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Code Issues Projects Releases Wiki Activity

chore(js/css): update generated files

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Hivert Quentin committed 2025-12-31 01:00:38 -05:00
1 parent 95efe73e69
commit 7a09408ef8
4 files changed
+138 -116
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UI/WebServerResources/js/vendor/angular-ui-router.js
Vendored
+121 -101
View File
@@ -4,7 +4,7 @@
* This causes it to be incompatible with plugins that depend on @uirouter/core.
* We recommend switching to the ui-router-core.js and ui-router-angularjs.js bundles instead.
* For more information, see https://ui-router.github.io/blog/uirouter-for-angularjs-umd-bundles
* @version v1.0.30
* @version v1.1.2
* @link https://ui-router.github.io
* @license MIT License, http://www.opensource.org/licenses/MIT
*/
@@ -25,12 +25,14 @@
*
* @packageDocumentation
*/
var __spreadArrays = (undefined && undefined.__spreadArrays) || function () {
for (var s = 0, i = 0, il = arguments.length; i < il; i++) s += arguments[i].length;
for (var r = Array(s), k = 0, i = 0; i < il; i++)
for (var a = arguments[i], j = 0, jl = a.length; j < jl; j++, k++)
r[k] = a[j];
return r;
var __spreadArray = (undefined && undefined.__spreadArray) || function (to, from, pack) {
if (pack || arguments.length === 2) for (var i = 0, l = from.length, ar; i < l; i++) {
if (ar || !(i in from)) {
if (!ar) ar = Array.prototype.slice.call(from, 0, i);
ar[i] = from[i];
}
}
return to.concat(ar || Array.prototype.slice.call(from));
};
/**
* Returns a new function for [Partial Application](https://en.wikipedia.org/wiki/Partial_application) of the original function.
@@ -79,7 +81,7 @@
return fn.apply(this, arguments);
}
var args = Array.prototype.slice.call(arguments);
return curried.bind.apply(curried, __spreadArrays([this], args));
return curried.bind.apply(curried, __spreadArray([this], args, false));
};
}
/**
@@ -139,13 +141,15 @@
* Given a function that returns a truthy or falsey value, returns a
* function that returns the opposite (falsey or truthy) value given the same inputs
*/
var not = function (fn) { return function () {
var args = [];
for (var _i = 0; _i < arguments.length; _i++) {
args[_i] = arguments[_i];
}
return !fn.apply(null, args);
}; };
var not = function (fn) {
return function () {
var args = [];
for (var _i = 0; _i < arguments.length; _i++) {
args[_i] = arguments[_i];
}
return !fn.apply(null, args);
};
};
/**
* Given two functions that return truthy or falsey values, returns a function that returns truthy
* if both functions return truthy for the given arguments
@@ -182,13 +186,19 @@
// tslint:disable-next-line:variable-name
var any = function (fn1) { return function (arr) { return arr.reduce(function (b, x) { return b || !!fn1(x); }, false); }; };
/** Given a class, returns a Predicate function that returns true if the object is of that class */
var is = function (ctor) { return function (obj) {
return (obj != null && obj.constructor === ctor) || obj instanceof ctor;
}; };
var is = function (ctor) {
return function (obj) {
return (obj != null && obj.constructor === ctor) || obj instanceof ctor;
};
};
/** Given a value, returns a Predicate function that returns true if another value is === equal to the original value */
var eq = function (value) { return function (other) { return value === other; }; };
/** Given a value, returns a function which returns the value */
var val = function (v) { return function () { return v; }; };
var val = function (v) {
return function () {
return v;
};
};
function invoke(fnName, args) {
return function (obj) { return obj[fnName].apply(obj, args); };
}
@@ -283,22 +293,24 @@
var isPromise = and(isObject, pipe(prop('then'), isFunction));
var noImpl = function (fnname) { return function () {
throw new Error("No implementation for " + fnname + ". The framework specific code did not implement this method.");
throw new Error("No implementation for ".concat(fnname, ". The framework specific code did not implement this method."));
}; };
var makeStub = function (service, methods) {
return methods.reduce(function (acc, key) { return ((acc[key] = noImpl(service + "." + key + "()")), acc); }, {});
return methods.reduce(function (acc, key) { return ((acc[key] = noImpl("".concat(service, ".").concat(String(key), "()"))), acc); }, {});
};
var services = {
$q: undefined,
$injector: undefined,
};
var __spreadArrays$1 = (undefined && undefined.__spreadArrays) || function () {
for (var s = 0, i = 0, il = arguments.length; i < il; i++) s += arguments[i].length;
for (var r = Array(s), k = 0, i = 0; i < il; i++)
for (var a = arguments[i], j = 0, jl = a.length; j < jl; j++, k++)
r[k] = a[j];
return r;
var __spreadArray$1 = (undefined && undefined.__spreadArray) || function (to, from, pack) {
if (pack || arguments.length === 2) for (var i = 0, l = from.length, ar; i < l; i++) {
if (ar || !(i in from)) {
if (!ar) ar = Array.prototype.slice.call(from, 0, i);
ar[i] = from[i];
}
}
return to.concat(ar || Array.prototype.slice.call(from));
};
var root = (typeof self === 'object' && self.self === self && self) ||
(typeof global === 'object' && global.global === global && global) ||
@@ -427,7 +439,7 @@
for (var _i = 1; _i < arguments.length; _i++) {
defaultsList[_i - 1] = arguments[_i];
}
var defaultVals = extend.apply(void 0, __spreadArrays$1([{}], defaultsList.reverse()));
var defaultVals = extend.apply(void 0, __spreadArray$1([{}], defaultsList.reverse(), false));
return extend(defaultVals, pick(opts || {}, Object.keys(defaultVals)));
}
/** Reduce function that merges each element of the list into a single object, using extend */
@@ -1049,7 +1061,7 @@
var detailString = function (d) { return (d && d.toString !== Object.prototype.toString ? d.toString() : stringify(d)); };
var detail = detailString(this.detail);
var _a = this, $id = _a.$id, type = _a.type, message = _a.message;
return "Transition Rejection($id: " + $id + " type: " + type + ", message: " + message + ", detail: " + detail + ")";
return "Transition Rejection($id: ".concat($id, " type: ").concat(type, ", message: ").concat(message, ", detail: ").concat(detail, ")");
};
Rejection.prototype.toPromise = function () {
return extend(silentRejection(this), { _transitionRejection: this });
@@ -1263,12 +1275,12 @@
if (!uiview)
return 'ui-view (defunct)';
var state = uiview.creationContext ? uiview.creationContext.name || '(root)' : '(none)';
return "[ui-view#" + uiview.id + " " + uiview.$type + ":" + uiview.fqn + " (" + uiview.name + "@" + state + ")]";
return "[ui-view#".concat(uiview.id, " ").concat(uiview.$type, ":").concat(uiview.fqn, " (").concat(uiview.name, "@").concat(state, ")]");
}
var viewConfigString = function (viewConfig) {
var view = viewConfig.viewDecl;
var state = view.$context.name || '(root)';
return "[View#" + viewConfig.$id + " from '" + state + "' state]: target ui-view: '" + view.$uiViewName + "@" + view.$uiViewContextAnchor + "'";
return "[View#".concat(viewConfig.$id, " from '").concat(state, "' state]: target ui-view: '").concat(view.$uiViewName, "@").concat(view.$uiViewContextAnchor, "'");
};
function normalizedCat(input) {
return isNumber(input) ? exports.Category[input] : exports.Category[exports.Category[input]];
@@ -1296,7 +1308,7 @@
})(exports.Category || (exports.Category = {}));
var _tid = parse('$id');
var _rid = parse('router.$id');
var transLbl = function (trans) { return "Transition #" + _tid(trans) + "-" + _rid(trans); };
var transLbl = function (trans) { return "Transition #".concat(_tid(trans), "-").concat(_rid(trans)); };
/**
* Prints UI-Router Transition trace information to the console.
*/
@@ -1348,69 +1360,69 @@
Trace.prototype.traceTransitionStart = function (trans) {
if (!this.enabled(exports.Category.TRANSITION))
return;
safeConsole.log(transLbl(trans) + ": Started -> " + stringify(trans));
safeConsole.log("".concat(transLbl(trans), ": Started -> ").concat(stringify(trans)));
};
/** @internal called by ui-router code */
Trace.prototype.traceTransitionIgnored = function (trans) {
if (!this.enabled(exports.Category.TRANSITION))
return;
safeConsole.log(transLbl(trans) + ": Ignored <> " + stringify(trans));
safeConsole.log("".concat(transLbl(trans), ": Ignored <> ").concat(stringify(trans)));
};
/** @internal called by ui-router code */
Trace.prototype.traceHookInvocation = function (step, trans, options) {
if (!this.enabled(exports.Category.HOOK))
return;
var event = parse('traceData.hookType')(options) || 'internal', context = parse('traceData.context.state.name')(options) || parse('traceData.context')(options) || 'unknown', name = functionToString(step.registeredHook.callback);
safeConsole.log(transLbl(trans) + ": Hook -> " + event + " context: " + context + ", " + maxLength(200, name));
safeConsole.log("".concat(transLbl(trans), ": Hook -> ").concat(event, " context: ").concat(context, ", ").concat(maxLength(200, name)));
};
/** @internal called by ui-router code */
Trace.prototype.traceHookResult = function (hookResult, trans, transitionOptions) {
if (!this.enabled(exports.Category.HOOK))
return;
safeConsole.log(transLbl(trans) + ": <- Hook returned: " + maxLength(200, stringify(hookResult)));
safeConsole.log("".concat(transLbl(trans), ": <- Hook returned: ").concat(maxLength(200, stringify(hookResult))));
};
/** @internal called by ui-router code */
Trace.prototype.traceResolvePath = function (path, when, trans) {
if (!this.enabled(exports.Category.RESOLVE))
return;
safeConsole.log(transLbl(trans) + ": Resolving " + path + " (" + when + ")");
safeConsole.log("".concat(transLbl(trans), ": Resolving ").concat(path, " (").concat(when, ")"));
};
/** @internal called by ui-router code */
Trace.prototype.traceResolvableResolved = function (resolvable, trans) {
if (!this.enabled(exports.Category.RESOLVE))
return;
safeConsole.log(transLbl(trans) + ": <- Resolved " + resolvable + " to: " + maxLength(200, stringify(resolvable.data)));
safeConsole.log("".concat(transLbl(trans), ": <- Resolved ").concat(resolvable, " to: ").concat(maxLength(200, stringify(resolvable.data))));
};
/** @internal called by ui-router code */
Trace.prototype.traceError = function (reason, trans) {
if (!this.enabled(exports.Category.TRANSITION))
return;
safeConsole.log(transLbl(trans) + ": <- Rejected " + stringify(trans) + ", reason: " + reason);
safeConsole.log("".concat(transLbl(trans), ": <- Rejected ").concat(stringify(trans), ", reason: ").concat(reason));
};
/** @internal called by ui-router code */
Trace.prototype.traceSuccess = function (finalState, trans) {
if (!this.enabled(exports.Category.TRANSITION))
return;
safeConsole.log(transLbl(trans) + ": <- Success " + stringify(trans) + ", final state: " + finalState.name);
safeConsole.log("".concat(transLbl(trans), ": <- Success ").concat(stringify(trans), ", final state: ").concat(finalState.name));
};
/** @internal called by ui-router code */
Trace.prototype.traceUIViewEvent = function (event, viewData, extra) {
if (extra === void 0) { extra = ''; }
if (!this.enabled(exports.Category.UIVIEW))
return;
safeConsole.log("ui-view: " + padString(30, event) + " " + uiViewString(viewData) + extra);
safeConsole.log("ui-view: ".concat(padString(30, event), " ").concat(uiViewString(viewData)).concat(extra));
};
/** @internal called by ui-router code */
Trace.prototype.traceUIViewConfigUpdated = function (viewData, context) {
if (!this.enabled(exports.Category.UIVIEW))
return;
this.traceUIViewEvent('Updating', viewData, " with ViewConfig from context='" + context + "'");
this.traceUIViewEvent('Updating', viewData, " with ViewConfig from context='".concat(context, "'"));
};
/** @internal called by ui-router code */
Trace.prototype.traceUIViewFill = function (viewData, html) {
if (!this.enabled(exports.Category.UIVIEW))
return;
this.traceUIViewEvent('Fill', viewData, " with: " + maxLength(200, html));
this.traceUIViewEvent('Fill', viewData, " with: ".concat(maxLength(200, html)));
};
/** @internal called by ui-router code */
Trace.prototype.traceViewSync = function (pairs) {
@@ -1423,7 +1435,7 @@
var _b;
var uiView = _a.uiView, viewConfig = _a.viewConfig;
var uiv = uiView && uiView.fqn;
var cfg = viewConfig && viewConfig.viewDecl.$context.name + ": (" + viewConfig.viewDecl.$name + ")";
var cfg = viewConfig && "".concat(viewConfig.viewDecl.$context.name, ": (").concat(viewConfig.viewDecl.$name, ")");
return _b = {}, _b[uivheader] = uiv, _b[cfgheader] = cfg, _b;
})
.sort(function (a, b) { return (a[uivheader] || '').localeCompare(b[uivheader] || ''); });
@@ -1433,13 +1445,13 @@
Trace.prototype.traceViewServiceEvent = function (event, viewConfig) {
if (!this.enabled(exports.Category.VIEWCONFIG))
return;
safeConsole.log("VIEWCONFIG: " + event + " " + viewConfigString(viewConfig));
safeConsole.log("VIEWCONFIG: ".concat(event, " ").concat(viewConfigString(viewConfig)));
};
/** @internal called by ui-router code */
Trace.prototype.traceViewServiceUIViewEvent = function (event, viewData) {
if (!this.enabled(exports.Category.VIEWCONFIG))
return;
safeConsole.log("VIEWCONFIG: " + event + " " + uiViewString(viewData));
safeConsole.log("VIEWCONFIG: ".concat(event, " ").concat(uiViewString(viewData)));
};
return Trace;
}());
@@ -1513,7 +1525,7 @@
return sub.substr(1, sub.length - 2);
};
ParamType.prototype.toString = function () {
return "{ParamType:" + this.name + "}";
return "{ParamType:".concat(this.name, "}");
};
/** Given an encoded string, or a decoded object, returns a decoded object */
ParamType.prototype.$normalize = function (val) {
@@ -1623,7 +1635,7 @@
}
function getType(cfg, urlType, location, id, paramTypes) {
if (cfg.type && urlType && urlType.name !== 'string')
throw new Error("Param '" + id + "' has two type configurations.");
throw new Error("Param '".concat(id, "' has two type configurations."));
if (cfg.type && urlType && urlType.name === 'string' && paramTypes.type(cfg.type))
return paramTypes.type(cfg.type);
if (urlType)
@@ -1649,7 +1661,7 @@
return defaultPolicy;
if (squash === true || isString(squash))
return squash;
throw new Error("Invalid squash policy: '" + squash + "'. Valid policies: false, true, or arbitrary string");
throw new Error("Invalid squash policy: '".concat(squash, "'. Valid policies: false, true, or arbitrary string"));
}
function getReplace(config, arrayMode, isOptional, squash) {
var defaultPolicy = [
@@ -1745,7 +1757,7 @@
throw new Error('Injectable functions cannot be called at configuration time');
var defaultValue = services.$injector.invoke(_this.config.$$fn);
if (defaultValue !== null && defaultValue !== undefined && !_this.type.is(defaultValue))
throw new Error("Default value (" + defaultValue + ") for parameter '" + _this.id + "' is not an instance of ParamType (" + _this.type.name + ")");
throw new Error("Default value (".concat(defaultValue, ") for parameter '").concat(_this.id, "' is not an instance of ParamType (").concat(_this.type.name, ")"));
if (_this.config.$$fn['__cacheable']) {
_this._defaultValueCache = { defaultValue: defaultValue };
}
@@ -1778,7 +1790,7 @@
return !(isString(encoded) && !this.type.pattern.exec(encoded));
};
Param.prototype.toString = function () {
return "{Param:" + this.id + " " + this.type + " squash: '" + this.squash + "' optional: " + this.isOptional + "}";
return "{Param:".concat(this.id, " ").concat(this.type, " squash: '").concat(this.squash, "' optional: ").concat(this.isOptional, "}");
};
return Param;
}());
@@ -1837,7 +1849,7 @@
if (!isDefined(definition))
return this.types[name];
if (this.types.hasOwnProperty(name))
throw new Error("A type named '" + name + "' has already been defined.");
throw new Error("A type named '".concat(name, "' has already been defined."));
this.types[name] = new ParamType(extend({ name: name }, definition));
if (definitionFn) {
this.typeQueue.push({ name: name, def: definitionFn });
@@ -1865,7 +1877,7 @@
is: is(String),
pattern: /.*/,
// tslint:disable-next-line:triple-equals
equals: function (a, b) { return a == b; },
equals: function (a, b) { return a == b; }, // allow coersion for null/undefined/""
};
return extend({}, defaultTypeBase, def);
};
@@ -1943,19 +1955,21 @@
* @param {Object} $to Internal definition of object representing state to transition to.
*/
StateParams.prototype.$inherit = function (newParams, $current, $to) {
var parentParams;
var parents = ancestors($current, $to), inherited = {}, inheritList = [];
for (var i in parents) {
if (!parents[i] || !parents[i].params)
continue;
parentParams = Object.keys(parents[i].params);
if (!parentParams.length)
var parentParams = parents[i].params;
var parentParamsKeys = Object.keys(parentParams);
if (!parentParamsKeys.length)
continue;
for (var j in parentParams) {
if (inheritList.indexOf(parentParams[j]) >= 0)
for (var j in parentParamsKeys) {
if (!parentParamsKeys.hasOwnProperty(j) ||
parentParams[parentParamsKeys[j]].inherit == false ||
inheritList.indexOf(parentParamsKeys[j]) >= 0)
continue;
inheritList.push(parentParams[j]);
inherited[parentParams[j]] = this[parentParams[j]];
inheritList.push(parentParamsKeys[j]);
inherited[parentParamsKeys[j]] = this[parentParamsKeys[j]];
}
}
return extend({}, inherited, newParams);
@@ -2124,15 +2138,15 @@
var base = this.options().relative;
if (!this._definition && !!base) {
var stateName = base.name ? base.name : base;
return "Could not resolve '" + this.name() + "' from state '" + stateName + "'";
return "Could not resolve '".concat(this.name(), "' from state '").concat(stateName, "'");
}
if (!this._definition)
return "No such state '" + this.name() + "'";
return "No such state '".concat(this.name(), "'");
if (!this._definition.self)
return "State '" + this.name() + "' has an invalid definition";
return "State '".concat(this.name(), "' has an invalid definition");
};
TargetState.prototype.toString = function () {
return "'" + this.name() + "'" + stringify(this.params());
return "'".concat(this.name(), "'").concat(stringify(this.params()));
};
/**
* Returns a copy of this TargetState which targets a different state.
@@ -2444,7 +2458,7 @@
return this.promise || this.resolve(resolveContext, trans);
};
Resolvable.prototype.toString = function () {
return "Resolvable(token: " + stringify(this.token) + ", requires: [" + this.deps.map(stringify) + "])";
return "Resolvable(token: ".concat(stringify(this.token), ", requires: [").concat(this.deps.map(stringify), "])");
};
Resolvable.prototype.clone = function () {
return new Resolvable(this);
@@ -2681,7 +2695,7 @@
if (!url)
return null;
if (!$urlMatcherFactoryProvider.isMatcher(url))
throw new Error("Invalid url '" + url + "' in state '" + stateObject + "'");
throw new Error("Invalid url '".concat(url, "' in state '").concat(stateObject, "'"));
return parsed && parsed.root ? url : ((parent && parent.navigable) || root()).url.append(url);
};
};
@@ -2896,7 +2910,7 @@
segments.pop();
if (segments.length) {
if (state.parent) {
throw new Error("States that specify the 'parent:' property should not have a '.' in their name (" + name + ")");
throw new Error("States that specify the 'parent:' property should not have a '.' in their name (".concat(name, ")"));
}
// 'foo.bar'
return segments.join('.');
@@ -2944,7 +2958,7 @@
stateDecl.$$state = function () { return state; };
state.self = stateDecl;
state.__stateObjectCache = {
nameGlob: Glob.fromString(state.name),
nameGlob: Glob.fromString(state.name), // might return null
};
return state;
};
@@ -3047,7 +3061,7 @@
var _states = values(this._states);
var matches = _states.filter(function (_state) { return _state.__stateObjectCache.nameGlob && _state.__stateObjectCache.nameGlob.matches(name); });
if (matches.length > 1) {
safeConsole.error("stateMatcher.find: Found multiple matches for " + name + " using glob: ", matches.map(function (match) { return match.name; }));
safeConsole.error("stateMatcher.find: Found multiple matches for ".concat(name, " using glob: "), matches.map(function (match) { return match.name; }));
}
return matches[0];
}
@@ -3055,7 +3069,7 @@
};
StateMatcher.prototype.resolvePath = function (name, base) {
if (!base)
throw new Error("No reference point given for path '" + name + "'");
throw new Error("No reference point given for path '".concat(name, "'"));
var baseState = this.find(base);
var splitName = name.split('.');
var pathLength = splitName.length;
@@ -3067,7 +3081,7 @@
}
if (splitName[i] === '^') {
if (!current.parent)
throw new Error("Path '" + name + "' not valid for state '" + baseState.name + "'");
throw new Error("Path '".concat(name, "' not valid for state '").concat(baseState.name, "'"));
current = current.parent;
continue;
}
@@ -3097,7 +3111,7 @@
if (!isString(name))
throw new Error('State must have a valid name');
if (this.states.hasOwnProperty(name) || inArray(queue.map(prop('name')), name))
throw new Error("State '" + name + "' is already defined");
throw new Error("State '".concat(name, "' is already defined"));
queue.push(state);
this.flush();
return state;
@@ -3124,7 +3138,7 @@
if (result) {
var existingState = getState(name_1);
if (existingState && existingState.name === name_1) {
throw new Error("State '" + name_1 + "' is already defined");
throw new Error("State '".concat(name_1, "' is already defined"));
}
var existingFutureState = getState(name_1 + '.**');
if (existingFutureState) {
@@ -3485,7 +3499,7 @@
var router = this.transition.router;
// The router is stopped
if (router._disposed) {
return Rejection.aborted("UIRouter instance #" + router.$id + " has been stopped (disposed)").toPromise();
return Rejection.aborted("UIRouter instance #".concat(router.$id, " has been stopped (disposed)")).toPromise();
}
if (this.transition._aborted) {
return Rejection.aborted().toPromise();
@@ -3500,7 +3514,7 @@
TransitionHook.prototype.toString = function () {
var _a = this, options = _a.options, registeredHook = _a.registeredHook;
var event = parse('traceData.hookType')(options) || 'internal', context = parse('traceData.context.state.name')(options) || parse('traceData.context')(options) || 'unknown', name = fnToString(registeredHook.callback);
return event + " context: " + context + ", " + maxLength(200, name);
return "".concat(event, " context: ").concat(context, ", ").concat(maxLength(200, name));
};
/**
* These GetResultHandler(s) are used by [[invokeHook]] below
@@ -3762,7 +3776,7 @@
var registries = isCreate ? [$transitions] : [this.transition, $transitions];
return registries
.map(function (reg) { return reg.getHooks(hookType.name); }) // Get named hooks from registries
.filter(assertPredicate(isArray, "broken event named: " + hookType.name)) // Sanity check
.filter(assertPredicate(isArray, "broken event named: ".concat(hookType.name))) // Sanity check
.reduce(unnestR, []) // Un-nest RegisteredHook[][] to RegisteredHook[] array
.filter(function (hook) { return hook.matches(treeChanges, transition); }); // Only those satisfying matchCriteria
};
@@ -4405,14 +4419,14 @@
Transition.prototype.error = function () {
var state = this.$to();
if (state.self.abstract) {
return Rejection.invalid("Cannot transition to abstract state '" + state.name + "'");
return Rejection.invalid("Cannot transition to abstract state '".concat(state.name, "'"));
}
var paramDefs = state.parameters();
var values = this.params();
var invalidParams = paramDefs.filter(function (param) { return !param.validates(values[param.id]); });
if (invalidParams.length) {
var invalidValues = invalidParams.map(function (param) { return "[" + param.id + ":" + stringify(values[param.id]) + "]"; }).join(', ');
var detail = "The following parameter values are not valid for state '" + state.name + "': " + invalidValues;
var invalidValues = invalidParams.map(function (param) { return "[".concat(param.id, ":").concat(stringify(values[param.id]), "]"); }).join(', ');
var detail = "The following parameter values are not valid for state '".concat(state.name, "': ").concat(invalidValues);
return Rejection.invalid(detail);
}
if (this.success === false)
@@ -4431,7 +4445,7 @@
};
// (X) means the to state is invalid.
var id = this.$id, from = isObject(fromStateOrName) ? fromStateOrName.name : fromStateOrName, fromParams = stringify(avoidEmptyHash(this._treeChanges.from.map(prop('paramValues')).reduce(mergeR, {}))), toValid = this.valid() ? '' : '(X) ', to = isObject(toStateOrName) ? toStateOrName.name : toStateOrName, toParams = stringify(avoidEmptyHash(this.params()));
return "Transition#" + id + "( '" + from + "'" + fromParams + " -> " + toValid + "'" + to + "'" + toParams + " )";
return "Transition#".concat(id, "( '").concat(from, "'").concat(fromParams, " -> ").concat(toValid, "'").concat(to, "'").concat(toParams, " )");
};
/** @internal */
Transition.diToken = Transition;
@@ -4451,7 +4465,7 @@
surroundPattern = ['(?:/(', ')|/)?'];
break;
default:
surroundPattern = ["(" + param.squash + "|", ')?'];
surroundPattern = ["(".concat(param.squash, "|"), ')?'];
break;
}
return result + surroundPattern[0] + param.type.pattern.source + surroundPattern[1];
@@ -4544,28 +4558,28 @@
// The regular expression is somewhat complicated due to the need to allow curly braces
// inside the regular expression. The placeholder regexp breaks down as follows:
// ([:*])([\w\[\]]+) - classic placeholder ($1 / $2) (search version has - for snake-case)
// \{([\w\[\]]+)(?:\:\s*( ... ))?\} - curly brace placeholder ($3) with optional regexp/type ... ($4) (search version has - for snake-case
// \{([\w\[\]]+)(?:\: ... ( ... ))?\} - curly brace placeholder ($3) with optional regexp/type ... ($5) (search version has - for snake-case
// (?: ... | ... | ... )+ - the regexp consists of any number of atoms, an atom being either
// [^{}\\]+ - anything other than curly braces or backslash
// [^{}\\] - anything other than curly braces or backslash
// \\. - a backslash escape
// \{(?:[^{}\\]+|\\.)*\} - a matched set of curly braces containing other atoms
var placeholder = /([:*])([\w\[\]]+)|\{([\w\[\]]+)(?:\:\s*((?:[^{}\\]+|\\.|\{(?:[^{}\\]+|\\.)*\})+))?\}/g;
var searchPlaceholder = /([:]?)([\w\[\].-]+)|\{([\w\[\].-]+)(?:\:\s*((?:[^{}\\]+|\\.|\{(?:[^{}\\]+|\\.)*\})+))?\}/g;
// \{(?:[^{}\\]|\\.)*\} - a matched set of curly braces containing other atoms
var placeholder = /([:*])([\w\[\]]+)|\{([\w\[\]]+)(?:\:(?=(\s*))\4((?:[^{}\\]|\\.|\{(?:[^{}\\]|\\.)*\})+))?\}/g;
var searchPlaceholder = /([:]?)([\w\[\].-]+)|\{([\w\[\].-]+)(?:\:(?=(\s*))\4((?:[^{}\\]|\\.|\{(?:[^{}\\]|\\.)*\})+))?\}/g;
var patterns = [];
var last = 0;
var matchArray;
var checkParamErrors = function (id) {
if (!UrlMatcher.nameValidator.test(id))
throw new Error("Invalid parameter name '" + id + "' in pattern '" + pattern + "'");
throw new Error("Invalid parameter name '".concat(id, "' in pattern '").concat(pattern, "'"));
if (find(_this._params, propEq('id', id)))
throw new Error("Duplicate parameter name '" + id + "' in pattern '" + pattern + "'");
throw new Error("Duplicate parameter name '".concat(id, "' in pattern '").concat(pattern, "'"));
};
// Split into static segments separated by path parameter placeholders.
// The number of segments is always 1 more than the number of parameters.
var matchDetails = function (m, isSearch) {
// IE[78] returns '' for unmatched groups instead of null
var id = m[2] || m[3];
var regexp = isSearch ? m[4] : m[4] || (m[1] === '*' ? '[\\s\\S]*' : null);
var regexp = isSearch ? m[5] : m[5] || (m[1] === '*' ? '[\\s\\S]*' : null);
var makeRegexpType = function (str) {
return inherit(paramTypes.type(isSearch ? 'query' : 'path'), {
pattern: new RegExp(str, _this.config.caseInsensitive ? 'i' : undefined),
@@ -4615,7 +4629,7 @@
/** @internal */
UrlMatcher.encodeDashes = function (str) {
// Replace dashes with encoded "\-"
return encodeURIComponent(str).replace(/-/g, function (c) { return "%5C%" + c.charCodeAt(0).toString(16).toUpperCase(); });
return encodeURIComponent(str).replace(/-/g, function (c) { return "%5C%".concat(c.charCodeAt(0).toString(16).toUpperCase()); });
};
/** @internal Given a matcher, return an array with the matcher's path segments and path params, in order */
UrlMatcher.pathSegmentsAndParams = function (matcher) {
@@ -4778,7 +4792,7 @@
// options = defaults(options, { isolate: false });
var allParams = this.parameters(), pathParams = allParams.filter(function (param) { return !param.isSearch(); }), searchParams = allParams.filter(function (param) { return param.isSearch(); }), nPathSegments = this._cache.path.map(function (urlm) { return urlm._segments.length - 1; }).reduce(function (a, x) { return a + x; }), values = {};
if (nPathSegments !== match.length - 1)
throw new Error("Unbalanced capture group in route '" + this.pattern + "'");
throw new Error("Unbalanced capture group in route '".concat(this.pattern, "'"));
function decodePathArray(paramVal) {
var reverseString = function (str) { return str.split('').reverse().join(''); };
var unquoteDashes = function (str) { return str.replace(/\\-/g, '-'); };
@@ -4947,13 +4961,13 @@
return;
if (!param.raw)
encoded = map(encoded, encodeURIComponent);
return encoded.map(function (val) { return param.id + "=" + val; });
return encoded.map(function (val) { return "".concat(param.id, "=").concat(val); });
})
.filter(identity)
.reduce(unnestR, [])
.join('&');
// Concat the pathstring with the queryString (if exists) and the hashString (if exists)
return pathString + (queryString ? "?" + queryString : '') + (values['#'] ? '#' + values['#'] : '');
return pathString + (queryString ? "?".concat(queryString) : '') + (values['#'] ? '#' + values['#'] : '');
};
/** @internal */
UrlMatcher.nameValidator = /^\w+([-.]+\w+)*(?:\[\])?$/;
@@ -5407,7 +5421,7 @@
this._pluginapi = {
_rootViewContext: this._rootViewContext.bind(this),
_viewConfigFactory: this._viewConfigFactory.bind(this),
_registeredUIView: function (id) { return find(_this._uiViews, function (view) { return _this.router.$id + "." + view.id === id; }); },
_registeredUIView: function (id) { return find(_this._uiViews, function (view) { return "".concat(_this.router.$id, ".").concat(view.id) === id; }); },
_registeredUIViews: function () { return _this._uiViews; },
_activeViewConfigs: function () { return _this._viewConfigs; },
_onSync: function (listener) {
@@ -6126,7 +6140,7 @@
*/
UrlConfig.prototype.defaultSquashPolicy = function (value) {
if (isDefined(value) && value !== true && value !== false && !isString(value))
throw new Error("Invalid squash policy: " + value + ". Valid policies: false, true, arbitrary-string");
throw new Error("Invalid squash policy: ".concat(value, ". Valid policies: false, true, arbitrary-string"));
return (this._defaultSquashPolicy = isDefined(value) ? value : this._defaultSquashPolicy);
};
/**
@@ -7529,7 +7543,7 @@
options.reloadState =
options.reload === true ? reg.root() : reg.matcher.find(options.reload, options.relative);
if (options.reload && !options.reloadState)
throw new Error("No such reload state '" + (isString(options.reload) ? options.reload : options.reload.name) + "'");
throw new Error("No such reload state '".concat(isString(options.reload) ? options.reload : options.reload.name, "'"));
return new TargetState(this.router.stateRegistry, identifier, params, options);
};
/** @internal */
@@ -7931,7 +7945,7 @@
invoke: function (fn, context, locals) {
var all = extend({}, globals, locals || {});
var params = $injector.annotate(fn);
var ensureExist = assertPredicate(function (key) { return all.hasOwnProperty(key); }, function (key) { return "DI can't find injectable: '" + key + "'"; });
var ensureExist = assertPredicate(function (key) { return all.hasOwnProperty(key); }, function (key) { return "DI can't find injectable: '".concat(key, "'"); });
var args = params.filter(ensureExist).map(function (x) { return all[x]; });
if (isFunction(fn))
return fn.apply(context, args);
@@ -7946,7 +7960,7 @@
*/
annotate: function (fn) {
if (!isInjectable(fn))
throw new Error("Not an injectable function: " + fn);
throw new Error("Not an injectable function: ".concat(fn));
if (fn && fn.$inject)
return fn.$inject;
if (isArray(fn))
@@ -8043,10 +8057,12 @@
var extendStatics = function (d, b) {
extendStatics = Object.setPrototypeOf ||
({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||
function (d, b) { for (var p in b) if (b.hasOwnProperty(p)) d[p] = b[p]; };
function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };
return extendStatics(d, b);
};
return function (d, b) {
if (typeof b !== "function" && b !== null)
throw new TypeError("Class extends value " + String(b) + " is not a constructor or null");
extendStatics(d, b);
function __() { this.constructor = d; }
d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());
@@ -8077,10 +8093,12 @@
var extendStatics = function (d, b) {
extendStatics = Object.setPrototypeOf ||
({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||
function (d, b) { for (var p in b) if (b.hasOwnProperty(p)) d[p] = b[p]; };
function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };
return extendStatics(d, b);
};
return function (d, b) {
if (typeof b !== "function" && b !== null)
throw new TypeError("Class extends value " + String(b) + " is not a constructor or null");
extendStatics(d, b);
function __() { this.constructor = d; }
d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());
@@ -8105,10 +8123,12 @@
var extendStatics = function (d, b) {
extendStatics = Object.setPrototypeOf ||
({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||
function (d, b) { for (var p in b) if (b.hasOwnProperty(p)) d[p] = b[p]; };
function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };
return extendStatics(d, b);
};
return function (d, b) {
if (typeof b !== "function" && b !== null)
throw new TypeError("Class extends value " + String(b) + " is not a constructor or null");
extendStatics(d, b);
function __() { this.constructor = d; }
d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());
UI/WebServerResources/js/vendor/angular-ui-router.js.map
Vendored
+5 -5
View File
@@ -82,9 +82,9 @@
],
"sourcesContent": [
"/** @publicapi @module ng1 */ /** */\nimport * as ng_from_import from 'angular';\n/** @hidden */ declare let angular;\n/** @hidden */ const ng_from_global = angular;\n/** @hidden */ export const ng = ng_from_import && ng_from_import.module ? ng_from_import : ng_from_global;\n",
"/**\n * Higher order functions\n *\n * These utility functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n */\n\nimport { Predicate } from './common';\n/**\n * Returns a new function for [Partial Application](https://en.wikipedia.org/wiki/Partial_application) of the original function.\n *\n * Given a function with N parameters, returns a new function that supports partial application.\n * The new function accepts anywhere from 1 to N parameters. When that function is called with M parameters,\n * where M is less than N, it returns a new function that accepts the remaining parameters. It continues to\n * accept more parameters until all N parameters have been supplied.\n *\n *\n * This contrived example uses a partially applied function as an predicate, which returns true\n * if an object is found in both arrays.\n * @example\n * ```\n * // returns true if an object is in both of the two arrays\n * function inBoth(array1, array2, object) {\n * return array1.indexOf(object) !== -1 &&\n * array2.indexOf(object) !== 1;\n * }\n * let obj1, obj2, obj3, obj4, obj5, obj6, obj7\n * let foos = [obj1, obj3]\n * let bars = [obj3, obj4, obj5]\n *\n * // A curried \"copy\" of inBoth\n * let curriedInBoth = curry(inBoth);\n * // Partially apply both the array1 and array2\n * let inFoosAndBars = curriedInBoth(foos, bars);\n *\n * // Supply the final argument; since all arguments are\n * // supplied, the original inBoth function is then called.\n * let obj1InBoth = inFoosAndBars(obj1); // false\n *\n * // Use the inFoosAndBars as a predicate.\n * // Filter, on each iteration, supplies the final argument\n * let allObjs = [ obj1, obj2, obj3, obj4, obj5, obj6, obj7 ];\n * let foundInBoth = allObjs.filter(inFoosAndBars); // [ obj3 ]\n *\n * ```\n *\n * @param fn\n * @returns {*|function(): (*|any)}\n */\nexport function curry(fn: Function): Function {\n return function curried() {\n if (arguments.length >= fn.length) {\n return fn.apply(this, arguments);\n }\n const args = Array.prototype.slice.call(arguments);\n return curried.bind(this, ...args);\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that composes the argument functions, right-to-left\n * given: f(x), g(x), h(x)\n * let composed = compose(f,g,h)\n * then, composed is: f(g(h(x)))\n */\nexport function compose() {\n const args = arguments;\n const start = args.length - 1;\n return function () {\n let i = start,\n result = args[start].apply(this, arguments);\n while (i--) result = args[i].call(this, result);\n return result;\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that is composes the argument functions, left-to-right\n * given: f(x), g(x), h(x)\n * let piped = pipe(f,g,h);\n * then, piped is: h(g(f(x)))\n */\nexport function pipe(...funcs: Function[]): (obj: any) => any {\n return compose.apply(null, [].slice.call(arguments).reverse());\n}\n\n/**\n * Given a property name, returns a function that returns that property from an object\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = prop(\"name\");\n * getName(obj) === \"blarg\"\n */\nexport const prop = (name: string) => (obj: any) => obj && obj[name];\n\n/**\n * Given a property name and a value, returns a function that returns a boolean based on whether\n * the passed object has a property that matches the value\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = propEq(\"name\", \"blarg\");\n * getName(obj) === true\n */\nexport const propEq = curry((name: string, _val: any, obj: any) => obj && obj[name] === _val);\n\n/**\n * Given a dotted property name, returns a function that returns a nested property from an object, or undefined\n * let obj = { id: 1, nestedObj: { foo: 1, name: \"blarg\" }, };\n * let getName = prop(\"nestedObj.name\");\n * getName(obj) === \"blarg\"\n * let propNotFound = prop(\"this.property.doesnt.exist\");\n * propNotFound(obj) === undefined\n */\nexport const parse = (name: string) => pipe.apply(null, name.split('.').map(prop));\n\n/**\n * Given a function that returns a truthy or falsey value, returns a\n * function that returns the opposite (falsey or truthy) value given the same inputs\n */\nexport const not: (fn: Predicate<any>) => Predicate<any> = (fn: Predicate<any>) => (...args: any[]) =>\n !fn.apply(null, args);\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if both functions return truthy for the given arguments\n */\nexport function and(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\n return (...args: any[]) => fn1.apply(null, args) && fn2.apply(null, args);\n}\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if at least one of the functions returns truthy for the given arguments\n */\nexport function or(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\nLine truncated
"/**\n * Higher order functions\n *\n * These utility functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n */\n\nimport { Predicate } from './common';\n/**\n * Returns a new function for [Partial Application](https://en.wikipedia.org/wiki/Partial_application) of the original function.\n *\n * Given a function with N parameters, returns a new function that supports partial application.\n * The new function accepts anywhere from 1 to N parameters. When that function is called with M parameters,\n * where M is less than N, it returns a new function that accepts the remaining parameters. It continues to\n * accept more parameters until all N parameters have been supplied.\n *\n *\n * This contrived example uses a partially applied function as an predicate, which returns true\n * if an object is found in both arrays.\n * @example\n * ```\n * // returns true if an object is in both of the two arrays\n * function inBoth(array1, array2, object) {\n * return array1.indexOf(object) !== -1 &&\n * array2.indexOf(object) !== 1;\n * }\n * let obj1, obj2, obj3, obj4, obj5, obj6, obj7\n * let foos = [obj1, obj3]\n * let bars = [obj3, obj4, obj5]\n *\n * // A curried \"copy\" of inBoth\n * let curriedInBoth = curry(inBoth);\n * // Partially apply both the array1 and array2\n * let inFoosAndBars = curriedInBoth(foos, bars);\n *\n * // Supply the final argument; since all arguments are\n * // supplied, the original inBoth function is then called.\n * let obj1InBoth = inFoosAndBars(obj1); // false\n *\n * // Use the inFoosAndBars as a predicate.\n * // Filter, on each iteration, supplies the final argument\n * let allObjs = [ obj1, obj2, obj3, obj4, obj5, obj6, obj7 ];\n * let foundInBoth = allObjs.filter(inFoosAndBars); // [ obj3 ]\n *\n * ```\n *\n * @param fn\n * @returns {*|function(): (*|any)}\n */\nexport function curry(fn: Function): Function {\n return function curried() {\n if (arguments.length >= fn.length) {\n return fn.apply(this, arguments);\n }\n const args = Array.prototype.slice.call(arguments);\n return curried.bind(this, ...args);\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that composes the argument functions, right-to-left\n * given: f(x), g(x), h(x)\n * let composed = compose(f,g,h)\n * then, composed is: f(g(h(x)))\n */\nexport function compose() {\n const args = arguments;\n const start = args.length - 1;\n return function () {\n let i = start,\n result = args[start].apply(this, arguments);\n while (i--) result = args[i].call(this, result);\n return result;\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that is composes the argument functions, left-to-right\n * given: f(x), g(x), h(x)\n * let piped = pipe(f,g,h);\n * then, piped is: h(g(f(x)))\n */\nexport function pipe(...funcs: Function[]): (obj: any) => any {\n return compose.apply(null, [].slice.call(arguments).reverse());\n}\n\n/**\n * Given a property name, returns a function that returns that property from an object\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = prop(\"name\");\n * getName(obj) === \"blarg\"\n */\nexport const prop = (name: string) => (obj: any) => obj && obj[name];\n\n/**\n * Given a property name and a value, returns a function that returns a boolean based on whether\n * the passed object has a property that matches the value\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = propEq(\"name\", \"blarg\");\n * getName(obj) === true\n */\nexport const propEq = curry((name: string, _val: any, obj: any) => obj && obj[name] === _val);\n\n/**\n * Given a dotted property name, returns a function that returns a nested property from an object, or undefined\n * let obj = { id: 1, nestedObj: { foo: 1, name: \"blarg\" }, };\n * let getName = prop(\"nestedObj.name\");\n * getName(obj) === \"blarg\"\n * let propNotFound = prop(\"this.property.doesnt.exist\");\n * propNotFound(obj) === undefined\n */\nexport const parse = (name: string) => pipe.apply(null, name.split('.').map(prop));\n\n/**\n * Given a function that returns a truthy or falsey value, returns a\n * function that returns the opposite (falsey or truthy) value given the same inputs\n */\nexport const not: (fn: Predicate<any>) => Predicate<any> =\n (fn: Predicate<any>) =>\n (...args: any[]) =>\n !fn.apply(null, args);\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if both functions return truthy for the given arguments\n */\nexport function and(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\n return (...args: any[]) => fn1.apply(null, args) && fn2.apply(null, args);\n}\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if at least one of the functions returns truthy for the given arguments\n */\nexport function or(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<Line truncated
"/**\n * Predicates\n *\n * These predicates return true/false based on the input.\n * Although these functions are exported, they are subject to change without notice.\n *\n * @packageDocumentation\n */\nimport { and, not, pipe, prop, or } from './hof';\nimport { Predicate } from './common'; // has or is using\nimport { StateObject } from '../state/stateObject';\n\nconst toStr = Object.prototype.toString;\nconst tis = (t: string) => (x: any) => typeof x === t;\nexport const isUndefined = tis('undefined');\nexport const isDefined = not(isUndefined);\nexport const isNull = (o: any) => o === null;\nexport const isNullOrUndefined = or(isNull, isUndefined);\nexport const isFunction: (x: any) => x is Function = <any>tis('function');\nexport const isNumber: (x: any) => x is number = <any>tis('number');\nexport const isString = <(x: any) => x is string>tis('string');\nexport const isObject = (x: any) => x !== null && typeof x === 'object';\nexport const isArray = Array.isArray;\nexport const isDate: (x: any) => x is Date = <any>((x: any) => toStr.call(x) === '[object Date]');\nexport const isRegExp: (x: any) => x is RegExp = <any>((x: any) => toStr.call(x) === '[object RegExp]');\n\n/**\n * Predicate which checks if a value is injectable\n *\n * A value is \"injectable\" if it is a function, or if it is an ng1 array-notation-style array\n * where all the elements in the array are Strings, except the last one, which is a Function\n */\nexport function isInjectable(val: any) {\n if (isArray(val) && val.length) {\n const head = val.slice(0, -1),\n tail = val.slice(-1);\n return !(head.filter(not(isString)).length || tail.filter(not(isFunction)).length);\n }\n return isFunction(val);\n}\n\n/**\n * Predicate which checks if a value looks like a Promise\n *\n * It is probably a Promise if it's an object, and it has a `then` property which is a Function\n */\nexport const isPromise = <(x: any) => x is Promise<any>>and(isObject, pipe(prop('then'), isFunction));\n",
"/**\n * This module is a stub for core services such as Dependency Injection or Browser Location.\n * Core services may be implemented by a specific framework, such as ng1 or ng2, or be pure javascript.\n *\n * @packageDocumentation\n */\nimport { IInjectable, Obj } from './common';\nimport { Disposable } from '../interface';\nimport { UrlConfig, UrlService } from '../url';\n\nconst noImpl = (fnname: string) => () => {\n throw new Error(`No implementation for ${fnname}. The framework specific code did not implement this method.`);\n};\n\nexport const makeStub = <T>(service: string, methods: (keyof T)[]): T =>\n methods.reduce((acc, key) => ((acc[key] = noImpl(`${service}.${key}()`) as any), acc), {} as T);\n\nconst services: CoreServices = {\n $q: undefined,\n $injector: undefined,\n};\n\nexport interface $QLikeDeferred {\n resolve: (val?: any) => void;\n reject: (reason?: any) => void;\n promise: Promise<any>;\n}\n\nexport interface $QLike {\n when<T>(value?: T | PromiseLike<T>): Promise<T>;\n reject<T>(reason: any): Promise<T>;\n defer(): $QLikeDeferred;\n all(promises: { [key: string]: Promise<any> }): Promise<any>;\n all(promises: Promise<any>[]): Promise<any[]>;\n}\n\nexport interface $InjectorLike {\n strictDi?: boolean;\n get(token: any): any;\n get<T>(token: any): T;\n has(token: any): boolean;\n invoke(fn: IInjectable, context?: any, locals?: Obj): any;\n annotate(fn: IInjectable, strictDi?: boolean): any[];\n}\n\nexport interface CoreServices {\n $q: $QLike;\n $injector: $InjectorLike;\n}\n\n/**\n * Handles low level URL read/write\n *\n * This service handles low level reads and updates of the URL and listens for url changes.\n * Implementors should pass these through to the underlying URL mechanism.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes three basic implementations:\n *\n * - [[PushStateLocationService]]\n * - [[HashLocationService]]\n * - [[MemoryLocationService]]\n */\nexport interface LocationServices extends Disposable {\n /** See: [[UrlService.url]] */ url: UrlService['url'];\n /** See: [[UrlService.path]] */ path: UrlService['path'];\n /** See: [[UrlService.search]] */ search: UrlService['search'];\n /** See: [[UrlService.hash]] */ hash: UrlService['hash'];\n /** See: [[UrlService.onChange]] */ onChange: UrlService['onChange'];\n}\n\n/**\n * Returns low level URL configuration and metadata\n *\n * This service returns information about the location configuration.\n * This service is primarily used when building URLs (e.g., for `hrefs`)\n *\n * Implementors should pass these through to the underlying URL APIs.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes two basic implementations:\n *\n * - [[BrowserLocationConfig]]\n * - [[MemoryLocationConfig]]\n */\nexport interface LocationConfig extends Disposable {\n /** See: [[UrlConfig.port]] */ port: UrlConfig['port'];\n /** See: [[UrlConfig.protocol]] */ protocol: UrlConfig['protocol'];\n /** See: [[UrlConfig.host]] */ host: UrlConfig['host'];\n /** See: [[UrlConfig.baseHref]] */ baseHref: UrlConfig['baseHref'];\n /** See: [[UrlConfig.html5Mode]] */ html5Mode: UrlConfig['html5Mode'];\n /** See: [[UrlConfig.hashPrefix]] */ hashPrefix: UrlConfig['hashPrefix'];\n}\n\nexport { services };\n",
"/**\n * This module is a stub for core services such as Dependency Injection or Browser Location.\n * Core services may be implemented by a specific framework, such as ng1 or ng2, or be pure javascript.\n *\n * @packageDocumentation\n */\nimport { IInjectable, Obj } from './common';\nimport { Disposable } from '../interface';\nimport { UrlConfig, UrlService } from '../url';\n\nconst noImpl = (fnname: string) => () => {\n throw new Error(`No implementation for ${fnname}. The framework specific code did not implement this method.`);\n};\n\nexport const makeStub = <T>(service: string, methods: (keyof T)[]): T =>\n methods.reduce((acc, key) => ((acc[key] = noImpl(`${service}.${String(key)}()`) as any), acc), {} as T);\n\nconst services: CoreServices = {\n $q: undefined,\n $injector: undefined,\n};\n\nexport interface $QLikeDeferred {\n resolve: (val?: any) => void;\n reject: (reason?: any) => void;\n promise: Promise<any>;\n}\n\nexport interface $QLike {\n when<T>(value?: T | PromiseLike<T>): Promise<T>;\n reject<T>(reason: any): Promise<T>;\n defer(): $QLikeDeferred;\n all(promises: { [key: string]: Promise<any> }): Promise<any>;\n all(promises: Promise<any>[]): Promise<any[]>;\n}\n\nexport interface $InjectorLike {\n strictDi?: boolean;\n get(token: any): any;\n get<T>(token: any): T;\n has(token: any): boolean;\n invoke(fn: IInjectable, context?: any, locals?: Obj): any;\n annotate(fn: IInjectable, strictDi?: boolean): any[];\n}\n\nexport interface CoreServices {\n $q: $QLike;\n $injector: $InjectorLike;\n}\n\n/**\n * Handles low level URL read/write\n *\n * This service handles low level reads and updates of the URL and listens for url changes.\n * Implementors should pass these through to the underlying URL mechanism.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes three basic implementations:\n *\n * - [[PushStateLocationService]]\n * - [[HashLocationService]]\n * - [[MemoryLocationService]]\n */\nexport interface LocationServices extends Disposable {\n /** See: [[UrlService.url]] */ url: UrlService['url'];\n /** See: [[UrlService.path]] */ path: UrlService['path'];\n /** See: [[UrlService.search]] */ search: UrlService['search'];\n /** See: [[UrlService.hash]] */ hash: UrlService['hash'];\n /** See: [[UrlService.onChange]] */ onChange: UrlService['onChange'];\n}\n\n/**\n * Returns low level URL configuration and metadata\n *\n * This service returns information about the location configuration.\n * This service is primarily used when building URLs (e.g., for `hrefs`)\n *\n * Implementors should pass these through to the underlying URL APIs.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes two basic implementations:\n *\n * - [[BrowserLocationConfig]]\n * - [[MemoryLocationConfig]]\n */\nexport interface LocationConfig extends Disposable {\n /** See: [[UrlConfig.port]] */ port: UrlConfig['port'];\n /** See: [[UrlConfig.protocol]] */ protocol: UrlConfig['protocol'];\n /** See: [[UrlConfig.host]] */ host: UrlConfig['host'];\n /** See: [[UrlConfig.baseHref]] */ baseHref: UrlConfig['baseHref'];\n /** See: [[UrlConfig.html5Mode]] */ html5Mode: UrlConfig['html5Mode'];\n /** See: [[UrlConfig.hashPrefix]] */ hashPrefix: UrlConfig['hashPrefix'];\n}\n\nexport { services };\n",
"/**\n * Random utility functions used in the UI-Router code\n *\n * These functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n * @preferred\n */\nimport { isFunction, isString, isArray, isRegExp, isDate } from './predicates';\nimport { all, any, prop, curry, not } from './hof';\nimport { services } from './coreservices';\nimport { StateObject } from '../state/stateObject';\n\ndeclare const global;\nexport const root: any =\n (typeof self === 'object' && self.self === self && self) ||\n (typeof global === 'object' && global.global === global && global) ||\n this;\nconst angular = root.angular || {};\n\nexport const fromJson = angular.fromJson || JSON.parse.bind(JSON);\nexport const toJson = angular.toJson || JSON.stringify.bind(JSON);\nexport const forEach = angular.forEach || _forEach;\nexport const extend = Object.assign || _extend;\nexport const equals = angular.equals || _equals;\nexport function identity(x: any) {\n return x;\n}\nexport function noop(): any {}\n\nexport type Mapper<X, T> = (x: X, key?: string | number) => T;\nexport interface TypedMap<T> {\n [key: string]: T;\n}\nexport type Predicate<X> = (x?: X) => boolean;\nexport type PredicateBinary<X, Y> = (x?: X, y?: Y) => boolean;\n/**\n * An ng1-style injectable\n *\n * This could be a (non-minified) function such as:\n * ```js\n * function injectableFunction(SomeDependency) {\n *\n * }\n * ```\n *\n * or an explicitly annotated function (minify safe)\n * ```js\n * injectableFunction.$inject = [ 'SomeDependency' ];\n * function injectableFunction(SomeDependency) {\n *\n * }\n * ```\n *\n * or an array style annotated function (minify safe)\n * ```js\n * ['SomeDependency', function injectableFunction(SomeDependency) {\n *\n * }];\n * ```\n */\nexport type IInjectable = Function | any[];\n\nexport interface Obj extends Object {\n [key: string]: any;\n}\n\n/**\n * Builds proxy functions on the `to` object which pass through to the `from` object.\n *\n * For each key in `fnNames`, creates a proxy function on the `to` object.\n * The proxy function calls the real function on the `from` object.\n *\n *\n * #### Example:\n * This example creates an new class instance whose functions are prebound to the new'd object.\n * ```js\n * class Foo {\n * constructor(data) {\n * // Binds all functions from Foo.prototype to 'this',\n * // then copies them to 'this'\n * bindFunctions(Foo.prototype, this, this);\n * this.data = data;\n * }\n *\n * log() {\n * console.log(this.data);\n * }\n * }\n *\n * let myFoo = new Foo([1,2,3]);\n * var logit = myFoo.log;\n * logit(); // logs [1, 2, 3] from the myFoo 'this' instance\n * ```\n *\n * #### Example:\n * This example creates a bound version of a service function, and copies it to another object\n * ```\n *\n * var SomeService = {\n * this.data = [3, 4, 5];\n * this.log = function() {\n * console.log(this.data);\n * }\n * }\n *\n * // Constructor fn\n * function OtherThing() {\n * // Binds all functions from SomeService to SomeService,\n * // then copies them to 'this'\n * bindFunctions(SomeService, this, SomeService);\n * }\n *\n * let myOtherThing = new OtherThing();\n * myOtherThing.log(); // logs [3, 4, 5] from SomeService's 'this'\n * ```\n *\n * @param source A function that returns the source object which contains the original functions to be bound\n * @param target A function that returns the target object which will receive the bound functions\n * @param bind A function that returns the object which the functions will be bound to\n * @param fnNames The function names which will be bound (Defaults to all the functions found on the 'from' object)\n * @param latebind If true, the binding of the function is delayed until the first time it's invoked\n */\nexport function createProxyFunctions(\n source: Function,\n target: Obj,\n bind: Function,\n fnNames?: string[],\n latebind = false\n): Obj {\n const bindFunction = (fnName) => source()[fnName].bind(bind());\n\n const makeLateRebindFn = (fnName) =>\n function lateRebindFunction() {\n target[fnName] = bindFunction(fnName);\n return target[fnName].apply(null, arguments);\n };\n\n fnNames = fnNames || Object.keys(source());\n\n return fnNames.reduce((acc, name) => {\n acc[name] = latebind ? makeLateRebindFn(name) : bindFunction(name);\n return acc;\n }, target);\n}\n\n/**\n * prototypal inheritance helper.\n * Creates a new object which has `parent` object as its prototype, and then copies the properties from `extra` onto it\n */\nexport const inherit = (parent: Obj, extra?: Obj) => extend(Object.create(parent), extra);\n\n/** Given an array, returns true if the object is found in the array, (using indexOf) */\nexport const inArray: typeof _inArray = curry(_inArray) as any;\nexport function _inArray(array: any[], obj: any): boolean;\nexport function _inArray(array: any[]): (obj: any) => boolean;\nexport function _inArray(array, obj?):Line truncated
"/**\n * Matches state names using glob-like pattern strings.\n *\n * Globs can be used in specific APIs including:\n *\n * - [[StateService.is]]\n * - [[StateService.includes]]\n * - The first argument to Hook Registration functions like [[TransitionService.onStart]]\n * - [[HookMatchCriteria]] and [[HookMatchCriterion]]\n *\n * A `Glob` string is a pattern which matches state names.\n * Nested state names are split into segments (separated by a dot) when processing.\n * The state named `foo.bar.baz` is split into three segments ['foo', 'bar', 'baz']\n *\n * Globs work according to the following rules:\n *\n * ### Exact match:\n *\n * The glob `'A.B'` matches the state named exactly `'A.B'`.\n *\n * | Glob |Matches states named|Does not match state named|\n * |:------------|:--------------------|:---------------------|\n * | `'A'` | `'A'` | `'B'` , `'A.C'` |\n * | `'A.B'` | `'A.B'` | `'A'` , `'A.B.C'` |\n * | `'foo'` | `'foo'` | `'FOO'` , `'foo.bar'`|\n *\n * ### Single star (`*`)\n *\n * A single star (`*`) is a wildcard that matches exactly one segment.\n *\n * | Glob |Matches states named |Does not match state named |\n * |:------------|:---------------------|:--------------------------|\n * | `'*'` | `'A'` , `'Z'` | `'A.B'` , `'Z.Y.X'` |\n * | `'A.*'` | `'A.B'` , `'A.C'` | `'A'` , `'A.B.C'` |\n * | `'A.*.*'` | `'A.B.C'` , `'A.X.Y'`| `'A'`, `'A.B'` , `'Z.Y.X'`|\n *\n * ### Double star (`**`)\n *\n * A double star (`'**'`) is a wildcard that matches *zero or more segments*\n *\n * | Glob |Matches states named |Does not match state named |\n * |:------------|:----------------------------------------------|:----------------------------------|\n * | `'**'` | `'A'` , `'A.B'`, `'Z.Y.X'` | (matches all states) |\n * | `'A.**'` | `'A'` , `'A.B'` , `'A.C.X'` | `'Z.Y.X'` |\n * | `'**.X'` | `'X'` , `'A.X'` , `'Z.Y.X'` | `'A'` , `'A.login.Z'` |\n * | `'A.**.X'` | `'A.X'` , `'A.B.X'` , `'A.B.C.X'` | `'A'` , `'A.B.C'` |\n *\n * @packageDocumentation\n */\nexport class Glob {\n text: string;\n glob: Array<string>;\n regexp: RegExp;\n\n /** Returns true if the string has glob-like characters in it */\n static is(text: string) {\n return !!/[!,*]+/.exec(text);\n }\n\n /** Returns a glob from the string, or null if the string isn't Glob-like */\n static fromString(text: string) {\n return Glob.is(text) ? new Glob(text) : null;\n }\n\n constructor(text: string) {\n this.text = text;\n this.glob = text.split('.');\n\n const regexpString = this.text\n .split('.')\n .map((seg) => {\n if (seg === '**') return '(?:|(?:\\\\.[^.]*)*)';\n if (seg === '*') return '\\\\.[^.]*';\n return '\\\\.' + seg;\n })\n .join('');\n\n this.regexp = new RegExp('^' + regexpString + '$');\n }\n\n matches(name: string) {\n return this.regexp.test('.' + name);\n }\n}\n",
"import { pushTo } from './common';\n\nexport class Queue<T> {\n private _evictListeners: ((item: T) => void)[] = [];\n public onEvict = pushTo(this._evictListeners);\n\n constructor(private _items: T[] = [], private _limit: number = null) {}\n\n enqueue(item: T) {\n const items = this._items;\n items.push(item);\n if (this._limit && items.length > this._limit) this.evict();\n return item;\n }\n\n evict(): T {\n const item: T = this._items.shift();\n this._evictListeners.forEach((fn) => fn(item));\n return item;\n }\n\n dequeue(): T {\n if (this.size()) return this._items.splice(0, 1)[0];\n }\n\n clear(): Array<T> {\n const current = this._items;\n this._items = [];\n return current;\n }\n\n size(): number {\n return this._items.length;\n }\n\n remove(item: T) {\n const idx = this._items.indexOf(item);\n return idx > -1 && this._items.splice(idx, 1)[0];\n }\n\n peekTail(): T {\n return this._items[this._items.length - 1];\n }\n\n peekHead(): T {\n if (this.size()) return this._items[0];\n }\n}\n",
@@ -95,7 +95,7 @@
"import { extend, filter, map } from '../common/common';\nimport { isArray, isDefined } from '../common/predicates';\nimport { ParamTypeDefinition } from './interface';\n\n/**\n * An internal class which implements [[ParamTypeDefinition]].\n *\n * A [[ParamTypeDefinition]] is a plain javascript object used to register custom parameter types.\n * When a param type definition is registered, an instance of this class is created internally.\n *\n * This class has naive implementations for all the [[ParamTypeDefinition]] methods.\n *\n * Used by [[UrlMatcher]] when matching or formatting URLs, or comparing and validating parameter values.\n *\n * #### Example:\n * ```js\n * var paramTypeDef = {\n * decode: function(val) { return parseInt(val, 10); },\n * encode: function(val) { return val && val.toString(); },\n * equals: function(a, b) { return this.is(a) && a === b; },\n * is: function(val) { return angular.isNumber(val) && isFinite(val) && val % 1 === 0; },\n * pattern: /\\d+/\n * }\n *\n * var paramType = new ParamType(paramTypeDef);\n * ```\n */\nexport class ParamType implements ParamTypeDefinition {\n /** @inheritdoc */\n pattern: RegExp = /.*/;\n /** The name/id of the parameter type */\n name: string;\n /** @inheritdoc */\n raw: boolean;\n /** @inheritdoc */\n dynamic: boolean;\n /** @inheritdoc */\n inherit = true;\n\n /**\n * @param def A configuration object which contains the custom type definition. The object's\n * properties will override the default methods and/or pattern in `ParamType`'s public interface.\n * @returns a new ParamType object\n */\n constructor(def: ParamTypeDefinition) {\n extend(this, def);\n }\n\n // consider these four methods to be \"abstract methods\" that should be overridden\n /** @inheritdoc */\n is(val: any, key?: string): boolean {\n return true;\n }\n /** @inheritdoc */\n encode(val: any, key?: string): string | string[] {\n return val;\n }\n /** @inheritdoc */\n decode(val: string, key?: string): any {\n return val;\n }\n /** @inheritdoc */\n equals(a: any, b: any): boolean {\n // tslint:disable-next-line:triple-equals\n return a == b;\n }\n\n $subPattern() {\n const sub = this.pattern.toString();\n return sub.substr(1, sub.length - 2);\n }\n\n toString() {\n return `{ParamType:${this.name}}`;\n }\n\n /** Given an encoded string, or a decoded object, returns a decoded object */\n $normalize(val: any) {\n return this.is(val) ? val : this.decode(val);\n }\n\n /**\n * Wraps an existing custom ParamType as an array of ParamType, depending on 'mode'.\n * e.g.:\n * - urlmatcher pattern \"/path?{queryParam[]:int}\"\n * - url: \"/path?queryParam=1&queryParam=2\n * - $stateParams.queryParam will be [1, 2]\n * if `mode` is \"auto\", then\n * - url: \"/path?queryParam=1 will create $stateParams.queryParam: 1\n * - url: \"/path?queryParam=1&queryParam=2 will create $stateParams.queryParam: [1, 2]\n */\n $asArray(mode: boolean | 'auto', isSearch: boolean) {\n if (!mode) return this;\n if (mode === 'auto' && !isSearch) throw new Error(\"'auto' array mode is for query parameters only\");\n return new (<any>ArrayType)(this, mode);\n }\n}\n\n/** Wraps up a `ParamType` object to handle array values. */\nfunction ArrayType(type: ParamType, mode: boolean | 'auto') {\n // Wrap non-array value as array\n function arrayWrap(val: any): any[] {\n return isArray(val) ? val : isDefined(val) ? [val] : [];\n }\n\n // Unwrap array value for \"auto\" mode. Return undefined for empty array.\n function arrayUnwrap(val: any) {\n switch (val.length) {\n case 0:\n return undefined;\n case 1:\n return mode === 'auto' ? val[0] : val;\n default:\n return val;\n }\n }\n\n // Wraps type (.is/.encode/.decode) functions to operate on each value of an array\n function arrayHandler(callback: (x: any) => any, allTruthyMode?: boolean) {\n return function handleArray(val: any) {\n if (isArray(val) && val.length === 0) return val;\n const arr = arrayWrap(val);\n const result = map(arr, callback);\n return allTruthyMode === true ? filter(result, (x) => !x).length === 0 : arrayUnwrap(result);\n };\n }\n\n // Wraps type (.equals) functions to operate on each value of an array\n function arrayEqualsHandler(callback: (l: any, r: any) => boolean) {\n return function handleArray(val1: any, val2: any) {\n const left = arrayWrap(val1),\n right = arrayWrap(val2);\n if (left.length !== right.length) return false;\n for (let i = 0; i < left.length; i++) {\n if (!callback(left[i], right[i])) return false;\n }\n return true;\n };\n }\n\n ['encode', 'decode', 'equals', '$normalize'].forEach((name) => {\n const paramTypeFn = type[name].bind(type);\n const wrapperFn: Function = name === 'equals' ? arrayEqualsHandler : arrayHandler;\n this[name] = wrapperFn(paramTypeFn);\n }Line truncated
"import { extend, filter, map, allTrueR, find } from '../common/common';\nimport { prop } from '../common/hof';\nimport { isInjectable, isDefined, isString, isArray, isUndefined } from '../common/predicates';\nimport { RawParams, ParamDeclaration } from '../params/interface';\nimport { services } from '../common/coreservices';\nimport { ParamType } from './paramType';\nimport { ParamTypes } from './paramTypes';\nimport { StateDeclaration } from '../state';\nimport { UrlConfig } from '../url';\n\nconst hasOwn = Object.prototype.hasOwnProperty;\n\nconst isShorthand = (cfg: ParamDeclaration) =>\n ['value', 'type', 'squash', 'array', 'dynamic'].filter(hasOwn.bind(cfg || {})).length === 0;\n\nenum DefType {\n PATH,\n SEARCH,\n CONFIG,\n}\nexport { DefType };\n\nfunction getParamDeclaration(paramName: string, location: DefType, state: StateDeclaration): ParamDeclaration {\n const noReloadOnSearch = (state.reloadOnSearch === false && location === DefType.SEARCH) || undefined;\n const dynamic = find([state.dynamic, noReloadOnSearch], isDefined);\n const defaultConfig = isDefined(dynamic) ? { dynamic } : {};\n const paramConfig = unwrapShorthand(state && state.params && state.params[paramName]);\n return extend(defaultConfig, paramConfig);\n}\n\nfunction unwrapShorthand(cfg: ParamDeclaration): ParamDeclaration {\n cfg = isShorthand(cfg) ? ({ value: cfg } as ParamDeclaration) : cfg;\n\n getStaticDefaultValue['__cacheable'] = true;\n function getStaticDefaultValue() {\n return cfg.value;\n }\n\n const $$fn = isInjectable(cfg.value) ? cfg.value : getStaticDefaultValue;\n return extend(cfg, { $$fn });\n}\n\nfunction getType(cfg: ParamDeclaration, urlType: ParamType, location: DefType, id: string, paramTypes: ParamTypes) {\n if (cfg.type && urlType && urlType.name !== 'string') throw new Error(`Param '${id}' has two type configurations.`);\n if (cfg.type && urlType && urlType.name === 'string' && paramTypes.type(cfg.type as string))\n return paramTypes.type(cfg.type as string);\n if (urlType) return urlType;\n if (!cfg.type) {\n const type =\n location === DefType.CONFIG\n ? 'any'\n : location === DefType.PATH\n ? 'path'\n : location === DefType.SEARCH\n ? 'query'\n : 'string';\n return paramTypes.type(type);\n }\n return cfg.type instanceof ParamType ? cfg.type : paramTypes.type(cfg.type as string);\n}\n\n/** returns false, true, or the squash value to indicate the \"default parameter url squash policy\". */\nfunction getSquashPolicy(config: ParamDeclaration, isOptional: boolean, defaultPolicy: boolean | string) {\n const squash = config.squash;\n if (!isOptional || squash === false) return false;\n if (!isDefined(squash) || squash == null) return defaultPolicy;\n if (squash === true || isString(squash)) return squash;\n throw new Error(`Invalid squash policy: '${squash}'. Valid policies: false, true, or arbitrary string`);\n}\n\nfunction getReplace(config: ParamDeclaration, arrayMode: boolean, isOptional: boolean, squash: string | boolean) {\n const defaultPolicy = [\n { from: '', to: isOptional || arrayMode ? undefined : '' },\n { from: null, to: isOptional || arrayMode ? undefined : '' },\n ];\n\n const replace = isArray(config.replace) ? config.replace : [];\n if (isString(squash)) replace.push({ from: squash, to: undefined });\n\n const configuredKeys = map(replace, prop('from'));\n return filter(defaultPolicy, (item) => configuredKeys.indexOf(item.from) === -1).concat(replace);\n}\n\nexport class Param {\n id: string;\n type: ParamType;\n location: DefType;\n isOptional: boolean;\n dynamic: boolean;\n raw: boolean;\n squash: boolean | string;\n replace: [{ to: any; from: any }];\n inherit: boolean;\n array: boolean;\n config: any;\n /** Cache the default value if it is a static value */\n _defaultValueCache: {\n defaultValue: any;\n };\n\n static values(params: Param[], values: RawParams = {}): RawParams {\n const paramValues = {} as RawParams;\n for (const param of params) {\n paramValues[param.id] = param.value(values[param.id]);\n }\n return paramValues;\n }\n\n /**\n * Finds [[Param]] objects which have different param values\n *\n * Filters a list of [[Param]] objects to only those whose parameter values differ in two param value objects\n *\n * @param params: The list of Param objects to filter\n * @param values1: The first set of parameter values\n * @param values2: the second set of parameter values\n *\n * @returns any Param objects whose values were different between values1 and values2\n */\n static changed(params: Param[], values1: RawParams = {}, values2: RawParams = {}): Param[] {\n return params.filter((param) => !param.type.equals(values1[param.id], values2[param.id]));\n }\n\n /**\n * Checks if two param value objects are equal (for a set of [[Param]] objects)\n *\n * @param params The list of [[Param]] objects to check\n * @paLine truncated
"import { fromJson, toJson, identity, equals, inherit, map, extend, pick } from '../common/common';\nimport { isDefined, isNullOrUndefined } from '../common/predicates';\nimport { is } from '../common/hof';\nimport { services } from '../common/coreservices';\nimport { ParamType } from './paramType';\nimport { ParamTypeDefinition } from './interface';\n\n/**\n * A registry for parameter types.\n *\n * This registry manages the built-in (and custom) parameter types.\n *\n * The built-in parameter types are:\n *\n * - [[string]]\n * - [[path]]\n * - [[query]]\n * - [[hash]]\n * - [[int]]\n * - [[bool]]\n * - [[date]]\n * - [[json]]\n * - [[any]]\n *\n * To register custom parameter types, use [[UrlConfig.type]], i.e.,\n *\n * ```js\n * router.urlService.config.type(customType)\n * ```\n */\nexport class ParamTypes {\n /**\n * Built-in parameter type: `string`\n *\n * This parameter type coerces values to strings.\n * It matches anything (`new RegExp(\".*\")`) in the URL\n */\n static string: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `path`\n *\n * This parameter type is the default type for path parameters.\n * A path parameter is any parameter declared in the path portion of a url\n *\n * - `/foo/:param1/:param2`: two path parameters\n *\n * This parameter type behaves exactly like the [[string]] type with one exception.\n * When matching parameter values in the URL, the `path` type does not match forward slashes `/`.\n *\n * #### Angular 1 note:\n * In ng1, this type is overridden with one that pre-encodes slashes as `~2F` instead of `%2F`.\n * For more details about this angular 1 behavior, see: https://github.com/angular-ui/ui-router/issues/2598\n */\n static path: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `query`\n *\n * This parameter type is the default type for query/search parameters.\n * It behaves the same as the [[string]] parameter type.\n *\n * A query parameter is any parameter declared in the query/search portion of a url\n *\n * - `/bar?param2`: a query parameter\n */\n static query: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `hash`\n *\n * This parameter type is used for the `#` parameter (the hash)\n * It behaves the same as the [[string]] parameter type.\n */\n static hash: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `int`\n *\n * This parameter type serializes javascript integers (`number`s which represent an integer) to the URL.\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'user',\n * url: '/user/{id:int}'\n * });\n * ```\n * ```js\n * $state.go('user', { id: 1298547 });\n * ```\n *\n * The URL will serialize to: `/user/1298547`.\n *\n * When the parameter value is read, it will be the `number` `1298547`, not the string `\"1298547\"`.\n */\n static int: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `bool`\n *\n * This parameter type serializes `true`/`false` as `1`/`0`\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'inbox',\n * url: '/inbox?{unread:bool}'\n * });\n * ```\n * ```js\n * $state.go('inbox', { unread: true });\n * ```\n *\n * The URL will serialize to: `/inbox?unread=1`.\n *\n * Conversely, if the url is `/inbox?unread=0`, the value of the `unread` parameter will be a `false`.\n */\n static bool: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `date`\n *\n * This parameter type can be used to serialize Javascript dates as parameter values.\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'search',\n * url: '/search?{start:date}'\n * });\n * ```\n * ```js\n * $state.go('search', { start: new Date(2000, 0, 1) });\n * ```\n *\n * The URL will serialize to: `/search?start=2000-01-01`.\n *\n * Conversely, if the url is `/search?start=2016-12-25`, the value of the `start` parameter will be a `Date` object where:\n *\n * - `date.getFullYear() === 2016`\n * - `date.getMonth() === 11` (month is 0-based)\n * - `date.getDate() === 25`\n */\n static date: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `json`\n *\n * This parameter type can be used to serialize javascript objects into the URL using JSON serialization.\n *\n * #### Example:\n * This example serializes an plain javascript object to the URL\n * ```js\n * .state({\n * name: 'map',\n * url: '/map/{coords:json}'\n * });\n * ```\n * ```js\n * $state.go('map', { coords: { x: 10399.2, y: 49071 });\n * ```\n *\n * The URL will serialize to: `/map/%7B%22x%22%3A10399.2%2C%22y%22%3A49071%7D`\n */\n static json: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `any`\n *\n * This parameter type is used by default for url-less parameters (parameters that do not appear in the URL).\n * This type does not encode or decode.\n * It is compared using aLine truncated
"import { extend, ancestors, Obj } from '../common/common';\nimport { StateObject } from '../state/stateObject';\n\nexport class StateParams {\n [key: string]: any;\n\n constructor(params: Obj = {}) {\n extend(this, params);\n }\n\n /**\n * Merges a set of parameters with all parameters inherited between the common parents of the\n * current state and a given destination state.\n *\n * @param {Object} newParams The set of parameters which will be composited with inherited params.\n * @param {Object} $current Internal definition of object representing the current state.\n * @param {Object} $to Internal definition of object representing state to transition to.\n */\n $inherit(newParams: Obj, $current: StateObject, $to: StateObject) {\n let parentParams: string[];\n const parents = ancestors($current, $to),\n inherited: Obj = {},\n inheritList: string[] = [];\n\n for (const i in parents) {\n if (!parents[i] || !parents[i].params) continue;\n parentParams = Object.keys(parents[i].params);\n if (!parentParams.length) continue;\n\n for (const j in parentParams) {\n if (inheritList.indexOf(parentParams[j]) >= 0) continue;\n inheritList.push(parentParams[j]);\n inherited[parentParams[j]] = this[parentParams[j]];\n }\n }\n return extend({}, inherited, newParams);\n }\n}\n",
"import { Param } from '.';\nimport { extend, ancestors, Obj } from '../common/common';\nimport { StateObject } from '../state/stateObject';\n\nexport class StateParams {\n [key: string]: any;\n\n constructor(params: Obj = {}) {\n extend(this, params);\n }\n\n /**\n * Merges a set of parameters with all parameters inherited between the common parents of the\n * current state and a given destination state.\n *\n * @param {Object} newParams The set of parameters which will be composited with inherited params.\n * @param {Object} $current Internal definition of object representing the current state.\n * @param {Object} $to Internal definition of object representing state to transition to.\n */\n $inherit(newParams: Obj, $current: StateObject, $to: StateObject) {\n const parents = ancestors($current, $to),\n inherited: Obj = {},\n inheritList: string[] = [];\n\n for (const i in parents) {\n if (!parents[i] || !parents[i].params) continue;\n const parentParams = parents[i].params;\n const parentParamsKeys = Object.keys(parentParams);\n if (!parentParamsKeys.length) continue;\n\n for (const j in parentParamsKeys) {\n if (\n !parentParamsKeys.hasOwnProperty(j) ||\n parentParams[parentParamsKeys[j]].inherit == false ||\n inheritList.indexOf(parentParamsKeys[j]) >= 0\n )\n continue;\n inheritList.push(parentParamsKeys[j]);\n inherited[parentParamsKeys[j]] = this[parentParamsKeys[j]];\n }\n }\n return extend({}, inherited, newParams);\n }\n}\n",
"import { extend, applyPairs, find, allTrueR, pairs, arrayTuples } from '../common/common';\nimport { propEq } from '../common/hof';\nimport { StateObject } from '../state/stateObject';\nimport { RawParams } from '../params/interface';\nimport { Param } from '../params/param';\nimport { Resolvable } from '../resolve/resolvable';\nimport { ViewConfig } from '../view/interface';\n\n/**\n * A node in a [[TreeChanges]] path\n *\n * For a [[TreeChanges]] path, this class holds the stateful information for a single node in the path.\n * Each PathNode corresponds to a state being entered, exited, or retained.\n * The stateful information includes parameter values and resolve data.\n */\nexport class PathNode {\n /** The state being entered, exited, or retained */\n public state: StateObject;\n /** The parameters declared on the state */\n public paramSchema: Param[];\n /** The parameter values that belong to the state */\n public paramValues: { [key: string]: any };\n /** The individual (stateful) resolvable objects that belong to the state */\n public resolvables: Resolvable[];\n /** The state's declared view configuration objects */\n public views: ViewConfig[];\n\n /**\n * Returns a clone of the PathNode\n * @deprecated use instance method `node.clone()`\n */\n static clone = (node: PathNode) => node.clone();\n\n /** Creates a copy of a PathNode */\n constructor(node: PathNode);\n /** Creates a new (empty) PathNode for a State */\n constructor(state: StateObject);\n constructor(stateOrNode: any) {\n if (stateOrNode instanceof PathNode) {\n const node: PathNode = stateOrNode;\n this.state = node.state;\n this.paramSchema = node.paramSchema.slice();\n this.paramValues = extend({}, node.paramValues);\n this.resolvables = node.resolvables.slice();\n this.views = node.views && node.views.slice();\n } else {\n const state: StateObject = stateOrNode;\n this.state = state;\n this.paramSchema = state.parameters({ inherit: false });\n this.paramValues = {};\n this.resolvables = state.resolvables.map((res) => res.clone());\n }\n }\n\n clone() {\n return new PathNode(this);\n }\n\n /** Sets [[paramValues]] for the node, from the values of an object hash */\n applyRawParams(params: RawParams): PathNode {\n const getParamVal = (paramDef: Param) => [paramDef.id, paramDef.value(params[paramDef.id])];\n this.paramValues = this.paramSchema.reduce((memo, pDef) => applyPairs(memo, getParamVal(pDef)), {});\n return this;\n }\n\n /** Gets a specific [[Param]] metadata that belongs to the node */\n parameter(name: string): Param {\n return find(this.paramSchema, propEq('id', name));\n }\n\n /**\n * @returns true if the state and parameter values for another PathNode are\n * equal to the state and param values for this PathNode\n */\n equals(node: PathNode, paramsFn?: GetParamsFn): boolean {\n const diff = this.diff(node, paramsFn);\n return diff && diff.length === 0;\n }\n\n /**\n * Finds Params with different parameter values on another PathNode.\n *\n * Given another node (of the same state), finds the parameter values which differ.\n * Returns the [[Param]] (schema objects) whose parameter values differ.\n *\n * Given another node for a different state, returns `false`\n *\n * @param node The node to compare to\n * @param paramsFn A function that returns which parameters should be compared.\n * @returns The [[Param]]s which differ, or null if the two nodes are for different states\n */\n diff(node: PathNode, paramsFn?: GetParamsFn): Param[] | false {\n if (this.state !== node.state) return false;\n\n const params: Param[] = paramsFn ? paramsFn(this) : this.paramSchema;\n return Param.changed(params, this.paramValues, node.paramValues);\n }\n}\n\n/** @internal */\nexport type GetParamsFn = (pathNode: PathNode) => Param[];\n",
"import { StateDeclaration, StateOrName, TargetStateDef } from './interface';\nimport { TransitionOptions } from '../transition/interface';\nimport { StateObject } from './stateObject';\nimport { isObject, isString } from '../common/predicates';\nimport { stringify } from '../common/strings';\nimport { extend } from '../common';\nimport { StateRegistry } from './stateRegistry';\nimport { RawParams } from '../params';\n\n/**\n * Encapsulate the target (destination) state/params/options of a [[Transition]].\n *\n * This class is frequently used to redirect a transition to a new destination.\n *\n * See:\n *\n * - [[HookResult]]\n * - [[TransitionHookFn]]\n * - [[TransitionService.onStart]]\n *\n * To create a `TargetState`, use [[StateService.target]].\n *\n * ---\n *\n * This class wraps:\n *\n * 1) an identifier for a state\n * 2) a set of parameters\n * 3) and transition options\n * 4) the registered state object (the [[StateDeclaration]])\n *\n * Many UI-Router APIs such as [[StateService.go]] take a [[StateOrName]] argument which can\n * either be a *state object* (a [[StateDeclaration]] or [[StateObject]]) or a *state name* (a string).\n * The `TargetState` class normalizes those options.\n *\n * A `TargetState` may be valid (the state being targeted exists in the registry)\n * or invalid (the state being targeted is not registered).\n */\nexport class TargetState {\n private _definition: StateObject;\n private _params: RawParams;\n private _options: TransitionOptions;\n\n /** Returns true if the object has a state property that might be a state or state name */\n static isDef = (obj): obj is TargetStateDef => {\n return obj && obj.state && (isString(obj.state) || (isObject(obj.state) && isString(obj.state.name)));\n };\n\n /**\n * The TargetState constructor\n *\n * Note: Do not construct a `TargetState` manually.\n * To create a `TargetState`, use the [[StateService.target]] factory method.\n *\n * @param _stateRegistry The StateRegistry to use to look up the _definition\n * @param _identifier An identifier for a state.\n * Either a fully-qualified state name, or the object used to define the state.\n * @param _params Parameters for the target state\n * @param _options Transition options.\n *\n * @internal\n */\n constructor(\n private _stateRegistry: StateRegistry,\n private _identifier: StateOrName,\n _params?: RawParams,\n _options?: TransitionOptions\n ) {\n this._identifier = _identifier;\n this._params = extend({}, _params || {});\n this._options = extend({}, _options || {});\n this._definition = _stateRegistry.matcher.find(_identifier, this._options.relative);\n }\n\n /** The name of the state this object targets */\n name(): string {\n return (this._definition && this._definition.name) || <string>this._identifier;\n }\n\n /** The identifier used when creating this TargetState */\n identifier(): StateOrName {\n return this._identifier;\n }\n\n /** The target parameter values */\n params(): RawParams {\n return this._params;\n }\n\n /** The internal state object (if it was found) */\n $state(): StateObject {\n return this._definition;\n }\n\n /** The internal state declaration (if it was found) */\n state(): StateDeclaration {\n return this._definition && this._definition.self;\n }\n\n /** The target options */\n options() {\n return this._options;\n }\n\n /** True if the target state was found */\n exists(): boolean {\n return !!(this._definition && this._definition.self);\n }\n\n /** True if the object is valid */\n valid(): boolean {\n return !this.error();\n }\n\n /** If the object is invalid, returns the reason why */\n error(): string {\n const base = <any>this.options().relative;\n if (!this._definition && !!base) {\n const stateName = base.name ? base.name : base;\n return `Could not resolve '${this.name()}' from state '${stateName}'`;\n }\n if (!this._definition) return `No such state '${this.name()}'`;\n if (!this._definition.self) return `State '${this.name()}' has an invalid definition`;\n }\n\n toString() {\n return `'${this.name()}'${stringify(this.params())}`;\n }\n\n /**\n * Returns a copy of this TargetState which targets a different state.\n * The new TargetState has the same parameter values and transition options.\n *\n * @param state The new state that should be targeted\n */\n withState(state: StateOrName): TargetState {\n return new TargetState(this._stateRegistry, state, this._params, this._options);\n }\n\n /**\n * Returns a copy of this TargetState, using the specified parameter values.\n *\n * @param params the new parameter values to use\n * @param replace When false (default) the new parameter values will be merged with the current values.\n * When true the parameter values will be used instead of the current values.\n */\n withParams(params: RawParams, replace = false): TaLine truncated
"import {\n extend,\n find,\n pick,\n omit,\n tail,\n mergeR,\n values,\n unnestR,\n Predicate,\n inArray,\n arrayTuples,\n} from '../common/common';\nimport { prop, propEq, not } from '../common/hof';\n\nimport { RawParams } from '../params/interface';\nimport { TreeChanges } from '../transition/interface';\nimport { ViewConfig } from '../view/interface';\nimport { _ViewDeclaration } from '../state/interface';\n\nimport { StateObject } from '../state/stateObject';\nimport { TargetState } from '../state/targetState';\nimport { GetParamsFn, PathNode } from './pathNode';\nimport { ViewService } from '../view/view';\nimport { Param } from '../params/param';\nimport { StateRegistry } from '../state';\n\n/**\n * This class contains functions which convert TargetStates, Nodes and paths from one type to another.\n */\nexport class PathUtils {\n /** Given a PathNode[], create an TargetState */\n static makeTargetState(registry: StateRegistry, path: PathNode[]): TargetState {\n const state = tail(path).state;\n return new TargetState(registry, state, path.map(prop('paramValues')).reduce(mergeR, {}), {});\n }\n\n static buildPath(targetState: TargetState) {\n const toParams = targetState.params();\n return targetState.$state().path.map((state) => new PathNode(state).applyRawParams(toParams));\n }\n\n /** Given a fromPath: PathNode[] and a TargetState, builds a toPath: PathNode[] */\n static buildToPath(fromPath: PathNode[], targetState: TargetState): PathNode[] {\n const toPath: PathNode[] = PathUtils.buildPath(targetState);\n if (targetState.options().inherit) {\n return PathUtils.inheritParams(fromPath, toPath, Object.keys(targetState.params()));\n }\n return toPath;\n }\n\n /**\n * Creates ViewConfig objects and adds to nodes.\n *\n * On each [[PathNode]], creates ViewConfig objects from the views: property of the node's state\n */\n static applyViewConfigs($view: ViewService, path: PathNode[], states: StateObject[]) {\n // Only apply the viewConfigs to the nodes for the given states\n path\n .filter((node) => inArray(states, node.state))\n .forEach((node) => {\n const viewDecls: _ViewDeclaration[] = values(node.state.views || {});\n const subPath = PathUtils.subPath(path, (n) => n === node);\n const viewConfigs: ViewConfig[][] = viewDecls.map((view) => $view.createViewConfig(subPath, view));\n node.views = viewConfigs.reduce(unnestR, []);\n });\n }\n\n /**\n * Given a fromPath and a toPath, returns a new to path which inherits parameters from the fromPath\n *\n * For a parameter in a node to be inherited from the from path:\n * - The toPath's node must have a matching node in the fromPath (by state).\n * - The parameter name must not be found in the toKeys parameter array.\n *\n * Note: the keys provided in toKeys are intended to be those param keys explicitly specified by some\n * caller, for instance, $state.transitionTo(..., toParams). If a key was found in toParams,\n * it is not inherited from the fromPath.\n */\n static inheritParams(fromPath: PathNode[], toPath: PathNode[], toKeys: string[] = []): PathNode[] {\n function nodeParamVals(path: PathNode[], state: StateObject): RawParams {\n const node: PathNode = find(path, propEq('state', state));\n return extend({}, node && node.paramValues);\n }\n\n const noInherit = fromPath\n .map((node) => node.paramSchema)\n .reduce(unnestR, [])\n .filter((param) => !param.inherit)\n .map(prop('id'));\n\n /**\n * Given an [[PathNode]] \"toNode\", return a new [[PathNode]] with param values inherited from the\n * matching node in fromPath. Only inherit keys that aren't found in \"toKeys\" from the node in \"fromPath\"\"\n */\n function makeInheritedParamsNode(toNode: PathNode): PathNode {\n // All param values for the node (may include default key/vals, when key was not found in toParams)\n let toParamVals = extend({}, toNode && toNode.paramValues);\n // limited to only those keys found in toParams\n const incomingParamVals = pick(toParamVals, toKeys);\n toParamVals = omit(toParamVals, toKeys);\n const fromParamVals = omit(nodeParamVals(fromPath, toNode.state) || {}, noInherit);\n // extend toParamVals with any fromParamVals, then override any of those those with incomingParamVals\n const ownParamVals: RawParams = extend(toParamVals, fromParamVals, incomingParamVals);\n return new PathNode(toNode.state).applyRawParams(ownParamVals);\n }\n\n // The param keys specified by the incoming toParams\n return <PathNode[]>toPath.map(makeInheritedParamsNode);\n }\n\n static nonDynamicParams = (node: PathNode): Param[] =>\n node.state.parameters({ inherit: false }).filter((param) => !param.dynamic);\n\n /**\n * Computes the tree changes (entering, exiting) between a fromPath and toPath.\n */\n static treeChanges(fromPath: PathNLine truncated
@@ -112,7 +112,7 @@
"import { isString, isFunction, Glob, extend, removeFrom, tail, values, identity, mapObj } from '../common';\nimport { PathNode } from '../path/pathNode';\nimport {\n TransitionStateHookFn,\n TransitionHookFn,\n TransitionHookPhase, // has or is using\n TransitionHookScope,\n IHookRegistry,\n PathType,\n} from './interface';\n\nimport {\n HookRegOptions,\n HookMatchCriteria,\n TreeChanges,\n HookMatchCriterion,\n IMatchingNodes,\n HookFn,\n} from './interface';\nimport { Transition } from './transition';\nimport { StateObject } from '../state/stateObject';\nimport { TransitionEventType } from './transitionEventType';\nimport { TransitionService } from './transitionService';\n\n/**\n * Determines if the given state matches the matchCriteria\n *\n * @internal\n *\n * @param state a State Object to test against\n * @param criterion\n * - If a string, matchState uses the string as a glob-matcher against the state name\n * - If an array (of strings), matchState uses each string in the array as a glob-matchers against the state name\n * and returns a positive match if any of the globs match.\n * - If a function, matchState calls the function with the state and returns true if the function's result is truthy.\n * @returns {boolean}\n */\nexport function matchState(state: StateObject, criterion: HookMatchCriterion, transition: Transition) {\n const toMatch = isString(criterion) ? [criterion] : criterion;\n\n function matchGlobs(_state: StateObject) {\n const globStrings = <string[]>toMatch;\n for (let i = 0; i < globStrings.length; i++) {\n const glob = new Glob(globStrings[i]);\n\n if ((glob && glob.matches(_state.name)) || (!glob && globStrings[i] === _state.name)) {\n return true;\n }\n }\n return false;\n }\n\n const matchFn = <any>(isFunction(toMatch) ? toMatch : matchGlobs);\n return !!matchFn(state, transition);\n}\n\n/**\n * The registration data for a registered transition hook\n */\nexport class RegisteredHook {\n priority: number;\n bind: any;\n invokeCount = 0;\n invokeLimit: number;\n _deregistered = false;\n\n constructor(\n public tranSvc: TransitionService,\n public eventType: TransitionEventType,\n public callback: HookFn,\n public matchCriteria: HookMatchCriteria,\n public removeHookFromRegistry: (hook: RegisteredHook) => void,\n options: HookRegOptions = {} as any\n ) {\n this.priority = options.priority || 0;\n this.bind = options.bind || null;\n this.invokeLimit = options.invokeLimit;\n }\n\n /**\n * Gets the matching [[PathNode]]s\n *\n * Given an array of [[PathNode]]s, and a [[HookMatchCriterion]], returns an array containing\n * the [[PathNode]]s that the criteria matches, or `null` if there were no matching nodes.\n *\n * Returning `null` is significant to distinguish between the default\n * \"match-all criterion value\" of `true` compared to a `() => true` function,\n * when the nodes is an empty array.\n *\n * This is useful to allow a transition match criteria of `entering: true`\n * to still match a transition, even when `entering === []`. Contrast that\n * with `entering: (state) => true` which only matches when a state is actually\n * being entered.\n */\n private _matchingNodes(nodes: PathNode[], criterion: HookMatchCriterion, transition: Transition): PathNode[] {\n if (criterion === true) return nodes;\n const matching = nodes.filter((node) => matchState(node.state, criterion, transition));\n return matching.length ? matching : null;\n }\n\n /**\n * Gets the default match criteria (all `true`)\n *\n * Returns an object which has all the criteria match paths as keys and `true` as values, i.e.:\n *\n * ```js\n * {\n * to: true,\n * from: true,\n * entering: true,\n * exiting: true,\n * retained: true,\n * }\n */\n private _getDefaultMatchCriteria(): HookMatchCriteria {\n return mapObj(this.tranSvc._pluginapi._getPathTypes(), () => true);\n }\n\n /**\n * Gets matching nodes as [[IMatchingNodes]]\n *\n * Create a IMatchingNodes object from the TransitionHookTypes that is roughly equivalent to:\n *\n * ```js\n * let matches: IMatchingNodes = {\n * to: _matchingNodes([tail(treeChanges.to)], mc.to),\n * from: _matchingNodes([tail(treeChanges.from)], mc.from),\n * exiting: _matchingNodes(treeChanges.exiting, mc.exiting),\n * retained: _matchingNodes(treeChanges.retained, mc.retained),\n * entering: _matchingNodes(treeChanges.entering, mc.entering),\n * };\n * ```\n */\n private _getMatchingNodes(treeChanges: TreeChanges, transition: Transition): IMatchingNodes {\n const criteria = extend(this._getDefaultMatchCriteria(), this.matchCriteria);\n const paths: PathType[] = values(this.tranSvc._pluginapi._getPathTypes());\n\n return paths.reduce((mn: IMatchingNodes, pathtype: PathType) => {\n // STATE scope criteria matches against every node iLine truncated
"import { extend, tail, assertPredicate, unnestR, identity } from '../common/common';\nimport { isArray } from '../common/predicates';\n\nimport {\n TransitionOptions,\n TransitionHookOptions,\n IHookRegistry,\n TreeChanges,\n IMatchingNodes,\n TransitionHookPhase,\n TransitionHookScope,\n} from './interface';\n\nimport { Transition } from './transition';\nimport { TransitionHook } from './transitionHook';\nimport { StateObject } from '../state/stateObject';\nimport { PathNode } from '../path/pathNode';\nimport { TransitionService } from './transitionService';\nimport { TransitionEventType } from './transitionEventType';\nimport { RegisteredHook } from './hookRegistry';\n\n/**\n * This class returns applicable TransitionHooks for a specific Transition instance.\n *\n * Hooks ([[RegisteredHook]]) may be registered globally, e.g., $transitions.onEnter(...), or locally, e.g.\n * myTransition.onEnter(...). The HookBuilder finds matching RegisteredHooks (where the match criteria is\n * determined by the type of hook)\n *\n * The HookBuilder also converts RegisteredHooks objects to TransitionHook objects, which are used to run a Transition.\n *\n * The HookBuilder constructor is given the $transitions service and a Transition instance. Thus, a HookBuilder\n * instance may only be used for one specific Transition object. (side note: the _treeChanges accessor is private\n * in the Transition class, so we must also provide the Transition's _treeChanges)\n */\nexport class HookBuilder {\n constructor(private transition: Transition) {}\n\n buildHooksForPhase(phase: TransitionHookPhase): TransitionHook[] {\n const $transitions = this.transition.router.transitionService;\n return $transitions._pluginapi\n ._getEvents(phase)\n .map((type) => this.buildHooks(type))\n .reduce(unnestR, [])\n .filter(identity);\n }\n\n /**\n * Returns an array of newly built TransitionHook objects.\n *\n * - Finds all RegisteredHooks registered for the given `hookType` which matched the transition's [[TreeChanges]].\n * - Finds [[PathNode]] (or `PathNode[]`) to use as the TransitionHook context(s)\n * - For each of the [[PathNode]]s, creates a TransitionHook\n *\n * @param hookType the type of the hook registration function, e.g., 'onEnter', 'onFinish'.\n */\n buildHooks(hookType: TransitionEventType): TransitionHook[] {\n const transition = this.transition;\n const treeChanges = transition.treeChanges();\n\n // Find all the matching registered hooks for a given hook type\n const matchingHooks = this.getMatchingHooks(hookType, treeChanges, transition);\n if (!matchingHooks) return [];\n\n const baseHookOptions = <TransitionHookOptions>{\n transition: transition,\n current: transition.options().current,\n };\n\n const makeTransitionHooks = (hook: RegisteredHook) => {\n // Fetch the Nodes that caused this hook to match.\n const matches: IMatchingNodes = hook.matches(treeChanges, transition);\n // Select the PathNode[] that will be used as TransitionHook context objects\n const matchingNodes: PathNode[] = matches[hookType.criteriaMatchPath.name];\n\n // Return an array of HookTuples\n return matchingNodes.map((node) => {\n const _options = extend(\n {\n bind: hook.bind,\n traceData: { hookType: hookType.name, context: node },\n },\n baseHookOptions\n );\n\n const state = hookType.criteriaMatchPath.scope === TransitionHookScope.STATE ? node.state.self : null;\n const transitionHook = new TransitionHook(transition, state, hook, _options);\n return <HookTuple>{ hook, node, transitionHook };\n });\n };\n\n return matchingHooks\n .map(makeTransitionHooks)\n .reduce(unnestR, [])\n .sort(tupleSort(hookType.reverseSort))\n .map((tuple) => tuple.transitionHook);\n }\n\n /**\n * Finds all RegisteredHooks from:\n * - The Transition object instance hook registry\n * - The TransitionService ($transitions) global hook registry\n *\n * which matched:\n * - the eventType\n * - the matchCriteria (to, from, exiting, retained, entering)\n *\n * @returns an array of matched [[RegisteredHook]]s\n */\n public getMatchingHooks(\n hookType: TransitionEventType,\n treeChanges: TreeChanges,\n transition: Transition\n ): RegisteredHook[] {\n const isCreate = hookType.hookPhase === TransitionHookPhase.CREATE;\n\n // Instance and Global hook registries\n const $transitions = this.transition.router.transitionService;\n const registries = isCreate ? [$transitions] : [this.transition, $transitions];\n\n return registries\n .map((reg: IHookRegistry) => reg.getHooks(hookType.name)) // Get named hooks from registries\n .filter(assertPredicate(isArray, `broken event named: ${hookType.name}`)) // Sanity check\n .reduce(unnestR, []) // Un-nest RegisteredHook[][] to RegisteredHook[] arLine truncated
"import { trace } from '../common/trace';\nimport { services } from '../common/coreservices';\nimport { stringify } from '../common/strings';\nimport { map, find, extend, mergeR, tail, omit, arrayTuples, unnestR, identity, anyTrueR } from '../common/common';\nimport { isObject, isUndefined } from '../common/predicates';\nimport { prop, propEq, val, not, is } from '../common/hof';\nimport { StateDeclaration, StateOrName } from '../state/interface';\nimport {\n TransitionOptions,\n TreeChanges,\n IHookRegistry,\n TransitionHookPhase,\n RegisteredHooks,\n HookRegOptions,\n HookMatchCriteria,\n TransitionStateHookFn,\n TransitionHookFn,\n} from './interface'; // has or is using\nimport { TransitionHook } from './transitionHook';\nimport { matchState, makeEvent, RegisteredHook } from './hookRegistry';\nimport { HookBuilder } from './hookBuilder';\nimport { PathNode } from '../path/pathNode';\nimport { PathUtils } from '../path/pathUtils';\nimport { StateObject } from '../state/stateObject';\nimport { TargetState } from '../state/targetState';\nimport { Param } from '../params/param';\nimport { Resolvable } from '../resolve/resolvable';\nimport { ViewConfig } from '../view/interface';\nimport { ResolveContext } from '../resolve/resolveContext';\nimport { UIRouter } from '../router';\nimport { UIInjector } from '../interface';\nimport { RawParams } from '../params/interface';\nimport { ResolvableLiteral } from '../resolve/interface';\nimport { Rejection } from './rejectFactory';\nimport { applyPairs, flattenR, uniqR } from '../common';\n\n/** @internal */\nconst stateSelf: (_state: StateObject) => StateDeclaration = prop('self');\n\n/**\n * Represents a transition between two states.\n *\n * When navigating to a state, we are transitioning **from** the current state **to** the new state.\n *\n * This object contains all contextual information about the to/from states, parameters, resolves.\n * It has information about all states being entered and exited as a result of the transition.\n */\nexport class Transition implements IHookRegistry {\n /** @internal */\n static diToken = Transition;\n\n /**\n * A unique identifier for the transition.\n *\n * This is an auto incrementing integer, starting from `0`.\n */\n $id: number;\n\n /**\n * A reference to the [[UIRouter]] instance\n *\n * This reference can be used to access the router services, such as the [[StateService]]\n */\n router: UIRouter;\n\n /** @internal */\n private _deferred = services.$q.defer();\n /**\n * This promise is resolved or rejected based on the outcome of the Transition.\n *\n * When the transition is successful, the promise is resolved\n * When the transition is unsuccessful, the promise is rejected with the [[Rejection]] or javascript error\n */\n promise: Promise<any> = this._deferred.promise;\n /**\n * A boolean which indicates if the transition was successful\n *\n * After a successful transition, this value is set to true.\n * After an unsuccessful transition, this value is set to false.\n *\n * The value will be undefined if the transition is not complete\n */\n success: boolean;\n /** @internal */\n _aborted: boolean;\n /** @internal */\n private _error: Rejection;\n\n /** @internal Holds the hook registration functions such as those passed to Transition.onStart() */\n _registeredHooks: RegisteredHooks = {};\n\n /** @internal */\n private _options: TransitionOptions;\n /** @internal */\n private _treeChanges: TreeChanges;\n /** @internal */\n private _targetState: TargetState;\n /** @internal */\n private _hookBuilder = new HookBuilder(this);\n\n /** @internal */\n onBefore(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onStart(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onExit(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onRetain(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onEnter(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onFinish(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onSuccess(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onError(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n\n /** @internal\n * Creates the transition-level hook registration functions\n * (which can then be used to register hooks)\n */\n private creatLine truncated
"import { map, inherit, identity, unnest, tail, find, Obj, allTrueR, unnestR, arrayTuples } from '../common/common';\nimport { prop, propEq } from '../common/hof';\nimport { isArray, isString, isDefined } from '../common/predicates';\nimport { Param, DefType } from '../params/param';\nimport { ParamTypes } from '../params/paramTypes';\nimport { RawParams } from '../params/interface';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { joinNeighborsR, splitOnDelim } from '../common/strings';\nimport { ParamType } from '../params';\nimport { defaults } from '../common';\nimport { ParamFactory } from './urlMatcherFactory';\n\nfunction quoteRegExp(str: any, param?: any) {\n let surroundPattern = ['', ''],\n result = str.replace(/[\\\\\\[\\]\\^$*+?.()|{}]/g, '\\\\$&');\n if (!param) return result;\n\n switch (param.squash) {\n case false:\n surroundPattern = ['(', ')' + (param.isOptional ? '?' : '')];\n break;\n case true:\n result = result.replace(/\\/$/, '');\n surroundPattern = ['(?:/(', ')|/)?'];\n break;\n default:\n surroundPattern = [`(${param.squash}|`, ')?'];\n break;\n }\n return result + surroundPattern[0] + param.type.pattern.source + surroundPattern[1];\n}\n\nconst memoizeTo = (obj: Obj, _prop: string, fn: Function) => (obj[_prop] = obj[_prop] || fn());\n\nconst splitOnSlash = splitOnDelim('/');\n\ninterface UrlMatcherCache {\n segments?: any[];\n weights?: number[];\n path?: UrlMatcher[];\n parent?: UrlMatcher;\n pattern?: RegExp;\n}\n\ninterface MatchDetails {\n id: string;\n regexp: string;\n segment: string;\n type: ParamType;\n}\n\nconst defaultConfig: UrlMatcherCompileConfig = {\n state: { params: {} },\n strict: true,\n caseInsensitive: true,\n decodeParams: true,\n};\n\n/**\n * Matches URLs against patterns.\n *\n * Matches URLs against patterns and extracts named parameters from the path or the search\n * part of the URL.\n *\n * A URL pattern consists of a path pattern, optionally followed by '?' and a list of search (query)\n * parameters. Multiple search parameter names are separated by '&'. Search parameters\n * do not influence whether or not a URL is matched, but their values are passed through into\n * the matched parameters returned by [[UrlMatcher.exec]].\n *\n * - *Path parameters* are defined using curly brace placeholders (`/somepath/{param}`)\n * or colon placeholders (`/somePath/:param`).\n *\n * - *A parameter RegExp* may be defined for a param after a colon\n * (`/somePath/{param:[a-zA-Z0-9]+}`) in a curly brace placeholder.\n * The regexp must match for the url to be matched.\n * Should the regexp itself contain curly braces, they must be in matched pairs or escaped with a backslash.\n *\n * Note: a RegExp parameter will encode its value using either [[ParamTypes.path]] or [[ParamTypes.query]].\n *\n * - *Custom parameter types* may also be specified after a colon (`/somePath/{param:int}`) in curly brace parameters.\n * See [[UrlMatcherFactory.type]] for more information.\n *\n * - *Catch-all parameters* are defined using an asterisk placeholder (`/somepath/*catchallparam`).\n * A catch-all * parameter value will contain the remainder of the URL.\n *\n * ---\n *\n * Parameter names may contain only word characters (latin letters, digits, and underscore) and\n * must be unique within the pattern (across both path and search parameters).\n * A path parameter matches any number of characters other than '/'. For catch-all\n * placeholders the path parameter matches any number of characters.\n *\n * Examples:\n *\n * * `'/hello/'` - Matches only if the path is exactly '/hello/'. There is no special treatment for\n * trailing slashes, and patterns have to match the entire path, not just a prefix.\n * * `'/user/:id'` - Matches '/user/bob' or '/user/1234!!!' or even '/user/' but not '/user' or\n * '/user/bob/details'. The second path segment will be captured as the parameter 'id'.\n * * `'/user/{id}'` - Same as the previous example, but using curly brace syntax.\n * * `'/user/{id:[^/]*}'` - Same as the previous example.\n * * `'/user/{id:[0-9a-fA-F]{1,8}}'` - Similar to the previous example, but only matches if the id\n * parameter consists of 1 to 8 hex digits.\n * * `'/files/{path:.*}'` - Matches any URL starting with '/files/' and captures the rest of the\n * path into the parameter 'path'.\n * * `'/files/*path'` - ditto.\n * * `'/calendar/{start:date}'` - Matches \"/calendar/2014-11-12\" (because the pattern defined\n * in the built-in `date` ParamType matches `2014-11-12`) and provides a Date object in $stateParams.start\n *\n */\nexport class UrlMatcher {\n /** @internal */\n static nameValidator: RegExp = /^\\w+([-.]+\\w+)*(?:\\[\\])?$/;\n\n /** @internal */\n private _cache: UrlMatcherCache = { path: [this] };\n /** @internal */\n private _children: UrlMatcher[] = [];\n /** @internal */\n private _params: Param[] = [];\n /** @internal */\n private _segments: string[]Line truncated
"import { map, inherit, identity, unnest, tail, find, Obj, allTrueR, unnestR, arrayTuples } from '../common/common';\nimport { prop, propEq } from '../common/hof';\nimport { isArray, isString, isDefined } from '../common/predicates';\nimport { Param, DefType } from '../params/param';\nimport { ParamTypes } from '../params/paramTypes';\nimport { RawParams } from '../params/interface';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { joinNeighborsR, splitOnDelim } from '../common/strings';\nimport { ParamType } from '../params';\nimport { defaults } from '../common';\nimport { ParamFactory } from './urlMatcherFactory';\n\nfunction quoteRegExp(str: any, param?: any) {\n let surroundPattern = ['', ''],\n result = str.replace(/[\\\\\\[\\]\\^$*+?.()|{}]/g, '\\\\$&');\n if (!param) return result;\n\n switch (param.squash) {\n case false:\n surroundPattern = ['(', ')' + (param.isOptional ? '?' : '')];\n break;\n case true:\n result = result.replace(/\\/$/, '');\n surroundPattern = ['(?:/(', ')|/)?'];\n break;\n default:\n surroundPattern = [`(${param.squash}|`, ')?'];\n break;\n }\n return result + surroundPattern[0] + param.type.pattern.source + surroundPattern[1];\n}\n\nconst memoizeTo = (obj: Obj, _prop: string, fn: Function) => (obj[_prop] = obj[_prop] || fn());\n\nconst splitOnSlash = splitOnDelim('/');\n\ninterface UrlMatcherCache {\n segments?: any[];\n weights?: number[];\n path?: UrlMatcher[];\n parent?: UrlMatcher;\n pattern?: RegExp;\n}\n\ninterface MatchDetails {\n id: string;\n regexp: string;\n segment: string;\n type: ParamType;\n}\n\nconst defaultConfig: UrlMatcherCompileConfig = {\n state: { params: {} },\n strict: true,\n caseInsensitive: true,\n decodeParams: true,\n};\n\n/**\n * Matches URLs against patterns.\n *\n * Matches URLs against patterns and extracts named parameters from the path or the search\n * part of the URL.\n *\n * A URL pattern consists of a path pattern, optionally followed by '?' and a list of search (query)\n * parameters. Multiple search parameter names are separated by '&'. Search parameters\n * do not influence whether or not a URL is matched, but their values are passed through into\n * the matched parameters returned by [[UrlMatcher.exec]].\n *\n * - *Path parameters* are defined using curly brace placeholders (`/somepath/{param}`)\n * or colon placeholders (`/somePath/:param`).\n *\n * - *A parameter RegExp* may be defined for a param after a colon\n * (`/somePath/{param:[a-zA-Z0-9]+}`) in a curly brace placeholder.\n * The regexp must match for the url to be matched.\n * Should the regexp itself contain curly braces, they must be in matched pairs or escaped with a backslash.\n *\n * Note: a RegExp parameter will encode its value using either [[ParamTypes.path]] or [[ParamTypes.query]].\n *\n * - *Custom parameter types* may also be specified after a colon (`/somePath/{param:int}`) in curly brace parameters.\n * See [[UrlMatcherFactory.type]] for more information.\n *\n * - *Catch-all parameters* are defined using an asterisk placeholder (`/somepath/*catchallparam`).\n * A catch-all * parameter value will contain the remainder of the URL.\n *\n * ---\n *\n * Parameter names may contain only word characters (latin letters, digits, and underscore) and\n * must be unique within the pattern (across both path and search parameters).\n * A path parameter matches any number of characters other than '/'. For catch-all\n * placeholders the path parameter matches any number of characters.\n *\n * Examples:\n *\n * * `'/hello/'` - Matches only if the path is exactly '/hello/'. There is no special treatment for\n * trailing slashes, and patterns have to match the entire path, not just a prefix.\n * * `'/user/:id'` - Matches '/user/bob' or '/user/1234!!!' or even '/user/' but not '/user' or\n * '/user/bob/details'. The second path segment will be captured as the parameter 'id'.\n * * `'/user/{id}'` - Same as the previous example, but using curly brace syntax.\n * * `'/user/{id:[^/]*}'` - Same as the previous example.\n * * `'/user/{id:[0-9a-fA-F]{1,8}}'` - Similar to the previous example, but only matches if the id\n * parameter consists of 1 to 8 hex digits.\n * * `'/files/{path:.*}'` - Matches any URL starting with '/files/' and captures the rest of the\n * path into the parameter 'path'.\n * * `'/files/*path'` - ditto.\n * * `'/calendar/{start:date}'` - Matches \"/calendar/2014-11-12\" (because the pattern defined\n * in the built-in `date` ParamType matches `2014-11-12`) and provides a Date object in $stateParams.start\n *\n */\nexport class UrlMatcher {\n /** @internal */\n static nameValidator: RegExp = /^\\w+([-.]+\\w+)*(?:\\[\\])?$/;\n\n /** @internal */\n private _cache: UrlMatcherCache = { path: [this] };\n /** @internal */\n private _children: UrlMatcher[] = [];\n /** @internal */\n private _params: Param[] = [];\n /** @internal */\n private _segments: string[]Line truncated
"import { extend, forEach, isDefined, isFunction, isObject } from '../common';\nimport { UrlMatcher } from './urlMatcher';\nimport { DefType, Param, ParamType, ParamTypeDefinition } from '../params';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { StateDeclaration } from '../state';\nimport { UIRouter } from '../router';\n\nexport class ParamFactory {\n fromConfig(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.CONFIG, this.router.urlService.config, state);\n }\n\n fromPath(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.PATH, this.router.urlService.config, state);\n }\n\n fromSearch(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.SEARCH, this.router.urlService.config, state);\n }\n\n constructor(private router: UIRouter) {}\n}\n\n/**\n * Factory for [[UrlMatcher]] instances.\n *\n * The factory is available to ng1 services as\n * `$urlMatcherFactory` or ng1 providers as `$urlMatcherFactoryProvider`.\n */\nexport class UrlMatcherFactory {\n /** Creates a new [[Param]] for a given location (DefType) */\n paramFactory = new ParamFactory(this.router);\n // TODO: Check if removal of this will break anything, then remove these\n UrlMatcher: typeof UrlMatcher = UrlMatcher;\n Param: typeof Param = Param;\n\n // TODO: move implementations to UrlConfig (urlService.config)\n constructor(/** @internal */ private router: UIRouter) {}\n\n /**\n * Creates a [[UrlMatcher]] for the specified pattern.\n *\n * @param pattern The URL pattern.\n * @param config The config object hash.\n * @returns The UrlMatcher.\n */\n compile(pattern: string, config?: UrlMatcherCompileConfig) {\n const urlConfig = this.router.urlService.config;\n // backward-compatible support for config.params -> config.state.params\n const params = config && !config.state && (config as any).params;\n config = params ? { state: { params }, ...config } : config;\n const globalConfig: UrlMatcherCompileConfig = {\n strict: urlConfig._isStrictMode,\n caseInsensitive: urlConfig._isCaseInsensitive,\n decodeParams: urlConfig._decodeParams,\n };\n return new UrlMatcher(pattern, urlConfig.paramTypes, this.paramFactory, extend(globalConfig, config));\n }\n\n /**\n * Returns true if the specified object is a [[UrlMatcher]], or false otherwise.\n *\n * @param object The object to perform the type check against.\n * @returns `true` if the object matches the `UrlMatcher` interface, by\n * implementing all the same methods.\n */\n isMatcher(object: any): boolean {\n // TODO: typeof?\n if (!isObject(object)) return false;\n let result = true;\n\n forEach(UrlMatcher.prototype, (val, name) => {\n if (isFunction(val)) result = result && isDefined(object[name]) && isFunction(object[name]);\n });\n return result;\n }\n\n /** @internal */\n $get() {\n const urlConfig = this.router.urlService.config;\n urlConfig.paramTypes.enqueue = false;\n urlConfig.paramTypes._flushTypeQueue();\n return this;\n }\n\n /** @deprecated use [[UrlConfig.caseInsensitive]] */\n caseInsensitive = (value?: boolean) => this.router.urlService.config.caseInsensitive(value);\n\n /** @deprecated use [[UrlConfig.defaultSquashPolicy]] */\n defaultSquashPolicy = (value?: boolean | string) => this.router.urlService.config.defaultSquashPolicy(value);\n\n /** @deprecated use [[UrlConfig.strictMode]] */\n strictMode = (value?: boolean) => this.router.urlService.config.strictMode(value);\n\n /** @deprecated use [[UrlConfig.type]] */\n type = (name: string, definition?: ParamTypeDefinition, definitionFn?: () => ParamTypeDefinition) => {\n return this.router.urlService.config.type(name, definition, definitionFn) || this;\n };\n}\n",
"import { StateDeclaration } from '../state';\nimport { UrlMatcher } from './urlMatcher';\nimport { isString, isDefined, isFunction } from '../common/predicates';\nimport { UIRouter } from '../router';\nimport { identity, extend } from '../common/common';\nimport { is, or, pattern } from '../common/hof';\nimport { StateObject } from '../state/stateObject';\nimport { RawParams } from '../params/interface';\nimport {\n UrlRule,\n UrlRuleMatchFn,\n UrlRuleHandlerFn,\n UrlRuleType,\n UrlParts,\n MatcherUrlRule,\n StateRule,\n RegExpRule,\n} from './interface';\n\n/**\n * Creates a [[UrlRule]]\n *\n * Creates a [[UrlRule]] from a:\n *\n * - `string`\n * - [[UrlMatcher]]\n * - `RegExp`\n * - [[StateObject]]\n */\nexport class UrlRuleFactory {\n static isUrlRule = (obj) => obj && ['type', 'match', 'handler'].every((key) => isDefined(obj[key]));\n\n constructor(public router: UIRouter) {}\n\n compile(str: string) {\n return this.router.urlMatcherFactory.compile(str);\n }\n\n create(\n what: string | UrlMatcher | StateObject | StateDeclaration | RegExp | UrlRuleMatchFn,\n handler?: string | UrlRuleHandlerFn\n ): UrlRule {\n const { isState, isStateDeclaration } = StateObject;\n const makeRule = pattern([\n [isString, (_what: string) => makeRule(this.compile(_what))],\n [is(UrlMatcher), (_what: UrlMatcher) => this.fromUrlMatcher(_what, handler)],\n [or(isState, isStateDeclaration), (_what: StateObject | StateDeclaration) => this.fromState(_what, this.router)],\n [is(RegExp), (_what: RegExp) => this.fromRegExp(_what, handler)],\n [isFunction, (_what: UrlRuleMatchFn) => new BaseUrlRule(_what, handler as UrlRuleHandlerFn)],\n ]);\n\n const rule = makeRule(what);\n if (!rule) throw new Error(\"invalid 'what' in when()\");\n return rule;\n }\n\n /**\n * A UrlRule which matches based on a UrlMatcher\n *\n * The `handler` may be either a `string`, a [[UrlRuleHandlerFn]] or another [[UrlMatcher]]\n *\n * ## Handler as a function\n *\n * If `handler` is a function, the function is invoked with:\n *\n * - matched parameter values ([[RawParams]] from [[UrlMatcher.exec]])\n * - url: the current Url ([[UrlParts]])\n * - router: the router object ([[UIRouter]])\n *\n * #### Example:\n * ```js\n * var urlMatcher = $umf.compile(\"/foo/:fooId/:barId\");\n * var rule = factory.fromUrlMatcher(urlMatcher, match => \"/home/\" + match.fooId + \"/\" + match.barId);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match); // '/home/123/456'\n * ```\n *\n * ## Handler as UrlMatcher\n *\n * If `handler` is a UrlMatcher, the handler matcher is used to create the new url.\n * The `handler` UrlMatcher is formatted using the matched param from the first matcher.\n * The url is replaced with the result.\n *\n * #### Example:\n * ```js\n * var urlMatcher = $umf.compile(\"/foo/:fooId/:barId\");\n * var handler = $umf.compile(\"/home/:fooId/:barId\");\n * var rule = factory.fromUrlMatcher(urlMatcher, handler);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match); // '/home/123/456'\n * ```\n */\n fromUrlMatcher(urlMatcher: UrlMatcher, handler: string | UrlMatcher | UrlRuleHandlerFn): MatcherUrlRule {\n let _handler: UrlRuleHandlerFn = handler as any;\n if (isString(handler)) handler = this.router.urlMatcherFactory.compile(handler);\n if (is(UrlMatcher)(handler)) _handler = (match: RawParams) => (handler as UrlMatcher).format(match);\n\n function matchUrlParamters(url: UrlParts): RawParams {\n const params = urlMatcher.exec(url.path, url.search, url.hash);\n return urlMatcher.validates(params) && params;\n }\n\n // Prioritize URLs, lowest to highest:\n // - Some optional URL parameters, but none matched\n // - No optional parameters in URL\n // - Some optional parameters, some matched\n // - Some optional parameters, all matched\n function matchPriority(params: RawParams): number {\n const optional = urlMatcher.parameters().filter((param) => param.isOptional);\n if (!optional.length) return 0.000001;\n const matched = optional.filter((param) => params[param.id]);\n return matched.length / optional.length;\n }\n\n const details = { urlMatcher, matchPriority, type: 'URLMATCHER' };\n return extend(new BaseUrlRule(matchUrlParamters, _handler), details) as MatcherUrlRule;\n }\n\n /**\n * A UrlRule which matches a state by its url\n *\n * #### Example:\n * ```js\n * var rule = factory.fromState($state.get('foo'), router);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match);\n * // Starts a transition to 'foo' with params: { fooId: '123', barId: '456' }\n * ```\n */\n fromState(stateOrDecl: StateObject | StateDLine truncated
"import { stripLastPathElement } from '../common';\nimport { UrlMatcher } from './urlMatcher';\nimport { RawParams } from '../params';\nimport { UIRouter } from '../router';\nimport { UrlRuleFactory } from './urlRule';\nimport { MatchResult, UrlParts, UrlRule, UrlRuleHandlerFn } from './interface';\nimport { TargetState, TargetStateDef } from '../state';\n\nfunction appendBasePath(url: string, isHtml5: boolean, absolute: boolean, baseHref: string): string {\n if (baseHref === '/') return url;\n if (isHtml5) return stripLastPathElement(baseHref) + url;\n if (absolute) return baseHref.slice(1) + url;\n return url;\n}\n\n/**\n * Updates URL and responds to URL changes\n *\n * ### Deprecation warning:\n * This class is now considered to be an internal API\n * Use the [[UrlService]] instead.\n * For configuring URL rules, use the [[UrlRules]] which can be found as [[UrlService.rules]].\n */\nexport class UrlRouter {\n /** used to create [[UrlRule]] objects for common cases */\n public urlRuleFactory: UrlRuleFactory;\n /** @internal */ private location: string;\n\n /** @internal */\n constructor(/** @internal */ private router: UIRouter) {\n this.urlRuleFactory = new UrlRuleFactory(router);\n }\n\n /** Internal API. */\n update(read?: boolean) {\n const $url = this.router.locationService;\n if (read) {\n this.location = $url.url();\n return;\n }\n if ($url.url() === this.location) return;\n\n $url.url(this.location, true);\n }\n\n /**\n * Internal API.\n *\n * Pushes a new location to the browser history.\n *\n * @internal\n * @param urlMatcher\n * @param params\n * @param options\n */\n push(urlMatcher: UrlMatcher, params?: RawParams, options?: { replace?: string | boolean }) {\n const replace = options && !!options.replace;\n this.router.urlService.url(urlMatcher.format(params || {}), replace);\n }\n\n /**\n * Builds and returns a URL with interpolated parameters\n *\n * #### Example:\n * ```js\n * matcher = $umf.compile(\"/about/:person\");\n * params = { person: \"bob\" };\n * $bob = $urlRouter.href(matcher, params);\n * // $bob == \"/about/bob\";\n * ```\n *\n * @param urlMatcher The [[UrlMatcher]] object which is used as the template of the URL to generate.\n * @param params An object of parameter values to fill the matcher's required parameters.\n * @param options Options object. The options are:\n *\n * - **`absolute`** - {boolean=false}, If true will generate an absolute url, e.g. \"http://www.example.com/fullurl\".\n *\n * @returns Returns the fully compiled URL, or `null` if `params` fail validation against `urlMatcher`\n */\n href(urlMatcher: UrlMatcher, params?: any, options?: { absolute: boolean }): string {\n let url = urlMatcher.format(params);\n if (url == null) return null;\n\n options = options || { absolute: false };\n\n const cfg = this.router.urlService.config;\n const isHtml5 = cfg.html5Mode();\n if (!isHtml5 && url !== null) {\n url = '#' + cfg.hashPrefix() + url;\n }\n url = appendBasePath(url, isHtml5, options.absolute, cfg.baseHref());\n\n if (!options.absolute || !url) {\n return url;\n }\n\n const slash = !isHtml5 && url ? '/' : '';\n const cfgPort = cfg.port();\n const port = <any>(cfgPort === 80 || cfgPort === 443 ? '' : ':' + cfgPort);\n\n return [cfg.protocol(), '://', cfg.host(), port, slash, url].join('');\n }\n\n // Delegate these calls to [[UrlService]]\n /** @deprecated use [[UrlService.sync]]*/\n public sync = (evt?) => this.router.urlService.sync(evt);\n /** @deprecated use [[UrlService.listen]]*/\n public listen = (enabled?: boolean): Function => this.router.urlService.listen(enabled);\n /** @deprecated use [[UrlService.deferIntercept]]*/\n public deferIntercept = (defer?: boolean) => this.router.urlService.deferIntercept(defer);\n /** @deprecated use [[UrlService.interceptDeferred]]*/\n public get interceptDeferred() {\n return this.router.urlService.interceptDeferred;\n }\n /** @deprecated use [[UrlService.match]]*/\n public match = (urlParts: UrlParts): MatchResult => this.router.urlService.match(urlParts);\n\n // Delegate these calls to [[UrlRules]]\n /** @deprecated use [[UrlRules.initial]]*/\n public initial = (handler: string | UrlRuleHandlerFn | TargetState | TargetStateDef): void =>\n this.router.urlService.rules.initial(handler);\n /** @deprecated use [[UrlRules.otherwise]]*/\n public otherwise = (handler: string | UrlRuleHandlerFn | TargetState | TargetStateDef): void =>\n this.router.urlService.rules.otherwise(handler);\n /** @deprecated use [[UrlRules.removeRule]]*/\n public removeRule = (rule: UrlRule): void => this.router.urlService.rules.removeRule(rule);\n /** @deprecated use [[UrlRules.rule]]*/\n public rule = (rule: UrlRule): Function => this.router.urlService.rules.rule(rule);\n /** @deprecated use [[UrlRules.rules]]*/\n public rules = (): UrlRule[] => this.roLine truncated
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UI/WebServerResources/js/vendor/angular-ui-router.min.js
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View File
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* This causes it to be incompatible with plugins that depend on @uirouter/core.
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* For more information, see https://ui-router.github.io/blog/uirouter-for-angularjs-umd-bundles
* @version v1.0.30
* @version v1.1.2
* @link https://ui-router.github.io
* @license MIT License, http://www.opensource.org/licenses/MIT
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"sourcesContent": [
"/** @publicapi @module ng1 */ /** */\nimport * as ng_from_import from 'angular';\n/** @hidden */ declare let angular;\n/** @hidden */ const ng_from_global = angular;\n/** @hidden */ export const ng = ng_from_import && ng_from_import.module ? ng_from_import : ng_from_global;\n",
"/**\n * Higher order functions\n *\n * These utility functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n */\n\nimport { Predicate } from './common';\n/**\n * Returns a new function for [Partial Application](https://en.wikipedia.org/wiki/Partial_application) of the original function.\n *\n * Given a function with N parameters, returns a new function that supports partial application.\n * The new function accepts anywhere from 1 to N parameters. When that function is called with M parameters,\n * where M is less than N, it returns a new function that accepts the remaining parameters. It continues to\n * accept more parameters until all N parameters have been supplied.\n *\n *\n * This contrived example uses a partially applied function as an predicate, which returns true\n * if an object is found in both arrays.\n * @example\n * ```\n * // returns true if an object is in both of the two arrays\n * function inBoth(array1, array2, object) {\n * return array1.indexOf(object) !== -1 &&\n * array2.indexOf(object) !== 1;\n * }\n * let obj1, obj2, obj3, obj4, obj5, obj6, obj7\n * let foos = [obj1, obj3]\n * let bars = [obj3, obj4, obj5]\n *\n * // A curried \"copy\" of inBoth\n * let curriedInBoth = curry(inBoth);\n * // Partially apply both the array1 and array2\n * let inFoosAndBars = curriedInBoth(foos, bars);\n *\n * // Supply the final argument; since all arguments are\n * // supplied, the original inBoth function is then called.\n * let obj1InBoth = inFoosAndBars(obj1); // false\n *\n * // Use the inFoosAndBars as a predicate.\n * // Filter, on each iteration, supplies the final argument\n * let allObjs = [ obj1, obj2, obj3, obj4, obj5, obj6, obj7 ];\n * let foundInBoth = allObjs.filter(inFoosAndBars); // [ obj3 ]\n *\n * ```\n *\n * @param fn\n * @returns {*|function(): (*|any)}\n */\nexport function curry(fn: Function): Function {\n return function curried() {\n if (arguments.length >= fn.length) {\n return fn.apply(this, arguments);\n }\n const args = Array.prototype.slice.call(arguments);\n return curried.bind(this, ...args);\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that composes the argument functions, right-to-left\n * given: f(x), g(x), h(x)\n * let composed = compose(f,g,h)\n * then, composed is: f(g(h(x)))\n */\nexport function compose() {\n const args = arguments;\n const start = args.length - 1;\n return function () {\n let i = start,\n result = args[start].apply(this, arguments);\n while (i--) result = args[i].call(this, result);\n return result;\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that is composes the argument functions, left-to-right\n * given: f(x), g(x), h(x)\n * let piped = pipe(f,g,h);\n * then, piped is: h(g(f(x)))\n */\nexport function pipe(...funcs: Function[]): (obj: any) => any {\n return compose.apply(null, [].slice.call(arguments).reverse());\n}\n\n/**\n * Given a property name, returns a function that returns that property from an object\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = prop(\"name\");\n * getName(obj) === \"blarg\"\n */\nexport const prop = (name: string) => (obj: any) => obj && obj[name];\n\n/**\n * Given a property name and a value, returns a function that returns a boolean based on whether\n * the passed object has a property that matches the value\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = propEq(\"name\", \"blarg\");\n * getName(obj) === true\n */\nexport const propEq = curry((name: string, _val: any, obj: any) => obj && obj[name] === _val);\n\n/**\n * Given a dotted property name, returns a function that returns a nested property from an object, or undefined\n * let obj = { id: 1, nestedObj: { foo: 1, name: \"blarg\" }, };\n * let getName = prop(\"nestedObj.name\");\n * getName(obj) === \"blarg\"\n * let propNotFound = prop(\"this.property.doesnt.exist\");\n * propNotFound(obj) === undefined\n */\nexport const parse = (name: string) => pipe.apply(null, name.split('.').map(prop));\n\n/**\n * Given a function that returns a truthy or falsey value, returns a\n * function that returns the opposite (falsey or truthy) value given the same inputs\n */\nexport const not: (fn: Predicate<any>) => Predicate<any> = (fn: Predicate<any>) => (...args: any[]) =>\n !fn.apply(null, args);\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if both functions return truthy for the given arguments\n */\nexport function and(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\n return (...args: any[]) => fn1.apply(null, args) && fn2.apply(null, args);\n}\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if at least one of the functions returns truthy for the given arguments\n */\nexport function or(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\nLine truncated
"/**\n * Higher order functions\n *\n * These utility functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n */\n\nimport { Predicate } from './common';\n/**\n * Returns a new function for [Partial Application](https://en.wikipedia.org/wiki/Partial_application) of the original function.\n *\n * Given a function with N parameters, returns a new function that supports partial application.\n * The new function accepts anywhere from 1 to N parameters. When that function is called with M parameters,\n * where M is less than N, it returns a new function that accepts the remaining parameters. It continues to\n * accept more parameters until all N parameters have been supplied.\n *\n *\n * This contrived example uses a partially applied function as an predicate, which returns true\n * if an object is found in both arrays.\n * @example\n * ```\n * // returns true if an object is in both of the two arrays\n * function inBoth(array1, array2, object) {\n * return array1.indexOf(object) !== -1 &&\n * array2.indexOf(object) !== 1;\n * }\n * let obj1, obj2, obj3, obj4, obj5, obj6, obj7\n * let foos = [obj1, obj3]\n * let bars = [obj3, obj4, obj5]\n *\n * // A curried \"copy\" of inBoth\n * let curriedInBoth = curry(inBoth);\n * // Partially apply both the array1 and array2\n * let inFoosAndBars = curriedInBoth(foos, bars);\n *\n * // Supply the final argument; since all arguments are\n * // supplied, the original inBoth function is then called.\n * let obj1InBoth = inFoosAndBars(obj1); // false\n *\n * // Use the inFoosAndBars as a predicate.\n * // Filter, on each iteration, supplies the final argument\n * let allObjs = [ obj1, obj2, obj3, obj4, obj5, obj6, obj7 ];\n * let foundInBoth = allObjs.filter(inFoosAndBars); // [ obj3 ]\n *\n * ```\n *\n * @param fn\n * @returns {*|function(): (*|any)}\n */\nexport function curry(fn: Function): Function {\n return function curried() {\n if (arguments.length >= fn.length) {\n return fn.apply(this, arguments);\n }\n const args = Array.prototype.slice.call(arguments);\n return curried.bind(this, ...args);\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that composes the argument functions, right-to-left\n * given: f(x), g(x), h(x)\n * let composed = compose(f,g,h)\n * then, composed is: f(g(h(x)))\n */\nexport function compose() {\n const args = arguments;\n const start = args.length - 1;\n return function () {\n let i = start,\n result = args[start].apply(this, arguments);\n while (i--) result = args[i].call(this, result);\n return result;\n };\n}\n\n/**\n * Given a varargs list of functions, returns a function that is composes the argument functions, left-to-right\n * given: f(x), g(x), h(x)\n * let piped = pipe(f,g,h);\n * then, piped is: h(g(f(x)))\n */\nexport function pipe(...funcs: Function[]): (obj: any) => any {\n return compose.apply(null, [].slice.call(arguments).reverse());\n}\n\n/**\n * Given a property name, returns a function that returns that property from an object\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = prop(\"name\");\n * getName(obj) === \"blarg\"\n */\nexport const prop = (name: string) => (obj: any) => obj && obj[name];\n\n/**\n * Given a property name and a value, returns a function that returns a boolean based on whether\n * the passed object has a property that matches the value\n * let obj = { foo: 1, name: \"blarg\" };\n * let getName = propEq(\"name\", \"blarg\");\n * getName(obj) === true\n */\nexport const propEq = curry((name: string, _val: any, obj: any) => obj && obj[name] === _val);\n\n/**\n * Given a dotted property name, returns a function that returns a nested property from an object, or undefined\n * let obj = { id: 1, nestedObj: { foo: 1, name: \"blarg\" }, };\n * let getName = prop(\"nestedObj.name\");\n * getName(obj) === \"blarg\"\n * let propNotFound = prop(\"this.property.doesnt.exist\");\n * propNotFound(obj) === undefined\n */\nexport const parse = (name: string) => pipe.apply(null, name.split('.').map(prop));\n\n/**\n * Given a function that returns a truthy or falsey value, returns a\n * function that returns the opposite (falsey or truthy) value given the same inputs\n */\nexport const not: (fn: Predicate<any>) => Predicate<any> =\n (fn: Predicate<any>) =>\n (...args: any[]) =>\n !fn.apply(null, args);\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if both functions return truthy for the given arguments\n */\nexport function and(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<any> {\n return (...args: any[]) => fn1.apply(null, args) && fn2.apply(null, args);\n}\n\n/**\n * Given two functions that return truthy or falsey values, returns a function that returns truthy\n * if at least one of the functions returns truthy for the given arguments\n */\nexport function or(fn1: Predicate<any>, fn2: Predicate<any>): Predicate<Line truncated
"/**\n * Predicates\n *\n * These predicates return true/false based on the input.\n * Although these functions are exported, they are subject to change without notice.\n *\n * @packageDocumentation\n */\nimport { and, not, pipe, prop, or } from './hof';\nimport { Predicate } from './common'; // has or is using\nimport { StateObject } from '../state/stateObject';\n\nconst toStr = Object.prototype.toString;\nconst tis = (t: string) => (x: any) => typeof x === t;\nexport const isUndefined = tis('undefined');\nexport const isDefined = not(isUndefined);\nexport const isNull = (o: any) => o === null;\nexport const isNullOrUndefined = or(isNull, isUndefined);\nexport const isFunction: (x: any) => x is Function = <any>tis('function');\nexport const isNumber: (x: any) => x is number = <any>tis('number');\nexport const isString = <(x: any) => x is string>tis('string');\nexport const isObject = (x: any) => x !== null && typeof x === 'object';\nexport const isArray = Array.isArray;\nexport const isDate: (x: any) => x is Date = <any>((x: any) => toStr.call(x) === '[object Date]');\nexport const isRegExp: (x: any) => x is RegExp = <any>((x: any) => toStr.call(x) === '[object RegExp]');\n\n/**\n * Predicate which checks if a value is injectable\n *\n * A value is \"injectable\" if it is a function, or if it is an ng1 array-notation-style array\n * where all the elements in the array are Strings, except the last one, which is a Function\n */\nexport function isInjectable(val: any) {\n if (isArray(val) && val.length) {\n const head = val.slice(0, -1),\n tail = val.slice(-1);\n return !(head.filter(not(isString)).length || tail.filter(not(isFunction)).length);\n }\n return isFunction(val);\n}\n\n/**\n * Predicate which checks if a value looks like a Promise\n *\n * It is probably a Promise if it's an object, and it has a `then` property which is a Function\n */\nexport const isPromise = <(x: any) => x is Promise<any>>and(isObject, pipe(prop('then'), isFunction));\n",
"/**\n * This module is a stub for core services such as Dependency Injection or Browser Location.\n * Core services may be implemented by a specific framework, such as ng1 or ng2, or be pure javascript.\n *\n * @packageDocumentation\n */\nimport { IInjectable, Obj } from './common';\nimport { Disposable } from '../interface';\nimport { UrlConfig, UrlService } from '../url';\n\nconst noImpl = (fnname: string) => () => {\n throw new Error(`No implementation for ${fnname}. The framework specific code did not implement this method.`);\n};\n\nexport const makeStub = <T>(service: string, methods: (keyof T)[]): T =>\n methods.reduce((acc, key) => ((acc[key] = noImpl(`${service}.${key}()`) as any), acc), {} as T);\n\nconst services: CoreServices = {\n $q: undefined,\n $injector: undefined,\n};\n\nexport interface $QLikeDeferred {\n resolve: (val?: any) => void;\n reject: (reason?: any) => void;\n promise: Promise<any>;\n}\n\nexport interface $QLike {\n when<T>(value?: T | PromiseLike<T>): Promise<T>;\n reject<T>(reason: any): Promise<T>;\n defer(): $QLikeDeferred;\n all(promises: { [key: string]: Promise<any> }): Promise<any>;\n all(promises: Promise<any>[]): Promise<any[]>;\n}\n\nexport interface $InjectorLike {\n strictDi?: boolean;\n get(token: any): any;\n get<T>(token: any): T;\n has(token: any): boolean;\n invoke(fn: IInjectable, context?: any, locals?: Obj): any;\n annotate(fn: IInjectable, strictDi?: boolean): any[];\n}\n\nexport interface CoreServices {\n $q: $QLike;\n $injector: $InjectorLike;\n}\n\n/**\n * Handles low level URL read/write\n *\n * This service handles low level reads and updates of the URL and listens for url changes.\n * Implementors should pass these through to the underlying URL mechanism.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes three basic implementations:\n *\n * - [[PushStateLocationService]]\n * - [[HashLocationService]]\n * - [[MemoryLocationService]]\n */\nexport interface LocationServices extends Disposable {\n /** See: [[UrlService.url]] */ url: UrlService['url'];\n /** See: [[UrlService.path]] */ path: UrlService['path'];\n /** See: [[UrlService.search]] */ search: UrlService['search'];\n /** See: [[UrlService.hash]] */ hash: UrlService['hash'];\n /** See: [[UrlService.onChange]] */ onChange: UrlService['onChange'];\n}\n\n/**\n * Returns low level URL configuration and metadata\n *\n * This service returns information about the location configuration.\n * This service is primarily used when building URLs (e.g., for `hrefs`)\n *\n * Implementors should pass these through to the underlying URL APIs.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes two basic implementations:\n *\n * - [[BrowserLocationConfig]]\n * - [[MemoryLocationConfig]]\n */\nexport interface LocationConfig extends Disposable {\n /** See: [[UrlConfig.port]] */ port: UrlConfig['port'];\n /** See: [[UrlConfig.protocol]] */ protocol: UrlConfig['protocol'];\n /** See: [[UrlConfig.host]] */ host: UrlConfig['host'];\n /** See: [[UrlConfig.baseHref]] */ baseHref: UrlConfig['baseHref'];\n /** See: [[UrlConfig.html5Mode]] */ html5Mode: UrlConfig['html5Mode'];\n /** See: [[UrlConfig.hashPrefix]] */ hashPrefix: UrlConfig['hashPrefix'];\n}\n\nexport { services };\n",
"/**\n * This module is a stub for core services such as Dependency Injection or Browser Location.\n * Core services may be implemented by a specific framework, such as ng1 or ng2, or be pure javascript.\n *\n * @packageDocumentation\n */\nimport { IInjectable, Obj } from './common';\nimport { Disposable } from '../interface';\nimport { UrlConfig, UrlService } from '../url';\n\nconst noImpl = (fnname: string) => () => {\n throw new Error(`No implementation for ${fnname}. The framework specific code did not implement this method.`);\n};\n\nexport const makeStub = <T>(service: string, methods: (keyof T)[]): T =>\n methods.reduce((acc, key) => ((acc[key] = noImpl(`${service}.${String(key)}()`) as any), acc), {} as T);\n\nconst services: CoreServices = {\n $q: undefined,\n $injector: undefined,\n};\n\nexport interface $QLikeDeferred {\n resolve: (val?: any) => void;\n reject: (reason?: any) => void;\n promise: Promise<any>;\n}\n\nexport interface $QLike {\n when<T>(value?: T | PromiseLike<T>): Promise<T>;\n reject<T>(reason: any): Promise<T>;\n defer(): $QLikeDeferred;\n all(promises: { [key: string]: Promise<any> }): Promise<any>;\n all(promises: Promise<any>[]): Promise<any[]>;\n}\n\nexport interface $InjectorLike {\n strictDi?: boolean;\n get(token: any): any;\n get<T>(token: any): T;\n has(token: any): boolean;\n invoke(fn: IInjectable, context?: any, locals?: Obj): any;\n annotate(fn: IInjectable, strictDi?: boolean): any[];\n}\n\nexport interface CoreServices {\n $q: $QLike;\n $injector: $InjectorLike;\n}\n\n/**\n * Handles low level URL read/write\n *\n * This service handles low level reads and updates of the URL and listens for url changes.\n * Implementors should pass these through to the underlying URL mechanism.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes three basic implementations:\n *\n * - [[PushStateLocationService]]\n * - [[HashLocationService]]\n * - [[MemoryLocationService]]\n */\nexport interface LocationServices extends Disposable {\n /** See: [[UrlService.url]] */ url: UrlService['url'];\n /** See: [[UrlService.path]] */ path: UrlService['path'];\n /** See: [[UrlService.search]] */ search: UrlService['search'];\n /** See: [[UrlService.hash]] */ hash: UrlService['hash'];\n /** See: [[UrlService.onChange]] */ onChange: UrlService['onChange'];\n}\n\n/**\n * Returns low level URL configuration and metadata\n *\n * This service returns information about the location configuration.\n * This service is primarily used when building URLs (e.g., for `hrefs`)\n *\n * Implementors should pass these through to the underlying URL APIs.\n * The underlying URL mechanism might be browser APIs, framework APIs, or some 3rd party URL management library.\n *\n * UI-Router Core includes two basic implementations:\n *\n * - [[BrowserLocationConfig]]\n * - [[MemoryLocationConfig]]\n */\nexport interface LocationConfig extends Disposable {\n /** See: [[UrlConfig.port]] */ port: UrlConfig['port'];\n /** See: [[UrlConfig.protocol]] */ protocol: UrlConfig['protocol'];\n /** See: [[UrlConfig.host]] */ host: UrlConfig['host'];\n /** See: [[UrlConfig.baseHref]] */ baseHref: UrlConfig['baseHref'];\n /** See: [[UrlConfig.html5Mode]] */ html5Mode: UrlConfig['html5Mode'];\n /** See: [[UrlConfig.hashPrefix]] */ hashPrefix: UrlConfig['hashPrefix'];\n}\n\nexport { services };\n",
"/**\n * Random utility functions used in the UI-Router code\n *\n * These functions are exported, but are subject to change without notice.\n *\n * @packageDocumentation\n * @preferred\n */\nimport { isFunction, isString, isArray, isRegExp, isDate } from './predicates';\nimport { all, any, prop, curry, not } from './hof';\nimport { services } from './coreservices';\nimport { StateObject } from '../state/stateObject';\n\ndeclare const global;\nexport const root: any =\n (typeof self === 'object' && self.self === self && self) ||\n (typeof global === 'object' && global.global === global && global) ||\n this;\nconst angular = root.angular || {};\n\nexport const fromJson = angular.fromJson || JSON.parse.bind(JSON);\nexport const toJson = angular.toJson || JSON.stringify.bind(JSON);\nexport const forEach = angular.forEach || _forEach;\nexport const extend = Object.assign || _extend;\nexport const equals = angular.equals || _equals;\nexport function identity(x: any) {\n return x;\n}\nexport function noop(): any {}\n\nexport type Mapper<X, T> = (x: X, key?: string | number) => T;\nexport interface TypedMap<T> {\n [key: string]: T;\n}\nexport type Predicate<X> = (x?: X) => boolean;\nexport type PredicateBinary<X, Y> = (x?: X, y?: Y) => boolean;\n/**\n * An ng1-style injectable\n *\n * This could be a (non-minified) function such as:\n * ```js\n * function injectableFunction(SomeDependency) {\n *\n * }\n * ```\n *\n * or an explicitly annotated function (minify safe)\n * ```js\n * injectableFunction.$inject = [ 'SomeDependency' ];\n * function injectableFunction(SomeDependency) {\n *\n * }\n * ```\n *\n * or an array style annotated function (minify safe)\n * ```js\n * ['SomeDependency', function injectableFunction(SomeDependency) {\n *\n * }];\n * ```\n */\nexport type IInjectable = Function | any[];\n\nexport interface Obj extends Object {\n [key: string]: any;\n}\n\n/**\n * Builds proxy functions on the `to` object which pass through to the `from` object.\n *\n * For each key in `fnNames`, creates a proxy function on the `to` object.\n * The proxy function calls the real function on the `from` object.\n *\n *\n * #### Example:\n * This example creates an new class instance whose functions are prebound to the new'd object.\n * ```js\n * class Foo {\n * constructor(data) {\n * // Binds all functions from Foo.prototype to 'this',\n * // then copies them to 'this'\n * bindFunctions(Foo.prototype, this, this);\n * this.data = data;\n * }\n *\n * log() {\n * console.log(this.data);\n * }\n * }\n *\n * let myFoo = new Foo([1,2,3]);\n * var logit = myFoo.log;\n * logit(); // logs [1, 2, 3] from the myFoo 'this' instance\n * ```\n *\n * #### Example:\n * This example creates a bound version of a service function, and copies it to another object\n * ```\n *\n * var SomeService = {\n * this.data = [3, 4, 5];\n * this.log = function() {\n * console.log(this.data);\n * }\n * }\n *\n * // Constructor fn\n * function OtherThing() {\n * // Binds all functions from SomeService to SomeService,\n * // then copies them to 'this'\n * bindFunctions(SomeService, this, SomeService);\n * }\n *\n * let myOtherThing = new OtherThing();\n * myOtherThing.log(); // logs [3, 4, 5] from SomeService's 'this'\n * ```\n *\n * @param source A function that returns the source object which contains the original functions to be bound\n * @param target A function that returns the target object which will receive the bound functions\n * @param bind A function that returns the object which the functions will be bound to\n * @param fnNames The function names which will be bound (Defaults to all the functions found on the 'from' object)\n * @param latebind If true, the binding of the function is delayed until the first time it's invoked\n */\nexport function createProxyFunctions(\n source: Function,\n target: Obj,\n bind: Function,\n fnNames?: string[],\n latebind = false\n): Obj {\n const bindFunction = (fnName) => source()[fnName].bind(bind());\n\n const makeLateRebindFn = (fnName) =>\n function lateRebindFunction() {\n target[fnName] = bindFunction(fnName);\n return target[fnName].apply(null, arguments);\n };\n\n fnNames = fnNames || Object.keys(source());\n\n return fnNames.reduce((acc, name) => {\n acc[name] = latebind ? makeLateRebindFn(name) : bindFunction(name);\n return acc;\n }, target);\n}\n\n/**\n * prototypal inheritance helper.\n * Creates a new object which has `parent` object as its prototype, and then copies the properties from `extra` onto it\n */\nexport const inherit = (parent: Obj, extra?: Obj) => extend(Object.create(parent), extra);\n\n/** Given an array, returns true if the object is found in the array, (using indexOf) */\nexport const inArray: typeof _inArray = curry(_inArray) as any;\nexport function _inArray(array: any[], obj: any): boolean;\nexport function _inArray(array: any[]): (obj: any) => boolean;\nexport function _inArray(array, obj?):Line truncated
"'use strict';\nimport { extend, silentRejection } from '../common/common';\nimport { stringify } from '../common/strings';\nimport { is } from '../common/hof';\n\n/** An enum for Transition Rejection reasons */\nenum RejectType {\n /**\n * A new transition superseded this one.\n *\n * While this transition was running, a new transition started.\n * This transition is cancelled because it was superseded by new transition.\n */\n SUPERSEDED = 2,\n\n /**\n * The transition was aborted\n *\n * The transition was aborted by a hook which returned `false`\n */\n ABORTED = 3,\n\n /**\n * The transition was invalid\n *\n * The transition was never started because it was invalid\n */\n INVALID = 4,\n\n /**\n * The transition was ignored\n *\n * The transition was ignored because it would have no effect.\n *\n * Either:\n *\n * - The transition is targeting the current state and parameter values\n * - The transition is targeting the same state and parameter values as the currently running transition.\n */\n IGNORED = 5,\n\n /**\n * The transition errored.\n *\n * This generally means a hook threw an error or returned a rejected promise\n */\n ERROR = 6,\n}\n\nexport { RejectType };\n\n/** @internal */\nlet id = 0;\n\nexport class Rejection {\n /** @internal */\n $id = id++;\n /**\n * The type of the rejection.\n *\n * This value is an number representing the type of transition rejection.\n * If using Typescript, this is a Typescript enum.\n *\n * - [[RejectType.SUPERSEDED]] (`2`)\n * - [[RejectType.ABORTED]] (`3`)\n * - [[RejectType.INVALID]] (`4`)\n * - [[RejectType.IGNORED]] (`5`)\n * - [[RejectType.ERROR]] (`6`)\n *\n */\n type: RejectType;\n\n /**\n * A message describing the rejection\n */\n message: string;\n\n /**\n * A detail object\n *\n * This value varies based on the mechanism for rejecting the transition.\n * For example, if an error was thrown from a hook, the `detail` will be the `Error` object.\n * If a hook returned a rejected promise, the `detail` will be the rejected value.\n */\n detail: any;\n\n /**\n * Indicates if the transition was redirected.\n *\n * When a transition is redirected, the rejection [[type]] will be [[RejectType.SUPERSEDED]] and this flag will be true.\n */\n redirected: boolean;\n\n /** Returns true if the obj is a rejected promise created from the `asPromise` factory */\n static isRejectionPromise(obj: any): boolean {\n return obj && typeof obj.then === 'function' && is(Rejection)(obj._transitionRejection);\n }\n\n /** Returns a Rejection due to transition superseded */\n static superseded(detail?: any, options?: any): Rejection {\n const message = 'The transition has been superseded by a different transition';\n const rejection = new Rejection(RejectType.SUPERSEDED, message, detail);\n if (options && options.redirected) {\n rejection.redirected = true;\n }\n return rejection;\n }\n\n /** Returns a Rejection due to redirected transition */\n static redirected(detail?: any): Rejection {\n return Rejection.superseded(detail, { redirected: true });\n }\n\n /** Returns a Rejection due to invalid transition */\n static invalid(detail?: any): Rejection {\n const message = 'This transition is invalid';\n return new Rejection(RejectType.INVALID, message, detail);\n }\n\n /** Returns a Rejection due to ignored transition */\n static ignored(detail?: any): Rejection {\n const message = 'The transition was ignored';\n return new Rejection(RejectType.IGNORED, message, detail);\n }\n\n /** Returns a Rejection due to aborted transition */\n static aborted(detail?: any): Rejection {\n const message = 'The transition has been aborted';\n return new Rejection(RejectType.ABORTED, message, detail);\n }\n\n /** Returns a Rejection due to aborted transition */\n static errored(detail?: any): Rejection {\n const message = 'The transition errored';\n return new Rejection(RejectType.ERROR, message, detail);\n }\n\n /**\n * Returns a Rejection\n *\n * Normalizes a value as a Rejection.\n * If the value is already a Rejection, returns it.\n * Otherwise, wraps and returns the value as a Rejection (Rejection type: ERROR).\n *\n * @returns `detail` if it is already a `Rejection`, else returns an ERROR Rejection.\n */\n static normalize(detail?: Rejection | Error | any): Rejection {\n return is(Rejection)(detail) ? detail : Rejection.errored(detail);\n }\n\n constructor(type: number, message?: string, detail?: any) {\n this.type = type;\n this.message = message;\n this.detail = detail;\n }\n\n toString() {\n const detailString = (d: any) => (d && d.toString !== Object.prototype.toString ? d.toString() : stringify(d));\n const detail = detailString(this.detail);\n const { $id, type, message } = this;\n return `Transition Rejection($id: ${$id} type: ${type}, message: ${mLine truncated
"/**\n * Matches state names using glob-like pattern strings.\n *\n * Globs can be used in specific APIs including:\n *\n * - [[StateService.is]]\n * - [[StateService.includes]]\n * - The first argument to Hook Registration functions like [[TransitionService.onStart]]\n * - [[HookMatchCriteria]] and [[HookMatchCriterion]]\n *\n * A `Glob` string is a pattern which matches state names.\n * Nested state names are split into segments (separated by a dot) when processing.\n * The state named `foo.bar.baz` is split into three segments ['foo', 'bar', 'baz']\n *\n * Globs work according to the following rules:\n *\n * ### Exact match:\n *\n * The glob `'A.B'` matches the state named exactly `'A.B'`.\n *\n * | Glob |Matches states named|Does not match state named|\n * |:------------|:--------------------|:---------------------|\n * | `'A'` | `'A'` | `'B'` , `'A.C'` |\n * | `'A.B'` | `'A.B'` | `'A'` , `'A.B.C'` |\n * | `'foo'` | `'foo'` | `'FOO'` , `'foo.bar'`|\n *\n * ### Single star (`*`)\n *\n * A single star (`*`) is a wildcard that matches exactly one segment.\n *\n * | Glob |Matches states named |Does not match state named |\n * |:------------|:---------------------|:--------------------------|\n * | `'*'` | `'A'` , `'Z'` | `'A.B'` , `'Z.Y.X'` |\n * | `'A.*'` | `'A.B'` , `'A.C'` | `'A'` , `'A.B.C'` |\n * | `'A.*.*'` | `'A.B.C'` , `'A.X.Y'`| `'A'`, `'A.B'` , `'Z.Y.X'`|\n *\n * ### Double star (`**`)\n *\n * A double star (`'**'`) is a wildcard that matches *zero or more segments*\n *\n * | Glob |Matches states named |Does not match state named |\n * |:------------|:----------------------------------------------|:----------------------------------|\n * | `'**'` | `'A'` , `'A.B'`, `'Z.Y.X'` | (matches all states) |\n * | `'A.**'` | `'A'` , `'A.B'` , `'A.C.X'` | `'Z.Y.X'` |\n * | `'**.X'` | `'X'` , `'A.X'` , `'Z.Y.X'` | `'A'` , `'A.login.Z'` |\n * | `'A.**.X'` | `'A.X'` , `'A.B.X'` , `'A.B.C.X'` | `'A'` , `'A.B.C'` |\n *\n * @packageDocumentation\n */\nexport class Glob {\n text: string;\n glob: Array<string>;\n regexp: RegExp;\n\n /** Returns true if the string has glob-like characters in it */\n static is(text: string) {\n return !!/[!,*]+/.exec(text);\n }\n\n /** Returns a glob from the string, or null if the string isn't Glob-like */\n static fromString(text: string) {\n return Glob.is(text) ? new Glob(text) : null;\n }\n\n constructor(text: string) {\n this.text = text;\n this.glob = text.split('.');\n\n const regexpString = this.text\n .split('.')\n .map((seg) => {\n if (seg === '**') return '(?:|(?:\\\\.[^.]*)*)';\n if (seg === '*') return '\\\\.[^.]*';\n return '\\\\.' + seg;\n })\n .join('');\n\n this.regexp = new RegExp('^' + regexpString + '$');\n }\n\n matches(name: string) {\n return this.regexp.test('.' + name);\n }\n}\n",
@@ -95,7 +95,7 @@
"import { extend, filter, map } from '../common/common';\nimport { isArray, isDefined } from '../common/predicates';\nimport { ParamTypeDefinition } from './interface';\n\n/**\n * An internal class which implements [[ParamTypeDefinition]].\n *\n * A [[ParamTypeDefinition]] is a plain javascript object used to register custom parameter types.\n * When a param type definition is registered, an instance of this class is created internally.\n *\n * This class has naive implementations for all the [[ParamTypeDefinition]] methods.\n *\n * Used by [[UrlMatcher]] when matching or formatting URLs, or comparing and validating parameter values.\n *\n * #### Example:\n * ```js\n * var paramTypeDef = {\n * decode: function(val) { return parseInt(val, 10); },\n * encode: function(val) { return val && val.toString(); },\n * equals: function(a, b) { return this.is(a) && a === b; },\n * is: function(val) { return angular.isNumber(val) && isFinite(val) && val % 1 === 0; },\n * pattern: /\\d+/\n * }\n *\n * var paramType = new ParamType(paramTypeDef);\n * ```\n */\nexport class ParamType implements ParamTypeDefinition {\n /** @inheritdoc */\n pattern: RegExp = /.*/;\n /** The name/id of the parameter type */\n name: string;\n /** @inheritdoc */\n raw: boolean;\n /** @inheritdoc */\n dynamic: boolean;\n /** @inheritdoc */\n inherit = true;\n\n /**\n * @param def A configuration object which contains the custom type definition. The object's\n * properties will override the default methods and/or pattern in `ParamType`'s public interface.\n * @returns a new ParamType object\n */\n constructor(def: ParamTypeDefinition) {\n extend(this, def);\n }\n\n // consider these four methods to be \"abstract methods\" that should be overridden\n /** @inheritdoc */\n is(val: any, key?: string): boolean {\n return true;\n }\n /** @inheritdoc */\n encode(val: any, key?: string): string | string[] {\n return val;\n }\n /** @inheritdoc */\n decode(val: string, key?: string): any {\n return val;\n }\n /** @inheritdoc */\n equals(a: any, b: any): boolean {\n // tslint:disable-next-line:triple-equals\n return a == b;\n }\n\n $subPattern() {\n const sub = this.pattern.toString();\n return sub.substr(1, sub.length - 2);\n }\n\n toString() {\n return `{ParamType:${this.name}}`;\n }\n\n /** Given an encoded string, or a decoded object, returns a decoded object */\n $normalize(val: any) {\n return this.is(val) ? val : this.decode(val);\n }\n\n /**\n * Wraps an existing custom ParamType as an array of ParamType, depending on 'mode'.\n * e.g.:\n * - urlmatcher pattern \"/path?{queryParam[]:int}\"\n * - url: \"/path?queryParam=1&queryParam=2\n * - $stateParams.queryParam will be [1, 2]\n * if `mode` is \"auto\", then\n * - url: \"/path?queryParam=1 will create $stateParams.queryParam: 1\n * - url: \"/path?queryParam=1&queryParam=2 will create $stateParams.queryParam: [1, 2]\n */\n $asArray(mode: boolean | 'auto', isSearch: boolean) {\n if (!mode) return this;\n if (mode === 'auto' && !isSearch) throw new Error(\"'auto' array mode is for query parameters only\");\n return new (<any>ArrayType)(this, mode);\n }\n}\n\n/** Wraps up a `ParamType` object to handle array values. */\nfunction ArrayType(type: ParamType, mode: boolean | 'auto') {\n // Wrap non-array value as array\n function arrayWrap(val: any): any[] {\n return isArray(val) ? val : isDefined(val) ? [val] : [];\n }\n\n // Unwrap array value for \"auto\" mode. Return undefined for empty array.\n function arrayUnwrap(val: any) {\n switch (val.length) {\n case 0:\n return undefined;\n case 1:\n return mode === 'auto' ? val[0] : val;\n default:\n return val;\n }\n }\n\n // Wraps type (.is/.encode/.decode) functions to operate on each value of an array\n function arrayHandler(callback: (x: any) => any, allTruthyMode?: boolean) {\n return function handleArray(val: any) {\n if (isArray(val) && val.length === 0) return val;\n const arr = arrayWrap(val);\n const result = map(arr, callback);\n return allTruthyMode === true ? filter(result, (x) => !x).length === 0 : arrayUnwrap(result);\n };\n }\n\n // Wraps type (.equals) functions to operate on each value of an array\n function arrayEqualsHandler(callback: (l: any, r: any) => boolean) {\n return function handleArray(val1: any, val2: any) {\n const left = arrayWrap(val1),\n right = arrayWrap(val2);\n if (left.length !== right.length) return false;\n for (let i = 0; i < left.length; i++) {\n if (!callback(left[i], right[i])) return false;\n }\n return true;\n };\n }\n\n ['encode', 'decode', 'equals', '$normalize'].forEach((name) => {\n const paramTypeFn = type[name].bind(type);\n const wrapperFn: Function = name === 'equals' ? arrayEqualsHandler : arrayHandler;\n this[name] = wrapperFn(paramTypeFn);\n }Line truncated
"import { extend, filter, map, allTrueR, find } from '../common/common';\nimport { prop } from '../common/hof';\nimport { isInjectable, isDefined, isString, isArray, isUndefined } from '../common/predicates';\nimport { RawParams, ParamDeclaration } from '../params/interface';\nimport { services } from '../common/coreservices';\nimport { ParamType } from './paramType';\nimport { ParamTypes } from './paramTypes';\nimport { StateDeclaration } from '../state';\nimport { UrlConfig } from '../url';\n\nconst hasOwn = Object.prototype.hasOwnProperty;\n\nconst isShorthand = (cfg: ParamDeclaration) =>\n ['value', 'type', 'squash', 'array', 'dynamic'].filter(hasOwn.bind(cfg || {})).length === 0;\n\nenum DefType {\n PATH,\n SEARCH,\n CONFIG,\n}\nexport { DefType };\n\nfunction getParamDeclaration(paramName: string, location: DefType, state: StateDeclaration): ParamDeclaration {\n const noReloadOnSearch = (state.reloadOnSearch === false && location === DefType.SEARCH) || undefined;\n const dynamic = find([state.dynamic, noReloadOnSearch], isDefined);\n const defaultConfig = isDefined(dynamic) ? { dynamic } : {};\n const paramConfig = unwrapShorthand(state && state.params && state.params[paramName]);\n return extend(defaultConfig, paramConfig);\n}\n\nfunction unwrapShorthand(cfg: ParamDeclaration): ParamDeclaration {\n cfg = isShorthand(cfg) ? ({ value: cfg } as ParamDeclaration) : cfg;\n\n getStaticDefaultValue['__cacheable'] = true;\n function getStaticDefaultValue() {\n return cfg.value;\n }\n\n const $$fn = isInjectable(cfg.value) ? cfg.value : getStaticDefaultValue;\n return extend(cfg, { $$fn });\n}\n\nfunction getType(cfg: ParamDeclaration, urlType: ParamType, location: DefType, id: string, paramTypes: ParamTypes) {\n if (cfg.type && urlType && urlType.name !== 'string') throw new Error(`Param '${id}' has two type configurations.`);\n if (cfg.type && urlType && urlType.name === 'string' && paramTypes.type(cfg.type as string))\n return paramTypes.type(cfg.type as string);\n if (urlType) return urlType;\n if (!cfg.type) {\n const type =\n location === DefType.CONFIG\n ? 'any'\n : location === DefType.PATH\n ? 'path'\n : location === DefType.SEARCH\n ? 'query'\n : 'string';\n return paramTypes.type(type);\n }\n return cfg.type instanceof ParamType ? cfg.type : paramTypes.type(cfg.type as string);\n}\n\n/** returns false, true, or the squash value to indicate the \"default parameter url squash policy\". */\nfunction getSquashPolicy(config: ParamDeclaration, isOptional: boolean, defaultPolicy: boolean | string) {\n const squash = config.squash;\n if (!isOptional || squash === false) return false;\n if (!isDefined(squash) || squash == null) return defaultPolicy;\n if (squash === true || isString(squash)) return squash;\n throw new Error(`Invalid squash policy: '${squash}'. Valid policies: false, true, or arbitrary string`);\n}\n\nfunction getReplace(config: ParamDeclaration, arrayMode: boolean, isOptional: boolean, squash: string | boolean) {\n const defaultPolicy = [\n { from: '', to: isOptional || arrayMode ? undefined : '' },\n { from: null, to: isOptional || arrayMode ? undefined : '' },\n ];\n\n const replace = isArray(config.replace) ? config.replace : [];\n if (isString(squash)) replace.push({ from: squash, to: undefined });\n\n const configuredKeys = map(replace, prop('from'));\n return filter(defaultPolicy, (item) => configuredKeys.indexOf(item.from) === -1).concat(replace);\n}\n\nexport class Param {\n id: string;\n type: ParamType;\n location: DefType;\n isOptional: boolean;\n dynamic: boolean;\n raw: boolean;\n squash: boolean | string;\n replace: [{ to: any; from: any }];\n inherit: boolean;\n array: boolean;\n config: any;\n /** Cache the default value if it is a static value */\n _defaultValueCache: {\n defaultValue: any;\n };\n\n static values(params: Param[], values: RawParams = {}): RawParams {\n const paramValues = {} as RawParams;\n for (const param of params) {\n paramValues[param.id] = param.value(values[param.id]);\n }\n return paramValues;\n }\n\n /**\n * Finds [[Param]] objects which have different param values\n *\n * Filters a list of [[Param]] objects to only those whose parameter values differ in two param value objects\n *\n * @param params: The list of Param objects to filter\n * @param values1: The first set of parameter values\n * @param values2: the second set of parameter values\n *\n * @returns any Param objects whose values were different between values1 and values2\n */\n static changed(params: Param[], values1: RawParams = {}, values2: RawParams = {}): Param[] {\n return params.filter((param) => !param.type.equals(values1[param.id], values2[param.id]));\n }\n\n /**\n * Checks if two param value objects are equal (for a set of [[Param]] objects)\n *\n * @param params The list of [[Param]] objects to check\n * @paLine truncated
"import { fromJson, toJson, identity, equals, inherit, map, extend, pick } from '../common/common';\nimport { isDefined, isNullOrUndefined } from '../common/predicates';\nimport { is } from '../common/hof';\nimport { services } from '../common/coreservices';\nimport { ParamType } from './paramType';\nimport { ParamTypeDefinition } from './interface';\n\n/**\n * A registry for parameter types.\n *\n * This registry manages the built-in (and custom) parameter types.\n *\n * The built-in parameter types are:\n *\n * - [[string]]\n * - [[path]]\n * - [[query]]\n * - [[hash]]\n * - [[int]]\n * - [[bool]]\n * - [[date]]\n * - [[json]]\n * - [[any]]\n *\n * To register custom parameter types, use [[UrlConfig.type]], i.e.,\n *\n * ```js\n * router.urlService.config.type(customType)\n * ```\n */\nexport class ParamTypes {\n /**\n * Built-in parameter type: `string`\n *\n * This parameter type coerces values to strings.\n * It matches anything (`new RegExp(\".*\")`) in the URL\n */\n static string: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `path`\n *\n * This parameter type is the default type for path parameters.\n * A path parameter is any parameter declared in the path portion of a url\n *\n * - `/foo/:param1/:param2`: two path parameters\n *\n * This parameter type behaves exactly like the [[string]] type with one exception.\n * When matching parameter values in the URL, the `path` type does not match forward slashes `/`.\n *\n * #### Angular 1 note:\n * In ng1, this type is overridden with one that pre-encodes slashes as `~2F` instead of `%2F`.\n * For more details about this angular 1 behavior, see: https://github.com/angular-ui/ui-router/issues/2598\n */\n static path: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `query`\n *\n * This parameter type is the default type for query/search parameters.\n * It behaves the same as the [[string]] parameter type.\n *\n * A query parameter is any parameter declared in the query/search portion of a url\n *\n * - `/bar?param2`: a query parameter\n */\n static query: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `hash`\n *\n * This parameter type is used for the `#` parameter (the hash)\n * It behaves the same as the [[string]] parameter type.\n */\n static hash: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `int`\n *\n * This parameter type serializes javascript integers (`number`s which represent an integer) to the URL.\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'user',\n * url: '/user/{id:int}'\n * });\n * ```\n * ```js\n * $state.go('user', { id: 1298547 });\n * ```\n *\n * The URL will serialize to: `/user/1298547`.\n *\n * When the parameter value is read, it will be the `number` `1298547`, not the string `\"1298547\"`.\n */\n static int: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `bool`\n *\n * This parameter type serializes `true`/`false` as `1`/`0`\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'inbox',\n * url: '/inbox?{unread:bool}'\n * });\n * ```\n * ```js\n * $state.go('inbox', { unread: true });\n * ```\n *\n * The URL will serialize to: `/inbox?unread=1`.\n *\n * Conversely, if the url is `/inbox?unread=0`, the value of the `unread` parameter will be a `false`.\n */\n static bool: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `date`\n *\n * This parameter type can be used to serialize Javascript dates as parameter values.\n *\n * #### Example:\n * ```js\n * .state({\n * name: 'search',\n * url: '/search?{start:date}'\n * });\n * ```\n * ```js\n * $state.go('search', { start: new Date(2000, 0, 1) });\n * ```\n *\n * The URL will serialize to: `/search?start=2000-01-01`.\n *\n * Conversely, if the url is `/search?start=2016-12-25`, the value of the `start` parameter will be a `Date` object where:\n *\n * - `date.getFullYear() === 2016`\n * - `date.getMonth() === 11` (month is 0-based)\n * - `date.getDate() === 25`\n */\n static date: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `json`\n *\n * This parameter type can be used to serialize javascript objects into the URL using JSON serialization.\n *\n * #### Example:\n * This example serializes an plain javascript object to the URL\n * ```js\n * .state({\n * name: 'map',\n * url: '/map/{coords:json}'\n * });\n * ```\n * ```js\n * $state.go('map', { coords: { x: 10399.2, y: 49071 });\n * ```\n *\n * The URL will serialize to: `/map/%7B%22x%22%3A10399.2%2C%22y%22%3A49071%7D`\n */\n static json: ParamTypeDefinition;\n\n /**\n * Built-in parameter type: `any`\n *\n * This parameter type is used by default for url-less parameters (parameters that do not appear in the URL).\n * This type does not encode or decode.\n * It is compared using aLine truncated
"import { extend, ancestors, Obj } from '../common/common';\nimport { StateObject } from '../state/stateObject';\n\nexport class StateParams {\n [key: string]: any;\n\n constructor(params: Obj = {}) {\n extend(this, params);\n }\n\n /**\n * Merges a set of parameters with all parameters inherited between the common parents of the\n * current state and a given destination state.\n *\n * @param {Object} newParams The set of parameters which will be composited with inherited params.\n * @param {Object} $current Internal definition of object representing the current state.\n * @param {Object} $to Internal definition of object representing state to transition to.\n */\n $inherit(newParams: Obj, $current: StateObject, $to: StateObject) {\n let parentParams: string[];\n const parents = ancestors($current, $to),\n inherited: Obj = {},\n inheritList: string[] = [];\n\n for (const i in parents) {\n if (!parents[i] || !parents[i].params) continue;\n parentParams = Object.keys(parents[i].params);\n if (!parentParams.length) continue;\n\n for (const j in parentParams) {\n if (inheritList.indexOf(parentParams[j]) >= 0) continue;\n inheritList.push(parentParams[j]);\n inherited[parentParams[j]] = this[parentParams[j]];\n }\n }\n return extend({}, inherited, newParams);\n }\n}\n",
"import { Param } from '.';\nimport { extend, ancestors, Obj } from '../common/common';\nimport { StateObject } from '../state/stateObject';\n\nexport class StateParams {\n [key: string]: any;\n\n constructor(params: Obj = {}) {\n extend(this, params);\n }\n\n /**\n * Merges a set of parameters with all parameters inherited between the common parents of the\n * current state and a given destination state.\n *\n * @param {Object} newParams The set of parameters which will be composited with inherited params.\n * @param {Object} $current Internal definition of object representing the current state.\n * @param {Object} $to Internal definition of object representing state to transition to.\n */\n $inherit(newParams: Obj, $current: StateObject, $to: StateObject) {\n const parents = ancestors($current, $to),\n inherited: Obj = {},\n inheritList: string[] = [];\n\n for (const i in parents) {\n if (!parents[i] || !parents[i].params) continue;\n const parentParams = parents[i].params;\n const parentParamsKeys = Object.keys(parentParams);\n if (!parentParamsKeys.length) continue;\n\n for (const j in parentParamsKeys) {\n if (\n !parentParamsKeys.hasOwnProperty(j) ||\n parentParams[parentParamsKeys[j]].inherit == false ||\n inheritList.indexOf(parentParamsKeys[j]) >= 0\n )\n continue;\n inheritList.push(parentParamsKeys[j]);\n inherited[parentParamsKeys[j]] = this[parentParamsKeys[j]];\n }\n }\n return extend({}, inherited, newParams);\n }\n}\n",
"import { extend, applyPairs, find, allTrueR, pairs, arrayTuples } from '../common/common';\nimport { propEq } from '../common/hof';\nimport { StateObject } from '../state/stateObject';\nimport { RawParams } from '../params/interface';\nimport { Param } from '../params/param';\nimport { Resolvable } from '../resolve/resolvable';\nimport { ViewConfig } from '../view/interface';\n\n/**\n * A node in a [[TreeChanges]] path\n *\n * For a [[TreeChanges]] path, this class holds the stateful information for a single node in the path.\n * Each PathNode corresponds to a state being entered, exited, or retained.\n * The stateful information includes parameter values and resolve data.\n */\nexport class PathNode {\n /** The state being entered, exited, or retained */\n public state: StateObject;\n /** The parameters declared on the state */\n public paramSchema: Param[];\n /** The parameter values that belong to the state */\n public paramValues: { [key: string]: any };\n /** The individual (stateful) resolvable objects that belong to the state */\n public resolvables: Resolvable[];\n /** The state's declared view configuration objects */\n public views: ViewConfig[];\n\n /**\n * Returns a clone of the PathNode\n * @deprecated use instance method `node.clone()`\n */\n static clone = (node: PathNode) => node.clone();\n\n /** Creates a copy of a PathNode */\n constructor(node: PathNode);\n /** Creates a new (empty) PathNode for a State */\n constructor(state: StateObject);\n constructor(stateOrNode: any) {\n if (stateOrNode instanceof PathNode) {\n const node: PathNode = stateOrNode;\n this.state = node.state;\n this.paramSchema = node.paramSchema.slice();\n this.paramValues = extend({}, node.paramValues);\n this.resolvables = node.resolvables.slice();\n this.views = node.views && node.views.slice();\n } else {\n const state: StateObject = stateOrNode;\n this.state = state;\n this.paramSchema = state.parameters({ inherit: false });\n this.paramValues = {};\n this.resolvables = state.resolvables.map((res) => res.clone());\n }\n }\n\n clone() {\n return new PathNode(this);\n }\n\n /** Sets [[paramValues]] for the node, from the values of an object hash */\n applyRawParams(params: RawParams): PathNode {\n const getParamVal = (paramDef: Param) => [paramDef.id, paramDef.value(params[paramDef.id])];\n this.paramValues = this.paramSchema.reduce((memo, pDef) => applyPairs(memo, getParamVal(pDef)), {});\n return this;\n }\n\n /** Gets a specific [[Param]] metadata that belongs to the node */\n parameter(name: string): Param {\n return find(this.paramSchema, propEq('id', name));\n }\n\n /**\n * @returns true if the state and parameter values for another PathNode are\n * equal to the state and param values for this PathNode\n */\n equals(node: PathNode, paramsFn?: GetParamsFn): boolean {\n const diff = this.diff(node, paramsFn);\n return diff && diff.length === 0;\n }\n\n /**\n * Finds Params with different parameter values on another PathNode.\n *\n * Given another node (of the same state), finds the parameter values which differ.\n * Returns the [[Param]] (schema objects) whose parameter values differ.\n *\n * Given another node for a different state, returns `false`\n *\n * @param node The node to compare to\n * @param paramsFn A function that returns which parameters should be compared.\n * @returns The [[Param]]s which differ, or null if the two nodes are for different states\n */\n diff(node: PathNode, paramsFn?: GetParamsFn): Param[] | false {\n if (this.state !== node.state) return false;\n\n const params: Param[] = paramsFn ? paramsFn(this) : this.paramSchema;\n return Param.changed(params, this.paramValues, node.paramValues);\n }\n}\n\n/** @internal */\nexport type GetParamsFn = (pathNode: PathNode) => Param[];\n",
"import { StateDeclaration, StateOrName, TargetStateDef } from './interface';\nimport { TransitionOptions } from '../transition/interface';\nimport { StateObject } from './stateObject';\nimport { isObject, isString } from '../common/predicates';\nimport { stringify } from '../common/strings';\nimport { extend } from '../common';\nimport { StateRegistry } from './stateRegistry';\nimport { RawParams } from '../params';\n\n/**\n * Encapsulate the target (destination) state/params/options of a [[Transition]].\n *\n * This class is frequently used to redirect a transition to a new destination.\n *\n * See:\n *\n * - [[HookResult]]\n * - [[TransitionHookFn]]\n * - [[TransitionService.onStart]]\n *\n * To create a `TargetState`, use [[StateService.target]].\n *\n * ---\n *\n * This class wraps:\n *\n * 1) an identifier for a state\n * 2) a set of parameters\n * 3) and transition options\n * 4) the registered state object (the [[StateDeclaration]])\n *\n * Many UI-Router APIs such as [[StateService.go]] take a [[StateOrName]] argument which can\n * either be a *state object* (a [[StateDeclaration]] or [[StateObject]]) or a *state name* (a string).\n * The `TargetState` class normalizes those options.\n *\n * A `TargetState` may be valid (the state being targeted exists in the registry)\n * or invalid (the state being targeted is not registered).\n */\nexport class TargetState {\n private _definition: StateObject;\n private _params: RawParams;\n private _options: TransitionOptions;\n\n /** Returns true if the object has a state property that might be a state or state name */\n static isDef = (obj): obj is TargetStateDef => {\n return obj && obj.state && (isString(obj.state) || (isObject(obj.state) && isString(obj.state.name)));\n };\n\n /**\n * The TargetState constructor\n *\n * Note: Do not construct a `TargetState` manually.\n * To create a `TargetState`, use the [[StateService.target]] factory method.\n *\n * @param _stateRegistry The StateRegistry to use to look up the _definition\n * @param _identifier An identifier for a state.\n * Either a fully-qualified state name, or the object used to define the state.\n * @param _params Parameters for the target state\n * @param _options Transition options.\n *\n * @internal\n */\n constructor(\n private _stateRegistry: StateRegistry,\n private _identifier: StateOrName,\n _params?: RawParams,\n _options?: TransitionOptions\n ) {\n this._identifier = _identifier;\n this._params = extend({}, _params || {});\n this._options = extend({}, _options || {});\n this._definition = _stateRegistry.matcher.find(_identifier, this._options.relative);\n }\n\n /** The name of the state this object targets */\n name(): string {\n return (this._definition && this._definition.name) || <string>this._identifier;\n }\n\n /** The identifier used when creating this TargetState */\n identifier(): StateOrName {\n return this._identifier;\n }\n\n /** The target parameter values */\n params(): RawParams {\n return this._params;\n }\n\n /** The internal state object (if it was found) */\n $state(): StateObject {\n return this._definition;\n }\n\n /** The internal state declaration (if it was found) */\n state(): StateDeclaration {\n return this._definition && this._definition.self;\n }\n\n /** The target options */\n options() {\n return this._options;\n }\n\n /** True if the target state was found */\n exists(): boolean {\n return !!(this._definition && this._definition.self);\n }\n\n /** True if the object is valid */\n valid(): boolean {\n return !this.error();\n }\n\n /** If the object is invalid, returns the reason why */\n error(): string {\n const base = <any>this.options().relative;\n if (!this._definition && !!base) {\n const stateName = base.name ? base.name : base;\n return `Could not resolve '${this.name()}' from state '${stateName}'`;\n }\n if (!this._definition) return `No such state '${this.name()}'`;\n if (!this._definition.self) return `State '${this.name()}' has an invalid definition`;\n }\n\n toString() {\n return `'${this.name()}'${stringify(this.params())}`;\n }\n\n /**\n * Returns a copy of this TargetState which targets a different state.\n * The new TargetState has the same parameter values and transition options.\n *\n * @param state The new state that should be targeted\n */\n withState(state: StateOrName): TargetState {\n return new TargetState(this._stateRegistry, state, this._params, this._options);\n }\n\n /**\n * Returns a copy of this TargetState, using the specified parameter values.\n *\n * @param params the new parameter values to use\n * @param replace When false (default) the new parameter values will be merged with the current values.\n * When true the parameter values will be used instead of the current values.\n */\n withParams(params: RawParams, replace = false): TaLine truncated
"import {\n extend,\n find,\n pick,\n omit,\n tail,\n mergeR,\n values,\n unnestR,\n Predicate,\n inArray,\n arrayTuples,\n} from '../common/common';\nimport { prop, propEq, not } from '../common/hof';\n\nimport { RawParams } from '../params/interface';\nimport { TreeChanges } from '../transition/interface';\nimport { ViewConfig } from '../view/interface';\nimport { _ViewDeclaration } from '../state/interface';\n\nimport { StateObject } from '../state/stateObject';\nimport { TargetState } from '../state/targetState';\nimport { GetParamsFn, PathNode } from './pathNode';\nimport { ViewService } from '../view/view';\nimport { Param } from '../params/param';\nimport { StateRegistry } from '../state';\n\n/**\n * This class contains functions which convert TargetStates, Nodes and paths from one type to another.\n */\nexport class PathUtils {\n /** Given a PathNode[], create an TargetState */\n static makeTargetState(registry: StateRegistry, path: PathNode[]): TargetState {\n const state = tail(path).state;\n return new TargetState(registry, state, path.map(prop('paramValues')).reduce(mergeR, {}), {});\n }\n\n static buildPath(targetState: TargetState) {\n const toParams = targetState.params();\n return targetState.$state().path.map((state) => new PathNode(state).applyRawParams(toParams));\n }\n\n /** Given a fromPath: PathNode[] and a TargetState, builds a toPath: PathNode[] */\n static buildToPath(fromPath: PathNode[], targetState: TargetState): PathNode[] {\n const toPath: PathNode[] = PathUtils.buildPath(targetState);\n if (targetState.options().inherit) {\n return PathUtils.inheritParams(fromPath, toPath, Object.keys(targetState.params()));\n }\n return toPath;\n }\n\n /**\n * Creates ViewConfig objects and adds to nodes.\n *\n * On each [[PathNode]], creates ViewConfig objects from the views: property of the node's state\n */\n static applyViewConfigs($view: ViewService, path: PathNode[], states: StateObject[]) {\n // Only apply the viewConfigs to the nodes for the given states\n path\n .filter((node) => inArray(states, node.state))\n .forEach((node) => {\n const viewDecls: _ViewDeclaration[] = values(node.state.views || {});\n const subPath = PathUtils.subPath(path, (n) => n === node);\n const viewConfigs: ViewConfig[][] = viewDecls.map((view) => $view.createViewConfig(subPath, view));\n node.views = viewConfigs.reduce(unnestR, []);\n });\n }\n\n /**\n * Given a fromPath and a toPath, returns a new to path which inherits parameters from the fromPath\n *\n * For a parameter in a node to be inherited from the from path:\n * - The toPath's node must have a matching node in the fromPath (by state).\n * - The parameter name must not be found in the toKeys parameter array.\n *\n * Note: the keys provided in toKeys are intended to be those param keys explicitly specified by some\n * caller, for instance, $state.transitionTo(..., toParams). If a key was found in toParams,\n * it is not inherited from the fromPath.\n */\n static inheritParams(fromPath: PathNode[], toPath: PathNode[], toKeys: string[] = []): PathNode[] {\n function nodeParamVals(path: PathNode[], state: StateObject): RawParams {\n const node: PathNode = find(path, propEq('state', state));\n return extend({}, node && node.paramValues);\n }\n\n const noInherit = fromPath\n .map((node) => node.paramSchema)\n .reduce(unnestR, [])\n .filter((param) => !param.inherit)\n .map(prop('id'));\n\n /**\n * Given an [[PathNode]] \"toNode\", return a new [[PathNode]] with param values inherited from the\n * matching node in fromPath. Only inherit keys that aren't found in \"toKeys\" from the node in \"fromPath\"\"\n */\n function makeInheritedParamsNode(toNode: PathNode): PathNode {\n // All param values for the node (may include default key/vals, when key was not found in toParams)\n let toParamVals = extend({}, toNode && toNode.paramValues);\n // limited to only those keys found in toParams\n const incomingParamVals = pick(toParamVals, toKeys);\n toParamVals = omit(toParamVals, toKeys);\n const fromParamVals = omit(nodeParamVals(fromPath, toNode.state) || {}, noInherit);\n // extend toParamVals with any fromParamVals, then override any of those those with incomingParamVals\n const ownParamVals: RawParams = extend(toParamVals, fromParamVals, incomingParamVals);\n return new PathNode(toNode.state).applyRawParams(ownParamVals);\n }\n\n // The param keys specified by the incoming toParams\n return <PathNode[]>toPath.map(makeInheritedParamsNode);\n }\n\n static nonDynamicParams = (node: PathNode): Param[] =>\n node.state.parameters({ inherit: false }).filter((param) => !param.dynamic);\n\n /**\n * Computes the tree changes (entering, exiting) between a fromPath and toPath.\n */\n static treeChanges(fromPath: PathNLine truncated
@@ -112,7 +112,7 @@
"import { isString, isFunction, Glob, extend, removeFrom, tail, values, identity, mapObj } from '../common';\nimport { PathNode } from '../path/pathNode';\nimport {\n TransitionStateHookFn,\n TransitionHookFn,\n TransitionHookPhase, // has or is using\n TransitionHookScope,\n IHookRegistry,\n PathType,\n} from './interface';\n\nimport {\n HookRegOptions,\n HookMatchCriteria,\n TreeChanges,\n HookMatchCriterion,\n IMatchingNodes,\n HookFn,\n} from './interface';\nimport { Transition } from './transition';\nimport { StateObject } from '../state/stateObject';\nimport { TransitionEventType } from './transitionEventType';\nimport { TransitionService } from './transitionService';\n\n/**\n * Determines if the given state matches the matchCriteria\n *\n * @internal\n *\n * @param state a State Object to test against\n * @param criterion\n * - If a string, matchState uses the string as a glob-matcher against the state name\n * - If an array (of strings), matchState uses each string in the array as a glob-matchers against the state name\n * and returns a positive match if any of the globs match.\n * - If a function, matchState calls the function with the state and returns true if the function's result is truthy.\n * @returns {boolean}\n */\nexport function matchState(state: StateObject, criterion: HookMatchCriterion, transition: Transition) {\n const toMatch = isString(criterion) ? [criterion] : criterion;\n\n function matchGlobs(_state: StateObject) {\n const globStrings = <string[]>toMatch;\n for (let i = 0; i < globStrings.length; i++) {\n const glob = new Glob(globStrings[i]);\n\n if ((glob && glob.matches(_state.name)) || (!glob && globStrings[i] === _state.name)) {\n return true;\n }\n }\n return false;\n }\n\n const matchFn = <any>(isFunction(toMatch) ? toMatch : matchGlobs);\n return !!matchFn(state, transition);\n}\n\n/**\n * The registration data for a registered transition hook\n */\nexport class RegisteredHook {\n priority: number;\n bind: any;\n invokeCount = 0;\n invokeLimit: number;\n _deregistered = false;\n\n constructor(\n public tranSvc: TransitionService,\n public eventType: TransitionEventType,\n public callback: HookFn,\n public matchCriteria: HookMatchCriteria,\n public removeHookFromRegistry: (hook: RegisteredHook) => void,\n options: HookRegOptions = {} as any\n ) {\n this.priority = options.priority || 0;\n this.bind = options.bind || null;\n this.invokeLimit = options.invokeLimit;\n }\n\n /**\n * Gets the matching [[PathNode]]s\n *\n * Given an array of [[PathNode]]s, and a [[HookMatchCriterion]], returns an array containing\n * the [[PathNode]]s that the criteria matches, or `null` if there were no matching nodes.\n *\n * Returning `null` is significant to distinguish between the default\n * \"match-all criterion value\" of `true` compared to a `() => true` function,\n * when the nodes is an empty array.\n *\n * This is useful to allow a transition match criteria of `entering: true`\n * to still match a transition, even when `entering === []`. Contrast that\n * with `entering: (state) => true` which only matches when a state is actually\n * being entered.\n */\n private _matchingNodes(nodes: PathNode[], criterion: HookMatchCriterion, transition: Transition): PathNode[] {\n if (criterion === true) return nodes;\n const matching = nodes.filter((node) => matchState(node.state, criterion, transition));\n return matching.length ? matching : null;\n }\n\n /**\n * Gets the default match criteria (all `true`)\n *\n * Returns an object which has all the criteria match paths as keys and `true` as values, i.e.:\n *\n * ```js\n * {\n * to: true,\n * from: true,\n * entering: true,\n * exiting: true,\n * retained: true,\n * }\n */\n private _getDefaultMatchCriteria(): HookMatchCriteria {\n return mapObj(this.tranSvc._pluginapi._getPathTypes(), () => true);\n }\n\n /**\n * Gets matching nodes as [[IMatchingNodes]]\n *\n * Create a IMatchingNodes object from the TransitionHookTypes that is roughly equivalent to:\n *\n * ```js\n * let matches: IMatchingNodes = {\n * to: _matchingNodes([tail(treeChanges.to)], mc.to),\n * from: _matchingNodes([tail(treeChanges.from)], mc.from),\n * exiting: _matchingNodes(treeChanges.exiting, mc.exiting),\n * retained: _matchingNodes(treeChanges.retained, mc.retained),\n * entering: _matchingNodes(treeChanges.entering, mc.entering),\n * };\n * ```\n */\n private _getMatchingNodes(treeChanges: TreeChanges, transition: Transition): IMatchingNodes {\n const criteria = extend(this._getDefaultMatchCriteria(), this.matchCriteria);\n const paths: PathType[] = values(this.tranSvc._pluginapi._getPathTypes());\n\n return paths.reduce((mn: IMatchingNodes, pathtype: PathType) => {\n // STATE scope criteria matches against every node iLine truncated
"import { extend, tail, assertPredicate, unnestR, identity } from '../common/common';\nimport { isArray } from '../common/predicates';\n\nimport {\n TransitionOptions,\n TransitionHookOptions,\n IHookRegistry,\n TreeChanges,\n IMatchingNodes,\n TransitionHookPhase,\n TransitionHookScope,\n} from './interface';\n\nimport { Transition } from './transition';\nimport { TransitionHook } from './transitionHook';\nimport { StateObject } from '../state/stateObject';\nimport { PathNode } from '../path/pathNode';\nimport { TransitionService } from './transitionService';\nimport { TransitionEventType } from './transitionEventType';\nimport { RegisteredHook } from './hookRegistry';\n\n/**\n * This class returns applicable TransitionHooks for a specific Transition instance.\n *\n * Hooks ([[RegisteredHook]]) may be registered globally, e.g., $transitions.onEnter(...), or locally, e.g.\n * myTransition.onEnter(...). The HookBuilder finds matching RegisteredHooks (where the match criteria is\n * determined by the type of hook)\n *\n * The HookBuilder also converts RegisteredHooks objects to TransitionHook objects, which are used to run a Transition.\n *\n * The HookBuilder constructor is given the $transitions service and a Transition instance. Thus, a HookBuilder\n * instance may only be used for one specific Transition object. (side note: the _treeChanges accessor is private\n * in the Transition class, so we must also provide the Transition's _treeChanges)\n */\nexport class HookBuilder {\n constructor(private transition: Transition) {}\n\n buildHooksForPhase(phase: TransitionHookPhase): TransitionHook[] {\n const $transitions = this.transition.router.transitionService;\n return $transitions._pluginapi\n ._getEvents(phase)\n .map((type) => this.buildHooks(type))\n .reduce(unnestR, [])\n .filter(identity);\n }\n\n /**\n * Returns an array of newly built TransitionHook objects.\n *\n * - Finds all RegisteredHooks registered for the given `hookType` which matched the transition's [[TreeChanges]].\n * - Finds [[PathNode]] (or `PathNode[]`) to use as the TransitionHook context(s)\n * - For each of the [[PathNode]]s, creates a TransitionHook\n *\n * @param hookType the type of the hook registration function, e.g., 'onEnter', 'onFinish'.\n */\n buildHooks(hookType: TransitionEventType): TransitionHook[] {\n const transition = this.transition;\n const treeChanges = transition.treeChanges();\n\n // Find all the matching registered hooks for a given hook type\n const matchingHooks = this.getMatchingHooks(hookType, treeChanges, transition);\n if (!matchingHooks) return [];\n\n const baseHookOptions = <TransitionHookOptions>{\n transition: transition,\n current: transition.options().current,\n };\n\n const makeTransitionHooks = (hook: RegisteredHook) => {\n // Fetch the Nodes that caused this hook to match.\n const matches: IMatchingNodes = hook.matches(treeChanges, transition);\n // Select the PathNode[] that will be used as TransitionHook context objects\n const matchingNodes: PathNode[] = matches[hookType.criteriaMatchPath.name];\n\n // Return an array of HookTuples\n return matchingNodes.map((node) => {\n const _options = extend(\n {\n bind: hook.bind,\n traceData: { hookType: hookType.name, context: node },\n },\n baseHookOptions\n );\n\n const state = hookType.criteriaMatchPath.scope === TransitionHookScope.STATE ? node.state.self : null;\n const transitionHook = new TransitionHook(transition, state, hook, _options);\n return <HookTuple>{ hook, node, transitionHook };\n });\n };\n\n return matchingHooks\n .map(makeTransitionHooks)\n .reduce(unnestR, [])\n .sort(tupleSort(hookType.reverseSort))\n .map((tuple) => tuple.transitionHook);\n }\n\n /**\n * Finds all RegisteredHooks from:\n * - The Transition object instance hook registry\n * - The TransitionService ($transitions) global hook registry\n *\n * which matched:\n * - the eventType\n * - the matchCriteria (to, from, exiting, retained, entering)\n *\n * @returns an array of matched [[RegisteredHook]]s\n */\n public getMatchingHooks(\n hookType: TransitionEventType,\n treeChanges: TreeChanges,\n transition: Transition\n ): RegisteredHook[] {\n const isCreate = hookType.hookPhase === TransitionHookPhase.CREATE;\n\n // Instance and Global hook registries\n const $transitions = this.transition.router.transitionService;\n const registries = isCreate ? [$transitions] : [this.transition, $transitions];\n\n return registries\n .map((reg: IHookRegistry) => reg.getHooks(hookType.name)) // Get named hooks from registries\n .filter(assertPredicate(isArray, `broken event named: ${hookType.name}`)) // Sanity check\n .reduce(unnestR, []) // Un-nest RegisteredHook[][] to RegisteredHook[] arLine truncated
"import { trace } from '../common/trace';\nimport { services } from '../common/coreservices';\nimport { stringify } from '../common/strings';\nimport { map, find, extend, mergeR, tail, omit, arrayTuples, unnestR, identity, anyTrueR } from '../common/common';\nimport { isObject, isUndefined } from '../common/predicates';\nimport { prop, propEq, val, not, is } from '../common/hof';\nimport { StateDeclaration, StateOrName } from '../state/interface';\nimport {\n TransitionOptions,\n TreeChanges,\n IHookRegistry,\n TransitionHookPhase,\n RegisteredHooks,\n HookRegOptions,\n HookMatchCriteria,\n TransitionStateHookFn,\n TransitionHookFn,\n} from './interface'; // has or is using\nimport { TransitionHook } from './transitionHook';\nimport { matchState, makeEvent, RegisteredHook } from './hookRegistry';\nimport { HookBuilder } from './hookBuilder';\nimport { PathNode } from '../path/pathNode';\nimport { PathUtils } from '../path/pathUtils';\nimport { StateObject } from '../state/stateObject';\nimport { TargetState } from '../state/targetState';\nimport { Param } from '../params/param';\nimport { Resolvable } from '../resolve/resolvable';\nimport { ViewConfig } from '../view/interface';\nimport { ResolveContext } from '../resolve/resolveContext';\nimport { UIRouter } from '../router';\nimport { UIInjector } from '../interface';\nimport { RawParams } from '../params/interface';\nimport { ResolvableLiteral } from '../resolve/interface';\nimport { Rejection } from './rejectFactory';\nimport { applyPairs, flattenR, uniqR } from '../common';\n\n/** @internal */\nconst stateSelf: (_state: StateObject) => StateDeclaration = prop('self');\n\n/**\n * Represents a transition between two states.\n *\n * When navigating to a state, we are transitioning **from** the current state **to** the new state.\n *\n * This object contains all contextual information about the to/from states, parameters, resolves.\n * It has information about all states being entered and exited as a result of the transition.\n */\nexport class Transition implements IHookRegistry {\n /** @internal */\n static diToken = Transition;\n\n /**\n * A unique identifier for the transition.\n *\n * This is an auto incrementing integer, starting from `0`.\n */\n $id: number;\n\n /**\n * A reference to the [[UIRouter]] instance\n *\n * This reference can be used to access the router services, such as the [[StateService]]\n */\n router: UIRouter;\n\n /** @internal */\n private _deferred = services.$q.defer();\n /**\n * This promise is resolved or rejected based on the outcome of the Transition.\n *\n * When the transition is successful, the promise is resolved\n * When the transition is unsuccessful, the promise is rejected with the [[Rejection]] or javascript error\n */\n promise: Promise<any> = this._deferred.promise;\n /**\n * A boolean which indicates if the transition was successful\n *\n * After a successful transition, this value is set to true.\n * After an unsuccessful transition, this value is set to false.\n *\n * The value will be undefined if the transition is not complete\n */\n success: boolean;\n /** @internal */\n _aborted: boolean;\n /** @internal */\n private _error: Rejection;\n\n /** @internal Holds the hook registration functions such as those passed to Transition.onStart() */\n _registeredHooks: RegisteredHooks = {};\n\n /** @internal */\n private _options: TransitionOptions;\n /** @internal */\n private _treeChanges: TreeChanges;\n /** @internal */\n private _targetState: TargetState;\n /** @internal */\n private _hookBuilder = new HookBuilder(this);\n\n /** @internal */\n onBefore(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onStart(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onExit(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onRetain(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onEnter(criteria: HookMatchCriteria, callback: TransitionStateHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onFinish(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onSuccess(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n /** @inheritdoc */\n onError(criteria: HookMatchCriteria, callback: TransitionHookFn, options?: HookRegOptions): Function {\n return;\n }\n\n /** @internal\n * Creates the transition-level hook registration functions\n * (which can then be used to register hooks)\n */\n private creatLine truncated
"import { map, inherit, identity, unnest, tail, find, Obj, allTrueR, unnestR, arrayTuples } from '../common/common';\nimport { prop, propEq } from '../common/hof';\nimport { isArray, isString, isDefined } from '../common/predicates';\nimport { Param, DefType } from '../params/param';\nimport { ParamTypes } from '../params/paramTypes';\nimport { RawParams } from '../params/interface';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { joinNeighborsR, splitOnDelim } from '../common/strings';\nimport { ParamType } from '../params';\nimport { defaults } from '../common';\nimport { ParamFactory } from './urlMatcherFactory';\n\nfunction quoteRegExp(str: any, param?: any) {\n let surroundPattern = ['', ''],\n result = str.replace(/[\\\\\\[\\]\\^$*+?.()|{}]/g, '\\\\$&');\n if (!param) return result;\n\n switch (param.squash) {\n case false:\n surroundPattern = ['(', ')' + (param.isOptional ? '?' : '')];\n break;\n case true:\n result = result.replace(/\\/$/, '');\n surroundPattern = ['(?:/(', ')|/)?'];\n break;\n default:\n surroundPattern = [`(${param.squash}|`, ')?'];\n break;\n }\n return result + surroundPattern[0] + param.type.pattern.source + surroundPattern[1];\n}\n\nconst memoizeTo = (obj: Obj, _prop: string, fn: Function) => (obj[_prop] = obj[_prop] || fn());\n\nconst splitOnSlash = splitOnDelim('/');\n\ninterface UrlMatcherCache {\n segments?: any[];\n weights?: number[];\n path?: UrlMatcher[];\n parent?: UrlMatcher;\n pattern?: RegExp;\n}\n\ninterface MatchDetails {\n id: string;\n regexp: string;\n segment: string;\n type: ParamType;\n}\n\nconst defaultConfig: UrlMatcherCompileConfig = {\n state: { params: {} },\n strict: true,\n caseInsensitive: true,\n decodeParams: true,\n};\n\n/**\n * Matches URLs against patterns.\n *\n * Matches URLs against patterns and extracts named parameters from the path or the search\n * part of the URL.\n *\n * A URL pattern consists of a path pattern, optionally followed by '?' and a list of search (query)\n * parameters. Multiple search parameter names are separated by '&'. Search parameters\n * do not influence whether or not a URL is matched, but their values are passed through into\n * the matched parameters returned by [[UrlMatcher.exec]].\n *\n * - *Path parameters* are defined using curly brace placeholders (`/somepath/{param}`)\n * or colon placeholders (`/somePath/:param`).\n *\n * - *A parameter RegExp* may be defined for a param after a colon\n * (`/somePath/{param:[a-zA-Z0-9]+}`) in a curly brace placeholder.\n * The regexp must match for the url to be matched.\n * Should the regexp itself contain curly braces, they must be in matched pairs or escaped with a backslash.\n *\n * Note: a RegExp parameter will encode its value using either [[ParamTypes.path]] or [[ParamTypes.query]].\n *\n * - *Custom parameter types* may also be specified after a colon (`/somePath/{param:int}`) in curly brace parameters.\n * See [[UrlMatcherFactory.type]] for more information.\n *\n * - *Catch-all parameters* are defined using an asterisk placeholder (`/somepath/*catchallparam`).\n * A catch-all * parameter value will contain the remainder of the URL.\n *\n * ---\n *\n * Parameter names may contain only word characters (latin letters, digits, and underscore) and\n * must be unique within the pattern (across both path and search parameters).\n * A path parameter matches any number of characters other than '/'. For catch-all\n * placeholders the path parameter matches any number of characters.\n *\n * Examples:\n *\n * * `'/hello/'` - Matches only if the path is exactly '/hello/'. There is no special treatment for\n * trailing slashes, and patterns have to match the entire path, not just a prefix.\n * * `'/user/:id'` - Matches '/user/bob' or '/user/1234!!!' or even '/user/' but not '/user' or\n * '/user/bob/details'. The second path segment will be captured as the parameter 'id'.\n * * `'/user/{id}'` - Same as the previous example, but using curly brace syntax.\n * * `'/user/{id:[^/]*}'` - Same as the previous example.\n * * `'/user/{id:[0-9a-fA-F]{1,8}}'` - Similar to the previous example, but only matches if the id\n * parameter consists of 1 to 8 hex digits.\n * * `'/files/{path:.*}'` - Matches any URL starting with '/files/' and captures the rest of the\n * path into the parameter 'path'.\n * * `'/files/*path'` - ditto.\n * * `'/calendar/{start:date}'` - Matches \"/calendar/2014-11-12\" (because the pattern defined\n * in the built-in `date` ParamType matches `2014-11-12`) and provides a Date object in $stateParams.start\n *\n */\nexport class UrlMatcher {\n /** @internal */\n static nameValidator: RegExp = /^\\w+([-.]+\\w+)*(?:\\[\\])?$/;\n\n /** @internal */\n private _cache: UrlMatcherCache = { path: [this] };\n /** @internal */\n private _children: UrlMatcher[] = [];\n /** @internal */\n private _params: Param[] = [];\n /** @internal */\n private _segments: string[]Line truncated
"import { map, inherit, identity, unnest, tail, find, Obj, allTrueR, unnestR, arrayTuples } from '../common/common';\nimport { prop, propEq } from '../common/hof';\nimport { isArray, isString, isDefined } from '../common/predicates';\nimport { Param, DefType } from '../params/param';\nimport { ParamTypes } from '../params/paramTypes';\nimport { RawParams } from '../params/interface';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { joinNeighborsR, splitOnDelim } from '../common/strings';\nimport { ParamType } from '../params';\nimport { defaults } from '../common';\nimport { ParamFactory } from './urlMatcherFactory';\n\nfunction quoteRegExp(str: any, param?: any) {\n let surroundPattern = ['', ''],\n result = str.replace(/[\\\\\\[\\]\\^$*+?.()|{}]/g, '\\\\$&');\n if (!param) return result;\n\n switch (param.squash) {\n case false:\n surroundPattern = ['(', ')' + (param.isOptional ? '?' : '')];\n break;\n case true:\n result = result.replace(/\\/$/, '');\n surroundPattern = ['(?:/(', ')|/)?'];\n break;\n default:\n surroundPattern = [`(${param.squash}|`, ')?'];\n break;\n }\n return result + surroundPattern[0] + param.type.pattern.source + surroundPattern[1];\n}\n\nconst memoizeTo = (obj: Obj, _prop: string, fn: Function) => (obj[_prop] = obj[_prop] || fn());\n\nconst splitOnSlash = splitOnDelim('/');\n\ninterface UrlMatcherCache {\n segments?: any[];\n weights?: number[];\n path?: UrlMatcher[];\n parent?: UrlMatcher;\n pattern?: RegExp;\n}\n\ninterface MatchDetails {\n id: string;\n regexp: string;\n segment: string;\n type: ParamType;\n}\n\nconst defaultConfig: UrlMatcherCompileConfig = {\n state: { params: {} },\n strict: true,\n caseInsensitive: true,\n decodeParams: true,\n};\n\n/**\n * Matches URLs against patterns.\n *\n * Matches URLs against patterns and extracts named parameters from the path or the search\n * part of the URL.\n *\n * A URL pattern consists of a path pattern, optionally followed by '?' and a list of search (query)\n * parameters. Multiple search parameter names are separated by '&'. Search parameters\n * do not influence whether or not a URL is matched, but their values are passed through into\n * the matched parameters returned by [[UrlMatcher.exec]].\n *\n * - *Path parameters* are defined using curly brace placeholders (`/somepath/{param}`)\n * or colon placeholders (`/somePath/:param`).\n *\n * - *A parameter RegExp* may be defined for a param after a colon\n * (`/somePath/{param:[a-zA-Z0-9]+}`) in a curly brace placeholder.\n * The regexp must match for the url to be matched.\n * Should the regexp itself contain curly braces, they must be in matched pairs or escaped with a backslash.\n *\n * Note: a RegExp parameter will encode its value using either [[ParamTypes.path]] or [[ParamTypes.query]].\n *\n * - *Custom parameter types* may also be specified after a colon (`/somePath/{param:int}`) in curly brace parameters.\n * See [[UrlMatcherFactory.type]] for more information.\n *\n * - *Catch-all parameters* are defined using an asterisk placeholder (`/somepath/*catchallparam`).\n * A catch-all * parameter value will contain the remainder of the URL.\n *\n * ---\n *\n * Parameter names may contain only word characters (latin letters, digits, and underscore) and\n * must be unique within the pattern (across both path and search parameters).\n * A path parameter matches any number of characters other than '/'. For catch-all\n * placeholders the path parameter matches any number of characters.\n *\n * Examples:\n *\n * * `'/hello/'` - Matches only if the path is exactly '/hello/'. There is no special treatment for\n * trailing slashes, and patterns have to match the entire path, not just a prefix.\n * * `'/user/:id'` - Matches '/user/bob' or '/user/1234!!!' or even '/user/' but not '/user' or\n * '/user/bob/details'. The second path segment will be captured as the parameter 'id'.\n * * `'/user/{id}'` - Same as the previous example, but using curly brace syntax.\n * * `'/user/{id:[^/]*}'` - Same as the previous example.\n * * `'/user/{id:[0-9a-fA-F]{1,8}}'` - Similar to the previous example, but only matches if the id\n * parameter consists of 1 to 8 hex digits.\n * * `'/files/{path:.*}'` - Matches any URL starting with '/files/' and captures the rest of the\n * path into the parameter 'path'.\n * * `'/files/*path'` - ditto.\n * * `'/calendar/{start:date}'` - Matches \"/calendar/2014-11-12\" (because the pattern defined\n * in the built-in `date` ParamType matches `2014-11-12`) and provides a Date object in $stateParams.start\n *\n */\nexport class UrlMatcher {\n /** @internal */\n static nameValidator: RegExp = /^\\w+([-.]+\\w+)*(?:\\[\\])?$/;\n\n /** @internal */\n private _cache: UrlMatcherCache = { path: [this] };\n /** @internal */\n private _children: UrlMatcher[] = [];\n /** @internal */\n private _params: Param[] = [];\n /** @internal */\n private _segments: string[]Line truncated
"import { extend, forEach, isDefined, isFunction, isObject } from '../common';\nimport { UrlMatcher } from './urlMatcher';\nimport { DefType, Param, ParamType, ParamTypeDefinition } from '../params';\nimport { UrlMatcherCompileConfig } from './interface';\nimport { StateDeclaration } from '../state';\nimport { UIRouter } from '../router';\n\nexport class ParamFactory {\n fromConfig(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.CONFIG, this.router.urlService.config, state);\n }\n\n fromPath(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.PATH, this.router.urlService.config, state);\n }\n\n fromSearch(id: string, type: ParamType, state: StateDeclaration) {\n return new Param(id, type, DefType.SEARCH, this.router.urlService.config, state);\n }\n\n constructor(private router: UIRouter) {}\n}\n\n/**\n * Factory for [[UrlMatcher]] instances.\n *\n * The factory is available to ng1 services as\n * `$urlMatcherFactory` or ng1 providers as `$urlMatcherFactoryProvider`.\n */\nexport class UrlMatcherFactory {\n /** Creates a new [[Param]] for a given location (DefType) */\n paramFactory = new ParamFactory(this.router);\n // TODO: Check if removal of this will break anything, then remove these\n UrlMatcher: typeof UrlMatcher = UrlMatcher;\n Param: typeof Param = Param;\n\n // TODO: move implementations to UrlConfig (urlService.config)\n constructor(/** @internal */ private router: UIRouter) {}\n\n /**\n * Creates a [[UrlMatcher]] for the specified pattern.\n *\n * @param pattern The URL pattern.\n * @param config The config object hash.\n * @returns The UrlMatcher.\n */\n compile(pattern: string, config?: UrlMatcherCompileConfig) {\n const urlConfig = this.router.urlService.config;\n // backward-compatible support for config.params -> config.state.params\n const params = config && !config.state && (config as any).params;\n config = params ? { state: { params }, ...config } : config;\n const globalConfig: UrlMatcherCompileConfig = {\n strict: urlConfig._isStrictMode,\n caseInsensitive: urlConfig._isCaseInsensitive,\n decodeParams: urlConfig._decodeParams,\n };\n return new UrlMatcher(pattern, urlConfig.paramTypes, this.paramFactory, extend(globalConfig, config));\n }\n\n /**\n * Returns true if the specified object is a [[UrlMatcher]], or false otherwise.\n *\n * @param object The object to perform the type check against.\n * @returns `true` if the object matches the `UrlMatcher` interface, by\n * implementing all the same methods.\n */\n isMatcher(object: any): boolean {\n // TODO: typeof?\n if (!isObject(object)) return false;\n let result = true;\n\n forEach(UrlMatcher.prototype, (val, name) => {\n if (isFunction(val)) result = result && isDefined(object[name]) && isFunction(object[name]);\n });\n return result;\n }\n\n /** @internal */\n $get() {\n const urlConfig = this.router.urlService.config;\n urlConfig.paramTypes.enqueue = false;\n urlConfig.paramTypes._flushTypeQueue();\n return this;\n }\n\n /** @deprecated use [[UrlConfig.caseInsensitive]] */\n caseInsensitive = (value?: boolean) => this.router.urlService.config.caseInsensitive(value);\n\n /** @deprecated use [[UrlConfig.defaultSquashPolicy]] */\n defaultSquashPolicy = (value?: boolean | string) => this.router.urlService.config.defaultSquashPolicy(value);\n\n /** @deprecated use [[UrlConfig.strictMode]] */\n strictMode = (value?: boolean) => this.router.urlService.config.strictMode(value);\n\n /** @deprecated use [[UrlConfig.type]] */\n type = (name: string, definition?: ParamTypeDefinition, definitionFn?: () => ParamTypeDefinition) => {\n return this.router.urlService.config.type(name, definition, definitionFn) || this;\n };\n}\n",
"import { StateDeclaration } from '../state';\nimport { UrlMatcher } from './urlMatcher';\nimport { isString, isDefined, isFunction } from '../common/predicates';\nimport { UIRouter } from '../router';\nimport { identity, extend } from '../common/common';\nimport { is, or, pattern } from '../common/hof';\nimport { StateObject } from '../state/stateObject';\nimport { RawParams } from '../params/interface';\nimport {\n UrlRule,\n UrlRuleMatchFn,\n UrlRuleHandlerFn,\n UrlRuleType,\n UrlParts,\n MatcherUrlRule,\n StateRule,\n RegExpRule,\n} from './interface';\n\n/**\n * Creates a [[UrlRule]]\n *\n * Creates a [[UrlRule]] from a:\n *\n * - `string`\n * - [[UrlMatcher]]\n * - `RegExp`\n * - [[StateObject]]\n */\nexport class UrlRuleFactory {\n static isUrlRule = (obj) => obj && ['type', 'match', 'handler'].every((key) => isDefined(obj[key]));\n\n constructor(public router: UIRouter) {}\n\n compile(str: string) {\n return this.router.urlMatcherFactory.compile(str);\n }\n\n create(\n what: string | UrlMatcher | StateObject | StateDeclaration | RegExp | UrlRuleMatchFn,\n handler?: string | UrlRuleHandlerFn\n ): UrlRule {\n const { isState, isStateDeclaration } = StateObject;\n const makeRule = pattern([\n [isString, (_what: string) => makeRule(this.compile(_what))],\n [is(UrlMatcher), (_what: UrlMatcher) => this.fromUrlMatcher(_what, handler)],\n [or(isState, isStateDeclaration), (_what: StateObject | StateDeclaration) => this.fromState(_what, this.router)],\n [is(RegExp), (_what: RegExp) => this.fromRegExp(_what, handler)],\n [isFunction, (_what: UrlRuleMatchFn) => new BaseUrlRule(_what, handler as UrlRuleHandlerFn)],\n ]);\n\n const rule = makeRule(what);\n if (!rule) throw new Error(\"invalid 'what' in when()\");\n return rule;\n }\n\n /**\n * A UrlRule which matches based on a UrlMatcher\n *\n * The `handler` may be either a `string`, a [[UrlRuleHandlerFn]] or another [[UrlMatcher]]\n *\n * ## Handler as a function\n *\n * If `handler` is a function, the function is invoked with:\n *\n * - matched parameter values ([[RawParams]] from [[UrlMatcher.exec]])\n * - url: the current Url ([[UrlParts]])\n * - router: the router object ([[UIRouter]])\n *\n * #### Example:\n * ```js\n * var urlMatcher = $umf.compile(\"/foo/:fooId/:barId\");\n * var rule = factory.fromUrlMatcher(urlMatcher, match => \"/home/\" + match.fooId + \"/\" + match.barId);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match); // '/home/123/456'\n * ```\n *\n * ## Handler as UrlMatcher\n *\n * If `handler` is a UrlMatcher, the handler matcher is used to create the new url.\n * The `handler` UrlMatcher is formatted using the matched param from the first matcher.\n * The url is replaced with the result.\n *\n * #### Example:\n * ```js\n * var urlMatcher = $umf.compile(\"/foo/:fooId/:barId\");\n * var handler = $umf.compile(\"/home/:fooId/:barId\");\n * var rule = factory.fromUrlMatcher(urlMatcher, handler);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match); // '/home/123/456'\n * ```\n */\n fromUrlMatcher(urlMatcher: UrlMatcher, handler: string | UrlMatcher | UrlRuleHandlerFn): MatcherUrlRule {\n let _handler: UrlRuleHandlerFn = handler as any;\n if (isString(handler)) handler = this.router.urlMatcherFactory.compile(handler);\n if (is(UrlMatcher)(handler)) _handler = (match: RawParams) => (handler as UrlMatcher).format(match);\n\n function matchUrlParamters(url: UrlParts): RawParams {\n const params = urlMatcher.exec(url.path, url.search, url.hash);\n return urlMatcher.validates(params) && params;\n }\n\n // Prioritize URLs, lowest to highest:\n // - Some optional URL parameters, but none matched\n // - No optional parameters in URL\n // - Some optional parameters, some matched\n // - Some optional parameters, all matched\n function matchPriority(params: RawParams): number {\n const optional = urlMatcher.parameters().filter((param) => param.isOptional);\n if (!optional.length) return 0.000001;\n const matched = optional.filter((param) => params[param.id]);\n return matched.length / optional.length;\n }\n\n const details = { urlMatcher, matchPriority, type: 'URLMATCHER' };\n return extend(new BaseUrlRule(matchUrlParamters, _handler), details) as MatcherUrlRule;\n }\n\n /**\n * A UrlRule which matches a state by its url\n *\n * #### Example:\n * ```js\n * var rule = factory.fromState($state.get('foo'), router);\n * var match = rule.match('/foo/123/456'); // results in { fooId: '123', barId: '456' }\n * var result = rule.handler(match);\n * // Starts a transition to 'foo' with params: { fooId: '123', barId: '456' }\n * ```\n */\n fromState(stateOrDecl: StateObject | StateDLine truncated
"import { UIRouter } from '../router';\nimport { Disposable } from '../interface';\nimport { MatcherUrlRule, UrlRule, UrlRuleHandlerFn, UrlRuleMatchFn, UrlRulesApi } from './interface';\nimport { TargetState, TargetStateDef } from '../state';\nimport { UrlMatcher } from './urlMatcher';\nimport { is, isDefined, isFunction, isString, removeFrom, val } from '../common';\nimport { UrlRuleFactory } from './urlRule';\n\nconst prioritySort = (a: UrlRule, b: UrlRule) => (b.priority || 0) - (a.priority || 0);\n\nconst typeSort = (a: UrlRule, b: UrlRule) => {\n const weights = { STATE: 4, URLMATCHER: 4, REGEXP: 3, RAW: 2, OTHER: 1 };\n return (weights[a.type] || 0) - (weights[b.type] || 0);\n};\n\nconst urlMatcherSort = (a: MatcherUrlRule, b: MatcherUrlRule) =>\n !a.urlMatcher || !b.urlMatcher ? 0 : UrlMatcher.compare(a.urlMatcher, b.urlMatcher);\n\nconst idSort = (a: UrlRule, b: UrlRule) => {\n // Identically sorted STATE and URLMATCHER best rule will be chosen by `matchPriority` after each rule matches the URL\n const useMatchPriority = { STATE: true, URLMATCHER: true };\n const equal = useMatchPriority[a.type] && useMatchPriority[b.type];\n return equal ? 0 : (a.$id || 0) - (b.$id || 0);\n};\n\n/**\n * Default rule priority sorting function.\n *\n * Sorts rules by:\n *\n * - Explicit priority (set rule priority using [[UrlRules.when]])\n * - Rule type (STATE: 4, URLMATCHER: 4, REGEXP: 3, RAW: 2, OTHER: 1)\n * - `UrlMatcher` specificity ([[UrlMatcher.compare]]): works for STATE and URLMATCHER types to pick the most specific rule.\n * - Rule registration order (for rule types other than STATE and URLMATCHER)\n * - Equally sorted State and UrlMatcher rules will each match the URL.\n * Then, the *best* match is chosen based on how many parameter values were matched.\n */\nlet defaultRuleSortFn: (a: UrlRule, b: UrlRule) => number;\ndefaultRuleSortFn = (a, b) => {\n let cmp = prioritySort(a, b);\n if (cmp !== 0) return cmp;\n\n cmp = typeSort(a, b);\n if (cmp !== 0) return cmp;\n\n cmp = urlMatcherSort(a as MatcherUrlRule, b as MatcherUrlRule);\n if (cmp !== 0) return cmp;\n\n return idSort(a, b);\n};\n\nfunction getHandlerFn(handler: string | UrlRuleHandlerFn | TargetState | TargetStateDef): UrlRuleHandlerFn {\n if (!isFunction(handler) && !isString(handler) && !is(TargetState)(handler) && !TargetState.isDef(handler)) {\n throw new Error(\"'handler' must be a string, function, TargetState, or have a state: 'newtarget' property\");\n }\n return isFunction(handler) ? (handler as UrlRuleHandlerFn) : val(handler);\n}\n\n/**\n * API for managing URL rules\n *\n * This API is used to create and manage URL rules.\n * URL rules are a mechanism to respond to specific URL patterns.\n *\n * The most commonly used methods are [[otherwise]] and [[when]].\n *\n * This API is found at `router.urlService.rules` (see: [[UIRouter.urlService]], [[URLService.rules]])\n */\nexport class UrlRules implements Disposable {\n /** used to create [[UrlRule]] objects for common cases */\n public urlRuleFactory: UrlRuleFactory;\n\n /** @internal */ private _sortFn = defaultRuleSortFn;\n /** @internal */ private _otherwiseFn: UrlRule;\n /** @internal */ private _sorted: boolean;\n /** @internal */ private _rules: UrlRule[] = [];\n /** @internal */ private _id = 0;\n\n /** @internal */\n constructor(/** @internal */ private router: UIRouter) {\n this.urlRuleFactory = new UrlRuleFactory(router);\n }\n\n /** @internal */\n public dispose(router?: UIRouter) {\n this._rules = [];\n delete this._otherwiseFn;\n }\n\n /**\n * Defines the initial state, path, or behavior to use when the app starts.\n *\n * This rule defines the initial/starting state for the application.\n *\n * This rule is triggered the first time the URL is checked (when the app initially loads).\n * The rule is triggered only when the url matches either `\"\"` or `\"/\"`.\n *\n * Note: The rule is intended to be used when the root of the application is directly linked to.\n * When the URL is *not* `\"\"` or `\"/\"` and doesn't match other rules, the [[otherwise]] rule is triggered.\n * This allows 404-like behavior when an unknown URL is deep-linked.\n *\n * #### Example:\n * Start app at `home` state.\n * ```js\n * .initial({ state: 'home' });\n * ```\n *\n * #### Example:\n * Start app at `/home` (by url)\n * ```js\n * .initial('/home');\n * ```\n *\n * #### Example:\n * When no other url rule matches, go to `home` state\n * ```js\n * .initial((matchValue, url, router) => {\n * console.log('initial state');\n * return { state: 'home' };\n * })\n * ```\n *\n * @param handler The initial state or url path, or a function which returns the state or url path (or performs custom logic).\n */\n public initial(handler: string | UrlRuleHandlerFn | TargetState | TargetStateDef) {\n const handlerFn: UrlRuleHandlerFn = getHandlerFn(handler);\n const matchFn: UrlRuleMLine truncated
@@ -245,6 +245,7 @@
"acc",
"key",
"fnname",
"String",
"Error",
"services",
"$q",
@@ -396,6 +397,7 @@
"ERROR",
"errored",
"d",
"$id",
"maxLength",
"max",
"str",
@@ -498,7 +500,6 @@
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@@ -588,7 +589,6 @@
"_flushTypeQueue",
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"defaultTypeBase",
"String",
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"query",
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@@ -609,10 +609,11 @@
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"parentParams",
"parents",
"inherited",
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"parentParams",
"parentParamsKeys",
"stateOrNode",
"PathNode",
"node",
@@ -1019,6 +1020,7 @@
"fromStateOrName",
"toStateOrName",
"avoidEmptyHash",
"toValid",
"quoteRegExp",
"surroundPattern",
"splitOnSlash",
@@ -1716,5 +1718,5 @@
"$anchorScroll",
"scrollIntoView"
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