Script này sẽ không được không được cài đặt trực tiếp. Nó là một thư viện cho các script khác để bao gồm các chỉ thị meta
// @require https://update.greatest.deepsurf.us/scripts/24870/180963/WazeWrap%20Beta.js
// ==UserScript==
// @name WazeWrap Beta
// @namespace https://greatest.deepsurf.us/users/30701-justins83-waze
// @version 0.2.5b
// @description A base library for WME script writers
// @author JustinS83/MapOMatic
// @include https://beta.waze.com/*editor/*
// @include https://www.waze.com/*editor/*
// @exclude https://www.waze.com/*user/editor/*
// @grant none
// ==/UserScript==
/* global W */
/* global WazeWrapBeta */
var WazeWrapBeta = {};
(function() {
function bootstrap(tries) {
tries = tries || 1;
if (window.W &&
window.W.map &&
window.W.model &&
window.W.loginManager.user &&
$) {
init();
} else if (tries < 1000) {
setTimeout(function () { bootstrap(tries++); }, 200);
} else {
console.log('WazeWrap failed to load');
}
}
bootstrap();
function init(){
console.log("WazeWrap initializing...");
var oldLib = window.WazeWrapBeta;
var root = this;
WazeWrapBeta.Version = GM_info.script.version;
WazeWrapBeta.isBetaEditor = /beta/.test(location.href);
//SetUpRequire();
WazeWrapBeta.test = "test";
WazeWrapBeta.Geometry = new Geometry;
WazeWrapBeta.Model = new Model;
WazeWrapBeta.Interface = new Interface;
WazeWrapBeta.User = new User;
WazeWrapBeta.Util = new Util;
WazeWrapBeta.Require = new Require;
root.WazeWrapBeta = WazeWrapBeta;
console.log('WazeWrapBeta Loaded');
};
function SetUpRequire(){
if(this.isBetaEditor || typeof window.require !== "undefined")
return;
console.log("Setting d2's require fix...");
// setup one global var and put all in
var WMEAPI = {};
// detect URL of WME source code
WMEAPI.scripts = document.getElementsByTagName('script');
WMEAPI.url=null;
for (i=0;i<WMEAPI.scripts.length;i++){
if (WMEAPI.scripts[i].src.indexOf('/assets-editor/js/app')!=-1)
{
WMEAPI.url=WMEAPI.scripts[i].src;
break;
}
}
if (WMEAPI.url==null)
throw new Error("WME Hack: can't detect WME main JS");
// setup a fake require and require.define
WMEAPI.require=function (e) {
if (WMEAPI.require.define.modules.hasOwnProperty(e))
return WMEAPI.require.define.modules[e];
else
console.error('Require failed on ' + e, WMEAPI.require.define.modules);
return null;
};
WMEAPI.require.define=function (m) {
if (WMEAPI.require.define.hasOwnProperty('modules')==false)
WMEAPI.require.define.modules={};
for (var p in m){
WMEAPI.require.define.modules[p]=m[p];
}
};
// save the original webpackJsonp function
WMEAPI.tmp = window.webpackJsonp;
// taken from WME code: this function is a wrapper that setup the API and may call recursively other functions
WMEAPI.t = function (n) {
if (WMEAPI.s[n]) return WMEAPI.s[n].exports;
var r = WMEAPI.s[n] = {
exports: {},
id: n,
loaded: !1
};
return WMEAPI.e[n].call(r.exports, r, r.exports, WMEAPI.t), r.loaded = !0, r.exports;
};
// e is a copy of all WME funcs because function t need to access to this list
WMEAPI.e=[];
// the patch
window.webpackJsonp = function(a, i) {
// our API but we will use it only to build the require stuffs
var api={};
// taken from WME code. a is [1], so...
for (var o, d, u = 0, l = []; u < a.length; u++) d = a[u], WMEAPI.r[d] && l.push.apply(l, WMEAPI.r[d]), WMEAPI.r[d] = 0;
var unknownCount=0;
var classname, funcStr;
// copy i in e and keep a link from classname to index in e
for (o in i){
WMEAPI.e[o] = i[o];
funcStr = i[o].toString();
classname = funcStr.match(/CLASS_NAME:\"([^\"]*)\"/);
if (classname){
// keep the link.
api[classname[1].replace(/\./g,'/').replace(/^W\//, 'Waze/')]={index: o, func: WMEAPI.e[o]};
}
else{
api['Waze/Unknown/' + unknownCount]={index: o, func: WMEAPI.e[o]};
unknownCount++;
}
}
// taken from WME code: it calls the original webpackJsonp and do something else, but I don't really know what.
// removed the call to the original webpackJsonp: still works...
//for (tmp && tmp(a, i); l.length;) l.shift().call(null, t);
for (; l.length;) l.shift().call(null, WMEAPI.t);
WMEAPI.s[0] = 0;
// run the first func of WME. This first func will call recusrsively all funcs needed to setup the API.
// After this call, s will contain all instanciables classes.
//var ret = WMEAPI.t(0);
// now, build the requires thanks to the link we've built in var api.
var module={};
var apiFuncName;
unknownCount=0;
for (o in i){
funcStr = i[o].toString();
classname = funcStr.match(/CLASS_NAME:\"([^\"]*)\"/);
if (classname){
module={};
apiFuncName = classname[1].replace(/\./g,'/').replace(/^W\//, 'Waze/');
module[apiFuncName]=WMEAPI.t(api[apiFuncName].index);
WMEAPI.require.define(module);
}
else{
var matches = funcStr.match(/SEGMENT:"segment",/);
if (matches){
module={};
apiFuncName='Waze/Model/ObjectType';
module[apiFuncName]=WMEAPI.t(api['Waze/Unknown/' + unknownCount].index);
WMEAPI.require.define(module);
}
unknownCount++;
}
}
// restore the original func
window.webpackJsonp=WMEAPI.tmp;
// set the require public if needed
// if so: others scripts must wait for the window.require to be available before using it.
window.require = WMEAPI.require;
// all available functions are in WMEAPI.require.define.modules
// console.debug this variable to read it:
// console.debug('Modules: ', WMEAPI.require.define.modules);
// run your script here:
// setTimeout(yourscript);
// again taken from WME code. Not sure about what it does.
//if (i[0]) return ret;
};
// some kind of global vars and init
WMEAPI.s = {};
WMEAPI.r = {
0: 0
};
// hacking finished
// load again WME through our patched func
WMEAPI.WMEHACK_Injected_script = document.createElement("script");
WMEAPI.WMEHACK_Injected_script.setAttribute("type", "application/javascript");
WMEAPI.WMEHACK_Injected_script.src = WMEAPI.url;
document.body.appendChild(WMEAPI.WMEHACK_Injected_script);
console.log("d2 fix complete");
}
function Geometry(){
//var geometry = WazeWrapBeta.Geometry;
//Converts to "normal" GPS coordinates
this.ConvertTo4326 = function (long, lat){
var projI=new OpenLayers.Projection("EPSG:900913");
var projE=new OpenLayers.Projection("EPSG:4326");
return (new OpenLayers.LonLat(long, lat)).transform(projI,projE);
};
this.ConvertTo900913 = function (long, lat){
var projI=new OpenLayers.Projection("EPSG:900913");
var projE=new OpenLayers.Projection("EPSG:4326");
return (new OpenLayers.LonLat(long, lat)).transform(projE,projI);
};
//Converts the Longitudinal offset to an offset in 4326 gps coordinates
this.CalculateLongOffsetGPS = function(longMetersOffset, long, lat)
{
var R= 6378137; //Earth's radius
var dLon = longMetersOffset / (R * Math.cos(Math.PI * lat / 180)); //offset in radians
var lon0 = dLon * (180 / Math.PI); //offset degrees
return lon0;
};
//Converts the Latitudinal offset to an offset in 4326 gps coordinates
this.CalculateLatOffsetGPS = function(latMetersOffset, lat)
{
var R= 6378137; //Earth's radius
var dLat = latMetersOffset/R;
var lat0 = dLat * (180 /Math.PI); //offset degrees
return lat0;
};
/**
* Checks if the given geometry is on screen
* @function WazeWrapBeta.Geometry.isGeometryInMapExtent
* @param {OpenLayers.Geometry} Geometry to check if any part of is in the current viewport
*/
this.isLonLatInMapExtent = function (lonLat) {
'use strict';
return lonLat && W.map.getExtent().containsLonLat(lonLat);
};
/**
* Checks if the given geometry is on screen
* @function WazeWrapBeta.Geometry.isGeometryInMapExtent
* @param {OpenLayers.Geometry} Geometry to check if any part of is in the current viewport
*/
this.isGeometryInMapExtent = function (geometry) {
'use strict';
return geometry && geometry.getBounds &&
W.map.getExtent().intersectsBounds(geometry.getBounds());
};
/**
* Calculates the distance between two given points, returned in meters
* @function WazeWrapBeta.Geometry.calculateDistance
* @param {OpenLayers.Geometry.Point} An array of OL.Geometry.Point with which to measure the total distance. A minimum of 2 points is needed.
*/
this.calculateDistance = function(pointArray) {
if(pointArray.length < 2)
return 0;
var line = new OpenLayers.Geometry.LineString(pointArray);
length = line.getGeodesicLength(W.map.getProjectionObject());
return length; //multiply by 3.28084 to convert to feet
};
this.findClosestSegment = function(mygeometry, ignorePLR, ignoreUnnamedPR){
var onscreenSegments = WazeWrapBeta.Model.getOnscreenSegments();
var minDistance = Infinity;
var closestSegment;
for (s in onscreenSegments) {
if (!onscreenSegments.hasOwnProperty(s))
continue;
segmentType = onscreenSegments[s].attributes.roadType;
if (segmentType === 10 || segmentType === 3 || segmentType === 16 || segmentType === 18 || segmentType === 19 || segmentType === 5) //10 ped boardwalk, 16 stairway, 18 railroad, 19 runway, 3 freeway, 5 walking trail
continue;
if(ignorePLR)
if(segmentType === 20) //PLR
continue;
if(ignoreUnnamedPR)
if(segmentType === 17 && WazeWrapBeta.Model.getStreetName(onscreenSegments[s].attributes.primaryStreetID) === null) //PR
continue;
distanceToSegment = mygeometry.distanceTo(onscreenSegments[s].geometry, {details: true});
if (distanceToSegment.distance < minDistance) {
minDistance = distanceToSegment.distance;
closestSegment = onscreenSegments[s];
}
}
return closestSegment;
};
};
function Model(){
this.getPrimaryStreetID = function(segmentID){
return W.model.segments.get(segmentID).attributes.primaryStreetID;
};
this.getStreetName = function(primaryStreetID){
return W.model.streets.get(primaryStreetID).name;
};
this.getCityID = function(primaryStreetID){
return W.model.streets.get(primaryStreetID).cityID;
};
this.getCityName = function(primaryStreetID){
return W.model.cities.get(this.getCityID(primaryStreetID)).attributes.Name;
};
this.getStateName = function(primaryStreetID){
return W.model.states.get(getStateID(primaryStreetID)).Name;
};
this.getStateID = function(primaryStreetID){
return W.model.cities.get(primaryStreetID).attributes.stateID;
};
this.getCountryID = function(primaryStreetID){
return W.model.cities.get(this.getCityID(primaryStreetID)).attributes.CountryID;
};
this.getCountryName = function(primaryStreetID){
return W.model.countries.get(getCountryID(primaryStreetID)).name;
};
this.getCityNameFromSegmentObj = function(segObj){
return this.getCityName(segObj.attributes.primaryStreetID);
};
this.getStateNameFromSegmentObj = function(segObj){
return this.getStateName(segObj.attributes.primaryStreetID);
};
//returns an array of segmentIDs for all segments that are part of the same roundabout as the passed segment
this.getAllRoundaboutSegmentsFromObj = function(segObj){
if(segObj.model.attributes.junctionID === null)
return null;
return W.model.junctions.objects[segObj.model.attributes.junctionID].segIDs;
};
this.getAllRoundaboutJunctionNodesFromObj = function(segObj){
var RASegs = this.getAllRoundaboutSegmentsFromObj(segObj);
var RAJunctionNodes = [];
for(i=0; i< RASegs.length; i++){
RAJunctionNodes.push(W.model.nodes.objects[W.model.segments.get(RASegs[i]).attributes.toNodeID]);
}
return RAJunctionNodes;
};
this.isRoundaboutSegmentID = function(segmentID){
if(W.model.segments.get(segmentID).attributes.junctionID === null)
return false;
else
return true;
};
this.isRoundaboutSegmentObj = function(segObj){
if(segObj.model.attributes.junctionID === null)
return false;
else
return true;
};
this.getOnscreenSegments = function(){
var segments = W.model.segments.objects;
var mapExtent = W.map.getExtent();
var onScreenSegments = [];
var seg;
for (s in segments) {
if (!segments.hasOwnProperty(s))
continue;
seg = W.model.segments.get(s);
if (mapExtent.intersectsBounds(seg.geometry.getBounds()))
onScreenSegments.push(seg);
}
return onScreenSegments;
};
/**
* Defers execution of a callback function until the WME map and data
* model are ready. Call this function before calling a function that
* causes a map and model reload, such as W.map.moveTo(). After the
* move is completed the callback function will be executed.
* @function WazeWrapBeta.Model.onModelReady
* @param {Function} callback The callback function to be executed.
* @param {Boolean} now Whether or not to call the callback now if the
* model is currently ready.
* @param {Object} context The context in which to call the callback.
*/
this.onModelReady = function (callback, now, context) {
var deferModelReady = function () {
return $.Deferred(function (dfd) {
var resolve = function () {
dfd.resolve();
W.model.events.unregister('mergeend', null, resolve);
};
W.model.events.register('mergeend', null, resolve);
}).promise();
};
var deferMapReady = function () {
return $.Deferred(function (dfd) {
var resolve = function () {
dfd.resolve();
W.vent.off('operationDone', resolve);
};
W.vent.on('operationDone', resolve);
}).promise();
};
if (typeof callback === 'function') {
context = context || callback;
if (now && WazeWrapBeta.Util.mapReady() && WazeWrapBeta.Util.modelReady()) {
callback.call(context);
} else {
$.when(deferMapReady() && deferModelReady()).
then(function () {
callback.call(context);
});
}
}
};
/**
* Retrives a route from the Waze Live Map.
* @class
* @name wLib.Model.RouteSelection
* @param firstSegment The segment to use as the start of the route.
* @param lastSegment The segment to use as the destination for the route.
* @param {Array|Function} callback A function or array of funcitons to be
* executed after the route
* is retrieved. 'This' in the callback functions will refer to the
* RouteSelection object.
* @param {Object} options A hash of options for determining route. Valid
* options are:
* fastest: {Boolean} Whether or not the fastest route should be used.
* Default is false, which selects the shortest route.
* freeways: {Boolean} Whether or not to avoid freeways. Default is false.
* dirt: {Boolean} Whether or not to avoid dirt roads. Default is false.
* longtrails: {Boolean} Whether or not to avoid long dirt roads. Default
* is false.
* uturns: {Boolean} Whether or not to allow U-turns. Default is true.
* @return {wLib.Model.RouteSelection} The new RouteSelection object.
* @example: // The following example will retrieve a route from the Live Map and select the segments in the route.
* selection = W.selectionManager.selectedItems;
* myRoute = new wLib.Model.RouteSelection(selection[0], selection[1], function(){this.selectRouteSegments();}, {fastest: true});
*/
this.RouteSelection = function (firstSegment, lastSegment, callback, options) {
var i,
n,
start = this.getSegmentCenterLonLat(firstSegment),
end = this.getSegmentCenterLonLat(lastSegment);
this.options = {
fastest: options && options.fastest || false,
freeways: options && options.freeways || false,
dirt: options && options.dirt || false,
longtrails: options && options.longtrails || false,
uturns: options && options.uturns || true
};
this.requestData = {
from: 'x:' + start.x + ' y:' + start.y + ' bd:true',
to: 'x:' + end.x + ' y:' + end.y + ' bd:true',
returnJSON: true,
returnGeometries: true,
returnInstructions: false,
type: this.options.fastest ? 'HISTORIC_TIME' : 'DISTANCE',
clientVersion: '4.0.0',
timeout: 60000,
nPaths: 3,
options: this.setRequestOptions(this.options)
};
this.callbacks = [];
if (callback) {
if (!(callback instanceof Array)) {
callback = [callback];
}
for (i = 0, n = callback.length; i < n; i++) {
if ('function' === typeof callback[i]) {
this.callbacks.push(callback[i]);
}
}
}
this.routeData = null;
this.getRouteData();
};
this.RouteSelection.prototype =
/** @lends wLib.Model.RouteSelection.prototype */ {
/**
* Formats the routing options string for the ajax request.
* @private
* @param {Object} options Object containing the routing options.
* @return {String} String containing routing options.
*/
setRequestOptions: function (options) {
return 'AVOID_TOLL_ROADS:' + (options.tolls ? 't' : 'f') + ',' +
'AVOID_PRIMARIES:' + (options.freeways ? 't' : 'f') + ',' +
'AVOID_TRAILS:' + (options.dirt ? 't' : 'f') + ',' +
'AVOID_LONG_TRAILS:' + (options.longtrails ? 't' : 'f') + ',' +
'ALLOW_UTURNS:' + (options.uturns ? 't' : 'f');
},
/**
* Gets the center of a segment in LonLat form.
* @private
* @param segment A Waze model segment object.
* @return {OpenLayers.LonLat} The LonLat object corresponding to the
* center of the segment.
*/
getSegmentCenterLonLat: function (segment) {
var x, y, componentsLength, midPoint;
if (segment) {
componentsLength = segment.geometry.components.length;
midPoint = Math.floor(componentsLength / 2);
if (componentsLength % 2 === 1) {
x = segment.geometry.components[midPoint].x;
y = segment.geometry.components[midPoint].y;
} else {
x = (segment.geometry.components[midPoint - 1].x +
segment.geometry.components[midPoint].x) / 2;
y = (segment.geometry.components[midPoint - 1].y +
segment.geometry.components[midPoint].y) / 2;
}
return new OL.Geometry.Point(x, y).
transform(W.map.getProjectionObject(), 'EPSG:4326');
}
},
/**
* Gets the route from Live Map and executes any callbacks upon success.
* @private
* @returns The ajax request object. The responseJSON property of the
* returned object
* contains the route information.
*
*/
getRouteData: function () {
var i,
n,
that = this;
return $.ajax({
dataType: 'json',
url: this.getURL(),
data: this.requestData,
dataFilter: function (data, dataType) {
return data.replace(/NaN/g, '0');
},
success: function (data) {
that.routeData = data;
for (i = 0, n = that.callbacks.length; i < n; i++) {
that.callbacks[i].call(that);
}
}
});
},
/**
* Extracts the IDs from all segments on the route.
* @private
* @return {Array} Array containing an array of segment IDs for
* each route alternative.
*/
getRouteSegmentIDs: function () {
var i, j, route, len1, len2, segIDs = [],
routeArray = [],
data = this.routeData;
if ('undefined' !== typeof data.alternatives) {
for (i = 0, len1 = data.alternatives.length; i < len1; i++) {
route = data.alternatives[i].response.results;
for (j = 0, len2 = route.length; j < len2; j++) {
routeArray.push(route[j].path.segmentId);
}
segIDs.push(routeArray);
routeArray = [];
}
} else {
route = data.response.results;
for (i = 0, len1 = route.length; i < len1; i++) {
routeArray.push(route[i].path.segmentId);
}
segIDs.push(routeArray);
}
return segIDs;
},
/**
* Gets the URL to use for the ajax request based on country.
* @private
* @return {String} Relative URl to use for route ajax request.
*/
getURL: function () {
if (W.model.countries.get(235) || W.model.countries.get(40)) {
return '/RoutingManager/routingRequest';
} else if (W.model.countries.get(106)) {
return '/il-RoutingManager/routingRequest';
} else {
return '/row-RoutingManager/routingRequest';
}
},
/**
* Selects all segments on the route in the editor.
* @param {Integer} routeIndex The index of the alternate route.
* Default route to use is the first one, which is 0.
*/
selectRouteSegments: function (routeIndex) {
var i, n, seg,
segIDs = this.getRouteSegmentIDs()[Math.floor(routeIndex) || 0],
segments = [];
if ('undefined' === typeof segIDs) {
return;
}
for (i = 0, n = segIDs.length; i < n; i++) {
seg = W.model.segments.get(segIDs[i]);
if ('undefined' !== seg) {
segments.push(seg);
}
}
return W.selectionManager.select(segments);
}
};
};
function User(){
this.Rank = function(){
return W.loginManager.user.normalizedLevel;
};
this.Username = function(){
return W.loginManager.user.userName;
};
this.isCM = function(){
if(W.loginManager.user.editableCountryIDs.length > 0)
return true;
else
return false;
};
this.isAM = function(){
return W.loginManager.user.isAreaManager;
};
};
function Require(){
this.DragElement = function(){
var myDragElement = OL.Class({
started: !1,
stopDown: !0,
dragging: !1,
touch: !1,
last: null ,
start: null ,
lastMoveEvt: null ,
oldOnselectstart: null ,
interval: 0,
timeoutId: null ,
forced: !1,
active: !1,
initialize: function(e) {
this.map = e,
this.uniqueID = myDragElement.baseID--
},
callback: function(e, t) {
if (this[e])
return this[e].apply(this, t)
},
dragstart: function(e) {
e.xy = new OL.Pixel(e.clientX - this.map.viewPortDiv.offsets[0],e.clientY - this.map.viewPortDiv.offsets[1]);
var t = !0;
return this.dragging = !1,
(OL.Event.isLeftClick(e) || OL.Event.isSingleTouch(e)) && (this.started = !0,
this.start = e.xy,
this.last = e.xy,
OL.Element.addClass(this.map.viewPortDiv, "olDragDown"),
this.down(e),
this.callback("down", [e.xy]),
OL.Event.stop(e),
this.oldOnselectstart || (this.oldOnselectstart = document.onselectstart ? document.onselectstart : OL.Function.True),
document.onselectstart = OL.Function.False,
t = !this.stopDown),
t
},
forceStart: function() {
var e = arguments.length > 0 && void 0 !== arguments[0] && arguments[0];
return this.started = !0,
this.endOnMouseUp = e,
this.forced = !0,
this.last = {
x: 0,
y: 0
},
this.callback("force")
},
forceEnd: function() {
if (this.forced)
return this.endDrag()
},
dragmove: function(e) {
return this.map.viewPortDiv.offsets && (e.xy = new OL.Pixel(e.clientX - this.map.viewPortDiv.offsets[0],e.clientY - this.map.viewPortDiv.offsets[1])),
this.lastMoveEvt = e,
!this.started || this.timeoutId || e.xy.x === this.last.x && e.xy.y === this.last.y || (this.interval > 0 && (this.timeoutId = window.setTimeout(OL.Function.bind(this.removeTimeout, this), this.interval)),
this.dragging = !0,
this.move(e),
this.oldOnselectstart || (this.oldOnselectstart = document.onselectstart,
document.onselectstart = OL.Function.False),
this.last = e.xy),
!0
},
dragend: function(e) {
if (e.xy = new OL.Pixel(e.clientX - this.map.viewPortDiv.offsets[0],e.clientY - this.map.viewPortDiv.offsets[1]),
this.started) {
var t = this.start !== this.last;
this.endDrag(),
this.up(e),
this.callback("up", [e.xy]),
t && this.callback("done", [e.xy])
}
return !0
},
endDrag: function() {
this.started = !1,
this.dragging = !1,
this.forced = !1,
OL.Element.removeClass(this.map.viewPortDiv, "olDragDown"),
document.onselectstart = this.oldOnselectstart
},
down: function(e) {},
move: function(e) {},
up: function(e) {},
out: function(e) {},
mousedown: function(e) {
return this.dragstart(e)
},
touchstart: function(e) {
return this.touch || (this.touch = !0,
this.map.events.un({
mousedown: this.mousedown,
mouseup: this.mouseup,
mousemove: this.mousemove,
click: this.click,
scope: this
})),
this.dragstart(e)
},
mousemove: function(e) {
return this.dragmove(e)
},
touchmove: function(e) {
return this.dragmove(e)
},
removeTimeout: function() {
if (this.timeoutId = null ,
this.dragging)
return this.mousemove(this.lastMoveEvt)
},
mouseup: function(e) {
if (!this.forced || this.endOnMouseUp)
return this.started ? this.dragend(e) : void 0
},
touchend: function(e) {
if (e.xy = this.last,
!this.forced)
return this.dragend(e)
},
click: function(e) {
return this.start === this.last
},
activate: function(e) {
this.$el = e,
this.active = !0;
var t = $(this.map.viewPortDiv);
return this.$el.on("mousedown.drag-" + this.uniqueID, $.proxy(this.mousedown, this)),
this.$el.on("touchstart.drag-" + this.uniqueID, $.proxy(this.touchstart, this)),
$(document).on("mouseup.drag-" + this.uniqueID, $.proxy(this.mouseup, this)),
t.on("mousemove.drag-" + this.uniqueID, $.proxy(this.mousemove, this)),
t.on("touchmove.drag-" + this.uniqueID, $.proxy(this.touchmove, this)),
t.on("touchend.drag-" + this.uniqueID, $.proxy(this.touchend, this))
},
deactivate: function() {
return this.active = !1,
this.$el.off(".drag-" + this.uniqueID),
$(this.map.viewPortDiv).off(".drag-" + this.uniqueID),
$(document).off(".drag-" + this.uniqueID),
this.touch = !1,
this.started = !1,
this.forced = !1,
this.dragging = !1,
this.start = null ,
this.last = null ,
OL.Element.removeClass(this.map.viewPortDiv, "olDragDown")
},
adjustXY: function(e) {
var t = OL.Util.pagePosition(this.map.viewPortDiv);
return e.xy.x -= t[0],
e.xy.y -= t[1]
},
CLASS_NAME: "W.Handler.DragElement"
});
myDragElement.baseID = 0;
return myDragElement;
};
this.DivIcon = OpenLayers.Class({
className: null ,
$div: null ,
events: null ,
initialize: function(e, t) {
this.className = e,
this.moveWithTransform = !!t,
this.$div = $("<div />").addClass(e),
this.div = this.$div.get(0),
this.imageDiv = this.$div.get(0);
},
destroy: function() {
this.erase(),
this.$div = null;
},
clone: function() {
return new i(this.className);
},
draw: function(e) {
return this.moveWithTransform ? (this.$div.css({
transform: "translate(" + e.x + "px, " + e.y + "px)"
}),
this.$div.css({
position: "absolute"
})) : this.$div.css({
position: "absolute",
left: e.x,
top: e.y
}),
this.$div.get(0);
},
moveTo: function(e) {
null !== e && (this.px = e),
null === this.px ? this.display(!1) : this.moveWithTransform ? this.$div.css({
transform: "translate(" + this.px.x + "px, " + this.px.y + "px)"
}) : this.$div.css({
left: this.px.x,
top: this.px.y
});
},
erase: function() {
this.$div.remove();
},
display: function(e) {
this.$div.toggle(e);
},
isDrawn: function() {
return !!this.$div.parent().length;
},
bringToFront: function() {
if (this.isDrawn()) {
var e = this.$div.parent();
this.$div.detach().appendTo(e);
}
},
forceReflow: function() {
return this.$div.get(0).offsetWidth;
},
CLASS_NAME: "Waze.DivIcon"
});
};
function Util(){
/**
* Function to defer function execution until an element is present on
* the page.
* @function WazeWrapBeta.Util.waitForElement
* @param {String} selector The CSS selector string or a jQuery object
* to find before executing the callback.
* @param {Function} callback The function to call when the page
* element is detected.
* @param {Object} [context] The context in which to call the callback.
*/
this.waitForElement = function (selector, callback, context) {
var jqObj;
if (!selector || typeof callback !== 'function') {
return;
}
jqObj = typeof selector === 'string' ?
$(selector) : selector instanceof $ ? selector : null;
if (!jqObj.size()) {
window.requestAnimationFrame(function () {
WazeWrapBeta.Util.waitForElement(selector, callback, context);
});
} else {
callback.call(context || callback);
}
};
/**
* Function to track the ready state of the map.
* @function WazeWrapBeta.Util.mapReady
* @return {Boolean} Whether or not a map operation is pending or
* undefined if the function has not yet seen a map ready event fired.
*/
this.mapReady = function () {
var mapReady = true;
W.vent.on('operationPending', function () {
mapReady = false;
});
W.vent.on('operationDone', function () {
mapReady = true;
});
return function () {
return mapReady;
};
} ();
/**
* Function to track the ready state of the model.
* @function WazeWrapBeta.Util.modelReady
* @return {Boolean} Whether or not the model has loaded objects or
* undefined if the function has not yet seen a model ready event fired.
*/
this.modelReady = function () {
var modelReady = true;
W.model.events.register('mergestart', null, function () {
modelReady = false;
});
W.model.events.register('mergeend', null, function () {
modelReady = true;
});
return function () {
return modelReady;
};
} ();
};
function Interface() {
/**
* Generates id for message bars.
* @private
*/
var getNextID = function () {
var id = 1;
return function () {
return id++;
};
} ();
this.Shortcut = OL.Class(this, /** @lends WazeWrapBeta.Interface.Shortcut.prototype */ {
name: null,
desc: null,
group: null,
title: null,
shortcut: {},
callback: null,
scope: null,
groupExists: false,
actionExists: false,
eventExists: false,
defaults: {
group: 'default'
},
/**
* Creates a new {WazeWrapBeta.Interface.Shortcut}.
* @class
* @name WazeWrapBeta.Interface.Shortcut
* @param name {String} The name of the shortcut.
* @param desc {String} The description to display for the shortcut
* @param group {String} The name of the shortcut group.
* @param title {String} The title to display for this group in the Keyboard shortcuts list
* @param shortcut {String} The shortcut key(s). The shortcut
* should be of the form 'i' where i is the keyboard shortuct or
* include modifier keys such as 'CSA+i', where C = the control
* key, S = the shift key, A = the alt key, and i = the desired
* keyboard shortcut. The modifier keys are optional.
* @param callback {Function} The function to be called by the
* shortcut.
* @param scope {Object} The object to be used as this by the
* callback.
* @return {WazeWrapBeta.Interface.Shortcut} The new shortcut object.
* @example //Creates new shortcut and adds it to the map.
* shortcut = new WazeWrapBeta.Interface.Shortcut('myName', 'myGroup', 'C+p', callbackFunc, null).add();
*/
initialize: function (name, desc, group, title, shortcut, callback, scope) {
if ('string' === typeof name && name.length > 0 &&
'string' === typeof shortcut &&
'function' === typeof callback) {
this.name = name;
this.desc = desc;
this.group = group || this.defaults.group;
this.title = title;
this.callback = callback;
this.shortcut[shortcut] = name;
if ('object' !== typeof scope) {
this.scope = null;
} else {
this.scope = scope;
}
return this;
}
},
/**
* Determines if the shortcut's group already exists.
* @private
*/
doesGroupExist: function () {
this.groupExists = 'undefined' !== typeof W.accelerators.Groups[this.group] &&
undefined !== typeof W.accelerators.Groups[this.group].members;
return this.groupExists;
},
/**
* Determines if the shortcut's action already exists.
* @private
*/
doesActionExist: function () {
this.actionExists = 'undefined' !== typeof W.accelerators.Actions[this.name];
return this.actionExists;
},
/**
* Determines if the shortcut's event already exists.
* @private
*/
doesEventExist: function () {
this.eventExists = 'undefined' !== typeof W.accelerators.events.listeners[this.name] &&
W.accelerators.events.listeners[this.name].length > 0 &&
this.callback === W.accelerators.events.listeners[this.name][0].func &&
this.scope === W.accelerators.events.listeners[this.name][0].obj;
return this.eventExists;
},
/**
* Creates the shortcut's group.
* @private
*/
createGroup: function () {
W.accelerators.Groups[this.group] = [];
W.accelerators.Groups[this.group].members = [];
if(this.title && !I18n.translations.en.keyboard_shortcuts.groups[this.group]){
I18n.translations.en.keyboard_shortcuts.groups[this.group] = [];
I18n.translations.en.keyboard_shortcuts.groups[this.group].description = this.title;
I18n.translations.en.keyboard_shortcuts.groups[this.group].members = [];
}
},
/**
* Registers the shortcut's action.
* @private
*/
addAction: function () {
if(this.title)
I18n.translations.en.keyboard_shortcuts.groups[this.group].members[this.name] = this.desc;
W.accelerators.addAction(this.name, { group: this.group });
},
/**
* Registers the shortcut's event.
* @private
*/
addEvent: function () {
W.accelerators.events.register(this.name, this.scope, this.callback);
},
/**
* Registers the shortcut's keyboard shortcut.
* @private
*/
registerShortcut: function () {
W.accelerators._registerShortcuts(this.shortcut);
},
/**
* Adds the keyboard shortcut to the map.
* @return {WazeWrapBeta.Interface.Shortcut} The keyboard shortcut.
*/
add: function () {
/* If the group is not already defined, initialize the group. */
if (!this.doesGroupExist()) {
this.createGroup();
}
/* Clear existing actions with same name */
if (this.doesActionExist()) {
W.accelerators.Actions[this.name] = null;
}
this.addAction();
/* Register event only if it's not already registered */
if (!this.doesEventExist()) {
this.addEvent();
}
/* Finally, register the shortcut. */
this.registerShortcut();
return this;
},
/**
* Removes the keyboard shortcut from the map.
* @return {WazeWrapBeta.Interface.Shortcut} The keyboard shortcut.
*/
remove: function () {
if (this.doesEventExist()) {
W.accelerators.events.unregister(this.name, this.scope, this.callback);
}
if (this.doesActionExist()) {
delete W.accelerators.Actions[this.name];
}
//remove shortcut?
return this;
},
/**
* Changes the keyboard shortcut and applies changes to the map.
* @return {WazeWrapBeta.Interface.Shortcut} The keyboard shortcut.
*/
change: function (shortcut) {
if (shortcut) {
this.shortcut = {};
this.shortcut[shortcut] = this.name;
this.registerShortcut();
}
return this;
}
}),
this.Tab = OL.Class(this, {
/** @lends WazeWrapBeta.Interface.Tab */
TAB_SELECTOR: '#user-tabs ul.nav-tabs',
CONTENT_SELECTOR: '#user-info div.tab-content',
callback: null,
$content: null,
context: null,
$tab: null,
/**
* Creates a new WazeWrapBeta.Interface.Tab. The tab is appended to the WME
* editor sidebar and contains the passed HTML content.
* @class
* @name WazeWrapBeta.Interface.Tab
* @param {String} name The name of the tab. Should not contain any
* special characters.
* @param {String} content The HTML content of the tab.
* @param {Function} [callback] A function to call upon successfully
* appending the tab.
* @param {Object} [context] The context in which to call the callback
* function.
* @return {WazeWrapBeta.Interface.Tab} The new tab object.
* @example //Creates new tab and adds it to the page.
* new WazeWrapBeta.Interface.Tab('thebestscriptever', '<div>Hello World!</div>');
*/
initialize: function (name, content, callback, context) {
var idName, i = 0;
if (name && 'string' === typeof name &&
content && 'string' === typeof content) {
if (callback && 'function' === typeof callback) {
this.callback = callback;
this.context = context || callback;
}
/* Sanitize name for html id attribute */
idName = name.toLowerCase().replace(/[^a-z-_]/g, '');
/* Make sure id will be unique on page */
while (
$('#sidepanel-' + (i ? idName + i : idName)).length > 0) {
i++;
}
if (i) {
idName = idName + i;
}
/* Create tab and content */
this.$tab = $('<li/>')
.append($('<a/>')
.attr({
'href': '#sidepanel-' + idName,
'data-toggle': 'tab',
})
.text(name));
this.$content = $('<div/>')
.addClass('tab-pane')
.attr('id', 'sidepanel-' + idName)
.html(content);
this.appendTab();
}
},
append: function (content) {
this.$content.append(content);
},
appendTab: function () {
WazeWrapBeta.Util.waitForElement(
this.TAB_SELECTOR + ',' + this.CONTENT_SELECTOR,
function () {
$(this.TAB_SELECTOR).append(this.$tab);
$(this.CONTENT_SELECTOR).first().append(this.$content);
if (this.callback) {
this.callback.call(this.context);
}
}, this);
},
clearContent: function () {
this.$content.empty();
},
destroy: function () {
this.$tab.remove();
this.$content.remove();
}
});
this.AddLayerCheckbox = function(group, checkboxText, checked, callback){
var groupPrefix = 'layer-switcher-group_';
var groupClass = groupPrefix + group.toLowerCase();
var checkboxID = "layer-switcher-item_" + checkboxText.toLowerCase().replace(/\s/g, '_');
//W.app.on('change:mode', createLayerCheckbox)
var groupChildren = $("."+groupClass).parent().parent().find('.children')
$li = $('<li>');
$li.html([
'<div class="controls-container toggler">',
'<input type="checkbox" class="toggle" id="' + checkboxID + '">',
'<label for="' + checkboxID + '"><span class="label-text">' + checkboxText + '</span></label>',
'</div>',
].join(' '));
groupChildren.append($li);
$('.' + checkboxID).change(callback);
};
};
}.call(this));
