), outlined: D$.fs("Boolean", this, this, ()=>Boolean), borderless: D$.fs("Boolean", this, this, ()=>Boolean), standout: D$.fs("Boolean", this, this, ()=>Boolean), rounded: D$.fs("Boolean", this, this, ()=>Boolean), square: D$.fs("Boolean", this, this, ()=>Boolean), dense: D$.fs("Boolean", this, this, ()=>Boolean), landscape: D$.fs("Boolean", this, this, ()=>Boolean), todayBtn: D$.fs("Boolean", this, this, ()=>Boolean), minimal: D$.fs("Boolean", this, this, ()=>Boolean), mask: D$.fs("String", this, this, ()=>String)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {dateString: "", formatString: "DD MMM YYYY", datePickerDialog: false}; };
  }
}
class ProductPaymentComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === ProductPaymentComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Subscription");
      D$.pset(_self.scope, "products", []);
      D$.pset(_self.scope, "subscriptions", []);
      D$.pset(_self.scope, "cardDialog", false);
      D$.pset(_self.scope, "card", {});
      D$.pset(_self.scope, "selectedProduct", null);
      D$.pset(_self.scope, "isPaying", false);
      D$.pset(_self.scope, "preselectedCode", "");
      return _self.loadProducts(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.loadSubscriptions(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.applyPendingProduct(); }); });
    };
    _self.loadProducts = function(done = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadProducts", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "products", ((_e)=>D$.truthy(_e)?_e:[])(D$.gp(result, "products")));
        if (D$.truthy(done)) {
          done();
        }
      }]);
    };
    _self.loadSubscriptions = function(done = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadSubscriptions", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "subscriptions", ((_e)=>D$.truthy(_e)?_e:[])(D$.gp(result, "subscriptions")));
        if (D$.truthy(done)) {
          done();
        }
      }]);
    };
    _self.applyPendingProduct = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let code = D$.gp(D$.fs("session", _this$, _self, ()=>session), "entryProductCode");
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "entryProductCode", null);
      if (!D$.truthy(code)) {
        return null;
      }
      let wanted = D$.mc(`${D$.str(code)}`, "toLowerCase", []);
      let product = D$.find(D$.gp(_self.scope, "products"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.mc(`${D$.str(D$.gp(it, "code"))}`, "toLowerCase", []), wanted); });
      if ((!D$.truthy(product) || _self.isSubscribed(product))) {
        return null;
      }
      D$.pset(_self.scope, "preselectedCode", D$.gp(product, "code"));
      return _self.openSubscribe(product);
    };
    _self.priceLabel = function(product) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(product, "priceCents"))) {
        return "Free";
      }
      return `R${D$.str(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "floor", [D$.div(D$.gp(product, "priceCents"), 100)]))} / month`;
    };
    _self.planFeatures = function(product) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let ent = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(product, "entitlements"));
      let features = [];
      if (D$.truthy(D$.gp(ent, "storageAllocation"))) {
        D$.leftShift(features, `${D$.str(D$.gp(ent, "storageAllocation"))} MB secure storage`);
      }
      if (D$.truthy(D$.gp(ent, "maxNotifiers"))) {
        D$.leftShift(features, `Up to ${D$.str(D$.gp(ent, "maxNotifiers"))} notifier${D$.str((D$.eq(D$.gp(ent, "maxNotifiers"), 1) ? "" : "s"))}`);
      }
      if (D$.eq(D$.gp(ent, "permissionOptions"), "premium")) {
        D$.leftShift(features, "Premium sharing permissions (view, restrict & edit)");
      } else
      if (D$.eq(D$.gp(ent, "permissionOptions"), "basic")) {
        D$.leftShift(features, "Basic sharing permissions (restricted viewing)");
      }
      if (D$.truthy(D$.gp(ent, "temporaryAccessFeature"))) {
        D$.leftShift(features, "Temporary access sharing");
      }
      if (D$.truthy(D$.gp(ent, "sectionsAvailable"))) {
        D$.leftShift(features, `Sections: ${D$.str(D$.join(D$.collect(D$.gp(ent, "sectionsAvailable"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.prettify(it); }), ", "))}`);
      } else {
        D$.leftShift(features, "All Skriba sections included");
      }
      return features;
    };
    _self.prettify = function(code) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.join(D$.collect(D$.mc(`${D$.str(code)}`, "split", ["_"]), function(w) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return (D$.truthy(w) ? D$.plus(D$.mc(D$.getAt(w, 0), "toUpperCase", []), D$.mc(w, "substring", [1])) : w); }), " ");
    };
    _self.isSubscribed = function(product) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.any(D$.gp(_self.scope, "subscriptions"), function(sub) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return (D$.eq(D$.gp(D$.gp(sub, "product"), "_id"), D$.gp(product, "_id")) && (D$.eq(D$.gp(sub, "status"), "ACTIVE") || D$.eq(D$.gp(sub, "status"), "TRIALING"))); });
    };
    _self.openSubscribe = function(product) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "selectedProduct", product);
      D$.pset(_self.scope, "card", {});
      return D$.pset(_self.scope, "cardDialog", true);
    };
    _self.confirmSubscribe = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (((!D$.truthy(D$.gp(D$.gp(_self.scope, "card"), "pan")) || !D$.truthy(D$.gp(D$.gp(_self.scope, "card"), "expMonth"))) || !D$.truthy(D$.gp(D$.gp(_self.scope, "card"), "expYear")))) {
        return _self.notify("Please complete the card details", "warning");
      }
      D$.pset(_self.scope, "isPaying", true);
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "subscribeToProduct", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(D$.gp(_self.scope, "selectedProduct"), "_id"), D$.gp(_self.scope, "card"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isPaying", false);
        if (D$.truthy(D$.sp(result, "ok"))) {
          D$.pset(_self.scope, "cardDialog", false);
          D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", D$.gp(result, "entitlements"));
          _self.notify(`Subscribed to ${D$.str(D$.gp(D$.gp(_self.scope, "selectedProduct"), "name"))}`, "positive");
          _self.loadSubscriptions();
          D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/home"]);
        } else {
          _self.notify(((_e)=>D$.truthy(_e)?_e:"Payment failed")(D$.sp(result, "error")), "negative");
        }
      }]);
    };
    _self.cancelSubscription = function(subscription) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(_self.q, "dialog", [{title: "Cancel Subscription?", message: `Are you sure you want to cancel your subscription to ${D$.str(D$.gp(D$.gp(subscription, "product"), "name"))}?`, cancel: true}]), "onOk", [function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "cancelSubscription", [D$.gp(subscription, "_id")]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify(`Subscription to ${D$.str(D$.gp(D$.gp(subscription, "product"), "name"))} cancelled`, "positive");
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadEntitlements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(entitlements) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", entitlements);
          return _self.loadSubscriptions();
        }]);
      }, function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.notify("Could not cancel subscription", "negative"); }]); }]);
    };
    _self.statusColor = function(status) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.eq(status, "ACTIVE") || D$.eq(status, "TRIALING"))) {
        return "positive";
      }
      if ((D$.eq(status, "PAST_DUE") || D$.eq(status, "ARREARS"))) {
        return "warning";
      }
      return "grey";
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/productPayment";
  }
}
class CordovaPushNotification {
  constructor(...a) {
    if (new.target === CordovaPushNotification) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.toLocation = function(path) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.setTimeout(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(D$.mc(path, "startsWith", ["http"]))) {
          path = D$.plus(D$.plus(D$.getAt(D$.mc(D$.str(D$.gp(D$.gp(D$.fs("window", _this$, _self, ()=>window), "location"), "href")), "split", ["#"]), 0), "#"), path);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:path:${D$.str(path)}`]);
        }
        return D$.pset(D$.fs("window", _this$, _self, ()=>window), "location", path);
      }, 1000);
    };
    _self.subscribe = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.add(_self.notificationListeners, callback);
    };
  }
  $gsInit() {
    const _self = this;
    this.notificationListeners = [];
    this.pushConfig = {android: {icon: "ic_notification"}, ios: {alert: "true", badge: "true", sound: "true"}, windows: {}};
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceready", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaPushNotification.pluginInstalled())) {
        return null;
      }
      return D$.mc(D$.fs("legionUserService", _this$, _self, ()=>legionUserService), "loadLegionUser", [function(user) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.pushService = D$.mc(D$.fs("PushNotification", _this$, _self, ()=>PushNotification), "init", [_self.pushConfig]);
        D$.mc(_self.pushService, "on", ["registration", function(data) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:registration:START:${D$.str(D$.gp(user, "_id"))}:${D$.str(Utils.deviceType())}:${D$.str(D$.gp(data, "registrationId"))}`]);
          CordovaPushNotification.hasNotificationPermission(function(status) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return console.log(D$.str(`CordovaPushNotificationService:registration:STATUS:${D$.str(D$.gp(user, "_id"))}:${D$.str(status)}`)); });
          return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaDeviceNotificationService"), "registerDevice", [D$.gp(user, "_id"), D$.gp(data, "registrationId"), Utils.deviceType(), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:registration:DONE:${D$.str(D$.gp(user, "_id"))}:${D$.str(Utils.deviceType())}:${D$.str(D$.gp(data, "registrationId"))}`]); }]);
        }]);
        D$.mc(_self.pushService, "on", ["error", function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:error:${D$.str(error)}`]); }]);
        return D$.mc(_self.pushService, "on", ["notification", function(data) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`Notification received by device - ${D$.str(data)}`]);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [data]);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:notification:1:${D$.str(D$.gp(data, "message"))}`]);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:notification:2:${D$.str(D$.gp(D$.gp(data, "additionalData"), "foreground"))}`]);
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaPushNotificationService:notification:3:${D$.str(D$.gp(D$.gp(data, "additionalData"), "url"))}`]);
          if (D$.truthy(_self.notificationListeners)) {
            D$.each(_self.notificationListeners, function(callback) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(data); });
            return null;
          }
          if ((D$.eq(D$.gp(D$.gp(data, "additionalData"), "foreground"), false) && D$.gp(D$.gp(data, "additionalData"), "url"))) {
            _self.toLocation(D$.gp(D$.gp(data, "additionalData"), "url"));
          }
        }]);
      }]);
    }, false]);
  }
  static pluginInstalled() {

        return ( typeof PushNotification !== 'undefined')
    
  }
  static hasNotificationPermission(callback = function(it) {
    const _this$ = (this === undefined || this === globalThis) ? _self : this;
  }) {

        if (!Utils.isCordova()) return false;
        var permissions = cordova.plugins.permissions;
        if (!permissions) return false
        
        console.log('permissions', permissions)
        
        permissions.checkPermission(permissions.POST_NOTIFICATIONS, function( status ){
            if ( status.hasPermission ) {
                return callback(true);
            } else {
                permissions.requestPermission(permissions.POST_NOTIFICATIONS, function( result ){
                    return callback(result)
                });
            }
        });
    
  }
}
class I3BottomContainer extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3BottomContainer) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return _self.waitForRefs(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(self, "bottomContainerHeight", D$.gp(D$.gp(_self.refs, "bottomContainer"), "offsetHeight")); });
    };
    _self.waitForRefs = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.sp(_self.refs, "bottomContainer"))) {
        callback();
      } else {
        Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.waitForRefs(callback); }, 100);
      }
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {margin: {type: D$.fs("String", this, this, ()=>String), default: "lg"}, maxWidth: {type: D$.fs("String", this, this, ()=>String), default: ""}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {bottomContainerHeight: 60}; };
  }
}
class CordovaMedia {
  constructor(...a) {
    if (new.target === CordovaMedia) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.processFile = function(onSuccess, onError, mediaFiles) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let file = D$.getAt(mediaFiles, 0);
      return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "blobFromFileUrl", [D$.gp(file, "fullPath"), function(blob) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onSuccess(blob); }, onError]);
    };
    _self.captureAudio = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "device"), "capture"), "captureAudio", [function(mediaFiles) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.processFile(onSuccess, onError, mediaFiles); }, onError, {limit: 1, duration: 120}]);
    };
    _self.captureImage = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "device"), "capture"), "captureImage", [function(mediaFiles) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.processFile(onSuccess, onError, mediaFiles); }, onError, {limit: 1}]);
    };
    _self.captureVideo = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "device"), "capture"), "captureVideo", [function(mediaFiles) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.processFile(onSuccess, onError, mediaFiles); }, onError, {limit: 1, duration: 120, quality: 0.6}]);
    };
  }
  $gsInit() {
    const _self = this;
  }
}
class I3Media extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Media) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("I3Media.created()"));
      let self = _this$;
      return _self.init(self);
    };
    _self.watchObject = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return _self.init(self);
    };
    _self.init = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(self, "placeholderUrl", "/statics/vue-wrapper/img/placeHolder.png");
      D$.pset(self, "mediaType", "");
      D$.pset(self, "fileToUpload", null);
      D$.pset(self, "viewDialog", false);
      D$.pset(self, "uploadEnabled", false);
      D$.pset(self, "deleteEnabled", false);
      D$.pset(self, "downloadEnabled", false);
      D$.pset(self, "cameraEnabled", false);
      D$.pset(self, "ratioStyle", (D$.truthy(D$.gp(self, "ratio")) ? D$.plus(D$.plus("padding-top:", D$.multiply(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "pow", [D$.gp(self, "ratio"), -1]), 100)), "%") : ""));
      D$.pset(self, "ratioClass", (D$.truthy(D$.gp(self, "ratio")) ? "absolute" : ""));
      D$.pset(self, "borderRadiusStyle", (D$.truthy(D$.gp(self, "borderRadius")) ? D$.plus("border-radius:", D$.gp(self, "borderRadius")) : ""));
      D$.pset(self, "maxWidthStyle", (D$.truthy(D$.gp(self, "maxWidth")) ? D$.plus("max-width:", D$.gp(self, "maxWidth")) : ""));
      D$.pset(self, "maxHeightStyle", (D$.truthy(D$.gp(self, "maxHeight")) ? D$.plus("max-height:", D$.gp(self, "maxHeight")) : ""));
      D$.pset(self, "grayScaleStyle", (D$.truthy(D$.gp(self, "grayScale")) ? "filter: grayscale(1)" : ""));
      D$.pset(self, "staticWidth", (D$.truthy(D$.gp(self, "width")) ? D$.plus("width:", D$.gp(self, "width")) : ""));
      D$.pset(self, "staticHeight", (D$.truthy(D$.gp(self, "height")) ? D$.plus("height:", D$.gp(self, "height")) : ""));
      D$.pset(self, "loading", (D$.truthy(D$.gp(self, "eager")) ? "eager" : "lazy"));
      D$.pset(self, "videoMuted", D$.gp(self, "muted"));
      D$.pset(self, "accepted", _self.resolveAcceptedType(D$.gp(self, "type")));
      if (D$.truthy(D$.gp(self, "path"))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "path"));
      }
      if (D$.truthy(D$.gp(self, "placeholder"))) {
        D$.pset(self, "placeholderUrl", D$.gp(self, "placeholder"));
      }
      if ((!D$.truthy(D$.gp(self, "object")) || !D$.truthy(D$.gp(self, "prop")))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "placeholderUrl"));
      }
      if (D$.truthy(D$.gp(self, "upload"))) {
        D$.pset(self, "uploadEnabled", true);
      }
      if (D$.truthy(D$.gp(self, "camera"))) {
        D$.pset(self, "cameraEnabled", (Utils.isCordova() && D$.mc(D$.fs("cordovaPhoto", _this$, _self, ()=>cordovaPhoto), "isAvailable", [])));
      }
      if (!D$.truthy(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "placeholderUrl"));
      }
      if (D$.truthy(D$.gp(self, "delete"))) {
        D$.pset(self, "deleteEnabled", true);
      }
      if (D$.truthy(D$.gp(self, "download"))) {
        D$.pset(self, "downloadEnabled", true);
      }
      let fileInfo = D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop"));
      let lastUpdated = D$.gp(D$.gp(self, "object"), "_lastUpdated");
      try {
        lastUpdated = D$.mc(lastUpdated, "getTime", []);
      } catch (all) {
      }
      if (D$.truthy(D$.gp(self, "base64"))) {
        D$.pset(self, "mediaType", "image");
        D$.pset(self, "previewUrl", D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")));
        D$.pset(self, "downloadUrl", D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")));
        D$.pset(self, "uploadSpinner", false);
        return null;
      }
      D$.pset(self, "mediaType", _self.resolveMediaType(fileInfo, D$.gp(self, "preview")));
      let url = `/media-cache/filePreview/${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}/${D$.str(D$.gp(self, "prop"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}?`;
      if (D$.truthy(D$.gp(self, "serverWidth"))) {
        url = D$.plus(url, D$.plus("&width=", D$.gp(self, "serverWidth")));
      }
      if (D$.truthy(D$.gp(self, "serverHeight"))) {
        url = D$.plus(url, D$.plus("&height=", D$.gp(self, "serverHeight")));
      }
      D$.pset(self, "previewUrl", url);
      D$.pset(self, "downloadUrl", `/media-cache/file/${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}/${D$.str(D$.gp(self, "prop"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}`);
      if (D$.truthy(D$.contains(D$.sp(fileInfo, "contentType"), "svg"))) {
        D$.pset(self, "previewUrl", D$.gp(self, "downloadUrl"));
      }
      return _self.loadFromBlob(self);
    };
    _self.loadFromBlob = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "network"), "status"), "online")) {
        return null;
      }
      return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "getBlobFromCachedFile", [_self.resolveObjectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(entry) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((D$.gp(entry, "blob") && D$.mc(D$.gp(entry, "type"), "startsWith", ["image/"]))) {
          let blob = D$.gp(entry, "blob");
          Utils.blobToDataUrl(blob, function(base64) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            D$.pset(self, "previewUrl", base64);
            D$.pset(self, "downloadUrl", base64);
            D$.pset(self, "uploadSpinner", false);
            return _self.refreshImage(self);
          });
        }
      }]);
    };
    _self.refreshImage = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let mediaType = D$.gp(self, "mediaType");
      D$.pset(self, "mediaType", "");
      return _self.nextTick(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(self, "mediaType", mediaType); });
    };
    _self.resolveObjectName = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(self, "objectName"))) {
        return D$.gp(self, "objectName");
      }
      return D$.getAt(D$.mc(D$.gp(D$.gp(self, "object"), "_path"), "split", ["/"]), 2);
    };
    _self.openViewDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(_self.fileExists(self))) {
        return null;
      }
      if (D$.eq(D$.gp(self, "mediaType"), "file")) {
        if (D$.truthy(D$.gp(self, "downloadEnabled"))) {
          _self.downloadFile();
        }
        return null;
      }
      if (!D$.truthy(D$.gp(self, "view"))) {
        return null;
      }
      D$.pset(self, "viewDialog", true);
      return _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.eq(D$.gp(self, "mediaType"), "pdf")) {
          D$.mc(new PdfJsHandler(), "build", [D$.gp(self, "downloadUrl"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return new PinchToZoomHandler("pdf-viewer", "pdf"); }, 3000); }]);
        } else
        if (D$.eq(D$.gp(self, "mediaType"), "markdown")) {
          _self.loadMarkdown(self);
        } else
        if (!D$.eq(D$.gp(self, "mediaType"), "video")) {
          new PinchToZoomHandler("viewer-id", "image");
        }
      });
    };
    _self.closeViewDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "viewDialog", false);
    };
    _self.fileExists = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (!D$.truthy(D$.gp(self, "object"))) {
        return false;
      }
      return (D$.truthy(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop"))) ? true : false);
    };
    _self.downloadFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(D$.fs("window", _this$, _self, ()=>window), "open", [D$.gp(self, "downloadUrl"), "_system"]);
    };
    _self.saveFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "uploadSpinner", true);
      D$.mc(self, "initCallback", [D$.gp(self, "object")]);
      console.log(D$.str("self.embedText()"));
      console.log(D$.str(D$.gp(self, "embedText")));
      let embedText = "";
      if (D$.truthy(D$.gp(self, "embedText"))) {
        embedText = D$.mc(self, "embedText", []);
      }
      return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "addFile", [D$.gp(self, "fileToUpload"), _self.resolveObjectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(result, blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Media Uploaded");
        D$.pset(self, "uploadSpinner", false);
        return _self.updateMedia(self, D$.gp(D$.gp(self, "fileToUpload"), "name"), D$.gp(D$.gp(self, "fileToUpload"), "type"));
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Your offline. Upload will resume later...");
        return _self.updateMedia(self, D$.gp(D$.gp(self, "fileToUpload"), "name"), D$.gp(D$.gp(self, "fileToUpload"), "type"));
      }]);
    };
    _self.deleteFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(D$.gp(self, "object"), "_lastUpdated", new Date());
      D$.gp(self, "object")[D$.gp(self, "prop")] = null;
      D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "vueWrapperService"), "deleteFile", [D$.gp(D$.gp(self, "object"), "_id"), D$.gp(self, "prop")]), "do", []);
      D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "deleteFile", [_self.resolveObjectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id")]);
      _self.init(self);
      return D$.mc(self, "removedCallback", [D$.gp(self, "object")]);
    };
    _self.startCamera = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "uploadSpinner", true);
      D$.mc(self, "initCallback", [D$.gp(self, "object")]);
      return D$.mc(D$.fs("cordovaPhoto", _this$, _self, ()=>cordovaPhoto), "takePhotoAndUpload", [_self.resolveObjectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(localFile, blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Photo Uploaded");
        D$.pset(self, "uploadSpinner", false);
        return _self.updateMedia(self, D$.gp(localFile, "name"), D$.gp(localFile, "type"));
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`I3Media.startCamera failed: ${D$.str(error)}`]);
        _self.notify("Photo Upload Failed", "negative");
        return D$.pset(self, "uploadSpinner", false);
      }, {source: ((_e)=>D$.truthy(_e)?_e:"guided")(D$.gp(self, "cameraSource"))}]);
    };
    _self.updateMedia = function(self, filename, contentType) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "mediaCacheService"), "deleteCache", [D$.gp(D$.gp(self, "object"), "_id"), D$.gp(self, "prop")]), "do", []);
      let fileInfo = {id: `${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}_${D$.str(D$.gp(self, "prop"))}`, filename: filename, contentType: contentType};
      D$.pset(D$.gp(self, "object"), "_lastUpdated", new Date());
      D$.gp(self, "object")[D$.gp(self, "prop")] = fileInfo;
      _self.init(self);
      return D$.mc(self, "callback", [D$.gp(self, "object")]);
    };
    _self.resolveMediaType = function(fileInfo, preview) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.isMarkdown(fileInfo))) {
        return "markdown";
      }
      let contentType = ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "contentType"));
      if ((D$.contains(contentType, "image") || preview)) {
        return "image";
      }
      if (D$.truthy(D$.contains(contentType, "video"))) {
        return "video";
      }
      if (D$.truthy(D$.contains(contentType, "audio"))) {
        return "audio";
      }
      if (D$.truthy(D$.contains(contentType, "pdf"))) {
        return "pdf";
      }
      if ((!D$.truthy(contentType) && !D$.truthy(D$.sp(fileInfo, "filename")))) {
        return "image";
      }
      return "file";
    };
    _self.isMarkdown = function(fileInfo) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let ct = ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "contentType"));
      let fn = D$.mc(((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "filename")), "toLowerCase", []);
      return ((D$.contains(ct, "markdown") || D$.mc(fn, "endsWith", [".md"])) || D$.mc(fn, "endsWith", [".markdown"]));
    };
    _self.resolveAcceptedType = function(type) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(type, "pdf")) {
        return "application/pdf";
      }
      if (D$.eq(type, "video")) {
        return "video/*";
      }
      if (D$.eq(type, "audio")) {
        return "audio/*";
      }
      if (D$.eq(type, "image")) {
        return "image/*";
      }
      if (D$.eq(type, "markdown")) {
        return ".md,.markdown,text/markdown";
      }
    };
    _self.fileName = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (!D$.truthy(_self.fileExists(self))) {
        return "";
      }
      return ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")), "filename"));
    };
    _self.fileExtension = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      let name = _self.fileName(self);
      if ((!D$.truthy(name) || !D$.truthy(D$.contains(name, ".")))) {
        return "FILE";
      }
      return D$.mc(D$.mc(name, "substring", [D$.plus(D$.mc(name, "lastIndexOf", ["."]), 1)]), "toUpperCase", []);
    };
    _self.fileIcon = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      let ext = D$.mc(_self.fileExtension(self), "toLowerCase", []);
      if (D$.truthy(D$.contains(["doc", "docx", "odt", "rtf", "pages"], ext))) {
        return "description";
      }
      if (D$.truthy(D$.contains(["xls", "xlsx", "csv", "tsv", "ods", "numbers"], ext))) {
        return "table_chart";
      }
      if (D$.truthy(D$.contains(["ppt", "pptx", "odp", "key"], ext))) {
        return "slideshow";
      }
      if (D$.truthy(D$.contains(["zip", "rar", "7z", "gz", "tar"], ext))) {
        return "folder_zip";
      }
      if (D$.truthy(D$.contains(["txt", "md", "log", "json", "xml", "yml", "yaml"], ext))) {
        return "article";
      }
      return "insert_drive_file";
    };
    _self.typeLabel = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (D$.eq(D$.gp(self, "mediaType"), "file")) {
        return D$.plus(_self.fileExtension(self), " file");
      }
      return D$.gp(self, "mediaType");
    };
    _self.handlePlayback = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "customControls"))) {
        return null;
      }
      if (D$.truthy(D$.gp(self, "videoEnded"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []);
      } else
      if (D$.truthy(D$.gp(self, "videoPlaying"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "pause", []);
        D$.pset(self, "videoPlaying", false);
      } else
      if (!D$.truthy(D$.gp(self, "videoPlaying"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []);
        D$.pset(self, "videoPlaying", true);
      }
      return D$.pset(self, "videoEnded", false);
    };
    _self.playbackEnded = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "videoEnded", true);
    };
    _self.goFullscreen = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let video = D$.gp(D$.gp(self, "$refs"), "video");
      if (D$.truthy(D$.gp(video, "requestFullscreen"))) {
        return D$.mc(video, "requestFullscreen", []);
      }
      if (D$.truthy(D$.gp(video, "webkitRequestFullscreen"))) {
        return D$.mc(video, "webkitRequestFullscreen", []);
      }
    };
    _self.handleMute = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (D$.truthy(D$.gp(self, "videoMuted"))) {
        D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", false);
        D$.pset(self, "videoMuted", false);
      } else {
        D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", true);
        D$.pset(self, "videoMuted", true);
      }
    };
    _self.updateImageMetadata = function(metadata) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "imageMetadata", metadata);
    };
    _self.hasLocationData = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return (!D$.eq(D$.sp(D$.gp(self, "imageMetadata"), "latitude"), null) && !D$.eq(D$.sp(D$.gp(self, "imageMetadata"), "longitude"), null));
    };
    _self.loadGoogleMapsLink = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return `https://www.google.com/maps?q=${D$.str(D$.gp(D$.gp(self, "imageMetadata"), "latitude"))},${D$.str(D$.gp(D$.gp(self, "imageMetadata"), "longitude"))}`;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {object: D$.fs("Map", this, this, ()=>Map), prop: D$.fs("String", this, this, ()=>String), objectName: D$.fs("String", this, this, ()=>String), serverWidth: D$.fs("String", this, this, ()=>String), serverHeight: D$.fs("String", this, this, ()=>String), placeholder: D$.fs("String", this, this, ()=>String), eager: D$.fs("Boolean", this, this, ()=>Boolean), path: D$.fs("String", this, this, ()=>String), type: D$.fs("String", this, this, ()=>String), upload: D$.fs("Boolean", this, this, ()=>Boolean), delete: D$.fs("Boolean", this, this, ()=>Boolean), camera: D$.fs("Boolean", this, this, ()=>Boolean), cameraSource: D$.fs("String", this, this, ()=>String), initCallback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, removedCallback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, callback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, base64: D$.fs("Boolean", this, this, ()=>Boolean), embedText: D$.fs("Function", this, this, ()=>Function), view: D$.fs("Boolean", this, this, ()=>Boolean), download: D$.fs("Boolean", this, this, ()=>Boolean), tileDownload: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}, preview: D$.fs("Boolean", this, this, ()=>Boolean), autoplay: D$.fs("Boolean", this, this, ()=>Boolean), muted: D$.fs("Boolean", this, this, ()=>Boolean), loop: D$.fs("Boolean", this, this, ()=>Boolean), controls: D$.fs("Boolean", this, this, ()=>Boolean), playInPlace: D$.fs("Boolean", this, this, ()=>Boolean), customControls: D$.fs("Boolean", this, this, ()=>Boolean), fullscreenControl: D$.fs("Boolean", this, this, ()=>Boolean), muteControl: D$.fs("Boolean", this, this, ()=>Boolean), classes: D$.fs("String", this, this, ()=>String), width: D$.fs("String", this, this, ()=>String), height: D$.fs("String", this, this, ()=>String), maxWidth: D$.fs("String", this, this, ()=>String), maxHeight: D$.fs("String", this, this, ()=>String), borderRadius: D$.fs("String", this, this, ()=>String), ratio: D$.fs("String", this, this, ()=>String), fit: D$.fs("String", this, this, ()=>String), noSpinner: D$.fs("Boolean", this, this, ()=>Boolean), noTransition: D$.fs("Boolean", this, this, ()=>Boolean), noAnimation: D$.fs("Boolean", this, this, ()=>Boolean), location: D$.fs("Boolean", this, this, ()=>Boolean), grayScale: D$.fs("Boolean", this, this, ()=>Boolean)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {mediaType: "", uploadSpinner: false, viewDialog: false, videoPlaying: false, videoEnded: false, videoMuted: false, imageMetadata: {}, markdownHtml: ""}; };
  }
  clearPdfViewer() {

        const element = document.getElementById("pdf-viewer");
        while (element.firstChild) { element.removeChild(element.lastChild); }
    
  }
  loadMarkdown(self) {

        self.markdownHtml = '<p style="color:#888;">Loading...</p>';
        fetch(self.downloadUrl, { credentials: 'same-origin' })
            .then(function(r) { if (!r.ok) throw new Error('HTTP ' + r.status); return r.text(); })
            .then(function(t) { self.markdownHtml = self.mdToHtml(t); })
            .catch(function(e) { self.markdownHtml = '<p style="color:#c62828;">Could not load this file - ' + e.message + '</p>'; });
    
  }
  mdToHtml(text) {

        if (!text) return '<p style="color:#999;">This file is empty.</p>';
        if (typeof window.marked !== 'undefined' && window.marked.parse) { try { return window.marked.parse(text); } catch(e) {} }
        var codeBg = '#f0f0f0', preBg = '#f5f5f5', edge = '#e0e0e0', head = '#1976d2', quoteBg = '#f8f9fa', quoteTx = '#555';
        var h = text.replace(/&/g,'&amp;').replace(/</g,'&lt;').replace(/>/g,'&gt;');
        h = h.replace(/```(\w*)\n([\s\S]*?)```/g, function(m,l,c){ return '<pre style="background:'+preBg+';padding:12px;border-radius:4px;overflow-x:auto;font-size:13px;border:1px solid '+edge+';"><code>'+c.trim()+'</code></pre>'; });
        h = h.replace(/`([^`]+)`/g, '<code style="background:'+codeBg+';padding:1px 5px;border-radius:3px;font-size:13px;">$1</code>');
        h = h.replace(/^######\s+(.+)$/gm, '<h6 style="margin:14px 0 6px;font-size:14px;">$1</h6>');
        h = h.replace(/^#####\s+(.+)$/gm, '<h5 style="margin:14px 0 6px;font-size:15px;">$1</h5>');
        h = h.replace(/^####\s+(.+)$/gm, '<h4 style="margin:16px 0 6px;font-size:16px;">$1</h4>');
        h = h.replace(/^###\s+(.+)$/gm, '<h3 style="margin:18px 0 8px;font-size:17px;">$1</h3>');
        h = h.replace(/^##\s+(.+)$/gm, '<h2 style="margin:20px 0 8px;font-size:19px;border-bottom:1px solid '+edge+';padding-bottom:4px;">$1</h2>');
        h = h.replace(/^#\s+(.+)$/gm, '<h1 style="margin:24px 0 10px;font-size:22px;border-bottom:2px solid '+head+';padding-bottom:6px;color:'+head+';">$1</h1>');
        h = h.replace(/[*][*][*](.+?)[*][*][*]/g, '<strong><em>$1</em></strong>');
        h = h.replace(/[*][*](.+?)[*][*]/g, '<strong>$1</strong>');
        h = h.replace(/[*](.+?)[*]/g, '<em>$1</em>');
        h = h.replace(/^---+$/gm, '<hr style="border:none;border-top:1px solid '+edge+';margin:16px 0;">');
        h = h.replace(/^\s*- \[x\]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:4px;"><span style="color:#4caf50;margin-right:6px;">&#9745;</span>$1</div>');
        h = h.replace(/^\s*- \[ \]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:4px;"><span style="color:#bdbdbd;margin-right:6px;">&#9744;</span>$1</div>');
        h = h.replace(/^&gt;\s+(.+)$/gm, '<blockquote style="border-left:3px solid '+head+';padding:4px 12px;margin:8px 0;color:'+quoteTx+';background:'+quoteBg+';">$1</blockquote>');
        h = h.replace(/!\[([^\]]*)\]\(([^)]+)\)/g, '<img src="$2" alt="$1" style="max-width:100%;border-radius:4px;margin:8px 0;">');
        h = h.replace(/\[([^\]]+)\]\(([^)]+)\)/g, '<a href="$2" target="_blank" style="color:'+head+';">$1</a>');
        h = h.replace(/^\d+\.\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:20px;">&#8226; $1</div>');
        h = h.replace(/^[\-*]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:20px;">&#8226; $1</div>');
        h = h.replace(/^\|(.+)\|$/gm, function(m,c){ var cells=c.split('|'); if(/^[\s\-:]+$/.test(cells.join(''))) return ''; return '<tr>'+cells.map(function(x){return '<td style="padding:6px 10px;border:1px solid '+edge+';">'+x.trim()+'</td>';}).join('')+'</tr>'; });
        h = h.replace(/(<tr>[\s\S]*?<\/tr>[\s]*)+/g, '<table style="border-collapse:collapse;margin:12px 0;width:100%;">$&</table>');
        h = h.replace(/\n{2,}/g, '</p><p style="margin:8px 0;line-height:1.7;">');
        h = '<div style="font-size:14px;"><p style="margin:8px 0;line-height:1.7;">' + h + '</p></div>';
        h = h.replace(/<p[^>]*>\s*<\/p>/g, '');
        return h;
    
  }
}
I3Media.PREVIEW_LIMIT = D$.multiply(D$.multiply(10, 1024), 1024);
D$.statics(I3Media, ["PREVIEW_LIMIT"]);
class VueListSearchComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === VueListSearchComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { mounted: this.mounted };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
    _self.watchValue = function(newValue, oldValue) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "objectValue", newValue);
    };
    _self.lookupObjects = function(val = null, update = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return it(); }, abort = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (D$.truthy(D$.gp(self, "options"))) {
        update(function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(self, "optionsList", D$.gp(self, "options"));
          return _self.configLabel(self);
        });
        return null;
      }
      return D$.mc(self, "onFilter", [val, function(dbOptionsList) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return update(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(self, "optionsList", dbOptionsList);
        return _self.configLabel(self);
      }); }]);
    };
    _self.configLabel = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(self, "onLabel"))) {
        D$.pset(self, "optionLabel", D$.gp(self, "onLabel"));
      }
    };
    _self.objectSelected = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(self, "$emit", ["input", D$.gp(self, "objectValue")]);
      if (D$.truthy(D$.gp(self, "onSelect"))) {
        D$.mc(self, "onSelect", [D$.gp(self, "objectValue")]);
      }
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = (typeof toJavascript === 'function' ? toJavascript(["value", "onFilter", "onSelect", "label", "options", "outlined", "filled", "standout", "borderless", "square", "dark", "clearable", "required", "style", "onLabel", "optionLabel"]) : D$.mc(this, "toJavascript", [["value", "onFilter", "onSelect", "label", "options", "outlined", "filled", "standout", "borderless", "square", "dark", "clearable", "required", "style", "onLabel", "optionLabel"]]));
    this.data = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return {objectValue: D$.gp(self, "value"), optionsList: [], initOptions: D$.gp(self, "options"), optionLabelValue: ((_e)=>D$.truthy(_e)?_e:"name")(D$.gp(self, "optionLabel"))};
    };
  }
}
class CordovaBle {
  constructor(...a) {
    if (new.target === CordovaBle) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.initialize = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {request: true, statusReceiver: false}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBle: bluetoothle not installed"]);
        callback({status: "unavailable"});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "initialize", [function(result) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.initialized = D$.eq(D$.gp(result, "status"), "enabled");
          return callback(result);
        }, params]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBle.initialize error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
        callback({status: "error", message: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.isEnabled = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({isEnabled: false});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "isEnabled", [callback]);
      } catch (e) {
        callback({isEnabled: false});
      }
      return _this$;
    };
    _self.enable = function(success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        error({message: "BLE not installed"});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "enable", [success, error]);
      } catch (e) {
        error({message: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.startScan = function(onDevice = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, params = {services: [], allowDuplicates: false}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        onError({message: "BLE not installed"});
        return _this$;
      }
      _self.discoveredDevices = {};
      _self.scanning = true;
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "startScan", [function(result) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.eq(D$.gp(result, "status"), "scanStarted")) {
            return null;
          }
          if (D$.eq(D$.gp(result, "status"), "scanResult")) {
            if (!D$.truthy(D$.containsKey(_self.discoveredDevices, D$.gp(result, "address")))) {
              let dev = {name: ((_e)=>D$.truthy(_e)?_e:"Unknown")(D$.gp(result, "name")), address: D$.gp(result, "address"), rssi: D$.gp(result, "rssi")};
              _self.discoveredDevices[D$.gp(result, "address")] = dev;
              onDevice(dev);
            }
          }
        }, function(e) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.scanning = false;
          return onError(e);
        }, params]);
      } catch (e) {
        _self.scanning = false;
        onError({message: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.stopScan = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "stopScan", [function(r) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.scanning = false;
          return callback(r);
        }, function(e) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.scanning = false;
          return callback({error: e});
        }]);
      } catch (e) {
        _self.scanning = false;
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.isScanning = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({isScanning: false});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "isScanning", [callback]);
      } catch (e) {
        callback({isScanning: _self.scanning});
      }
      return _this$;
    };
    _self.getAdapterInfo = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "getAdapterInfo", [callback]);
      } catch (e) {
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.connect = function(address, onStatus = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        onError({message: "BLE not installed"});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "connect", [function(result) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.eq(D$.gp(result, "status"), "connected")) {
            _self.connectedDevices[address] = result;
          }
          if (D$.eq(D$.gp(result, "status"), "disconnected")) {
            D$.remove(_self.connectedDevices, address);
          }
          return onStatus(result);
        }, onError, {address: address}]);
      } catch (e) {
        onError({message: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.disconnect = function(address, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        error({message: "BLE not installed"});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "disconnect", [function(r) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.remove(_self.connectedDevices, address);
          D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "close", [function(it) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
          }, function(it) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
          }, {address: address}]);
          return success(r);
        }, error, {address: address}]);
      } catch (e) {
        error({message: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.discoverServices = function(address, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "discover", [callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({error: e}); }, {address: address}]);
      } catch (e) {
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.read = function(address, service, characteristic, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "read", [callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({error: e}); }, {address: address, service: service, characteristic: characteristic}]);
      } catch (e) {
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.write = function(address, service, characteristic, value, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "write", [callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({error: e}); }, {address: address, service: service, characteristic: characteristic, value: value}]);
      } catch (e) {
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
    _self.subscribe = function(address, service, characteristic, onNotify) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "subscribe", [onNotify, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`subscribe error: ${D$.str(e)}`]); }, {address: address, service: service, characteristic: characteristic}]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`subscribe: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
      return _this$;
    };
    _self.unsubscribe = function(address, service, characteristic, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBle.bleInstalled())) {
        callback({});
        return _this$;
      }
      try {
        D$.mc(D$.fs("bluetoothle", _this$, _self, ()=>bluetoothle), "unsubscribe", [callback, function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback({error: e}); }, {address: address, service: service, characteristic: characteristic}]);
      } catch (e) {
        callback({error: `${D$.str(D$.fs("e", _this$, _self, ()=>e))}`});
      }
      return _this$;
    };
  }
  $gsInit() {
    const _self = this;
    this.initialized = false;
    this.scanning = false;
    this.discoveredDevices = {};
    this.connectedDevices = {};
  }
  static instance() {
    const _self = this;
    if (!D$.truthy(CordovaBle.singletonInstance)) {
      CordovaBle.singletonInstance = new CordovaBle();
    }
    return CordovaBle.singletonInstance;
  }
  static bleInstalled() {
 return typeof window.bluetoothle !== 'undefined'; 
  }
}
D$.statics(CordovaBle, ["singletonInstance"]);
class CordovaBrowser {
  constructor(...a) {
    if (new.target === CordovaBrowser) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.openInApp = function(url, options = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBrowser.browserInstalled())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBrowser: InAppBrowser not installed"]);
        return null;
      }
      try {
        return D$.mc(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "InAppBrowser"), "open", [url, "_blank", _self.optionsString(options)]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`openInApp: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
        return null;
      }
    };
    _self.openSystem = function(url) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBrowser.browserInstalled())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBrowser: InAppBrowser not installed"]);
        return null;
      }
      try {
        return D$.mc(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "InAppBrowser"), "open", [url, "_system"]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`openSystem: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
        return null;
      }
    };
    _self.openHidden = function(url, onLoad = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBrowser.browserInstalled())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBrowser: InAppBrowser not installed"]);
        return null;
      }
      try {
        let ref = D$.mc(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "InAppBrowser"), "open", [url, "_blank", "hidden=yes"]);
        D$.mc(ref, "addEventListener", ["loadstop", function(event) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          onLoad(event);
          try {
            D$.mc(ref, "close", []);
          } catch (e2) {
          }
        }]);
        D$.mc(ref, "addEventListener", ["loaderror", function(event) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`openHidden loaderror: ${D$.str(event)}`]);
          try {
            D$.mc(ref, "close", []);
          } catch (e2) {
          }
        }]);
        return ref;
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`openHidden: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
        return null;
      }
    };
    _self.open = function(url, target = "_blank", options = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaBrowser.browserInstalled())) {
        return null;
      }
      try {
        return D$.mc(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "InAppBrowser"), "open", [url, target, _self.optionsString(options)]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`open: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
        return null;
      }
    };
    _self.optionsString = function(opts) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.eq(opts, null) || (D$.isa(opts, "Map") && D$.mc(opts, "isEmpty", [])))) {
        return "";
      }
      if (D$.isa(opts, "String")) {
        return opts;
      }
      let parts = [];
      D$.each(opts, function(k, v) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.add(parts, `${D$.str(k)}=${D$.str(v)}`); });
      return D$.join(parts, ",");
    };
  }
  $gsInit() {
    const _self = this;
  }
  static browserInstalled() {

        return typeof cordova !== 'undefined' && typeof cordova.InAppBrowser !== 'undefined';
    
  }
}
class LegionRegisterComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === LegionRegisterComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("LegionRegisterComponent.created()"));
      D$.pset(_self.scope, "email", "");
      D$.pset(_self.scope, "phoneNumber", "");
      return D$.pset(_self.scope, "processing", false);
    };
    _self.generatePin = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username", ((_e)=>D$.truthy(_e)?_e:D$.gp(_self.scope, "phoneNumber"))(D$.gp(_self.scope, "email")));
      if (!D$.truthy(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"))) {
        _self.notify("Please enter details", "negative");
        return null;
      }
      D$.pset(_self.scope, "processing", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionAuthService"), "generatePinForNewOrExistingUser", [D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "username"), true, (D$.truthy(D$.gp(_self.scope, "phoneNumber")) ? true : false)]), "then", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/legionPin"]);
        _self.notify("Pin Sent");
        return D$.pset(_self.scope, "processing", false);
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify(D$.gp(error, "message"), "negative");
        return D$.pset(_self.scope, "processing", false);
      }]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/register";
  }
}
class AccountComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === AccountComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created, formatFileSize: this.formatFileSize };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Account");
      D$.pset(_self.scope, "user", D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"));
      D$.pset(_self.scope, "storageUsed", 0);
      D$.pset(_self.scope, "storageLimit", 0);
      D$.pset(_self.scope, "storagePercent", 0);
      D$.pset(_self.scope, "exportDialog", false);
      D$.pset(_self.scope, "exportIdNumber", "");
      D$.pset(_self.scope, "exportBusy", false);
      D$.pset(_self.scope, "secondFactor", {});
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAuthService"), "statusFor", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(status) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(_self.scope, "secondFactor", ((_e)=>D$.truthy(_e)?_e:{})(status)); }]);
      D$.pset(_self.scope, "lifecycle", {});
      D$.pset(_self.scope, "lcDialog", false);
      D$.pset(_self.scope, "lcMode", "close");
      D$.pset(_self.scope, "lcIdNumber", "");
      D$.pset(_self.scope, "lcReason", "");
      D$.pset(_self.scope, "lcBusy", false);
      _self.loadLifecycle();
      return _self.loadStorageUsage();
    };
    _self.loadLifecycle = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaLifecycleService"), "stateOf", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(s) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(_self.scope, "lifecycle", ((_e)=>D$.truthy(_e)?_e:{})(s)); }]);
    };
    _self.openCloseDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "lcMode", "close");
      D$.pset(_self.scope, "lcIdNumber", "");
      D$.pset(_self.scope, "lcReason", "");
      return D$.pset(_self.scope, "lcDialog", true);
    };
    _self.openReopenDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "lcMode", "reopen");
      D$.pset(_self.scope, "lcIdNumber", "");
      return D$.pset(_self.scope, "lcDialog", true);
    };
    _self.confirmLifecycle = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let number = D$.mc(((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.scope, "lcIdNumber")), "trim", []);
      if (!D$.truthy(number)) {
        _self.notify("Please enter your ID or passport number", "negative");
        return null;
      }
      D$.pset(_self.scope, "lcBusy", true);
      if (D$.eq(D$.gp(_self.scope, "lcMode"), "reopen")) {
        D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaLifecycleService"), "reopenAccount", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), number]), "then", [function(summary) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(_self.scope, "lcBusy", false);
          D$.pset(_self.scope, "lcDialog", false);
          D$.pset(_self.scope, "lifecycle", ((_e)=>D$.truthy(_e)?_e:{})(summary));
          return _self.notify("Your account has been reopened");
        }, function(error) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(_self.scope, "lcBusy", false);
          return _self.notify(((_e)=>D$.truthy(_e)?_e:"Could not reopen your account")(D$.gp(error, "message")), "negative");
        }]);
      } else {
        D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaLifecycleService"), "closeAccount", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), number, D$.mc(((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.scope, "lcReason")), "trim", [])]), "then", [function(summary) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(_self.scope, "lcBusy", false);
          D$.pset(_self.scope, "lcDialog", false);
          D$.pset(_self.scope, "lifecycle", ((_e)=>D$.truthy(_e)?_e:{})(summary));
          return _self.notify("Your account has been closed");
        }, function(error) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(_self.scope, "lcBusy", false);
          return _self.notify(((_e)=>D$.truthy(_e)?_e:"Could not close your account")(D$.gp(error, "message")), "negative");
        }]);
      }
    };
    _self.submitProfile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let saveLoader = _self.showLoading("Saving Account...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "legionUser"), "mergeAndSave", [D$.gp(_self.scope, "user"), function(user) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        saveLoader();
        D$.pset(_self.scope, "user", user);
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "user", user);
        D$.pset(D$.fs("session", _this$, _self, ()=>session), "legionUser", user);
        return _self.notify("Account Updated");
      }]);
    };
    _self.openExportDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "exportIdNumber", "");
      return D$.pset(_self.scope, "exportDialog", true);
    };
    _self.confirmExport = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let number = D$.mc(((_e)=>D$.truthy(_e)?_e:"")(D$.gp(_self.scope, "exportIdNumber")), "trim", []);
      if (!D$.truthy(number)) {
        _self.notify("Please enter your ID or passport number", "negative");
        return null;
      }
      D$.pset(_self.scope, "exportBusy", true);
      return D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAuthService"), "verifySecondFactor", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), number]), "then", [function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "exportBusy", false);
        D$.pset(_self.scope, "exportDialog", false);
        AccountComponent.submitDownloadForm(number);
        return _self.notify("Preparing your encrypted download...");
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "exportBusy", false);
        return _self.notify(((_e)=>D$.truthy(_e)?_e:"That number does not match our records")(D$.gp(error, "message")), "negative");
      }]);
    };
    _self.loadStorageUsage = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let entitlements = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"));
      if (!D$.truthy(D$.gp(entitlements, "storageAllocation"))) {
        return null;
      }
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "getOwnerStorageUsage", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(usage) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "storageUsed", D$.gp(usage, "totalSize"));
        D$.pset(_self.scope, "storageLimit", D$.multiply(D$.multiply(D$.gp(entitlements, "storageAllocation"), 1024), 1024));
        return D$.pset(_self.scope, "storagePercent", D$.min(D$.fs("Math", _this$, _self, ()=>Math), 100, D$.multiply(D$.div(D$.gp(_self.scope, "storageUsed"), D$.gp(_self.scope, "storageLimit")), 100)));
      }]);
    };
    _self.formatFileSize = function(bytes) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(bytes)) {
        return "0 MB";
      }
      let kb = 1024;
      let mb = D$.multiply(kb, 1024);
      let gb = D$.multiply(mb, 1024);
      if ((bytes < mb)) {
        return D$.plus(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.div(bytes, kb)]), " KB");
      }
      if ((bytes < gb)) {
        return D$.plus(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, mb), 10)]), 10), " MB");
      }
      return D$.plus(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, gb), 10)]), 10), " GB");
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/account";
  }
  static submitDownloadForm(idNumber) {

        var form = document.createElement('form');
        form.method = 'POST';
        form.action = '/skribaApi/downloadMyData';
        form.style.display = 'none';
        var input = document.createElement('input');
        input.type = 'hidden';
        input.name = 'idNumber';
        input.value = idNumber;
        form.appendChild(input);
        document.body.appendChild(form);
        form.submit();
        document.body.removeChild(form);
    
  }
}
class DesktopComponent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === DesktopComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created, formatFileSize: this.formatFileSize };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.configurePage("Desktop");
      console.log(D$.str("DesktopComponent 3"));
      if (D$.truthy(_self.mobileLayout())) {
        D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/home"]);
      }
      D$.pset(_self.scope, "owner", D$.gp(D$.fs("session", _this$, _self, ()=>session), "owner"));
      D$.pset(_self.scope, "user", D$.gp(D$.fs("session", _this$, _self, ()=>session), "user"));
      D$.pset(_self.scope, "ownersList", []);
      D$.pset(_self.scope, "isOwner", D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId")));
      D$.pset(_self.scope, "selectedData", {});
      D$.pset(_self.scope, "rootMenu", []);
      D$.pset(_self.scope, "selectedEntity", null);
      D$.pset(_self.scope, "fields", []);
      D$.pset(_self.scope, "dataRecord", {});
      D$.pset(_self.scope, "dataFiles", []);
      D$.pset(_self.scope, "entityPermission", "");
      D$.pset(_self.scope, "breadcrumbs", []);
      D$.pset(_self.scope, "isUser", false);
      D$.pset(_self.scope, "connection", {});
      D$.pset(_self.scope, "connectionExists", false);
      D$.pset(_self.scope, "permissionsPopup", false);
      D$.pset(_self.scope, "permInfoDialog", false);
      D$.pset(_self.scope, "isSubmitting", false);
      D$.pset(_self.scope, "status", "none");
      D$.pset(_self.scope, "request", {});
      D$.pset(_self.scope, "releaseDialog", false);
      D$.pset(_self.scope, "storageUsed", 0);
      D$.pset(_self.scope, "storageLimit", 0);
      D$.pset(_self.scope, "storagePercent", 0);
      _self.checkReleased();
      _self.loadSection();
      _self.loadConnections();
      return _self.loadStorageUsage();
    };
    _self.loadConnections = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let connectionLoader = _self.showLoading("Loading Connections...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "connectedUser"), "fetchOwners", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), function(owners) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        connectionLoader();
        return D$.pset(_self.scope, "ownersList", owners);
      }]);
    };
    _self.loadSection = function(id = null) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.clearSelectedEntity();
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchSectionWithChildren", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), id, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        if (D$.eq(id, null)) {
          let entitlements = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"));
          let children = D$.gp(data, "children");
          if (D$.truthy(D$.gp(entitlements, "sectionsAvailable"))) {
            children = D$.findAll(children, function(child) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.contains(D$.gp(entitlements, "sectionsAvailable"), D$.gp(child, "code")); });
          }
          D$.pset(_self.scope, "rootMenu", children);
        }
        D$.mc(D$.fs("console", _this$, _self, ()=>console), "log", ["Permission level:", D$.gp(data, "permission")]);
        D$.pset(_self.scope, "selectedData", data);
        return _self.updateBreadcrumbs("section");
      }]);
    };
    _self.loadEntity = function(id) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchEntityWithFields", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), id, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        D$.pset(_self.scope, "selectedEntity", D$.gp(data, "entity"));
        D$.pset(_self.scope, "fields", D$.gp(data, "fields"));
        D$.pset(_self.scope, "dataRecord", D$.gp(data, "record"));
        D$.pset(_self.scope, "dataFiles", D$.gp(data, "files"));
        D$.pset(_self.scope, "entityPermission", D$.gp(data, "permission"));
        D$.pset(_self.scope, "isUser", D$.gp(data, "isUser"));
        D$.pset(_self.scope, "connectionExists", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(data, "connectionExists")));
        return _self.updateBreadcrumbs("entity");
      }]);
    };
    _self.loadEntityInstance = function(id) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchEntityInstanceWithFields", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), id, function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        D$.pset(_self.scope, "selectedEntity", D$.gp(data, "entity"));
        D$.pset(_self.scope, "fields", D$.gp(data, "fields"));
        D$.pset(_self.scope, "dataRecord", D$.gp(data, "record"));
        D$.pset(_self.scope, "dataFiles", D$.gp(data, "files"));
        D$.pset(_self.scope, "entityPermission", D$.gp(data, "permission"));
        D$.pset(_self.scope, "isUser", D$.gp(data, "isUser"));
        D$.pset(_self.scope, "connectionExists", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(data, "connectionExists")));
        return _self.updateBreadcrumbs("entityInstance");
      }]);
    };
    _self.selectFromBreadcrumb = function(id, type) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.eq(type, "section")) {
        return null;
      }
      return _self.selectSection(id);
    };
    _self.selectSection = function(sectionId) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadSection(sectionId);
    };
    _self.selectPrevSection = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.gp(D$.gp(_self.scope, "breadcrumbs"), "length") > 2)) {
        _self.loadSection(D$.gp(D$.mc(D$.gp(_self.scope, "breadcrumbs"), "at", [-2]), "id"));
      } else {
        _self.clearSelected();
      }
    };
    _self.selectEntityFromCard = function(card) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.clearSelectedEntity();
      if (D$.eq(D$.gp(card, "type"), "entity")) {
        _self.loadEntity(D$.gp(card, "_id"));
      }
      if (D$.eq(D$.gp(card, "type"), "instance")) {
        _self.loadEntityInstance(D$.gp(card, "_id"));
      }
    };
    _self.addInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "entityInstance"), "create", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "instanceLabel"), D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "_id"), D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "templateEntity"), function(instance) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        return _self.loadSection(D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "_id"));
      }]);
    };
    _self.updateBreadcrumbs = function(type) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let id = D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "_id");
      if (!D$.eq(type, "section")) {
        id = D$.gp(D$.gp(_self.scope, "selectedEntity"), "_id");
      }
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeService"), "fetchBreadcrumbs", [id, type, function(data) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(_self.scope, "breadcrumbs", (typeof toJavascript === 'function' ? toJavascript(data) : D$.mc(_this$, "toJavascript", [data]))); }]);
    };
    _self.dataFile = function(name) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.find(D$.gp(_self.scope, "dataFiles"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "name"), name); });
    };
    _self.clearSelected = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadSection();
    };
    _self.clearSelectedEntity = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "selectedEntity", null);
      D$.pset(_self.scope, "fields", []);
      D$.pset(_self.scope, "dataRecord", {});
      D$.pset(_self.scope, "dataFiles", []);
      D$.pset(_self.scope, "entityPermission", "");
      D$.pset(_self.scope, "isUser", false);
      D$.pset(_self.scope, "connectionExists", false);
      if (D$.truthy(D$.sp(D$.sp(D$.gp(_self.scope, "selectedData"), "section"), "_id"))) {
        _self.updateBreadcrumbs("section");
      }
    };
    _self.isInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.eq(D$.sp(((_r)=>(_r==null?null:D$.mc(_r, "split", ["/"])))(D$.sp(D$.gp(_self.scope, "selectedEntity"), "_path")), 2), "entityInstance");
    };
    _self.submit = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "isSubmitting", true);
      let sectionId = D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "_id");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "saveDataRecordAndFiles", [D$.gp(_self.scope, "dataRecord"), D$.gp(_self.scope, "dataFiles"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "isSubmitting", false);
        if (D$.truthy(D$.sp(result, "error"))) {
          return _self.notify(D$.gp(result, "error"), "negative");
        }
        _self.notify("Data Submitted");
        _self.clearSelectedEntity();
        _self.loadSection(sectionId);
        return _self.loadStorageUsage();
      }]);
    };
    _self.openPermissionsPopup = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "fetchConnectedUser", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(_self.scope, "dataRecord"), function(connection) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        if (D$.truthy(D$.gp(connection, "error"))) {
          return _self.notify(D$.gp(connection, "error"), "negative");
        }
        if (!D$.truthy(connection)) {
          return _self.notify("Submit First", "negative");
        }
        D$.pset(_self.scope, "connection", connection);
        return D$.pset(_self.scope, "permissionsPopup", true);
      }]);
    };
    _self.openPermInfo = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.pset(_self.scope, "permInfoDialog", true);
    };
    _self.updateOwner = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), D$.gp(D$.gp(_self.scope, "owner"), "_id"))) {
        return null;
      }
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "ownerId", D$.gp(D$.gp(_self.scope, "owner"), "_id"));
      D$.pset(D$.fs("session", _this$, _self, ()=>session), "owner", D$.gp(_self.scope, "owner"));
      D$.pset(_self.scope, "isOwner", D$.eq(D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId")));
      let entLoader = _self.showLoading("Loading Account...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "skribaAppService"), "loadEntitlements", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(entitlements) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        entLoader();
        D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements", entitlements);
        _self.loadSection();
        return _self.loadStorageUsage();
      }]);
    };
    _self.deleteInstance = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.mc(_self.q, "dialog", [{title: "Delete Confirmation", message: "Are you sure you want to delete this data?", cancel: true}]), "onOk", [function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.showLoading();
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "deleteInstance", [D$.gp(D$.gp(_self.scope, "selectedEntity"), "_id"), function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          _self.hideLoading();
          _self.notify("Data Deleted");
          return _self.loadSection(D$.gp(D$.gp(D$.gp(_self.scope, "selectedData"), "section"), "_id"));
        }]);
      }]);
    };
    _self.checkReleased = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "request", {});
      D$.pset(_self.scope, "status", "none");
      let releaseLoader = _self.showLoading("Checking Account Status...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "checkReleased", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        releaseLoader();
        D$.pset(_self.scope, "status", status);
        if (!D$.eq(D$.gp(_self.scope, "status"), "none")) {
          return null;
        }
        let requestLoader = _self.showLoading("Creating Draft Request...");
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "create", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(request) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          requestLoader();
          return D$.pset(_self.scope, "request", request);
        }]);
      }]);
    };
    _self.requestRelease = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(D$.gp(_self.scope, "request"), "certificate"))) {
        return _self.notify("Document Required", "negative");
      }
      let requestLoader = _self.showLoading("Creating Request...");
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "releaseRequest"), "requestRelease", [D$.gp(D$.gp(_self.scope, "request"), "_id"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        requestLoader();
        _self.notify("Release Requested");
        D$.pset(_self.scope, "releaseDialog", false);
        return _self.checkReleased();
      }]);
    };
    _self.openReleaseDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(_self.scope, "status"), "approved")) {
        return _self.notify("Account already released");
      }
      if (D$.eq(D$.gp(_self.scope, "status"), "pending")) {
        return _self.notify("Account release pending");
      }
      return D$.pset(_self.scope, "releaseDialog", true);
    };
    _self.releaseStatusString = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(_self.scope, "status"), "approved")) {
        return "Released";
      }
      if (D$.eq(D$.gp(_self.scope, "status"), "pending")) {
        return "Pending";
      }
      return "Release Acc.";
    };
    _self.loadStorageUsage = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let entitlements = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"));
      if (!D$.truthy(D$.gp(entitlements, "storageAllocation"))) {
        return null;
      }
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dataTreeAppService"), "getOwnerStorageUsage", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "ownerId"), function(usage) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "storageUsed", D$.gp(usage, "totalSize"));
        D$.pset(_self.scope, "storageLimit", D$.multiply(D$.multiply(D$.gp(entitlements, "storageAllocation"), 1024), 1024));
        return D$.pset(_self.scope, "storagePercent", D$.min(D$.fs("Math", _this$, _self, ()=>Math), 100, D$.multiply(D$.div(D$.gp(_self.scope, "storageUsed"), D$.gp(_self.scope, "storageLimit")), 100)));
      }]);
    };
    _self.formatFileSize = function(bytes) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(bytes)) {
        return "0 MB";
      }
      let kb = 1024;
      let mb = D$.multiply(kb, 1024);
      let gb = D$.multiply(mb, 1024);
      if ((bytes < mb)) {
        return D$.plus(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.div(bytes, kb)]), " KB");
      }
      if ((bytes < gb)) {
        return D$.plus(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, mb), 10)]), 10), " MB");
      }
      return D$.plus(D$.div(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.multiply(D$.div(bytes, gb), 10)]), 10), " GB");
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/desktop";
  }
}
class I3HeaderButton extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3HeaderButton) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {icon: {type: D$.fs("String", this, this, ()=>String), default: "o_square"}, color: {type: D$.fs("String", this, this, ()=>String), default: "primary"}, dense: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}, flat: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}, round: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: true}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class CordovaVersionCheck {
  constructor(...a) {
    if (new.target === CordovaVersionCheck) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.check = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return CordovaVersionCheck.nativeAppInfo(function(info) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((!D$.truthy(info) || !D$.truthy(D$.gp(info, "version")))) {
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaVersionCheck: no app version (browser?) - not checking"]);
          _self.publish(_self.status);
          if (D$.truthy(callback)) {
            callback(_self.status);
          }
          return null;
        }
        return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaVersionService"), "status", [D$.gp(info, "platform"), D$.gp(info, "version"), function(result) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(result, "build", D$.gp(info, "build"));
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaVersionCheck: current=${D$.str(D$.gp(result, "current"))} latest=${D$.str(D$.gp(result, "latest"))} outdated=${D$.str(D$.gp(result, "outdated"))} blocked=${D$.str(D$.gp(result, "blocked"))}`]);
          _self.publish(result);
          if (D$.truthy(callback)) {
            callback(_self.status);
          }
        }]);
      });
    };
    _self.onResult = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(callback)) {
        return null;
      }
      _self.listeners = D$.plus(_self.listeners, [callback]);
      if (D$.truthy(D$.gp(_self.status, "checked"))) {
        callback(_self.status);
      }
    };
    _self.installDebug = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.installUrl(D$.gp(_self.status, "debugUrl"), null);
    };
    _self.installUrl = function(url, onProgress) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(url)) {
        return false;
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaVersionCheck: installing ${D$.str(url)}`]);
      let failed = function(message) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "warn", [`CordovaVersionCheck: in-app install failed - ${D$.str(message)}`]);
        if (D$.truthy(onProgress)) {
          onProgress({stage: "failed", message: message});
        } else {
          CordovaVersionCheck.nativeOpenSystem(url);
        }
      };
      if (!D$.truthy(CordovaVersionCheck.nativeInstall(url, onProgress, failed))) {
        CordovaVersionCheck.nativeOpenSystem(url);
      }
      return true;
    };
    _self.publish = function(result) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.status = result;
      CordovaVersionCheck.nativeShare(_self.status);
      return D$.each(_self.listeners, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return it(_self.status); });
    };
  }
  $gsInit() {
    const _self = this;
    this.status = {checked: false, outdated: false, blocked: false, platform: "", current: "", build: "", latest: "", minimum: "", storeUrl: "", message: "", debugUrl: "", debugVersion: "", debugAt: ""};
    this.listeners = [];
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceready", function() { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.check(null); }]);
  }
  static nativeInstall(url, onProgress, onFail) {

        var abs = url;
        try { abs = new URL(url, window.location.href).href; } catch (e) {}
        try {
            var app = (typeof cordova !== 'undefined' && cordova.plugins) ? cordova.plugins.dymicoApp : null;
            if (!app || !app.installApk) return false;
            app.installApk(abs,
                function (event) { if (onProgress) onProgress(event); },
                function (message) { onFail(message); },
                function (event) { if (onProgress) onProgress(event); });
            return true;
        } catch (e) {}
        return false;
    
  }
  static nativeOpenSystem(url) {

        var abs = url;
        try { abs = new URL(url, window.location.href).href; } catch (e) {}
        try {
            if (typeof cordova !== 'undefined' && cordova.InAppBrowser && cordova.InAppBrowser.open) {
                cordova.InAppBrowser.open(abs, '_system');
                return;
            }
            if (window.open(abs, '_system')) return;
        } catch (e) {}
        window.location.href = abs;
    
  }
  static nativeAppInfo(cb) {

        function fromUserAgent() {
            var out = { version: '', build: '', platform: '' };
            try {
                if (typeof cordova !== 'undefined') out.platform = cordova.platformId || '';
                if (typeof navigator !== 'undefined') {
                    var ua = (navigator.userAgent || '').match(/cordova\.([a-z]+)\.[A-Za-z0-9_.]+?\.(\d+(?:\.\d+)+)/);
                    if (ua) { out.platform = out.platform || ua[1]; out.version = ua[2]; }
                }
            } catch (e) {}
            return out;
        }
        try {
            if (typeof cordova !== 'undefined' && cordova.plugins && cordova.plugins.dymicoApp && cordova.plugins.dymicoApp.getInfo) {
                cordova.plugins.dymicoApp.getInfo(function (info) {
                    var f = fromUserAgent();
                    cb({
                        version : (info && info.version) ? info.version : f.version,
                        build   : (info && info.build) ? info.build : '',
                        platform: (cordova.platformId || f.platform)
                    });
                }, function (e) { cb(fromUserAgent()); });
                return;
            }
        } catch (e) {}
        cb(fromUserAgent());
    
  }
  static nativeShare(status) {

        try { if (typeof cordovaDevice !== 'undefined' && cordovaDevice) cordovaDevice.appVersion = status; } catch (e) {}
    
  }
}
class PermissionsContent extends RootComponent {
  constructor(...a) {
    super();
    if (new.target === PermissionsContent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created, init: this.init };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return _self.init(self);
    };
    _self.init = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let planMap = {basic: ["none", "view_restrict"], premium: ["none", "view", "view_restrict", "edit"]};
      let allAccessRightsOptions = [{label: "None", value: "none"}, {label: "View All", value: "view"}, {label: "Edit", value: "edit"}, {label: "Post-Release View", value: "view_restrict"}];
      let allTempRightsOptions = [{label: "View", value: "view"}, {label: "Edit", value: "edit"}];
      let allPermissionDescriptions = [{icon: "block", color: "grey", label: "None", value: "none", description: "No access to this section"}, {icon: "visibility", color: "primary", label: "View All", value: "view", description: "Can see all the information but cannot make changes"}, {icon: "edit", color: "positive", label: "Edit", value: "edit", description: "Can see and update the information"}, {icon: "lock", color: "warning", label: "Post-Release View", value: "view_restrict", description: "Can only see the information after the account has been released"}];
      let entitlements = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "entitlements"));
      let planName = D$.gp(entitlements, "permissionOptions");
      if ((planName && D$.getAt(planMap, planName))) {
        let allowed = D$.getAt(planMap, planName);
        D$.pset(self, "accessRightsOptions", D$.findAll(allAccessRightsOptions, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.contains(allowed, D$.gp(it, "value")); }));
        D$.pset(self, "permissionDescriptions", D$.findAll(allPermissionDescriptions, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.contains(allowed, D$.gp(it, "value")); }));
      } else {
        D$.pset(self, "accessRightsOptions", allAccessRightsOptions);
        D$.pset(self, "permissionDescriptions", allPermissionDescriptions);
      }
      D$.pset(self, "tempRightsOptions", allTempRightsOptions);
      D$.pset(self, "tempAccessEnabled", !D$.eq(D$.gp(entitlements, "temporaryAccessFeature"), false));
      D$.pset(self, "permissionAbout", "Control what your connected people can see and do with your information. Each section can have its own permission level, and you can grant temporary access when needed.");
      return _self.loadAccessRights(self);
    };
    _self.loadAccessRights = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "accessRights"), "populate", [D$.gp(self, "connectionId"), function(accessRights) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(self, "accessRights", accessRights); }]);
    };
    _self.permissionStatusText = function(access) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(access, "validUntil"))) {
        let permType = ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:"")(D$.gp(access, "permissions")))(D$.gp(access, "tempPermissions"));
        let label = (D$.eq(permType, "edit") ? "Edit" : "View");
        return D$.plus(D$.plus(label, " expires "), D$.mc(_self.moment(D$.gp(access, "validUntil")), "format", ["DD MMM YYYY"]));
      }
      if ((!D$.truthy(D$.gp(access, "permissions")) || D$.eq(D$.gp(access, "permissions"), "none"))) {
        return "No access";
      }
      if (D$.eq(D$.gp(access, "permissions"), "view")) {
        return "View access";
      }
      if (D$.eq(D$.gp(access, "permissions"), "view_restrict")) {
        return "Restricted view access";
      }
      if (D$.eq(D$.gp(access, "permissions"), "edit")) {
        return "Edit access";
      }
      return "No access";
    };
    _self.permissionHintText = function(access) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let map = {view: ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(D$.find(D$.gp(self, "permissionDescriptions"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "value"), "view"); }), "description")), view_restrict: ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(D$.find(D$.gp(self, "permissionDescriptions"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "value"), "view_restrict"); }), "description")), edit: ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(D$.find(D$.gp(self, "permissionDescriptions"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.eq(D$.gp(it, "value"), "edit"); }), "description"))};
      return ((_e)=>D$.truthy(_e)?_e:"")(D$.getAt(map, D$.gp(access, "permissions")));
    };
    _self.dateFuture = function(date) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let today = D$.mc(_self.moment(), "format", ["YYYY/MM/DD"]);
      return (date >= today);
    };
    _self.formatTempDate = function(dateStr) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(dateStr)) {
        return "";
      }
      return D$.mc(_self.moment(dateStr), "format", ["DD/MM/YYYY"]);
    };
    _self.openTempDatePopup = function(access) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "selected", access);
      if (D$.truthy(D$.gp(D$.gp(self, "selected"), "validUntil"))) {
        D$.pset(D$.gp(self, "selected"), "validUntil", ((_r)=>(_r==null?null:D$.mc(_r, "format", ["YYYY/MM/DD"])))(_self.moment(D$.gp(D$.gp(self, "selected"), "validUntil"))));
      }
      return D$.pset(self, "tempDatePopup", true);
    };
    _self.validateTempDatePopup = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(D$.gp(self, "selected"), "tempPermissions"))) {
        return _self.notify("Please choose permission type", "negative");
      }
      if (!D$.truthy(D$.gp(D$.gp(self, "selected"), "validUntil"))) {
        return _self.notify("Please choose an expiry date", "negative");
      }
      return D$.mc(self, "closeTempDatePopup", []);
    };
    _self.closeTempDatePopup = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (D$.truthy(D$.sp(D$.gp(self, "selected"), "validUntil"))) {
        D$.pset(D$.gp(self, "selected"), "validUntil", new Date(D$.gp(D$.gp(self, "selected"), "validUntil")));
      }
      D$.pset(self, "tempDatePopup", false);
      return D$.pset(self, "selected", {});
    };
    _self.openInfoDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "infoDialog", true);
    };
    _self.clearTempPermissions = function(access) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(access, "validUntil", null);
      return D$.pset(access, "tempPermissions", null);
    };
    _self.saveAccessRights = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "accessRights"), "updateRights", [D$.gp(self, "accessRights"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        return _self.notify("Permissions Updated", "positive");
      }]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {connectionId: D$.fs("String", this, this, ()=>String)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {selected: {}, accessRights: [], tempDatePopup: false, infoDialog: false, infoDialog: false}; };
  }
}
class CordovaLocalNotification {
  constructor(...a) {
    if (new.target === CordovaLocalNotification) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.hasPermission = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeHasPermission(callback);
    };
    _self.requestPermission = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeRequestPermission(callback);
    };
    _self.schedule = function(options, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeSchedule(options, callback);
    };
    _self.cancel = function(id, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeCancel(id, callback);
    };
    _self.cancelAll = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeCancelAll(callback);
    };
    _self.on = function(event, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeOn(event, callback);
    };
    _self.getAll = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeGetAll(callback);
    };
  }
  $gsInit() {
    const _self = this;
  }
  nativeHasPermission(callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.hasPermission) { p.hasPermission(callback); }
        else { console.log('[LocalNotif] hasPermission: no plugin'); if (callback) callback(false); }
    
  }
  nativeRequestPermission(callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.requestPermission) { p.requestPermission(callback); }
        else { console.log('[LocalNotif] requestPermission: no plugin'); if (callback) callback(false); }
    
  }
  nativeSchedule(options, callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.schedule) { 
            console.log('[LocalNotif] scheduling:', JSON.stringify(options));
            p.schedule(options, callback); 
        }
        else { console.log('[LocalNotif] schedule: no plugin. keys:', typeof cordova !== 'undefined' && cordova.plugins ? Object.keys(cordova.plugins).join(',') : 'n/a'); if (callback) callback(); }
    
  }
  nativeCancel(id, callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.cancel) { p.cancel(id, callback); }
        else { if (callback) callback(); }
    
  }
  nativeCancelAll(callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.cancelAll) { p.cancelAll(callback); }
        else { if (callback) callback(); }
    
  }
  nativeOn(event, callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.on) { p.on(event, callback); }
        else { console.log('[LocalNotif] on(' + event + '): no plugin'); }
    
  }
  nativeGetAll(callback) {

        var p = null;
        if (typeof cordova !== 'undefined' && cordova.plugins) {
            p = cordova.plugins.dymicoLocalNotification || (cordova.plugins.notification && cordova.plugins.notification.local);
        }
        if (p && p.getScheduledIds) { p.getScheduledIds(callback); }
        else { if (callback) callback([]); }
    
  }
}
class ConsentManagerComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === ConsentManagerComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("ConsentManagerComponent.created()"));
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "pageTitle", "Consent Manager");
      D$.pset(_self.scope, "agreements", []);
      D$.pset(_self.scope, "filter", {});
      D$.pset(_self.scope, "pagination", {page: 1, rowsPerPage: 10, rowsNumber: 0, sortBy: "_lastUpdated", descending: false});
      D$.pset(_self.scope, "columns", [{name: "title", label: "Title", field: "title", align: "left", sortable: true}, {name: "type", label: "Type", field: "type", align: "left", sortable: true}, {name: "version", label: "Version", field: "version", align: "left", sortable: true}, {name: "active", label: "Active", field: "active", align: "left", sortable: true}]);
      return _self.loadAgreements();
    };
    _self.loadAgreements = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.findAll(D$.gp(D$.fs("o", _this$, _self, ()=>o), "agreement"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        D$.pset(_self.scope, "agreements", data);
        D$.pset(D$.gp(_self.scope, "pagination"), "rowsNumber", D$.gp(data, "totalRows"));
        return callback();
      });
    };
    _self.addAgreement = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let prompt = {model: "", filled: true};
      return D$.mc(D$.mc(_self.q, "dialog", [{title: "Agreement Name", prompt: prompt, cancel: true}]), "onOk", [function(name) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "agreement"), "create", [name, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.loadAgreements(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.notify(`${D$.str(name)} Created`); }); }]); }]);
    };
    _self.updatePagination = function(pagination) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "pagination", pagination);
      return _self.loadAgreements();
    };
    _self.selectAgreement = function(id) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", [`/consentDetail/${D$.str(id)}`]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/consentManager";
  }
}
class I3Page extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Page) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = [];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class I3PageHeader extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3PageHeader) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
    _self.back = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {backBtn: D$.fs("Boolean", this, this, ()=>Boolean)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class CordovaBgGps {
  constructor(...a) {
    if (new.target === CordovaBgGps) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.config = function(cfg) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.leftShift(_self.currentConfig, cfg);
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "configure", [_self.currentConfig]);
      }
      _self.configureTelemetry();
      return _this$;
    };
    _self.getConfig = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.currentConfig;
    };
    _self.start = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: BackgroundGeolocation not available"]);
        return _this$;
      }
      if (D$.truthy(_self.started)) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "configure", [_self.currentConfig]);
      _self.configureTelemetry();
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "start", []);
      _self.started = true;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: started"]);
      return _this$;
    };
    _self.stop = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "stop", []);
      _self.started = false;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: stopped"]);
      return _this$;
    };
    _self.switchToHighAccuracy = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "switchMode", [1]);
      }
      return _this$;
    };
    _self.switchToBalanced = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "switchMode", [0]);
      }
      return _this$;
    };
    _self.getCurrentLocation = function(successCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let callbackWrapper = function(location) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let normalized = _self.normalizeLocation(location);
        _self.lastLocation = normalized;
        return successCallback(normalized);
      };
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "getCurrentLocation", [callbackWrapper, failedCallback, D$.leftShift({enableHighAccuracy: true, maximumAge: D$.multiply(D$.multiply(4, 60), 1000), timeout: D$.multiply(60, 1000)}, config)]);
      } else
      if (D$.truthy(_self.navigatorGeoDefined())) {
        D$.mc(D$.gp(D$.fs("navigator", _this$, _self, ()=>navigator), "geolocation"), "getCurrentPosition", [function(position) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callbackWrapper(D$.gp(position, "coords")); }, failedCallback, {enableHighAccuracy: true, maximumAge: 30000, timeout: 30000}]);
      } else {
        failedCallback({code: 2, message: "GPS not available"});
      }
      return _this$;
    };
    _self.onLocation = function(successCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onLocationCallback = successCallback;
      _self.onErrorCallback = failedCallback;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["location", function(location) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let normalized = _self.normalizeLocation(location);
          _self.lastLocation = normalized;
          return _self.onLocationCallback(normalized);
        }]);
      }
      return _this$;
    };
    _self.onStationary = function(stationaryCallback, failedCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onStationaryCallback = stationaryCallback;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["stationary", function(location) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let normalized = _self.normalizeLocation(location);
          _self.lastLocation = normalized;
          return _self.onStationaryCallback(normalized);
        }]);
      }
      return _this$;
    };
    _self.onActivity = function(activityCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onActivityCallback = activityCallback;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["activity", function(activity) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.onActivityCallback(activity); }]);
      }
      return _this$;
    };
    _self.onMotionState = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onMotionStateCallback = callback;
      return _this$;
    };
    _self.isDeviceMoving = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.isMoving;
    };
    _self.onError = function(errorCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onErrorCallback = errorCallback;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["error", function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.onErrorCallback(error); }]);
      }
      return _this$;
    };
    _self.addGeofence = function(fence) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "addGeofence", [fence, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: geofence added: ${D$.str(D$.gp(fence, "id"))}`]); }, function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: geofence error: ${D$.str(error)}`]); }]);
      return _this$;
    };
    _self.addGeofences = function(fences) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "addGeofences", [fences, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: ${D$.str(D$.size(fences))} geofences added`]); }, function(error) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: geofences error: ${D$.str(error)}`]); }]);
      return _this$;
    };
    _self.removeGeofence = function(id) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "removeGeofence", [id]);
      return _this$;
    };
    _self.removeAllGeofences = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "removeAllGeofences", []);
      return _this$;
    };
    _self.getGeofences = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        callback([]);
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "getGeofences", [callback]);
      return _this$;
    };
    _self.onGeofence = function(geofenceCallback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.onGeofenceCallback = geofenceCallback;
      if (D$.truthy(_self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["geofence", function(event) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: geofence event: ${D$.str(D$.gp(event, "fenceId"))} ${D$.str(D$.gp(event, "transition"))}`]);
          return _self.onGeofenceCallback(event);
        }]);
      }
      return _this$;
    };
    _self.getGeofenceEvents = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        callback([]);
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "getGeofenceEvents", [callback]);
      return _this$;
    };
    _self.checkStatus = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        callback({isRunning: false});
        return _this$;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "checkStatus", [callback]);
      return _this$;
    };
    _self.getName = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return "CordovaBgGps";
    };
    _self.sync = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _this$;
    };
    _self.normalizeLocation = function(location) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.eq(D$.gp(location, "speed"), null)) {
        _self.lastSpeedMps = D$.gp(location, "speed");
      }
      let speed = D$.gp(location, "speed");
      if ((!D$.eq(speed, null) && (speed < CordovaBgGps.STILL_SPEED))) {
        speed = 0;
      }
      _self.motionState = _self.classifyMotion();
      _self.isMoving = !D$.eq(_self.motionState, "still");
      return ({fixId: Utils.uuid(), provider: ((_e)=>D$.truthy(_e)?_e:"gps")(D$.gp(location, "provider")), unixTimeMs: ((_e)=>D$.truthy(_e)?_e:D$.mc(new Date(), "getTime", []))(D$.gp(location, "time")), accuracy: D$.gp(location, "accuracy"), speed: speed, altitude: D$.gp(location, "altitude"), latitude: D$.gp(location, "latitude"), longitude: D$.gp(location, "longitude"), bearing: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(location, "bearing")), heading: _self.compassHeading, motionState: _self.motionState, motionMagnitude: _self.motionMagnitude, service: "CordovaBgGps", user: D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), uuid: D$.sp(D$.sp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "uuid")});
    };
    _self.persistLocation = function(location) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return location;
    };
    _self.configureTelemetry = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.telemetryDefined())) {
        return null;
      }
      try {
        D$.mc(D$.fs("DymicoTelemetry", _this$, _self, ()=>DymicoTelemetry), "configure", [{syncUrl: D$.plus(_self.originUrl(), "/cordovaTelemetryApi/telemetry"), user: D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), uuid: D$.sp(D$.sp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "uuid"), syncIntervalMs: 30000}]);
      } catch (e) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: configureTelemetry error: ${D$.str(D$.fs("e", _this$, _self, ()=>e))}`]);
      }
    };
    _self.getBufferStats = function(callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((_self.telemetryDefined() && _self.bgGeoDefined())) {
        D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "getBufferStats", [callback]);
      } else {
        callback({bound: false, unsynced: 0});
      }
      return _this$;
    };
    _self.flushSync = function(callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.telemetryDefined())) {
        D$.mc(D$.fs("DymicoTelemetry", _this$, _self, ()=>DymicoTelemetry), "flushNow", [callback]);
      }
      return _this$;
    };
    _self.recentTelemetry = function(opts, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.telemetryDefined())) {
        D$.mc(D$.fs("DymicoTelemetry", _this$, _self, ()=>DymicoTelemetry), "query", [opts, callback]);
      } else {
        callback([]);
      }
      return _this$;
    };
    _self.setupAuthorizationHandler = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.bgGeoDefined())) {
        return null;
      }
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["authorization", function(status) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaBgGps: authorization status: ${D$.str(status)}`]);
        if (status !== D$.gp(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "AUTHORIZED")) {
          Utils.setTimeout(function(it) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            let showSettings = (typeof confirm === 'function' ? confirm("App requires location tracking permission. Would you like to open app settings?") : D$.mc(_this$, "confirm", ["App requires location tracking permission. Would you like to open app settings?"]));
            if (D$.truthy(showSettings)) {
              D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "showAppSettings", []);
            }
          }, 500);
        }
      }]);
      D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["foreground", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: app foreground"]); }]);
      return D$.mc(D$.fs("BackgroundGeolocation", _this$, _self, ()=>BackgroundGeolocation), "on", ["background", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: app background"]); }]);
    };
    _self.setupCompass = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.compassListening)) {
        return null;
      }
      if (D$.truthy(CordovaBgGps.deviceOrientationAvailable())) {
        let handler = function(event) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (!D$.eq(D$.gp(event, "webkitCompassHeading"), null)) {
            _self.compassHeading = D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.gp(event, "webkitCompassHeading")]);
          } else
          if (!D$.eq(D$.gp(event, "alpha"), null)) {
            _self.compassHeading = D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "round", [D$.gp(event, "alpha")]);
          }
        };
        _self.addOrientationListener(handler);
        _self.compassListening = true;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: compass listener started"]);
      } else {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: DeviceOrientation API not available"]);
      }
    };
    _self.classifyMotion = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.eq(_self.lastSpeedMps, null)) {
        if ((_self.lastSpeedMps < CordovaBgGps.STILL_SPEED)) {
          return "still";
        }
        if ((_self.lastSpeedMps < CordovaBgGps.FAST_SPEED)) {
          return "moving";
        }
        return "fast";
      }
      if ((_self.motionMagnitude < CordovaBgGps.STILL_THRESHOLD)) {
        return "still";
      }
      if ((_self.motionMagnitude < CordovaBgGps.MOVING_THRESHOLD)) {
        return "moving";
      }
      return "fast";
    };
    _self.setupAccelerometer = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.accelListening)) {
        return null;
      }
      if (D$.truthy(CordovaBgGps.deviceMotionAvailable())) {
        _self.addMotionListener(function(event) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          if (D$.truthy(D$.gp(event, "accelerationIncludingGravity"))) {
            _self.acceleration = {x: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "accelerationIncludingGravity"), "x")), y: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "accelerationIncludingGravity"), "y")), z: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "accelerationIncludingGravity"), "z"))};
          }
          if (D$.truthy(D$.gp(event, "acceleration"))) {
            _self.linearAccel = {x: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "acceleration"), "x")), y: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "acceleration"), "y")), z: ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(event, "acceleration"), "z"))};
          }
          let ax = ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(_self.linearAccel, "x"));
          let ay = ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(_self.linearAccel, "y"));
          let az = ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(_self.linearAccel, "z"));
          _self.motionMagnitude = D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "sqrt", [D$.plus(D$.plus(D$.multiply(ax, ax), D$.multiply(ay, ay)), D$.multiply(az, az))]);
          let prevState = _self.motionState;
          _self.motionState = _self.classifyMotion();
          _self.isMoving = !D$.eq(_self.motionState, "still");
          if ((!D$.eq(prevState, _self.motionState) && _self.onMotionStateCallback)) {
            _self.onMotionStateCallback({state: _self.motionState, magnitude: _self.motionMagnitude});
          }
        });
        _self.accelListening = true;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: accelerometer listener started"]);
      } else {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaBgGps: DeviceMotion API not available"]);
      }
    };
  }
  $gsInit() {
    const _self = this;
    this.started = false;
    this.compassHeading = 0;
    this.acceleration = {x: 0, y: 0, z: 0};
    this.linearAccel = {x: 0, y: 0, z: 0};
    this.motionMagnitude = 0;
    this.isMoving = false;
    this.motionState = "unknown";
    this.lastSpeedMps = null;
    this.compassListening = false;
    this.accelListening = false;
    this.onMotionStateCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onLocationCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onStationaryCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onActivityCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onGeofenceCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.onErrorCallback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    this.defaultConfig = {debug: false, desiredAccuracy: CordovaBgGps.BALANCED_ACCURACY, notificationTitle: "GPS tracking", notificationText: "Location tracking active", startOnBoot: false, stopOnTerminate: false};
    this.currentConfig = {};
    D$.leftShift(this.currentConfig, this.defaultConfig);
    this.setupAuthorizationHandler();
    this.setupCompass();
    this.setupAccelerometer();
  }
  static instance() {
    const _self = this;
    if (!D$.truthy(CordovaBgGps.singletonInstance)) {
      CordovaBgGps.singletonInstance = new CordovaBgGps();
    }
    return CordovaBgGps.singletonInstance;
  }
  bgGeoDefined() {

        return typeof BackgroundGeolocation !== 'undefined';
    
  }
  navigatorGeoDefined() {

        return typeof navigator !== 'undefined' && navigator.geolocation;
    
  }
  telemetryDefined() {

        return typeof DymicoTelemetry !== 'undefined';
    
  }
  originUrl() {

        return (typeof window !== 'undefined' && window.location && window.location.origin) ? window.location.origin : '';
    
  }
  addOrientationListener(handler) {

        // iOS 13+ requires explicit permission via user gesture
        if (typeof DeviceOrientationEvent.requestPermission === 'function') {
            // Defer: register a one-time touch handler to request permission
            var requestOnce = function() {
                document.removeEventListener('touchend', requestOnce);
                document.removeEventListener('click', requestOnce);
                DeviceOrientationEvent.requestPermission().then(function(state) {
                    if (state === 'granted') {
                        window.addEventListener('deviceorientation', handler, true);
                    }
                }).catch(function() {});
            };
            document.addEventListener('touchend', requestOnce, { once: true });
            document.addEventListener('click', requestOnce, { once: true });
        } else {
            // Android and older iOS: just add the listener
            window.addEventListener('deviceorientationabsolute', handler, true);
            window.addEventListener('deviceorientation', handler, true);
        }
    
  }
  static deviceOrientationAvailable() {

        return typeof DeviceOrientationEvent !== 'undefined';
    
  }
  addMotionListener(handler) {

        window.addEventListener('devicemotion', handler, true);
    
  }
  static deviceMotionAvailable() {

        return typeof DeviceMotionEvent !== 'undefined';
    
  }
}
CordovaBgGps.HIGH_ACCURACY = 0;
CordovaBgGps.BALANCED_ACCURACY = 100;
CordovaBgGps.LOW_ACCURACY = 1000;
CordovaBgGps.PASSIVE_ACCURACY = 10000;
CordovaBgGps.MEDIUM_ACCURACY = 100;
CordovaBgGps.GEOFENCE_ENTER = 1;
CordovaBgGps.GEOFENCE_EXIT = 2;
CordovaBgGps.GEOFENCE_DWELL = 4;
CordovaBgGps.STILL_SPEED = 0.7;
CordovaBgGps.FAST_SPEED = 6.0;
CordovaBgGps.STILL_THRESHOLD = 0.3;
CordovaBgGps.MOVING_THRESHOLD = 1.5;
CordovaBgGps.FAST_THRESHOLD = 5.0;
D$.statics(CordovaBgGps, ["HIGH_ACCURACY", "BALANCED_ACCURACY", "LOW_ACCURACY", "PASSIVE_ACCURACY", "MEDIUM_ACCURACY", "GEOFENCE_ENTER", "GEOFENCE_EXIT", "GEOFENCE_DWELL", "STILL_SPEED", "FAST_SPEED", "STILL_THRESHOLD", "MOVING_THRESHOLD", "FAST_THRESHOLD", "singletonInstance"]);
class DymicoAuthService {
  constructor(...a) {
    if (new.target === DymicoAuthService) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.auth = function(username, password, callback = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "dymicoAuthService"), "authenticate", [username, password, function(authData) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("DymicoAuthService"));
        console.log(D$.str(authData));
        if (D$.truthy(D$.gp(authData, "authenticated"))) {
          Utils.updateAuthTokenToSession(authData);
          D$.pset(D$.fs("session", _this$, _self, ()=>session), "authToken", D$.gp(D$.gp(authData, "zoner"), "token"));
          return null;
        }
        return callback(D$.gp(authData, "authenticated"));
      }]);
    };
  }
  $gsInit() {
    const _self = this;
  }
}
class I3QrCode extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3QrCode) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created, afterMounted: this.afterMounted };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.self = _this$;
    };
    _self.afterMounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(_self.self, "text"))) {
        _self.generateQrCode();
      }
    };
    _self.watchText = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if ((D$.gp(_self.self, "text") && D$.gp(_self.refs, "qrCodeRef"))) {
        _self.generateQrCode();
      }
    };
    _self.generateQrCode = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.gp(_self.refs, "qrCodeRef"))) {
        return null;
      }
      if (D$.truthy(_self.qRCodeObject)) {
        D$.clear(_self.qRCodeObject);
      }
      _self.qRCodeObject = _self.newQrCode(D$.gp(_self.refs, "qrCodeRef"), D$.gp(_self.self, "text"), D$.gp(_self.self, "width"), D$.gp(_self.self, "height"));
      return D$.mc(_self.qRCodeObject, "makeCode", [D$.gp(_self.self, "text")]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {text: {default: ""}, width: {default: 300}, height: {default: 300}};
  }
  newQrCode(element, text, width, height) {

        return new QRCode(element, {
            text: text,
            width: width,
            height: height,
            colorDark: '#000000',
            colorLight: '#ffffff',
            correctLevel: QRCode.CorrectLevel.H
        })
    
  }
}
class CordovaScreenCapture {
  constructor(...a) {
    if (new.target === CordovaScreenCapture) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.capture = function(success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, opts = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeCaptureSvgToPng(((_e)=>D$.truthy(_e)?_e:1280)(D$.gp(opts, "maxWidth")), success, error);
    };
    _self.openProblemReport = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.capture(function(blob, meta) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.nativeStashBlob(blob);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/reportProblem"]);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", [`openProblemReport: capture failed: ${D$.str(err)}`]);
        _self.nativeStashBlob(null);
        return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "push", ["/reportProblem"]);
      });
    };
    _self.reportProblem = function(userMessage, opts = {}, success = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, error = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let stashed = _self.nativeReadStashedBlob();
      if (D$.truthy(stashed)) {
        _self.uploadAndCreateReport(userMessage, opts, stashed, {type: "image/png", width: 0, height: 0, fallback: false}, success, error);
        return null;
      }
      return _self.capture(function(blob, meta) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.uploadAndCreateReport(userMessage, opts, blob, meta, success, error); }, function(captureErr) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", [`CordovaScreenCapture:reportProblem:capture failed: ${D$.str(captureErr)}`]);
        return _self.uploadAndCreateReport(userMessage, opts, null, {}, success, error);
      });
    };
    _self.uploadAndCreateReport = function(userMessage, opts, blob, meta, success, error) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let report = _self.buildReportContext(userMessage, opts, meta);
      D$.pset(report, "hasScreenshot", !D$.eq(blob, null));
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "cordovaService"), "userProblem", [D$.gp(D$.fs("session", _this$, _self, ()=>session), "userId"), D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "uuid"), report, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(D$.sp(result, "id"))) {
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", ["CordovaScreenCapture:reportProblem:userProblem returned no id"]);
          return error("Failed to create problem report");
        }
        if (!D$.truthy(blob)) {
          return success(D$.gp(result, "id"));
        }
        return Utils.post(blob, "screenshot", "userError", D$.gp(result, "id"), function(uploadResult) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`CordovaScreenCapture:reportProblem:uploaded screenshot for ${D$.str(D$.gp(result, "id"))}`]);
          return success(D$.gp(result, "id"));
        }, function(uploadErr) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", [`CordovaScreenCapture:reportProblem:screenshot upload failed: ${D$.str(uploadErr)}`]);
          return success(D$.gp(result, "id"));
        });
      }]);
    };
    _self.buildReportContext = function(userMessage, opts, meta) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let ctx = _self.nativeGatherContext();
      return ({userMessage: ((_e)=>D$.truthy(_e)?_e:"")(userMessage), severity: ((_e)=>D$.truthy(_e)?_e:"normal")(D$.gp(opts, "severity")), message: ((_e)=>D$.truthy(_e)?_e:"(no description)")(userMessage), route: D$.gp(ctx, "route"), pageTitle: D$.gp(ctx, "pageTitle"), appPath: D$.gp(ctx, "appPath"), viewport: D$.gp(ctx, "viewport"), orientation: D$.gp(ctx, "orientation"), locale: D$.gp(ctx, "locale"), tz: D$.gp(ctx, "tz"), consoleTail: D$.gp(ctx, "consoleTail"), routeHistory: D$.gp(ctx, "routeHistory"), userAgent: D$.gp(ctx, "userAgent"), platform: ((_e)=>D$.truthy(_e)?_e:"browser")(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "platform")), appVersion: ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "version")), appBuild: ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "device"), "cordova")), clientReportedAt: D$.mc(new Date(), "getTime", [])});
    };
  }
  $gsInit() {
    const _self = this;
  }
  nativeGatherContext() {

        var route = '';
        var routeHistory = '';
        try {
            if (window.vue && window.vue.router && window.vue.router.currentRoute) {
                route = window.vue.router.currentRoute.value
                    ? window.vue.router.currentRoute.value.fullPath
                    : window.vue.router.currentRoute.fullPath || '';
            }
        } catch(e) {}
        try {
            if (window._cwRouteHistory) routeHistory = window._cwRouteHistory.slice(-5).join(' -> ');
        } catch(e) {}

        var tail = '';
        try { if (window._cwConsoleTail) tail = window._cwConsoleTail.join('\n'); } catch(e) {}

        return {
            route       : route,
            pageTitle   : (typeof document !== 'undefined') ? (document.title || '') : '',
            appPath     : (typeof window !== 'undefined' && window.location) ? window.location.pathname : '',
            viewport    : (window.innerWidth + 'x' + window.innerHeight + ' @ ' + (window.devicePixelRatio || 1) + 'x'),
            orientation : (screen && screen.orientation) ? (screen.orientation.type || '') : '',
            locale      : (navigator && navigator.language) ? navigator.language : '',
            tz          : (Intl && Intl.DateTimeFormat) ? Intl.DateTimeFormat().resolvedOptions().timeZone : '',
            consoleTail : tail,
            routeHistory: routeHistory,
            userAgent   : (navigator && navigator.userAgent) ? navigator.userAgent : ''
        };
    
  }
  nativeStashBlob(blob) {

        if (blob) window._cwPendingReport = { blob: blob, ts: Date.now() };
        else window._cwPendingReport = null;
    
  }
  nativeReadStashedBlob() {

        return window._cwPendingReport ? window._cwPendingReport.blob : null;
    
  }
  nativeCaptureSvgToPng(maxWidth, success, error) {

        try {
            var node = document.documentElement;
            var w = Math.max(node.scrollWidth, document.body ? document.body.scrollWidth : 0, window.innerWidth);
            var h = Math.max(node.scrollHeight, document.body ? document.body.scrollHeight : 0, window.innerHeight);

            // Clone so we can inline computed styles without mutating the live DOM.
            var clone = node.cloneNode(true);

            // Strip <script> and elements that don't render.
            var scripts = clone.querySelectorAll('script, link[rel="preload"], link[as="script"]');
            for (var i = 0; i < scripts.length; i++) scripts[i].parentNode.removeChild(scripts[i]);

            var serializer = new XMLSerializer();
            var html;
            try {
                html = serializer.serializeToString(clone);
            } catch(e) {
                return error('serialize failed: ' + e);
            }

            // Wrap in xhtml namespace so foreignObject can host it
            var svg =
                '<svg xmlns="http://www.w3.org/2000/svg" width="' + w + '" height="' + h + '">' +
                  '<foreignObject width="100%" height="100%">' +
                    '<div xmlns="http://www.w3.org/1999/xhtml">' + html + '</div>' +
                  '</foreignObject>' +
                '</svg>';

            var svgBlob = new Blob([svg], { type: 'image/svg+xml;charset=utf-8' });
            var url = URL.createObjectURL(svgBlob);
            var img = new Image();

            // Optional downscale for very wide pages
            var scale = (maxWidth && w > maxWidth) ? (maxWidth / w) : 1;
            var outW = Math.round(w * scale);
            var outH = Math.round(h * scale);

            img.onload = function() {
                try {
                    var canvas = document.createElement('canvas');
                    canvas.width = outW;
                    canvas.height = outH;
                    var ctx = canvas.getContext('2d');
                    ctx.fillStyle = '#ffffff';
                    ctx.fillRect(0, 0, outW, outH);
                    ctx.drawImage(img, 0, 0, outW, outH);
                    URL.revokeObjectURL(url);

                    canvas.toBlob(function(blob) {
                        if (blob) {
                            success(blob, { type:'image/png', width:outW, height:outH, fallback:false });
                        } else {
                            // Canvas likely tainted by cross-origin images — fall back to raw SVG
                            success(svgBlob, { type:'image/svg+xml', width:w, height:h, fallback:true });
                        }
                    }, 'image/png', 0.9);
                } catch(e) {
                    URL.revokeObjectURL(url);
                    // Tainted canvas → fall back to raw SVG so the report still has *something*
                    success(svgBlob, { type:'image/svg+xml', width:w, height:h, fallback:true });
                }
            };
            img.onerror = function(e) {
                URL.revokeObjectURL(url);
                // Image load failed — return the raw SVG so caller still has visual context
                success(svgBlob, { type:'image/svg+xml', width:w, height:h, fallback:true });
            };
            img.src = url;
        } catch(e) {
            error('capture failed: ' + (e.message || e));
        }
    
  }
}
class I3MenuButton extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3MenuButton) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let appConfig = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig"));
      let config = (!D$.eq(D$.gp(appConfig, "menubutton"), null) ? D$.gp(appConfig, "menubutton") : {});
      let attrs = (!D$.eq(D$.gp(self, "$attrs"), null) ? D$.gp(self, "$attrs") : {});
      D$.pset(self, "btnProps", (typeof toJavascript === 'function' ? toJavascript(D$.plus(D$.plus(_self.defaults, config), attrs)) : D$.mc(_this$, "toJavascript", [D$.plus(D$.plus(_self.defaults, config), attrs)])));
      return D$.pset(D$.gp(self, "btnProps"), "size", ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:D$.getAt(_self.defaults, "size"))(D$.getAt(config, "size")))(D$.getAt(attrs, "size")));
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = [];
    this.defaults = {type: "button", label: "Button", color: "primary", textColor: "", size: "xs", noCaps: true, outline: false, flat: false, unelevated: true, rounded: false, push: false, square: false, glossy: false, dense: false};
  }
}
class VueDocumentViewer extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === VueDocumentViewer) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { mounted: this.mounted };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let fileInfo = D$.getAt(D$.gp(self, "oObject"), D$.gp(self, "oPropName"));
      let lastUpdated = D$.gp(D$.gp(self, "oObject"), "_lastUpdated");
      try {
        lastUpdated = D$.mc(lastUpdated, "getTime", []);
      } catch (all) {
      }
      D$.pset(self, "pdfUrl", `/media-cache/file/${D$.str(D$.gp(D$.gp(self, "oObject"), "_id"))}/${D$.str(D$.gp(self, "oPropName"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}`);
      D$.pset(self, "preview", `/media-cache/filePreview/${D$.str(D$.gp(D$.gp(self, "oObject"), "_id"))}/${D$.str(D$.gp(self, "oPropName"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}`);
      if (!D$.truthy(D$.gp(self, "download"))) {
        D$.pset(self, "download", false);
      }
      if (!D$.truthy(D$.gp(self, "filePreview"))) {
        D$.pset(self, "filePreview", false);
      }
      if (!D$.truthy(D$.gp(self, "displayName"))) {
        D$.pset(self, "displayName", false);
      }
      return D$.pset(self, "showFullscreenDialog", false);
    };
    _self.objectLoaded = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "oObject"))) {
        return false;
      }
      return true;
    };
    _self.show = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "filePreview"))) {
        return null;
      }
      D$.mc(D$.gp(_self.getRefs(), "dialog"), "show", []);
      _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        new PdfJsHandler(D$.gp(self, "pdfUrl"));
        return new HammerJsZoom("pdf_canvas");
      });
      if (D$.truthy(Utils.isCordova())) {
        D$.mc(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "lock", ["any"]);
      }
    };
    _self.hideFullscreenDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.self, "showFullscreenDialog", false);
      if (D$.truthy(Utils.isCordova())) {
        D$.mc(D$.gp(D$.fs("screen", _this$, _self, ()=>screen), "orientation"), "lock", ["portrait"]);
      }
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = ["oObject", "oName", "oPropName", "download", "filePreview", "displayName", "myStyle"];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {showFullscreenDialog: false}; };
  }
}
class CordovaPhoto {
  constructor(...a) {
    if (new.target === CordovaPhoto) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.takePhoto = function(onSuccess, onFail, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.capture("camera", onSuccess, onFail, config);
    };
    _self.captureGuided = function(onSuccess, onFail, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.capture("guided", onSuccess, onFail, config);
    };
    _self.pickFromLibrary = function(onSuccess, onFail, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.capture("library", onSuccess, onFail, config);
    };
    _self.takePhotoBlob = function(onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let success = function(imageUri) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "blobFromFileUrl", [imageUri, function(blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        onSuccess(blob);
        return _self.clearCache();
      }, onError]); };
      return _self.capture("camera", success, onError, config);
    };
    _self.takePhotoAndUpload = function(objectName, property, objectId, onSuccess, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, config = {}) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let success = function(tempImageUrl) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "blobFromFileUrl", [tempImageUrl, function(blob) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "addFile", [CordovaPhoto.namedPhoto(blob), objectName, property, objectId, onSuccess, onError]); }, onError]); };
      return _self.capture("camera", success, onError, config);
    };
    _self.clearCache = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    };
    _self.makePdf = function(pages, onSuccess, onFail = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return CordovaPhoto.makePdfNative({pages: pages}, function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onSuccess(D$.sp(result, "data")); }, onFail);
    };
    _self.capture = function(source, onSuccess, onFail, config) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let opts = D$.leftShift({source: source, output: "fileUri", maxWidth: 1024, maxHeight: 1024}, config);
      return CordovaPhoto.pick(opts, function(result) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onSuccess(D$.gp(result, "data")); }, onFail);
    };
  }
  $gsInit() {
    const _self = this;
  }
  static isPdfAvailable() {

        try {
            var p = ( typeof cordova !== 'undefined' ) && cordova.plugins && cordova.plugins.dymicoPhoto;
            return !!( p && typeof p.makePdf === 'function' );
        } catch (e) { return false; }
    
  }
  static makePdfNative(options, onSuccess, onFail) {

        try {
            if (typeof cordova === 'undefined' || !cordova.plugins || !cordova.plugins.dymicoPhoto ||
                typeof cordova.plugins.dymicoPhoto.makePdf !== 'function') {
                return onFail('dymico-photo cannot build PDFs');
            }
            cordova.plugins.dymicoPhoto.makePdf(options, onSuccess, onFail);
        } catch (e) { onFail('makePdf threw: ' + e); }
    
  }
  static namedPhoto(blob) {

        var frame = null;
        try {
            if (blob && blob.name) return blob;
            var d = new Date();
            var p = function (n) { return n < 10 ? '0' + n : '' + n; };
            var ext = (blob && blob.type === 'image/jpeg') ? 'jpg' : 'png';
            var name = 'photo_' + d.getFullYear() + p(d.getMonth() + 1) + p(d.getDate()) + '_' +
                       p(d.getHours()) + p(d.getMinutes()) + p(d.getSeconds()) + '.' + ext;

            var Ctor = (typeof File !== 'undefined' && File.prototype instanceof Blob) ? File : null;
            if (!Ctor) {
                frame = document.createElement('iframe');
                frame.style.display = 'none';
                document.documentElement.appendChild(frame);
                var Fresh = frame.contentWindow.File;
                if (Fresh && Fresh.prototype instanceof frame.contentWindow.Blob) Ctor = Fresh;
            }
            var out = Ctor ? new Ctor([blob], name, { type: blob.type, lastModified: Date.now() }) : null;
            if (frame) { frame.remove(); frame = null; }
            if (out && typeof out.size === 'number' && typeof out.slice === 'function') return out;
            console.warn('namedPhoto: no usable File constructor, posting the blob unnamed');
        } catch (e) {
            console.warn('namedPhoto failed, posting the blob unnamed', e);
        }
        try { if (frame) frame.remove(); } catch (e2) {}
        return blob;
    
  }
  static pick(options, onSuccess, onFail) {

        if (typeof cordova === 'undefined' || !cordova.plugins || !cordova.plugins.dymicoPhoto) {
            return onFail('dymico-photo plugin not available');
        }
        cordova.plugins.dymicoPhoto.pick(options, onSuccess, onFail);
    
  }
  static isAvailable() {

        return ( typeof cordova !== 'undefined' && cordova.plugins && typeof cordova.plugins.dymicoPhoto !== 'undefined' );
    
  }
}
class DymPageHeader extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === DymPageHeader) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
    _self.back = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {backBtn: D$.fs("Boolean", this, this, ()=>Boolean), homeBtn: D$.fs("Boolean", this, this, ()=>Boolean)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class VueAdComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === VueAdComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { mounted: this.mounted, created: this.created, unmounted: this.unmounted };
    _self.mounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "canNavigate"))) {
        D$.pset(self, "canNavigate", true);
      }
      if (!D$.truthy(D$.gp(self, "rootDomain"))) {
        D$.pset(self, "rootDomain", "");
      }
      if (!D$.truthy(D$.gp(self, "vertical"))) {
        D$.pset(self, "vertical", false);
      }
    };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(_self.scope, "adIndex", 0);
      D$.pset(_self.scope, "ad", {});
      _self.loadAd();
      if (!D$.truthy(_self.isTimerSet())) {
        _self.timer = Utils.setInterval(function() { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.loadAd(); }, 60000);
      }
    };
    _self.openAd = function(ad) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.add(D$.gp(D$.fs("o", _this$, _self, ()=>o), "metricService"), D$.sp(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"), "_id"), "fitworld.ad.click", D$.gp(ad, "_id")), "do", []);
      if (!D$.truthy(D$.gp(ad, "url"))) {
        return null;
      }
      return D$.mc(D$.gp(D$.fs("cordova", _this$, _self, ()=>cordova), "InAppBrowser"), "open", [D$.gp(ad, "url"), "_system", "location=yes"]);
    };
    _self.unmounted = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.killTimer();
    };
    _self.loadAd = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "vueWrapperService"), "loadAd", [D$.gp(_self.scope, "adIndex"), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(_self.scope, "adIndex", D$.gp(result, "index"));
        D$.pset(_self.scope, "ad", D$.gp(result, "ad"));
        return D$.mc(D$.add(D$.gp(D$.fs("o", _this$, _self, ()=>o), "metricService"), D$.sp(D$.gp(D$.fs("session", _this$, _self, ()=>session), "legionUser"), "_id"), "fitworld.ad.show", D$.gp(D$.gp(result, "ad"), "_id")), "do", []);
      }]);
    };
    _self.killTimer = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(_self.timer, null)) {
        return null;
      }
      Utils.clearInterval(_self.timer);
      return _self.timer = null;
    };
    _self.isTimerSet = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return !D$.truthy(D$.eq(_self.timer, null));
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = ["canNavigate", "rootDomain", "vertical"];
    this.timer = null;
  }
}
class CordovaHealth {
  constructor(...a) {
    if (new.target === CordovaHealth) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.testIsAvailable = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeIsAvailable(function(available) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health. isAvailable -> success: ${D$.str(available)}`]);
        return onSuccess(available);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.isAvailable -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.requestPermissions = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      datatypes = {read: ["steps", "blood_pressure", "heart_rate"]};
      return _self.nativeRequestAuthorization(D$.fs("datatypes", _this$, _self, ()=>datatypes), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health. requestAuthorization -> success: ${D$.str(result)}`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova. plugins.health.requestAuthorization -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.querySteps = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let queryParams = {startDate: startDate, endDate: endDate, dataType: "steps", limit: 50000};
      return _self.nativeQuery(queryParams, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query steps -> success: ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query steps -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.queryBloodPressure = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let queryParams = {startDate: startDate, endDate: endDate, dataType: "blood_pressure", limit: 2000};
      return _self.nativeQuery(queryParams, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query blood_pressure -> success: ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query blood_pressure -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.queryHeartRate = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let queryParams = {startDate: startDate, endDate: endDate, dataType: "heart_rate", limit: 50000};
      return _self.nativeQuery(queryParams, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query heart_rate -> success: ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.query heart_rate -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.queryAggregatedSteps = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let queryParams = {startDate: startDate, endDate: endDate, dataType: "steps", bucket: "day"};
      return _self.nativeQueryAggregated(queryParams, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["cordova.plugins. health.queryAggregated steps -> success"]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova. plugins.health.queryAggregated steps -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.isAuthorizedForHealth = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      datatypes = {read: ["steps"]};
      return _self.nativeIsAuthorized(D$.fs("datatypes", _this$, _self, ()=>datatypes), function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.isAuthorized health -> success: ${D$.str(result)}`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`cordova.plugins.health.isAuthorized health -> error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
  }
  $gsInit() {
    const _self = this;
  }
  nativeIsAvailable(successCallback, errorCallback) {

        try {
            if (! Utils.isCordova()) {
                errorCallback("Cordova not available");
                return;
            }

            cordova.plugins.health.isAvailable(
                function(available) {
                    successCallback(available);
                },
                function(err) {
                    errorCallback(err.toString());
                }
            );

        } catch (e) {
            console.error('Exception calling cordova.plugins.health.isAvailable:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeRequestAuthorization(datatypes, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) {
                errorCallback("Cordova not available");
                return;
            }

            cordova.plugins.health.requestAuthorization(
                datatypes,
                function(result) {
                    successCallback(result);
                },
                function(err) {
                    errorCallback(err.toString());
                }
            );

        } catch (e) {
            console.error('Exception calling cordova.plugins.health.requestAuthorization:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeQuery(queryParams, successCallback, errorCallback) {

        try {
            if (! Utils.isCordova()) {
                errorCallback("Cordova not available");
                return;
            }

            cordova.plugins.health.query(
                queryParams,
                function(result) {
                    successCallback(result);
                },
                function(err) {
                    errorCallback(err.toString());
                }
            );

        } catch (e) {
            console.error('Exception calling cordova.plugins. health.query:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeQueryAggregated(queryParams, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) {
                errorCallback("Cordova not available");
                return;
            }

            cordova.plugins.health.queryAggregated(
                queryParams,
                function(result) {
                    successCallback(result);
                },
                function(err) {
                    errorCallback(err.toString());
                }
            );

        } catch (e) {
            console.error('Exception calling cordova.plugins.health.queryAggregated:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeIsAuthorized(datatypes, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) {
                errorCallback("Cordova not available");
                return;
            }

            cordova.plugins.health.isAuthorized(
                datatypes,
                function(result) {
                    successCallback(result);
                },
                function(err) {
                    errorCallback(err.toString());
                }
            );

        } catch (e) {
            console.error('Exception calling cordova.plugins.health.isAuthorized:', e);
            errorCallback(e.toString());
        }
    
  }
}
class I3SidePanel extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3SidePanel) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {modelValue: {type: D$.fs("String", this, this, ()=>String)}, position: {type: D$.fs("String", this, this, ()=>String), default: "right"}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class CordovaFile {
  constructor(...a) {
    if (new.target === CordovaFile) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.initDB = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let request = D$.mc(D$.fs("indexedDB", _this$, _self, ()=>indexedDB), "open", [CordovaFile.DB_NAME, 1]);
      D$.pset(request, "onupgradeneeded", function(e) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let db = D$.gp(D$.gp(e, "target"), "result");
        if (!D$.truthy(D$.contains(D$.gp(db, "objectStoreNames"), CordovaFile.STORE_NAME))) {
          let store = D$.mc(db, "createObjectStore", [CordovaFile.STORE_NAME, {keyPath: "id", autoIncrement: true}]);
          D$.mc(store, "createIndex", ["objectKey", ["objectName", "property", "objectId"], {unique: true}]);
          D$.mc(store, "createIndex", ["synced", "synced"]);
        }
      });
      D$.pset(request, "onsuccess", function(e) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.db = D$.gp(D$.gp(e, "target"), "result");
        return console.log(D$.str("✅ Browser file cache (IndexedDB) ready – 2-day cleanup active"));
      });
      return D$.pset(request, "onerror", function(e) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.mc(D$.fs("console", _this$, _self, ()=>console), "error", ["IndexedDB failed", D$.gp(D$.gp(e, "target"), "error")]); });
    };
    _self.transaction = function(mode, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(_self.db)) {
        return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.transaction(mode, callback); }, 50);
      }
      let tx = D$.mc(_self.db, "transaction", [CordovaFile.STORE_NAME, mode]);
      let store = D$.mc(tx, "objectStore", [CordovaFile.STORE_NAME]);
      return callback(store, tx);
    };
    _self.find = function(objectName, property, objectId, cb) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("find"));
      console.log(D$.str(objectName));
      console.log(D$.str(property));
      console.log(D$.str(objectId));
      return _self.transaction("readonly", function(store, tx) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let idx = D$.mc(store, "index", ["objectKey"]);
        let req = D$.mc(idx, "get", [[objectName, property, objectId]]);
        D$.pset(req, "onsuccess", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return cb(D$.gp(req, "result")); });
        return D$.pset(req, "onerror", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return cb(null); });
      });
    };
    _self.put = function(entry, cb = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(entry, "_lastUpdated", D$.mc(new Date(), "getTime", []));
      if (!D$.truthy(D$.gp(entry, "_created"))) {
        D$.pset(entry, "_created", D$.gp(entry, "_lastUpdated"));
      }
      return _self.transaction("readwrite", function(store, tx) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let req = D$.mc(store, "put", [D$.mc(D$.fs("gs", _this$, _self, ()=>gs), "toJavascript", [entry])]);
        return D$.pset(req, "onsuccess", function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.pset(entry, "id", D$.gp(req, "result"));
          return cb(entry);
        });
      });
    };
    _self.delete = function(objectName, property, objectId, cb = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.find(objectName, property, objectId, function(existing) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (!D$.truthy(existing)) {
          return cb(null);
        }
        return _self.transaction("readwrite", function(store) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          D$.mc(store, "delete", [D$.gp(existing, "id")]);
          return cb(existing);
        });
      });
    };
    _self.findUnsynced = function(cb) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("findUnsynced:start"));
      return _self.transaction("readonly", function(store) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let idx = D$.mc(store, "index", ["synced"]);
        let cursor = D$.mc(idx, "openCursor", [D$.mc(D$.fs("IDBKeyRange", _this$, _self, ()=>IDBKeyRange), "only", [0])]);
        let list = [];
        return D$.pset(cursor, "onsuccess", function(e) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let c = D$.gp(D$.gp(e, "target"), "result");
          console.log(D$.str("findUnsynced:list"));
          console.log(D$.str(c));
          if (D$.truthy(c)) {
            D$.mc(list, "push", [D$.gp(c, "value")]);
            D$.mc(c, "continue", []);
          } else {
            cb(list);
          }
        });
      });
    };
    _self.addFile = function(fileOrBlob, objectName, property, objectId, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.isa(fileOrBlob, "String")) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["addFile:fileOrBlob:string"]);
        return CordovaFile.blobFromFileUrl(fileOrBlob, function(blob) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.addFile(blob, objectName, property, objectId, onSuccess, onError); }, onError);
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["addFile:fileOrBlob:blob"]);
      let size = ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(fileOrBlob, "size"));
      let name = ((_e)=>D$.truthy(_e)?_e:_self.photoFileName(D$.gp(fileOrBlob, "type")))(D$.gp(fileOrBlob, "name"));
      let toUpload = (D$.truthy(D$.gp(fileOrBlob, "name")) ? fileOrBlob : CordovaFile.nameBlob(fileOrBlob, name));
      let entry = {objectName: objectName, property: property, objectId: objectId, name: name, type: D$.gp(fileOrBlob, "type"), size: size, lastModified: ((_e)=>D$.truthy(_e)?_e:D$.mc(new Date(), "getTime", []))(D$.gp(fileOrBlob, "lastModified")), blob: toUpload, synced: 0};
      return _self.delete(objectName, property, objectId, function(stored) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.put(entry, function(saved) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.eq(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "network"), "status"), "offline")) {
          return onError(entry, fileOrBlob);
        }
        return _self.syncSingle(saved, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onSuccess(entry, fileOrBlob); }, onError);
      }); });
    };
    _self.deleteFile = function(objectName, property, objectId, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.delete(objectName, property, objectId, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onSuccess(it); });
    };
    _self.getBlobFromCachedFile = function(objectName, property, objectId, callback) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.find(objectName, property, objectId, function(entry) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return callback(entry); });
    };
    _self.syncSingle = function(entry, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(D$.sp(entry, "blob"))) {
        return null;
      }
      return Utils.post(D$.gp(entry, "blob"), D$.gp(entry, "property"), D$.gp(entry, "objectName"), D$.gp(entry, "objectId"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.pset(entry, "synced", 1);
        D$.pset(entry, "_lastUpdated", D$.mc(new Date(), "getTime", []));
        _self.put(entry);
        _self.delete(D$.gp(entry, "property"), D$.gp(entry, "objectName"), D$.gp(entry, "objectId"));
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", ["CordovaFile:syncSingle:success"]);
        return onSuccess(entry);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "error", [`CordovaFile:syncSingle:failed:${D$.str(err)}`]);
        return onError(entry);
      });
    };
    _self.sync = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.findUnsynced(function(list) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.each(list, function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.syncSingle(it); }); });
    };
    _self.cleanup = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let now = D$.mc(new Date(), "getTime", []);
      return _self.transaction("readonly", function(store) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        let req = D$.mc(store, "getAll", []);
        return D$.pset(req, "onsuccess", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.each(D$.gp(req, "result"), function(entry) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          let age = D$.minus(now, ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:0)(D$.gp(entry, "_created")))(D$.gp(entry, "_lastUpdated")));
          if ((age > CordovaFile.FILE_CACHE_MIL)) {
            console.log(D$.str(`cleanup: deleting file older than 2 days – ${D$.str(D$.gp(entry, "name"))}`));
            _self.delete(D$.gp(entry, "objectName"), D$.gp(entry, "property"), D$.gp(entry, "objectId"));
          }
        }); });
      });
    };
    _self.showAll = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.transaction("readonly", function(store) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(D$.mc(store, "getAll", []), "onsuccess", function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return console.log(D$.str("Cached files:"), D$.str(D$.gp(D$.gp(it, "target"), "result"))); }); });
    };
    _self.clearAll = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.transaction("readwrite", function(store) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.clear(store); });
    };
    _self.getContentTypeFromUrl = function(url) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(url)) {
        return null;
      }
      let fileName = D$.last(D$.tokenize(url, "/"));
      if (!D$.truthy(D$.contains(fileName, "."))) {
        return null;
      }
      let ext = D$.mc(D$.last(D$.tokenize(fileName, ".")), "toLowerCase", []);
      return D$.mc(CordovaFile.MIME_TYPES, "get", [ext, "application/octet-stream"]);
    };
    _self.extensionForType = function(contentType) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(contentType)) {
        return "jpg";
      }
      let found = null;
      D$.each(CordovaFile.MIME_TYPES, function(ext, type) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((!D$.truthy(found) && D$.eq(type, contentType))) {
          found = ext;
        }
      });
      return ((_e)=>D$.truthy(_e)?_e:"jpg")(found);
    };
    _self.photoFileName = function(contentType) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.plus(D$.plus(D$.plus("photo_", CordovaFile.photoTimeStamp()), "."), _self.extensionForType(contentType));
    };
    _self.resolveFileUrl = function(url) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("resolveFileUrl:1:", url)]);
      if (D$.truthy(D$.mc(url, "startsWith", ["app://localhost/_app_file_"]))) {
        url = url = D$.mc(url, "substring", [26]);
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("resolveFileUrl:2:", url)]);
      if (D$.truthy(D$.mc(url, "startsWith", ["file:///"]))) {
        url = url = D$.mc(url, "substring", [8]);
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("resolveFileUrl:3:", url)]);
      if (D$.truthy(D$.mc(url, "startsWith", ["private/"]))) {
        url = D$.mc(url, "substring", [8]);
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("resolveFileUrl:4:", url)]);
      if (!D$.truthy(D$.mc(url, "startsWith", ["http"]))) {
        url = D$.plus("file:///", url);
      }
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [D$.plus("resolveFileUrl:5:", url)]);
      return url;
    };
  }
  $gsInit() {
    const _self = this;
    this.initDB();
    Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.sync(); }, D$.multiply(60, 1000));
    Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.cleanup(); }, D$.multiply(D$.multiply(3, 60), 1000));
    D$.mc(D$.fs("cordovaDevice", this, this, ()=>cordovaDevice), "addAppEventListeners", [function(event) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy("network.online")) {
        _self.sync();
      }
    }]);
  }
  static photoTimeStamp() {

        var d = new Date();
        var p = function(n){ return n < 10 ? '0' + n : '' + n };
        return '' + d.getFullYear() + p(d.getMonth() + 1) + p(d.getDate()) + '_' +
               p(d.getHours()) + p(d.getMinutes()) + p(d.getSeconds());
    
  }
  static nameBlob(blob, name) {

        var frame = null;
        try {
            // Real DOM File, or the one cordova-plugin-file left in its place?
            var Ctor = (typeof File !== 'undefined' && File.prototype instanceof Blob) ? File : null;
            if (!Ctor) {
                frame = document.createElement('iframe');
                frame.style.display = 'none';
                document.documentElement.appendChild(frame);
                var Fresh = frame.contentWindow.File;
                if (Fresh && Fresh.prototype instanceof frame.contentWindow.Blob) Ctor = Fresh;
            }
            var out = Ctor ? new Ctor([blob], name, { type: blob.type, lastModified: Date.now() }) : null;
            if (frame) { frame.remove(); frame = null; }
            if (out && typeof out.size === 'number' && typeof out.slice === 'function') return out;
            console.warn('nameBlob: no usable File constructor, posting the blob unnamed');
        } catch (e) {
            console.warn('nameBlob: File constructor unavailable, tagging blob instead', e);
        }
        try { if (frame) frame.remove(); } catch (e3) {}
        try { blob.name = name; } catch (e4) {}
        return blob;
    
  }
  static blobFromFileUrl(url, onSuccess, onError) {
 
    
        url = cordovaFile.resolveFileUrl(url)
    
        var contentType = cordovaFile.getContentTypeFromUrl(url)
        
        console.log('blobFromFileUrl', contentType, url)
        
        window.resolveLocalFileSystemURL(url, function success(fileEntry) {
            fileEntry.file(function (file) {
                var reader = new FileReader();
                reader.onloadend = function() {
                    var blob = new Blob([new Uint8Array(this.result)], { type: contentType });
                    onSuccess(blob)
                };
                reader.readAsArrayBuffer(file);
            }, function (err) { 
                console.error('error getting fileentry file!' + err); 
                onError(err)
            });
        }, function (err) { 
            console.error('error getting file! ' + err); 
            onError(err)
        });
        
    
  }
}
CordovaFile.DB_NAME = "localFileCacheDB";
CordovaFile.STORE_NAME = "localFiles";
CordovaFile.FILE_CACHE_MIL = D$.multiply(D$.multiply(D$.multiply(D$.multiply(2, 24), 60), 60), 1000);
CordovaFile.MAX_FILE_SIZE_TO_CACHE = D$.multiply(D$.multiply(1024, 1024), 8);
CordovaFile.MIME_TYPES = {txt: "text/plain", html: "text/html", htm: "text/html", css: "text/css", js: "application/javascript", json: "application/json", xml: "application/xml", csv: "text/csv", rtf: "application/rtf", pdf: "application/pdf", doc: "application/msword", docx: "application/vnd.openxmlformats-officedocument.wordprocessingml.document", xls: "application/vnd.ms-excel", xlsx: "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet", ppt: "application/vnd.ms-powerpoint", pptx: "application/vnd.openxmlformats-officedocument.presentationml.presentation", zip: "application/zip", rar: "application/vnd.rar", ["7z"]: "application/x-7z-compressed", tar: "application/x-tar", gz: "application/gzip", bz2: "application/x-bzip2", xz: "application/x-xz", jpg: "image/jpeg", jpeg: "image/jpeg", png: "image/png", gif: "image/gif", bmp: "image/bmp", webp: "image/webp", heic: "image/heic", heif: "image/heif", tiff: "image/tiff", tif: "image/tiff", svg: "image/svg+xml", raw: "image/x-raw", dng: "image/x-adobe-dng", ico: "image/x-icon", mp3: "audio/mpeg", wav: "audio/wav", m4a: "audio/mp4", aac: "audio/aac", ogg: "audio/ogg", oga: "audio/ogg", opus: "audio/opus", flac: "audio/flac", amr: "audio/amr", awb: "audio/amr-wb", ["3ga"]: "audio/3gpp", ["3g2a"]: "audio/3gpp2", mid: "audio/midi", midi: "audio/midi", mp4: "video/mp4", m4v: "video/mp4", mov: "video/quicktime", qt: "video/quicktime", ["3gp"]: "video/3gpp", ["3g2"]: "video/3gpp2", avi: "video/x-msvideo", mkv: "video/x-matroska", webm: "video/webm", ts: "video/mp2t", mpeg: "video/mpeg", mpg: "video/mpeg", mpe: "video/mpeg", vcf: "text/vcard", vcs: "text/x-vcalendar", ics: "text/calendar"};
D$.statics(CordovaFile, ["DB_NAME", "STORE_NAME", "FILE_CACHE_MIL", "MAX_FILE_SIZE_TO_CACHE", "MIME_TYPES"]);
class CordovaI3Health {
  constructor(...a) {
    if (new.target === CordovaI3Health) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.testIsAvailable = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeIsAvailable(function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.isAvailable -> ${D$.str(result)}`]);
        return onSuccess(((_e)=>D$.truthy(_e)?_e:false)(D$.sp(result, "available")));
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.isAvailable error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.requestPermissions = function(onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["dymicoHealth.requestPermissions: requesting via Android permissions plugin"]);
      return _self.nativeRequestPermissions(function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.requestPermissions -> ${D$.str(result)}`]);
        return onSuccess(result);
      }, function(err) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.requestPermissions error: ${D$.str(err)}`]);
        return onError(err);
      });
    };
    _self.querySteps = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeQuery("steps", startDate, endDate, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.query steps -> ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onError(err); });
    };
    _self.queryHeartRate = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeQuery("heartRate", startDate, endDate, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.query heartRate -> ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onError(err); });
    };
    _self.queryBloodPressure = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeQuery("bloodPressure", startDate, endDate, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.query bloodPressure -> ${D$.str(((_r)=>(_r==null?null:D$.size(_r)))(result))} records`]);
        return onSuccess(result);
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onError(err); });
    };
    _self.queryAggregatedSteps = function(startDate, endDate, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeQueryAggregated("steps", startDate, endDate, "day", function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["dymicoHealth.queryAggregated steps -> success"]);
        return onSuccess(result);
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onError(err); });
    };
    _self.store = function(dataType, data, onSuccess = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }, onError = function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.nativeStore(dataType, data, function(result) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`dymicoHealth.store ${D$.str(dataType)} -> success`]);
        return onSuccess(result);
      }, function(err) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return onError(err); });
    };
  }
  $gsInit() {
    const _self = this;
  }
  nativeIsAvailable(successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) { errorCallback("Cordova not available"); return; }
            if (!cordova.plugins.dymicoHealth) { errorCallback("dymicoHealth plugin not installed"); return; }
            cordova.plugins.dymicoHealth.isAvailable(
                function(result) { successCallback(result); },
                function(err) { errorCallback(err ? err.toString() : "Unknown error"); }
            );
        } catch (e) {
            console.error('dymicoHealth.isAvailable exception:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeRequestPermissions(successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) { errorCallback("Cordova not available"); return; }
            var permissions = cordova.plugins.permissions;
            if (!permissions) { errorCallback("Android permissions plugin not available"); return; }

            var perms = CordovaI3Health.HEALTH_PERMISSIONS;
            console.log('dymicoHealth: requesting', perms.length, 'permissions');

            permissions.requestPermissions(perms, function(status) {
                console.log('dymicoHealth: permissions result:', status);
                successCallback({ authorized: status.hasPermission });
            }, function(err) {
                console.error('dymicoHealth: permissions error:', err);
                errorCallback(err ? err.toString() : "Permission request failed");
            });
        } catch (e) {
            console.error('dymicoHealth.requestPermissions exception:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeQuery(dataType, startDate, endDate, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) { errorCallback("Cordova not available"); return; }
            if (!cordova.plugins.dymicoHealth) { errorCallback("dymicoHealth plugin not installed"); return; }
            cordova.plugins.dymicoHealth.query(
                dataType,
                startDate instanceof Date ? startDate : new Date(startDate),
                endDate instanceof Date ? endDate : new Date(endDate),
                function(result) { successCallback(result); },
                function(err) { errorCallback(err ? err.toString() : "Unknown error"); }
            );
        } catch (e) {
            console.error('dymicoHealth.query exception:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeQueryAggregated(dataType, startDate, endDate, bucket, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) { errorCallback("Cordova not available"); return; }
            if (!cordova.plugins.dymicoHealth) { errorCallback("dymicoHealth plugin not installed"); return; }
            cordova.plugins.dymicoHealth.queryAggregated(
                dataType,
                startDate instanceof Date ? startDate : new Date(startDate),
                endDate instanceof Date ? endDate : new Date(endDate),
                bucket || 'day',
                function(result) { successCallback(result); },
                function(err) { errorCallback(err ? err.toString() : "Unknown error"); }
            );
        } catch (e) {
            console.error('dymicoHealth.queryAggregated exception:', e);
            errorCallback(e.toString());
        }
    
  }
  nativeStore(dataType, data, successCallback, errorCallback) {

        try {
            if (!Utils.isCordova()) { errorCallback("Cordova not available"); return; }
            if (!cordova.plugins.dymicoHealth) { errorCallback("dymicoHealth plugin not installed"); return; }
            cordova.plugins.dymicoHealth.store(
                dataType, data,
                function(result) { successCallback(result); },
                function(err) { errorCallback(err ? err.toString() : "Unknown error"); }
            );
        } catch (e) {
            console.error('dymicoHealth.store exception:', e);
            errorCallback(e.toString());
        }
    
  }
}
CordovaI3Health.HEALTH_PERMISSIONS = ["android.permission.health.READ_STEPS", "android.permission.health.WRITE_STEPS", "android.permission.health.READ_HEART_RATE", "android.permission.health.WRITE_HEART_RATE", "android.permission.health.READ_BLOOD_PRESSURE", "android.permission.health.WRITE_BLOOD_PRESSURE", "android.permission.health.READ_BLOOD_GLUCOSE", "android.permission.health.WRITE_BLOOD_GLUCOSE", "android.permission.health.READ_WEIGHT", "android.permission.health.WRITE_WEIGHT", "android.permission.health.READ_HEIGHT", "android.permission.health.WRITE_HEIGHT", "android.permission.health.READ_SLEEP", "android.permission.health.WRITE_SLEEP", "android.permission.health.READ_ACTIVE_CALORIES_BURNED", "android.permission.health.WRITE_ACTIVE_CALORIES_BURNED"];
D$.statics(CordovaI3Health, ["HEALTH_PERMISSIONS"]);
class I3Chart extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Chart) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "chartId", ((_e)=>D$.truthy(_e)?_e:D$.plus("i3chart-", Utils.uuid()))(D$.gp(self, "id")));
      return _self.init(self);
    };
    _self.init = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return _self.loadChart(self, true);
    };
    _self.loadChart = function(self = this, newChart = false) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let labels = [];
      D$.each(D$.range(0, 4, true), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.add(labels, it); });
      let options = {responsive: true, animation: true, indexAxis: (D$.truthy(D$.gp(self, "horizontal")) ? "y" : "x"), plugins: (typeof toJavascript === 'function' ? toJavascript(_self.plugins(self)) : D$.mc(_this$, "toJavascript", [_self.plugins(self)])), scales: (typeof toJavascript === 'function' ? toJavascript(_self.scales(self)) : D$.mc(_this$, "toJavascript", [_self.scales(self)]))};
      let data = {};
      D$.pset(data, "labels", (D$.truthy(D$.gp(self, "labels")) ? (typeof toJavascript === 'function' ? toJavascript(D$.gp(self, "labels")) : D$.mc(_this$, "toJavascript", [D$.gp(self, "labels")])) : (typeof toJavascript === 'function' ? toJavascript(labels) : D$.mc(_this$, "toJavascript", [labels]))));
      D$.pset(data, "datasets", (typeof toJavascript === 'function' ? toJavascript(_self.datasets(self)) : D$.mc(_this$, "toJavascript", [_self.datasets(self)])));
      return _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.truthy(newChart)) {
          I3Chart.paintChart(D$.gp(self, "chartId"), data, options, D$.gp(self, "type"));
        } else {
          I3Chart.updateData(D$.gp(self, "chartId"), D$.gp(self, "labels"), D$.gp(self, "values"));
        }
      });
    };
    _self.dataset = function(self = this, data, index = 0) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let dataset = {};
      D$.pset(dataset, "label", ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(self, "label")));
      D$.pset(dataset, "data", data);
      D$.pset(dataset, "borderWidth", ((_e)=>D$.truthy(_e)?_e:1)(D$.gp(self, "borderWidth")));
      D$.pset(dataset, "borderRadius", ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(self, "borderRadius")));
      D$.pset(dataset, "borderSkipped", false);
      if (D$.truthy(D$.gp(self, "data"))) {
        D$.pset(dataset, "borderColor", ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:_self.colors)(D$.gp(self, "color")))(D$.gp(self, "borderColor")));
        D$.pset(dataset, "pointBackgroundColor", ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:_self.colors)(D$.gp(self, "color")))(D$.gp(self, "borderColor")));
        let color = ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:_self.colors)(D$.gp(self, "color")))(D$.gp(self, "backgroundColor"));
        D$.pset(dataset, "backgroundColor", color);
      }
      if (D$.truthy(D$.gp(self, "datasets"))) {
        let color = ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:_self.colors)(D$.gp(self, "color")))(D$.gp(self, "borderColor"));
        D$.pset(dataset, "borderColor", (D$.truthy(D$.contains(color, "#")) ? color : D$.getAt(color, D$.mod(index, D$.gp(color, "length")))));
        D$.pset(dataset, "pointBackgroundColor", color);
        color = ((_e)=>D$.truthy(_e)?_e:((_e)=>D$.truthy(_e)?_e:_self.colors)(D$.gp(self, "color")))(D$.gp(self, "backgroundColor"));
        D$.pset(dataset, "backgroundColor", (D$.truthy(D$.contains(color, "#")) ? color : D$.getAt(color, D$.mod(index, D$.gp(color, "length")))));
      }
      D$.pset(dataset, "tension", ((_e)=>D$.truthy(_e)?_e:0.1)(D$.gp(self, "tension")));
      D$.pset(dataset, "fill", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(self, "filled")));
      D$.pset(dataset, "pointStyle", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(self, "pointStyle")));
      D$.pset(dataset, "pointRadius", ((_e)=>D$.truthy(_e)?_e:0)(D$.gp(self, "pointRadius")));
      D$.pset(dataset, "stepped", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(self, "stepped")));
      D$.pset(dataset, "borderDash", ((_e)=>D$.truthy(_e)?_e:[0, 0])(D$.gp(self, "dashedLine")));
      return dataset;
    };
    _self.datasets = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let datasets = [];
      if (D$.truthy(D$.gp(self, "data"))) {
        D$.add(datasets, _self.dataset(self, D$.gp(self, "data")));
      }
      if (D$.truthy(D$.gp(self, "datasets"))) {
        D$.eachWithIndex((typeof toJavascript === 'function' ? toJavascript(D$.gp(self, "datasets")) : D$.mc(_this$, "toJavascript", [D$.gp(self, "datasets")])), function(data, index) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.add(datasets, _self.dataset(self, data, index)); });
      }
      return datasets;
    };
    _self.plugins = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let title = {};
      if (D$.truthy(D$.gp(self, "title"))) {
        D$.pset(title, "display", true);
        D$.pset(title, "text", D$.gp(self, "title"));
      }
      let legend = {};
      D$.pset(legend, "display", D$.gp(self, "legend"));
      let plugins = {};
      D$.pset(plugins, "legend", legend);
      D$.pset(plugins, "title", title);
      return plugins;
    };
    _self.scales = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let xScale = {};
      D$.pset(xScale, "display", (D$.truthy(D$.gp(self, "xHide")) ? false : true));
      D$.pset(xScale, "stacked", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(self, "xStacked")));
      D$.pset(xScale, "grid", {});
      D$.pset(D$.gp(xScale, "grid"), "display", (D$.truthy(D$.gp(self, "xGridHide")) ? false : true));
      let yScale = {};
      D$.pset(yScale, "display", (D$.truthy(D$.gp(self, "yHide")) ? false : true));
      D$.pset(yScale, "stacked", ((_e)=>D$.truthy(_e)?_e:false)(D$.gp(self, "yStacked")));
      if (D$.truthy(D$.gp(self, "min"))) {
        D$.pset(yScale, "suggestedMin", D$.gp(self, "min"));
      }
      if (D$.truthy(D$.gp(self, "max"))) {
        D$.pset(yScale, "suggestedMax", D$.gp(self, "max"));
      }
      D$.pset(yScale, "grid", {});
      D$.pset(D$.gp(yScale, "grid"), "display", (D$.truthy(D$.gp(self, "yGridHide")) ? false : true));
      let rScale = {};
      D$.pset(rScale, "display", (D$.truthy(D$.gp(self, "rHide")) ? false : true));
      D$.pset(rScale, "grid", {});
      D$.pset(D$.gp(rScale, "grid"), "display", (D$.truthy(D$.gp(self, "rGridHide")) ? false : true));
      let scales = {};
      if (D$.truthy(D$.mc(["radar", "polarArea"], "includes", [D$.gp(self, "type")]))) {
        D$.pset(scales, "r", (typeof toJavascript === 'function' ? toJavascript(rScale) : D$.mc(_this$, "toJavascript", [rScale])));
      }
      if (!D$.truthy(D$.mc(["doughnut", "pie", "polarArea", "radar"], "includes", [D$.gp(self, "type")]))) {
        D$.pset(scales, "x", (typeof toJavascript === 'function' ? toJavascript(xScale) : D$.mc(_this$, "toJavascript", [xScale])));
        D$.pset(scales, "y", (typeof toJavascript === 'function' ? toJavascript(yScale) : D$.mc(_this$, "toJavascript", [yScale])));
      }
      return scales;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {labels: D$.fs("Array", this, this, ()=>Array), values: D$.fs("Array", this, this, ()=>Array), data: D$.fs("Array", this, this, ()=>Array), datasets: D$.fs("Array", this, this, ()=>Array), id: D$.fs("String", this, this, ()=>String), type: D$.fs("String", this, this, ()=>String), title: D$.fs("String", this, this, ()=>String), legend: D$.fs("Boolean", this, this, ()=>Boolean), borderWidth: D$.fs("Number", this, this, ()=>Number), borderRadius: D$.fs("Number", this, this, ()=>Number), borderColor: D$.fs("String", this, this, ()=>String), backgroundColor: D$.fs("String", this, this, ()=>String), color: D$.fs("String", this, this, ()=>String), tension: D$.fs("Number", this, this, ()=>Number), filled: D$.fs("Boolean", this, this, ()=>Boolean), horizontal: D$.fs("Boolean", this, this, ()=>Boolean), xHide: D$.fs("Boolean", this, this, ()=>Boolean), xStacked: D$.fs("Boolean", this, this, ()=>Boolean), xGridHide: D$.fs("Boolean", this, this, ()=>Boolean), yHide: D$.fs("Boolean", this, this, ()=>Boolean), yStacked: D$.fs("Boolean", this, this, ()=>Boolean), yGridHide: D$.fs("Boolean", this, this, ()=>Boolean), rHide: D$.fs("Boolean", this, this, ()=>Boolean), rGridHide: D$.fs("Boolean", this, this, ()=>Boolean), yScaleLabel: D$.fs("String", this, this, ()=>String), yScalePos: D$.fs("String", this, this, ()=>String), min: D$.fs("Number", this, this, ()=>Number), max: D$.fs("Number", this, this, ()=>Number), yScaleType: D$.fs("String", this, this, ()=>String), pointStyle: D$.fs("String", this, this, ()=>String), pointRadius: D$.fs("Number", this, this, ()=>Number), dashedLine: D$.fs("Array", this, this, ()=>Array), stepped: D$.fs("Boolean", this, this, ()=>Boolean), alternate: D$.fs("Boolean", this, this, ()=>Boolean), transparent: D$.fs("Boolean", this, this, ()=>Boolean)};
    this.colors = ["#37a2eb", "#ff6383", "#4ac1c0", "#fca048", "#9966ff", "#ffce56", "#c9cbcf"];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {chartId: ""}; };
  }
  static paintChart(chartId, data, options, type = "line") {

        const el = document.getElementById(chartId)
        if (!el) return
        const oldChart = Chart.getChart(chartId)
        if (oldChart != undefined) oldChart.destroy()
        const config = { 
            type: type,
            data: data,
            options: options,
        }
        const myChart = new Chart(el, config)
    
  }
  static updateData(chartId, chartLabels, dataSet) {

        let chart = Chart.getChart(chartId);
        if (!chart) return
        chart.data.datasets[0].data =  gs.toJavascript(dataSet)
        chart.data.labels = gs.toJavascript(chartLabels)
        chart.update()
    
  }
}
class CordovaContacts {
  constructor(...a) {
    if (new.target === CordovaContacts) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit() {
    const _self = this;
    D$.mc(D$.fs("document", this, this, ()=>document), "addEventListener", ["deviceReady", function(it) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(CordovaContacts.isAvailable())) {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["cordova-plugin-contacts: Not Available"]);
        return null;
      } else {
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["cordova-plugin-contacts: Available"]);
      }
    }]);
  }
  findContacts(filterText, callback) {

        navigator.contacts.find(
            [
                navigator.contacts.fieldType.phoneNumbers,
                navigator.contacts.fieldType.displayName, 
                navigator.contacts.fieldType.name
            ],
            function(data) {
                callback(data);
            },
            function(error) {
                console.log('Error finding contacts: ', error);
            },
            {
                hasPhoneNumber: true,
                filter: filterText || '',
            }
        );
    
  }
  newContact(callback) {

        let contact = navigator.contacts.create();
        callback(contact);
    
  }
  saveContact(contact, callback) {

        contact.save(
            function(success) {
                console.log('CordovaContacts: Contact Saved: ', success);
                callback({status: true, message: 'Contact saved successfully', contact: success});
            },
            function(error) {
                console.log('CordovaContacts: Error Saving contacts: ', error);
                callback({status: false, message: 'Failed to save contact'});
            }
        );
    
  }
  deleteContact(contact, callback) {

        contact.remove(
            function(success) {
                console.log('CordovaContacts: Contact Deleted: ', success);
                callback({status: true, message: 'Contact deleted successfully'});
            },
            function(error) {
                console.log('CordovaContacts: Failed to delete contact: ', error);
                callback({status: false, message: 'Failed to delete contact'});
            }
        );
    
  }
  static isAvailable() {

        // Contacts plugin is not available
        if (!navigator.contacts) return false;
        else return true;
    
  }
  static getContactsInstance() {

        return navigator.contacts;    
    
  }
}
class CordovaSimBridgeAuth {
  constructor(...a) {
    if (new.target === CordovaSimBridgeAuth) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.activate = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.active = true;
      D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", ["CordovaSimBridgeAuth: ACTIVE — adding auth, health, and media stubs"]);
      _self.patchUserAgent();
      _self.addPluginStubs();
      _self.listenForMessages();
      return _self.patchUtilsIsCordova();
    };
  }
  $gsInit() {
    const _self = this;
    this.active = false;
    this.pendingCallbacks = {};
    if (D$.truthy(CordovaSimBridgeAuth.shouldActivate())) {
      this.activate();
    }
  }
  static shouldActivate() {

        // Only activate if CordovaSimBridge already created the fake cordova object
        // i.e. we're in an iframe and window.cordova exists but is our fake one
        return (window.parent !== window) && (typeof window.cordova !== 'undefined') && (typeof window.device !== 'undefined' && window.device.platform === 'Simulator');
    
  }
  patchUserAgent() {

        // Append 'cordova.simulator' to the user agent so Utils.isCordova() returns true.
        // Utils.isCordova() checks: userAgent().contains('cordova')
        try {
            var originalUA = navigator.userAgent;
            Object.defineProperty(navigator, 'userAgent', {
                get: function() { return originalUA + ' cordova.simulator.1.0.0'; },
                configurable: true
            });
            console.log('[SimBridgeAuth] User agent patched — appended cordova.simulator.1.0.0');
        } catch(e) {
            console.warn('[SimBridgeAuth] Could not patch userAgent:', e);
        }
    
  }
  addPluginStubs() {

        var bridge = this;

        // ===================== APPLE SIGN-IN =====================
        window.cordova.plugins.SignInWithApple = {
            signin: function(options, success, error) {
                bridge._storePending('appleSignIn', 'signin', success, error);
                console.log('[SimBridgeAuth] Apple Sign-In: waiting for simulated auth...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'appleSignIn', action:'signin'}, '*');
            }
        };

        // ===================== GOOGLE SIGN-IN =====================
        window.cordova.plugins.GoogleSignInPlugin = {
            signIn: function(success, error) {
                bridge._storePending('googleSignIn', 'signIn', success, error);
                console.log('[SimBridgeAuth] Google Sign-In: waiting for simulated auth...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'googleSignIn', action:'signIn'}, '*');
            },
            isSignedIn: function(success, error) {
                if (success) success({isSignedIn: false});
            },
            signOut: function(success, error) {
                console.log('[SimBridgeAuth] Google Sign-Out');
                if (success) success();
            },
            oneTapLogin: function(success, error) {
                bridge._storePending('googleSignIn', 'oneTap', success, error);
                console.log('[SimBridgeAuth] Google One-Tap: waiting...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'googleSignIn', action:'oneTap'}, '*');
            },
        };

        // ===================== HEALTH =====================
        window.cordova.plugins.health = {
            isAvailable: function(success, error) {
                console.log('[SimBridgeAuth] Health: isAvailable -> true');
                if (success) success(true);
            },
            requestAuthorization: function(datatypes, success, error) {
                console.log('[SimBridgeAuth] Health: requestAuthorization granted');
                if (success) success(true);
            },
            isAuthorized: function(datatypes, success, error) {
                if (success) success(true);
            },
            query: function(params, success, error) {
                bridge._storePending('health', 'query', success, error);
                console.log('[SimBridgeAuth] Health query:', params.dataType, '— waiting for simulated data...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'health', action:'query', data:params}, '*');
            },
            queryAggregated: function(params, success, error) {
                bridge._storePending('health', 'queryAggregated', success, error);
                console.log('[SimBridgeAuth] Health queryAggregated:', params.dataType, '— waiting...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'health', action:'queryAggregated', data:params}, '*');
            },
            store: function(data, success, error) {
                console.log('[SimBridgeAuth] Health store:', data);
                if (success) success();
            },
        };

        // ===================== MEDIA CAPTURE =====================
        window.navigator.device = window.navigator.device || {};
        window.navigator.device.capture = {
            captureImage: function(success, error, options) {
                bridge._storePending('media', 'captureImage', success, error);
                console.log('[SimBridgeAuth] Media captureImage: waiting...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'media', action:'captureImage'}, '*');
            },
            captureAudio: function(success, error, options) {
                bridge._storePending('media', 'captureAudio', success, error);
                console.log('[SimBridgeAuth] Media captureAudio: waiting...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'media', action:'captureAudio'}, '*');
            },
            captureVideo: function(success, error, options) {
                bridge._storePending('media', 'captureVideo', success, error);
                console.log('[SimBridgeAuth] Media captureVideo: waiting...');
                window.parent.postMessage({type:'cordova-sim-ready', plugin:'media', action:'captureVideo'}, '*');
            },
        };

        console.log('[SimBridgeAuth] Plugin stubs registered: SignInWithApple, GoogleSignInPlugin, health, media capture');
    
  }
  listenForMessages() {

        var bridge = this;
        window.addEventListener('message', function(event) {
            var msg = event.data;
            if (!msg || msg.type !== 'cordova-sim') return;

            switch (msg.plugin) {
                case 'appleSignIn':
                    if (msg.action === 'success') bridge._firePending('appleSignIn', 'signin', msg.data);
                    if (msg.action === 'fail') bridge._firePendingError('appleSignIn', 'signin', msg.data || 'User cancelled');
                    break;

                case 'googleSignIn':
                    if (msg.action === 'success') bridge._firePending('googleSignIn', 'signIn', msg.data);
                    if (msg.action === 'oneTapSuccess') bridge._firePending('googleSignIn', 'oneTap', msg.data);
                    if (msg.action === 'fail') bridge._firePendingError('googleSignIn', 'signIn', msg.data || 'Sign in cancelled');
                    break;

                case 'health':
                    if (msg.action === 'queryResult') bridge._firePending('health', 'query', msg.data);
                    if (msg.action === 'queryAggregatedResult') bridge._firePending('health', 'queryAggregated', msg.data);
                    break;

                case 'media':
                    if (msg.action === 'capturedImage') bridge._firePending('media', 'captureImage', msg.data);
                    if (msg.action === 'capturedAudio') bridge._firePending('media', 'captureAudio', msg.data);
                    if (msg.action === 'capturedVideo') bridge._firePending('media', 'captureVideo', msg.data);
                    break;

                case 'console':
                    if (msg.action === 'eval') {
                        try {
                            var result = eval(msg.data.code);
                            window.parent.postMessage({type:'cordova-sim-event', plugin:'console', action:'result', data:{code: msg.data.code, result: JSON.stringify(result)}}, '*');
                        } catch(e) {
                            window.parent.postMessage({type:'cordova-sim-event', plugin:'console', action:'error', data:{code: msg.data.code, error: e.message}}, '*');
                        }
                    }
                    break;
            }
        });
        console.log('[SimBridgeAuth] postMessage listener registered for auth/health/media');
    
  }
  patchUtilsIsCordova() {

        // Utils is loaded later by GrooScript. Poll until it exists, then patch.
        var attempts = 0;
        var patcher = setInterval(function() {
            attempts++;
            if (typeof Utils !== 'undefined' && Utils.isCordova) {
                Utils.isCordova = function() { return true; };
                Utils.cordovaDevice = function() { return true; };
                console.log('[SimBridgeAuth] Utils.isCordova patched to return true');
                clearInterval(patcher);
            }
            if (attempts > 100) clearInterval(patcher); // stop after ~10s
        }, 100);
    
  }
  _storePending(plugin, action, success, error) {

        var key = plugin + ':' + action;
        this.pendingCallbacks[key] = { success: success, error: error };
    
  }
  _firePending(plugin, action, data) {

        var key = plugin + ':' + action;
        var pending = this.pendingCallbacks[key];
        if (pending && pending.success) {
            pending.success(data);
            delete this.pendingCallbacks[key];
        }
    
  }
  _firePendingError(plugin, action, data) {

        var key = plugin + ':' + action;
        var pending = this.pendingCallbacks[key];
        if (pending && pending.error) {
            pending.error(data);
            delete this.pendingCallbacks[key];
        }
    
  }
}
class I3Input extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Input) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let appConfig = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig"));
      let config = (!D$.eq(D$.gp(appConfig, "input"), null) ? D$.gp(appConfig, "input") : {});
      let attrs = (!D$.eq(D$.gp(self, "$attrs"), null) ? D$.gp(self, "$attrs") : {});
      return D$.pset(self, "inputProps", (typeof toJavascript === 'function' ? toJavascript(D$.plus(D$.plus(_self.defaults, config), attrs)) : D$.mc(_this$, "toJavascript", [D$.plus(D$.plus(_self.defaults, config), attrs)])));
    };
    _self.update = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(self, "$emit", ["update:modelValue", val]);
      return D$.mc(self, "$emit", ["change"]);
    };
    _self.onAppendBtnClick = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(self, "$emit", ["append:click"]);
    };
    _self.onPrependBtnClick = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(self, "$emit", ["prepend:click"]);
    };
    _self.ruleRequired = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return (D$.truthy(((_r)=>(_r==null?null:D$.mc(_r, "trim", [])))(((_r)=>(_r==null?null:D$.str(_r)))(val))) ? true : "Field Required");
    };
    _self.ruleEmail = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let emailPattern = "^(?=[a-zA-Z0-9@._%+-]{6,254}$)[a-zA-Z0-9._%+-]{1,64}@(?:[a-zA-Z0-9-]{1,63}\\.){1,8}[a-zA-Z]{2,63}$";
      return (new RegExp('^'+(emailPattern instanceof RegExp ? emailPattern.source : emailPattern)+'$').test(val) ? true : "Invalid Email");
    };
    _self.rulePassword = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return ((D$.size(D$.mc(D$.str(val), "trim", [])) >= 6) ? true : "Password Error Message");
    };
    _self.rulePhone = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(((_r)=>(_r==null?null:D$.mc(_r, "trim", [])))(((_r)=>(_r==null?null:D$.str(_r)))(val)))) {
        return true;
      }
      let cleaned = D$.mc(D$.mc(D$.mc(D$.mc(D$.mc(D$.str(val), "trim", []), "replace", [" ", ""]), "replace", ["-", ""]), "replace", ["(", ""]), "replace", [")", ""]);
      if (D$.truthy(D$.mc(cleaned, "startsWith", ["+"]))) {
        let digits = D$.mc(cleaned, "substring", [1]);
        return (new RegExp('^'+("^[0-9]{7,15}$" instanceof RegExp ? "^[0-9]{7,15}$".source : "^[0-9]{7,15}$")+'$').test(digits) ? true : "Invalid Phone Number");
      }
      if (D$.truthy(D$.mc(cleaned, "startsWith", ["0"]))) {
        return (new RegExp('^'+("^[0-9]{10}$" instanceof RegExp ? "^[0-9]{10}$".source : "^[0-9]{10}$")+'$').test(cleaned) ? true : "Invalid Phone Number");
      }
      return "Invalid Phone Number";
    };
    _self.calcRules = function(rules) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return (D$.truthy(rules) ? D$.collect(rules, function(ruleName) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.getAt(_self.validationRules, ruleName); }) : []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {modelValue: {type: D$.fs("String", this, this, ()=>String), default: ""}, rules: {type: D$.fs("Array", this, this, ()=>Array), default: []}, mask: {type: D$.fs("String", this, this, ()=>String), default: ""}, beforeIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, prependIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, appendIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, afterIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, prependBtn: {type: D$.fs("String", this, this, ()=>String), default: ""}, appendBtn: {type: D$.fs("String", this, this, ()=>String), default: ""}};
    this.defaults = {filled: true, dense: false, outlined: false, rounded: false, borderless: false, square: false, dense: true, debounce: "500"};
    this.validationRules = {ruleRequired: function(val) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.ruleRequired(val); }, ruleEmail: function(val) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.ruleEmail(val); }, rulePassword: function(val) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.rulePassword(val); }, rulePhone: function(val) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return _self.rulePhone(val); }};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class HammerJsZoom {
  constructor(...a) {
    if (new.target === HammerJsZoom) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit(elmName) {
    const _self = this;
    HammerJsZoom.showHammerZoom(elmName);
  }
  static showHammerZoom(name) {

        var elm = document.getElementById(name);
        var hammertime = new Hammer(elm, {});
        hammertime.get('pinch').set({
            enable: true
        });
        
        console.log('hammertime')
        console.log(hammertime)
        
        var posX = 0,
            posY = 0,
            scale = 1,
            last_scale = 1,
            last_posX = 0,
            last_posY = 0,
            max_pos_x = 0,
            max_pos_y = 0,
            transform = "",
            el = elm;
            
        hammertime.on('doubletap pinch pan panend pinchend', function(ev) {
            console.log('event')
            console.log(ev)
            if (ev.type == "doubletap") {
                console.log('doubletapped')
                transform = 
                    "translate3d(0, 0, 0) " +
                    "sacle3d(2, 2, 1) ";
                scale = 2;
                last_sacle = 2;
                
                try{
                    if (window.getComputedStyle(el, null).getPropertyValue('-webkit-transform').toString() != "matrix(1, 0, 0, 1, 0, 0)") {
                        transform = 
                            "translate3d(0, 0, 0) " +
                            "scale3d(1, 1, 1) ";
                        scale = 1;
                        last_scale = 1;
                    }
                } catch (err){}
                
                el.style.webkitTransform = transform;
                transform = ""
            }
            
            //pan
            if (scale != 1) {
                console.log('pan')
                posX = last_posX + ev.deltaX;
                posY = last_posY + ev.deltaY;
                max_pos_x = Math.ceil((scale - 1) * el.clientWidth / 2);
                max_pos_y = Math.ceil((scale - 1) * el.clientHeight / 2);
                if (posX > max_pos_x) {
                    posX = max_pos_x;
                }
                if (posX < -max_pos_x) {
                    posX = -max_pos_x;
                }
                if (posY > max_pos_y) {
                    posY = max_pos_y;
                }
                if (posY < -max_pos_y) {
                    posY = -max_pos_y;
                }
            }
            
            //pinch
            if (ev.type == "pinch") {
                console.log('pinch')
                scale = Math.max(.999, Math.min(last_scale * (ev.scale), 4));
            }
            if(ev.type == "pinchend"){last_scale = scale;}
    
            //panend
            if(ev.type == "panend"){
                console.log('panend')
                last_posX = posX < max_pos_x ? posX : max_pos_x;
                last_posY = posY < max_pos_y ? posY : max_pos_y;
            }
    
            if (scale != 1) {
                console.log('scale not 1')
                transform =
                    "translate3d(" + posX + "px," + posY + "px, 0) " +
                    "scale3d(" + scale + ", " + scale + ", 1)";
            }
    
            if (transform) {
                console.log('transform')
                el.style.webkitTransform = transform;
            }
        });    
    
  }
}
class DymMedia extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === DymMedia) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return _self.init(self);
    };
    _self.watchObject = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return _self.init(self);
    };
    _self.init = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.pset(self, "placeholderUrl", "/statics/vue-wrapper/img/placeHolder.png");
      D$.pset(self, "mediaType", "");
      D$.pset(self, "fileToUpload", null);
      D$.pset(self, "viewDialog", false);
      D$.pset(self, "uploadEnabled", false);
      D$.pset(self, "deleteEnabled", false);
      D$.pset(self, "downloadEnabled", false);
      D$.pset(self, "cameraEnabled", false);
      D$.pset(self, "ratioStyle", (D$.truthy(D$.gp(self, "ratio")) ? D$.plus(D$.plus("padding-top:", D$.multiply(D$.mc(D$.fs("Math", _this$, _self, ()=>Math), "pow", [D$.gp(self, "ratio"), -1]), 100)), "%") : ""));
      D$.pset(self, "ratioClass", (D$.truthy(D$.gp(self, "ratio")) ? "absolute" : ""));
      D$.pset(self, "borderRadiusStyle", (D$.truthy(D$.gp(self, "borderRadius")) ? D$.plus("border-radius:", D$.gp(self, "borderRadius")) : ""));
      D$.pset(self, "maxWidthStyle", (D$.truthy(D$.gp(self, "maxWidth")) ? D$.plus("max-width:", D$.gp(self, "maxWidth")) : ""));
      D$.pset(self, "maxHeightStyle", (D$.truthy(D$.gp(self, "maxHeight")) ? D$.plus("max-height:", D$.gp(self, "maxHeight")) : ""));
      D$.pset(self, "grayScaleStyle", (D$.truthy(D$.gp(self, "grayScale")) ? "filter: grayscale(1)" : ""));
      D$.pset(self, "staticWidth", (D$.truthy(D$.gp(self, "width")) ? D$.plus("width:", D$.gp(self, "width")) : ""));
      D$.pset(self, "staticHeight", (D$.truthy(D$.gp(self, "height")) ? D$.plus("height:", D$.gp(self, "height")) : ""));
      D$.pset(self, "loading", (D$.truthy(D$.gp(self, "eager")) ? "eager" : "lazy"));
      D$.pset(self, "videoMuted", D$.gp(self, "muted"));
      D$.pset(self, "accepted", _self.resolveAcceptedType(D$.gp(self, "type")));
      if (D$.truthy(D$.gp(self, "path"))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "path"));
      }
      if (D$.truthy(D$.gp(self, "placeholder"))) {
        D$.pset(self, "placeholderUrl", D$.gp(self, "placeholder"));
      }
      if ((!D$.truthy(D$.gp(self, "object")) || !D$.truthy(D$.gp(self, "prop")))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "placeholderUrl"));
      }
      if (D$.truthy(D$.gp(self, "upload"))) {
        D$.pset(self, "uploadEnabled", true);
      }
      if (D$.truthy(D$.gp(self, "camera"))) {
        D$.pset(self, "cameraEnabled", (Utils.isCordova() && D$.mc(D$.fs("cordovaPhoto", _this$, _self, ()=>cordovaPhoto), "isAvailable", [])));
      }
      if (!D$.truthy(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")))) {
        return D$.pset(self, "previewUrl", D$.gp(self, "placeholderUrl"));
      }
      if (D$.truthy(D$.gp(self, "delete"))) {
        D$.pset(self, "deleteEnabled", true);
      }
      if (D$.truthy(D$.gp(self, "download"))) {
        D$.pset(self, "downloadEnabled", true);
      }
      let fileInfo = D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop"));
      let lastUpdated = D$.gp(D$.gp(self, "object"), "_lastUpdated");
      try {
        lastUpdated = D$.mc(lastUpdated, "getTime", []);
      } catch (all) {
      }
      if (D$.truthy(D$.gp(self, "base64"))) {
        D$.pset(self, "mediaType", "image");
        D$.pset(self, "previewUrl", D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")));
        D$.pset(self, "downloadUrl", D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")));
        D$.pset(self, "uploadSpinner", false);
        return null;
      }
      D$.pset(self, "mediaType", _self.resolveMediaType(fileInfo, D$.gp(self, "preview")));
      let url = `/media-cache/filePreview/${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}/${D$.str(D$.gp(self, "prop"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}?`;
      if (D$.truthy(D$.gp(self, "serverWidth"))) {
        url = D$.plus(url, D$.plus("&width=", D$.gp(self, "serverWidth")));
      }
      if (D$.truthy(D$.gp(self, "serverHeight"))) {
        url = D$.plus(url, D$.plus("&height=", D$.gp(self, "serverHeight")));
      }
      D$.pset(self, "previewUrl", url);
      D$.pset(self, "downloadUrl", `/media-cache/file/${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}/${D$.str(D$.gp(self, "prop"))}/${D$.str(lastUpdated)}/${D$.str(D$.gp(fileInfo, "filename"))}`);
      if (D$.truthy(D$.contains(D$.sp(fileInfo, "contentType"), "svg"))) {
        D$.pset(self, "previewUrl", D$.gp(self, "downloadUrl"));
      }
      return _self.loadFromBlob(self);
    };
    _self.loadFromBlob = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(D$.gp(D$.gp(D$.fs("cordovaDevice", _this$, _self, ()=>cordovaDevice), "network"), "status"), "online")) {
        return null;
      }
      return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "getBlobFromCachedFile", [_self.objectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(entry) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if ((D$.gp(entry, "blob") && D$.mc(D$.gp(entry, "type"), "startsWith", ["image/"]))) {
          let blob = D$.gp(entry, "blob");
          Utils.blobToDataUrl(blob, function(base64) {
            const _this$ = (this === undefined || this === globalThis) ? _self : this;
            D$.pset(self, "previewUrl", base64);
            D$.pset(self, "downloadUrl", base64);
            D$.pset(self, "uploadSpinner", false);
            return _self.refreshImage(self);
          });
        }
      }]);
    };
    _self.refreshImage = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let mediaType = D$.gp(self, "mediaType");
      D$.pset(self, "mediaType", "");
      return _self.nextTick(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return D$.pset(self, "mediaType", mediaType); });
    };
    _self.objectName = function(self) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(D$.gp(self, "objectName"))) {
        return D$.gp(self, "objectName");
      }
      return D$.getAt(D$.mc(D$.gp(D$.gp(self, "object"), "_path"), "split", ["/"]), 2);
    };
    _self.openViewDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(_self.fileExists(self))) {
        return null;
      }
      if (D$.eq(D$.gp(self, "mediaType"), "file")) {
        if (D$.truthy(D$.gp(self, "downloadEnabled"))) {
          _self.downloadFile();
        }
        return null;
      }
      if (!D$.truthy(D$.gp(self, "view"))) {
        return null;
      }
      D$.pset(self, "viewDialog", true);
      return _self.nextTick(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        if (D$.eq(D$.gp(self, "mediaType"), "pdf")) {
          D$.mc(new PdfJsHandler(), "build", [D$.gp(self, "downloadUrl"), function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return Utils.setTimeout(function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return new PinchToZoomHandler("pdf-viewer", "pdf"); }, 3000); }]);
        } else
        if (D$.eq(D$.gp(self, "mediaType"), "markdown")) {
          _self.loadMarkdown(self);
        } else
        if (D$.eq(D$.gp(self, "mediaType"), "image")) {
          new PinchToZoomHandler("viewer-id", "image");
        }
      });
    };
    _self.closeViewDialog = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "viewDialog", false);
    };
    _self.fileExists = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (!D$.truthy(D$.gp(self, "object"))) {
        return false;
      }
      return (D$.truthy(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop"))) ? true : false);
    };
    _self.downloadFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.mc(D$.fs("window", _this$, _self, ()=>window), "open", [D$.gp(self, "downloadUrl"), "_system"]);
    };
    _self.saveFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "uploadSpinner", true);
      D$.mc(self, "initCallback", [D$.gp(self, "object")]);
      return D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "addFile", [D$.gp(self, "fileToUpload"), _self.objectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(result, blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Media Uploaded");
        D$.pset(self, "uploadSpinner", false);
        return _self.updateMedia(self, D$.gp(D$.gp(self, "fileToUpload"), "name"), D$.gp(D$.gp(self, "fileToUpload"), "type"));
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Your offline. Upload will resume later...");
        return _self.updateMedia(self, D$.gp(D$.gp(self, "fileToUpload"), "name"), D$.gp(D$.gp(self, "fileToUpload"), "type"));
      }]);
    };
    _self.deleteFile = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(D$.gp(self, "object"), "_lastUpdated", new Date());
      D$.gp(self, "object")[D$.gp(self, "prop")] = null;
      D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "vueWrapperService"), "deleteFile", [D$.gp(D$.gp(self, "object"), "_id"), D$.gp(self, "prop")]), "do", []);
      D$.mc(D$.fs("cordovaFile", _this$, _self, ()=>cordovaFile), "deleteFile", [_self.objectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id")]);
      _self.init(self);
      return D$.mc(self, "removedCallback", [D$.gp(self, "object")]);
    };
    _self.startCamera = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.pset(self, "uploadSpinner", true);
      D$.mc(self, "initCallback", [D$.gp(self, "object")]);
      return D$.mc(D$.fs("cordovaPhoto", _this$, _self, ()=>cordovaPhoto), "takePhotoAndUpload", [_self.objectName(self), D$.gp(self, "prop"), D$.gp(D$.gp(self, "object"), "_id"), function(localFile, blob) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.notify("Photo Uploaded");
        D$.pset(self, "uploadSpinner", false);
        return _self.updateMedia(self, D$.gp(localFile, "name"), D$.gp(localFile, "type"));
      }, function(error) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "log"), "info", [`DymMedia.startCamera failed: ${D$.str(error)}`]);
        _self.notify("Photo Upload Failed", "negative");
        return D$.pset(self, "uploadSpinner", false);
      }, {source: ((_e)=>D$.truthy(_e)?_e:"guided")(D$.gp(self, "cameraSource"))}]);
    };
    _self.updateMedia = function(self, filename, contentType) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      D$.mc(D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "mediaCacheService"), "deleteCache", [D$.gp(D$.gp(self, "object"), "_id"), D$.gp(self, "prop")]), "do", []);
      let fileInfo = {id: `${D$.str(D$.gp(D$.gp(self, "object"), "_id"))}_${D$.str(D$.gp(self, "prop"))}`, filename: filename, contentType: contentType};
      D$.pset(D$.gp(self, "object"), "_lastUpdated", new Date());
      D$.gp(self, "object")[D$.gp(self, "prop")] = fileInfo;
      _self.init(self);
      return D$.mc(self, "callback", [D$.gp(self, "object")]);
    };
    _self.resolveMediaType = function(fileInfo, preview) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.truthy(_self.isMarkdown(fileInfo))) {
        return "markdown";
      }
      let contentType = ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "contentType"));
      if ((D$.contains(contentType, "image") || preview)) {
        return "image";
      }
      if (D$.truthy(D$.contains(contentType, "video"))) {
        return "video";
      }
      if (D$.truthy(D$.contains(contentType, "audio"))) {
        return "audio";
      }
      if (D$.truthy(D$.contains(contentType, "pdf"))) {
        return "pdf";
      }
      if ((!D$.truthy(contentType) && !D$.truthy(D$.sp(fileInfo, "filename")))) {
        return "image";
      }
      return "file";
    };
    _self.isMarkdown = function(fileInfo) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let ct = ((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "contentType"));
      let fn = D$.mc(((_e)=>D$.truthy(_e)?_e:"")(D$.sp(fileInfo, "filename")), "toLowerCase", []);
      return ((D$.contains(ct, "markdown") || D$.mc(fn, "endsWith", [".md"])) || D$.mc(fn, "endsWith", [".markdown"]));
    };
    _self.resolveAcceptedType = function(type) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (D$.eq(type, "pdf")) {
        return "application/pdf";
      }
      if (D$.eq(type, "video")) {
        return "video/*";
      }
      if (D$.eq(type, "audio")) {
        return "audio/*";
      }
      if (D$.eq(type, "image")) {
        return "image/*";
      }
      if (D$.eq(type, "markdown")) {
        return ".md,.markdown,text/markdown";
      }
    };
    _self.fileName = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (!D$.truthy(_self.fileExists(self))) {
        return "";
      }
      return ((_e)=>D$.truthy(_e)?_e:"")(D$.gp(D$.getAt(D$.gp(self, "object"), D$.gp(self, "prop")), "filename"));
    };
    _self.fileExtension = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      let name = _self.fileName(self);
      if ((!D$.truthy(name) || !D$.truthy(D$.contains(name, ".")))) {
        return "FILE";
      }
      return D$.mc(D$.mc(name, "substring", [D$.plus(D$.mc(name, "lastIndexOf", ["."]), 1)]), "toUpperCase", []);
    };
    _self.fileIcon = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      let ext = D$.mc(_self.fileExtension(self), "toLowerCase", []);
      if (D$.truthy(D$.contains(["doc", "docx", "odt", "rtf", "pages"], ext))) {
        return "description";
      }
      if (D$.truthy(D$.contains(["xls", "xlsx", "csv", "tsv", "ods", "numbers"], ext))) {
        return "table_chart";
      }
      if (D$.truthy(D$.contains(["ppt", "pptx", "odp", "key"], ext))) {
        return "slideshow";
      }
      if (D$.truthy(D$.contains(["zip", "rar", "7z", "gz", "tar"], ext))) {
        return "folder_zip";
      }
      if (D$.truthy(D$.contains(["txt", "md", "log", "json", "xml", "yml", "yaml"], ext))) {
        return "article";
      }
      return "insert_drive_file";
    };
    _self.typeLabel = function(self = this) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      if (!D$.truthy(self)) {
        self = _this$;
      }
      if (D$.eq(D$.gp(self, "mediaType"), "file")) {
        return D$.plus(_self.fileExtension(self), " file");
      }
      return D$.gp(self, "mediaType");
    };
    _self.handlePlayback = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (!D$.truthy(D$.gp(self, "customControls"))) {
        return null;
      }
      if (D$.truthy(D$.gp(self, "videoEnded"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []);
      } else
      if (D$.truthy(D$.gp(self, "videoPlaying"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "pause", []);
        D$.pset(self, "videoPlaying", false);
      } else
      if (!D$.truthy(D$.gp(self, "videoPlaying"))) {
        D$.mc(D$.gp(D$.gp(self, "$refs"), "video"), "play", []);
        D$.pset(self, "videoPlaying", true);
      }
      return D$.pset(self, "videoEnded", false);
    };
    _self.playbackEnded = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "videoEnded", true);
    };
    _self.goFullscreen = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let video = D$.gp(D$.gp(self, "$refs"), "video");
      if (D$.truthy(D$.gp(video, "requestFullscreen"))) {
        return D$.mc(video, "requestFullscreen", []);
      }
      if (D$.truthy(D$.gp(video, "webkitRequestFullscreen"))) {
        return D$.mc(video, "webkitRequestFullscreen", []);
      }
    };
    _self.handleMute = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      if (D$.truthy(D$.gp(self, "videoMuted"))) {
        D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", false);
        D$.pset(self, "videoMuted", false);
      } else {
        D$.pset(D$.gp(D$.gp(self, "$refs"), "video"), "muted", true);
        D$.pset(self, "videoMuted", true);
      }
    };
    _self.updateImageMetadata = function(metadata) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(self, "imageMetadata", metadata);
    };
    _self.hasLocationData = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return (!D$.eq(D$.sp(D$.gp(self, "imageMetadata"), "latitude"), null) && !D$.eq(D$.sp(D$.gp(self, "imageMetadata"), "longitude"), null));
    };
    _self.loadGoogleMapsLink = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return `https://www.google.com/maps?q=${D$.str(D$.gp(D$.gp(self, "imageMetadata"), "latitude"))},${D$.str(D$.gp(D$.gp(self, "imageMetadata"), "longitude"))}`;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {layout: D$.fs("String", this, this, ()=>String), object: D$.fs("Map", this, this, ()=>Map), prop: D$.fs("String", this, this, ()=>String), objectName: D$.fs("String", this, this, ()=>String), serverWidth: D$.fs("String", this, this, ()=>String), serverHeight: D$.fs("String", this, this, ()=>String), placeholder: D$.fs("String", this, this, ()=>String), eager: D$.fs("Boolean", this, this, ()=>Boolean), path: D$.fs("String", this, this, ()=>String), type: D$.fs("String", this, this, ()=>String), upload: D$.fs("Boolean", this, this, ()=>Boolean), delete: D$.fs("Boolean", this, this, ()=>Boolean), camera: D$.fs("Boolean", this, this, ()=>Boolean), cameraSource: D$.fs("String", this, this, ()=>String), initCallback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, removedCallback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, callback: {type: D$.fs("Function", this, this, ()=>Function), default: function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
    }}, base64: D$.fs("Boolean", this, this, ()=>Boolean), embedText: D$.fs("Function", this, this, ()=>Function), view: D$.fs("Boolean", this, this, ()=>Boolean), download: D$.fs("Boolean", this, this, ()=>Boolean), preview: D$.fs("Boolean", this, this, ()=>Boolean), autoplay: D$.fs("Boolean", this, this, ()=>Boolean), muted: D$.fs("Boolean", this, this, ()=>Boolean), loop: D$.fs("Boolean", this, this, ()=>Boolean), controls: D$.fs("Boolean", this, this, ()=>Boolean), playInPlace: D$.fs("Boolean", this, this, ()=>Boolean), customControls: D$.fs("Boolean", this, this, ()=>Boolean), fullscreenControl: D$.fs("Boolean", this, this, ()=>Boolean), muteControl: D$.fs("Boolean", this, this, ()=>Boolean), classes: D$.fs("String", this, this, ()=>String), width: D$.fs("String", this, this, ()=>String), height: D$.fs("String", this, this, ()=>String), maxWidth: D$.fs("String", this, this, ()=>String), maxHeight: D$.fs("String", this, this, ()=>String), borderRadius: D$.fs("String", this, this, ()=>String), ratio: D$.fs("String", this, this, ()=>String), fit: D$.fs("String", this, this, ()=>String), noSpinner: D$.fs("Boolean", this, this, ()=>Boolean), noTransition: D$.fs("Boolean", this, this, ()=>Boolean), noAnimation: D$.fs("Boolean", this, this, ()=>Boolean), location: D$.fs("Boolean", this, this, ()=>Boolean), grayScale: D$.fs("Boolean", this, this, ()=>Boolean)};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return {mediaType: "", uploadSpinner: false, viewDialog: false, videoPlaying: false, videoEnded: false, videoMuted: false, imageMetadata: {}, markdownHtml: ""}; };
  }
  clearPdfViewer() {

        const element = document.getElementById("pdf-viewer");
        while (element.firstChild) { element.removeChild(element.lastChild); }
    
  }
  loadMarkdown(self) {

        self.markdownHtml = '<p style="color:#888;">Loading...</p>';
        fetch(self.downloadUrl, { credentials: 'same-origin' })
            .then(function(r) { if (!r.ok) throw new Error('HTTP ' + r.status); return r.text(); })
            .then(function(t) { self.markdownHtml = self.mdToHtml(t); })
            .catch(function(e) { self.markdownHtml = '<p style="color:#c62828;">Could not load this file - ' + e.message + '</p>'; });
    
  }
  mdToHtml(text) {

        if (!text) return '<p style="color:#999;">This file is empty.</p>';
        if (typeof window.marked !== 'undefined' && window.marked.parse) { try { return window.marked.parse(text); } catch(e) {} }
        var codeBg = '#f0f0f0', preBg = '#f5f5f5', edge = '#e0e0e0', head = '#1976d2', quoteBg = '#f8f9fa', quoteTx = '#555';
        var h = text.replace(/&/g,'&amp;').replace(/</g,'&lt;').replace(/>/g,'&gt;');
        h = h.replace(/```(\w*)\n([\s\S]*?)```/g, function(m,l,c){ return '<pre style="background:'+preBg+';padding:12px;border-radius:4px;overflow-x:auto;font-size:13px;border:1px solid '+edge+';"><code>'+c.trim()+'</code></pre>'; });
        h = h.replace(/`([^`]+)`/g, '<code style="background:'+codeBg+';padding:1px 5px;border-radius:3px;font-size:13px;">$1</code>');
        h = h.replace(/^######\s+(.+)$/gm, '<h6 style="margin:14px 0 6px;font-size:14px;">$1</h6>');
        h = h.replace(/^#####\s+(.+)$/gm, '<h5 style="margin:14px 0 6px;font-size:15px;">$1</h5>');
        h = h.replace(/^####\s+(.+)$/gm, '<h4 style="margin:16px 0 6px;font-size:16px;">$1</h4>');
        h = h.replace(/^###\s+(.+)$/gm, '<h3 style="margin:18px 0 8px;font-size:17px;">$1</h3>');
        h = h.replace(/^##\s+(.+)$/gm, '<h2 style="margin:20px 0 8px;font-size:19px;border-bottom:1px solid '+edge+';padding-bottom:4px;">$1</h2>');
        h = h.replace(/^#\s+(.+)$/gm, '<h1 style="margin:24px 0 10px;font-size:22px;border-bottom:2px solid '+head+';padding-bottom:6px;color:'+head+';">$1</h1>');
        h = h.replace(/[*][*][*](.+?)[*][*][*]/g, '<strong><em>$1</em></strong>');
        h = h.replace(/[*][*](.+?)[*][*]/g, '<strong>$1</strong>');
        h = h.replace(/[*](.+?)[*]/g, '<em>$1</em>');
        h = h.replace(/^---+$/gm, '<hr style="border:none;border-top:1px solid '+edge+';margin:16px 0;">');
        h = h.replace(/^\s*- \[x\]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:4px;"><span style="color:#4caf50;margin-right:6px;">&#9745;</span>$1</div>');
        h = h.replace(/^\s*- \[ \]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:4px;"><span style="color:#bdbdbd;margin-right:6px;">&#9744;</span>$1</div>');
        h = h.replace(/^&gt;\s+(.+)$/gm, '<blockquote style="border-left:3px solid '+head+';padding:4px 12px;margin:8px 0;color:'+quoteTx+';background:'+quoteBg+';">$1</blockquote>');
        h = h.replace(/!\[([^\]]*)\]\(([^)]+)\)/g, '<img src="$2" alt="$1" style="max-width:100%;border-radius:4px;margin:8px 0;">');
        h = h.replace(/\[([^\]]+)\]\(([^)]+)\)/g, '<a href="$2" target="_blank" style="color:'+head+';">$1</a>');
        h = h.replace(/^\d+\.\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:20px;">&#8226; $1</div>');
        h = h.replace(/^[\-*]\s+(.+)$/gm, '<div style="margin:3px 0;padding-left:20px;">&#8226; $1</div>');
        h = h.replace(/^\|(.+)\|$/gm, function(m,c){ var cells=c.split('|'); if(/^[\s\-:]+$/.test(cells.join(''))) return ''; return '<tr>'+cells.map(function(x){return '<td style="padding:6px 10px;border:1px solid '+edge+';">'+x.trim()+'</td>';}).join('')+'</tr>'; });
        h = h.replace(/(<tr>[\s\S]*?<\/tr>[\s]*)+/g, '<table style="border-collapse:collapse;margin:12px 0;width:100%;">$&</table>');
        h = h.replace(/\n{2,}/g, '</p><p style="margin:8px 0;line-height:1.7;">');
        h = '<div style="font-size:14px;"><p style="margin:8px 0;line-height:1.7;">' + h + '</p></div>';
        h = h.replace(/<p[^>]*>\s*<\/p>/g, '');
        return h;
    
  }
}
DymMedia.PREVIEW_LIMIT = D$.multiply(D$.multiply(10, 1024), 1024);
D$.statics(DymMedia, ["PREVIEW_LIMIT"]);
class I3PageBody extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3PageBody) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      return D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "showFooter", true);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = [];
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class ConsentDetailComponent extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === ConsentDetailComponent) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      console.log(D$.str("ConsentDetailComponent.created()"));
      D$.pset(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "pageTitle", "Consent Detail");
      D$.pset(_self.scope, "agreement", {});
      return _self.loadAgreement();
    };
    _self.loadAgreement = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "agreement"), "getOne", [D$.gp(D$.gp(_self.route, "params"), "id"), function(data) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        return D$.pset(_self.scope, "agreement", data);
      }]);
    };
    _self.saveAgreement = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      _self.showLoading();
      D$.pset(D$.gp(_self.scope, "agreement"), "version", D$.plus(((_e)=>D$.truthy(_e)?_e:0)(D$.gp(D$.gp(_self.scope, "agreement"), "version")), 1));
      return D$.mc(D$.gp(D$.fs("o", _this$, _self, ()=>o), "agreement"), "mergeAndSave", [D$.gp(_self.scope, "agreement"), function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        _self.hideLoading();
        return _self.notify("Agreement Updated");
      }]);
    };
    _self.back = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return D$.mc(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "router"), "back", []);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.path = "/consentDetail/:id";
  }
}
class PinchToZoomHandler {
  constructor(...a) {
    if (new.target === PinchToZoomHandler) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
  }
  $gsInit(id, type) {
    const _self = this;
    if (D$.eq(type, "pdf")) {
      return PinchToZoomHandler.addPinchToZoomToPdf(id);
    }
    PinchToZoomHandler.addPinchToZoomById(id);
  }
  static addPinchToZoomById(id) {

        new PinchZoom(document.getElementById(id));
    
  }
  static addPinchToZoomByElement(element) {

        new PinchZoom(element);
    
  }
  static addPinchToZoomToPdf(id) {

        let canvasList = document.getElementById(id).children
        for (let canvas of canvasList) {
            PinchToZoomHandler.addPinchToZoomByElement(canvas);
        }
    
  }
}
class I3Select extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Select) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      let appConfig = ((_e)=>D$.truthy(_e)?_e:{})(D$.gp(D$.gp(D$.fs("vue", _this$, _self, ()=>vue), "scope"), "appConfig"));
      let config = (!D$.eq(D$.gp(appConfig, "input"), null) ? D$.gp(appConfig, "input") : {});
      let attrs = (!D$.eq(D$.gp(self, "$attrs"), null) ? D$.gp(self, "$attrs") : {});
      return D$.pset(self, "selectProps", (typeof toJavascript === 'function' ? toJavascript(D$.plus(D$.plus(_self.defaults, config), attrs)) : D$.mc(_this$, "toJavascript", [D$.plus(D$.plus(_self.defaults, config), attrs)])));
    };
    _self.update = function(val) {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
      D$.mc(self, "$emit", ["update:modelValue", val]);
      return D$.mc(self, "$emit", ["change"]);
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {modelValue: {type: D$.fs("String", this, this, ()=>String), default: ""}, beforeIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, prependIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, appendIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}, afterIcon: {type: D$.fs("String", this, this, ()=>String), default: ""}};
    this.defaults = {filled: true, dense: false, outlined: false, rounded: false, borderless: false, square: false, dense: true, debounce: "500"};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class I3Container extends VueComponent {
  constructor(...a) {
    super();
    if (new.target === I3Container) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    super.$gsBind();
    const _self = this;
    const _super$ = { created: this.created };
    _self.created = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      let self = _this$;
    };
  }
  $gsInit() {
    const _self = this;
    super.$gsInit();
    this.props = {margin: {type: D$.fs("String", this, this, ()=>String), default: "lg"}, gap: {type: D$.fs("String", this, this, ()=>String), default: "sm"}, maxWidth: {type: D$.fs("String", this, this, ()=>String), default: ""}, twoColumn: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: false}, threeColumn: {type: D$.fs("Boolean", this, this, ()=>Boolean), default: false}};
    this.data = function(it) { const _this$ = (this === undefined || this === globalThis) ? _self : this; return []; };
  }
}
class TransmissionBootstrapEnd {
  constructor(...a) {
    if (new.target === TransmissionBootstrapEnd) { D$.bindAll(this); this.$gsBind(); this.$gsInit(...a); }
  }
  $gsBind() {
    const _self = this;
    const _super$ = {};
    _self.startApp = function() {
      const _this$ = (this === undefined || this === globalThis) ? _self : this;
      return Utils.documentReady(function(it) {
        const _this$ = (this === undefined || this === globalThis) ? _self : this;
        console.log(D$.str("TransmissionBootstrapEnd:startApp:Utils.documentReady"));
        return LocalDB.getInstance(function(it) {
          const _this$ = (this === undefined || this === globalThis) ? _self : this;
          console.log(D$.str("TransmissionBootstrapEnd:startApp:LocalDB.getInstance"));
          D$.mc(D$.fs("startupParams", _this$, _self, ()=>startupParams), "beforeSocketInit", []);
          Socket.initSocket(D$.gp(D$.fs("startupParams", _this$, _self, ()=>startupParams), "afterSocketInit"));
          return D$.mc(D$.gp(D$.fs("transmission", _this$, _self, ()=>transmission), "onReady"), "runCallbacks", []);
        });
      });
    };
  }
  $gsInit() {
    const _self = this;
    console.log(D$.str("TransmissionBootstrapEnd:start"));
    if (D$.truthy(Socket.isDymicoSystemUpdating())) {
      return null;
    }
    this.startApp();
    console.log(D$.str("TransmissionBootstrapEnd:end"));
  }
}
TransmissionBootstrapEnd.session = Session.instance();
TransmissionBootstrapEnd.transmissionReadyCallbackList = [];
D$.statics(TransmissionBootstrapEnd, ["session", "transmissionReadyCallbackList"]);
console.log(D$.str("GROOSCRIPT START : TransmissionBootstrapStart"));
let transmission = Transmission;
let startupParams = new StartupParams();
D$.mc(startupParams, "checkStartupAuth", []);

gs.toGroovy = function(obj, objClass) {
    var result = obj;
    if (obj !== undefined && !(typeof(obj) === "function") && !(obj instanceof Date)) {
        if (obj instanceof Array) {
            result = gs.list([]);
            var i;
            for (i = 0; i < obj.length; i++) {
                result.add(gs.toGroovy(obj[i], objClass));
            }
        } else if (obj instanceof Date) {
            // console.log(obj);
            
        } else if (obj instanceof Object) {
            var ob;
            result = (objClass ? objClass() : gs.map());
            for (ob in obj) {
                result[ob] = gs.toGroovy(obj[ob]);
            }
        }
    }
    return result;
};


Array.prototype.add = function(pos, element) {
    if (element === undefined) {
        this.push(pos);
    } else {
        this.splice(pos, 0, element);
    }
    return this;
};

let session = Session.instance();
Socket.window = window;
Socket.navigator = navigator;
Socket.init();
D$.mc(window, "addEventListener", ["online", function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("ONLINE"));
  return Socket.reconnect();
}]);
D$.mc(D$.gp(window, "document"), "addEventListener", ["visibilitychange", function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  if (D$.eq(D$.gp(D$.gp(window, "document"), "visibilityState"), "visible")) {
    console.log(D$.str("VISIBLE"));
    Socket.reconnect();
  }
}]);
D$.mc(window, "addEventListener", ["focus", function(it) {
  const _this$ = (this === undefined || this === globalThis) ? _self : this;
  console.log(D$.str("FOCUS"));
  return Socket.reconnect();
}]);

Date.prototype.toJSON = function(){
    return moment(this).utc().toISOString();
};


String.prototype.endsWith = function(a) {
    return this.substring(this.length - a.length) === a;
};

Utils.window = window;
Utils.document = document;
let o = new ObjectFinder();
let cordovaCamera = new CordovaCamera();
let qrScanner = new QRScanner();
let cordovaAppleSignIn = new CordovaAppleSignIn();

if (!window.__devReloadInitDone) {
    vue = new VueApp()
    StartupParams.offlineStartFunction = vue.init
    StartupParams.onlineStartNoAuthFunction = vue.init
    StartupParams.onlineStartAuthSuccessFunction = vue.init
    vue.scope.toggleDarkMode = vue.toggleDarkMode
}


var sfcModuleLoadOptions = {
  moduleCache: {
    vue: Vue
  },
  async getFile(url) {
    
    const res = await fetch(url);
    if ( !res.ok )
      throw Object.assign(new Error(res.statusText + ' ' + url), { res });
    return {
      getContentData: asBinary => asBinary ? res.arrayBuffer() : res.text(),
    }
  },
  addStyle(textContent) {

    const style = Object.assign(document.createElement('style'), { textContent });
    const ref = document.head.getElementsByTagName('style')[0] || null;
    document.head.insertBefore(style, ref);
  },
}

var { loadModule } = window['vue3-sfc-loader'];


window.vueMakePerInstance = function (component) {

    var shared = component;

    var name    = shared.clazz ? shared.clazz.name : null;
    var factory = (name && typeof window[name] === 'function') ? window[name]
                : (typeof shared.constructor === 'function' ? shared.constructor : null);

    if (!factory) {
        console.log('vueMakePerInstance: no constructor for ' +
            (shared.vueComponentName || name || '?') + ' -- staying shared');
        return;
    }

    // Route a call to the grooscript object of the Vue instance it came from, keeping JS
    // `this` on the Vue proxy so existing `self`-style code is unaffected.
    var dispatch = function (method) {
        return function () {
            var target = (this && this.__gs) ? this.__gs : shared;
            return target[method].apply(this, arguments);
        };
    };

    var wrap = function (map) {
        if (!map) return map;
        var out = {};
        Object.keys(map).forEach(function (method) { out[method] = dispatch(method); });
        return out;
    };

    component.methods = wrap(component.methods);

    // The watch map is keyed by the watched VARIABLE, while the handler is the component's
    // `watch<Var>` method -- so it needs its own dispatcher, not the methods one.
    if (component.watch) {
        var watched = {};
        Object.keys(component.watch).forEach(function (key) {
            var method = 'watch' + key.charAt(0).toUpperCase() + key.slice(1);
            var original = component.watch[key];
            watched[key] = function () {
                var target = (this && this.__gs) ? this.__gs : shared;
                return (target[method] || original).apply(this, arguments);
            };
        });
        component.watch = watched;
    }

    ['created', 'beforeMount', 'mounted', 'unmounted', 'destroyed'].forEach(function (hook) {
        if (typeof shared[hook] === 'function') component[hook] = dispatch(hook);
    });

    // Vue runs beforeCreate before it reads data/methods/watch/computed, so the per-instance
    // object exists by the time anything needs it. This replaces VueComponent.beforeCreate and
    // does the same wiring, against the instance object instead of the shared one.
    component.beforeCreate = function () {
        var vm   = this;
        // `new` is required on V4 (real ES6 classes) and harmless on V1/V2, where the emitted
        // constructor returns its object explicitly and so wins over the `new` binding.
        var inst = new factory();

        inst.vueComponentName = shared.vueComponentName;
        inst.template         = shared.template;
        inst.path             = shared.path;
        inst.roles            = shared.roles;

        inst.self     = vm;
        inst.route    = vm.$route;
        inst.q        = vm.$q || (typeof Quasar !== 'undefined' ? Quasar : null);
        inst.options  = vm.$options;
        inst.emit     = vm.$emit;
        inst.nextTick = function (callback) {
            return vm.$nextTick ? vm.$nextTick(callback) : (callback ? callback() : null);
        };

        // Anything that lives only on the Vue proxy is mirrored as a live getter, so a
        // component can say `label` and `refs`, not `self.label` and `self.$refs`, and still
        // read the current value after the parent updates it. Writes are ignored: these are
        // Vue's to own, and getRefs() assigns to `refs`.
        var live = function (key, read) {
            Object.defineProperty(inst, key, {
                configurable : true,
                get          : read,
                set          : function () {}
            });
        };

        Object.keys(vm.$options.props || {}).forEach(function (prop) {
            live(prop, function () { return vm[prop]; });
        });

        live('attrs',       function () { return vm.$attrs != null ? vm.$attrs : {}; });
        live('refs',        function () { return vm.$refs  != null ? vm.$refs  : {}; });
        live('slots',       function () { return vm.$slots != null ? vm.$slots : {}; });
        live('forceUpdate', function () { return vm.$forceUpdate.bind(vm); });
        live('watchValue',  function () { return vm.$watch.bind(vm); });

        vm.__gs = inst;

        document.body.scrollTo(0, 0);
    };

    // Delegate to the instance's own data closure, so a component that overrides `data` keeps
    // its current meaning -- per instance.
    component.data = function () {
        var target  = (this && this.__gs) ? this.__gs : shared;
        var initial = target.data ? target.data.call(this) : {};

        // A watched key must exist before Vue reads data: the watcher's getter runs during
        // applyOptions, ahead of created(), and Vue's proxy CACHES a miss -- a key added later
        // would then never render and never fire its watcher. Seed them so `scope.x = ...` in
        // created() is an ordinary change.
        //
        // Never seed a declared PROP: it already exists, and a data key of the same name would
        // shadow it in Vue's proxy (data is checked before props) -- which would break every
        // component that watches a prop, e.g. I3Media's watchObject.
        var declaredProps = (this && this.$options && this.$options.props) || {};
        Object.keys(component.watch || {}).forEach(function (key) {
            if (declaredProps[key] !== undefined) return;
            if (initial && initial[key] === undefined) initial[key] = null;
        });

        return initial;
    };
};

let legionLoginComponent = D$.mc(new LegionLoginComponent(), "register", []);
D$.pset(startupParams, "onlineStartTokenAuthFailedFunction", D$.gp(vue, "init"));
let legionUserService = new LegionUserService();
let cordovaDevice = new CordovaDevice();
let cordovaDeepLink = new CordovaDeepLink();
D$.mc(new SkribaInfoCard(), "register", []);
let cordovaCalendar = new CordovaCalendar();
let cordovaShare = new CordovaShare();
DevReload.init();
let cordovaGoogleSignIn = new CordovaGoogleSignIn();
let entityComponent = D$.mc(new EntityComponent(), "register", []);
let authComponent = D$.mc(D$.mc(new AuthComponent(), "register", []), "registerAsAuthComponent", []);
D$.mc(new VueDateComponent(), "register", []);
let menuComponent = D$.mc(new MenuComponent(), "register", []);
D$.mc(new I3Toolbar(), "register", []);
let cordovaSimBridge = new CordovaSimBridge();
D$.mc(new RootComponent(), "init", []);
D$.mc(new CordovaErrorViewer(), "register", []);
let consentComponent = D$.mc(new ConsentComponent(), "register", []);
let permissionsPage = D$.mc(new PermissionsPage(), "register", []);
D$.mc(new DymIconButton(), "register", []);
D$.mc(new I3FormContainer(), "register", []);
D$.mc(new I3Table(), "register", []);
D$.mc(new CordovaProblemReporter(), "register", []);
let homeComponent = D$.mc(new HomeComponent(), "register", []);
D$.mc(new VueMediaUploadComponent(), "register", []);
let sectionComponent = D$.mc(new SectionComponent(), "register", []);
let cordovaBiometrics = new CordovaBiometrics();
let legionPinComponent = D$.mc(new LegionPinComponent(), "register", []);
D$.mc(new I3DatePicker(), "register", []);
let productPaymentComponent = D$.mc(new ProductPaymentComponent(), "register", []);
let cordovaPushNotification = new CordovaPushNotification();
D$.mc(new I3BottomContainer(), "register", []);
let cordovaMedia = new CordovaMedia();
D$.mc(new I3Media(), "register", []);
let vueListSearchComponent = D$.mc(new VueListSearchComponent(), "register", []);
let cordovaBle = CordovaBle.instance();
let cordovaBrowser = new CordovaBrowser();
let legionRegisterComponent = D$.mc(new LegionRegisterComponent(), "register", []);
let accountComponent = D$.mc(new AccountComponent(), "register", []);
let desktopComponent = D$.mc(new DesktopComponent(), "register", []);
D$.mc(new I3HeaderButton(), "register", []);
let cordovaVersionCheck = new CordovaVersionCheck();
D$.mc(new PermissionsContent(), "register", []);
let cordovaLocalNotification = new CordovaLocalNotification();
let consentManagerComponent = D$.mc(new ConsentManagerComponent(), "register", []);
D$.mc(new I3Page(), "register", []);
D$.mc(new I3PageHeader(), "register", []);
let dymicoAuthService = new DymicoAuthService();
D$.mc(new I3QrCode(), "register", []);
let cordovaScreenCapture = new CordovaScreenCapture();
D$.mc(new I3MenuButton(), "register", []);
D$.mc(new VueDocumentViewer(), "register", []);
let cordovaPhoto = new CordovaPhoto();
D$.mc(new DymPageHeader(), "register", []);
D$.mc(new VueAdComponent(), "register", []);
let cordovaHealth = new CordovaHealth();
D$.mc(new I3SidePanel(), "register", []);
let cordovaFile = new CordovaFile();
let cordovaI3Health = new CordovaI3Health();
D$.mc(new I3Chart(), "register", []);
let cordovaContacts = new CordovaContacts();
let cordovaSimBridgeAuth = new CordovaSimBridgeAuth();
D$.mc(new I3Input(), "register", []);
D$.mc(new DymMedia(), "register", []);
D$.mc(new I3PageBody(), "register", []);
let consentDetailComponent = D$.mc(new ConsentDetailComponent(), "register", []);
D$.mc(new I3Select(), "register", []);
D$.mc(new I3Container(), "register", []);
new TransmissionBootstrapEnd();
console.log(D$.str("GROOSCRIPT END"));

//# sourceMappingURL=/convert/dymicoScriptV4Map