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How to use cs method in wpt

Best JavaScript code snippet using wpt

grid.js

Source:grid.js

1class grid  {2    3    constructor(){4        this._gridCells = new Array;5        this._solidCell = new cell(-2,-2);6        this._openCell = new cell(-2,-2);7        this.newGrid();8    }9    10    newGrid() {11        this._openCell._solid = false;12        this._openCell._isDrawn = false;13        this._solidCell._isDrawn = false;14        for (var i = 0; i < mh; i++) {15            for (var j = 0; j < mw; j++) {16                let c = new cell(j,i);17                this.setCell(j, i, c);18            }19        }20    }21    // get a specific cell22    getCell(x,y) { 23        if(x<0 || y<0 || x>=mw || y>=mh) return this._openCell    24        return this._gridCells[ x+ mw* y]; 25    }26    // puts a cell in the grid27    setCell(x,y,gridCell) { this._gridCells[x+ mw* y] = gridCell;}28    // checks to see if the cell in this location is solid29    isSolid(x,y){ return this.getCell(x,y)._solid};30    // checks to see if the cell in this location is open31    isOpen(x,y){ return !this.getCell(x,y)._solid};32    // checks to see if the cell in this location is open33    mustCarve(x,y){ return this.getCell(x,y)._mustCarve};34    // makes the cell in this location open35    setOpen(x,y){ this.getCell(x,y)._solid = false;}36    // makes the cell in this location solid37    setSolid(x,y){ this.getCell(x,y)._solid = true;}38    // puts an item in the cell39    setItem(x,y,o) { this.getCell(x,y)._mapItem = o;}40    // gets an item in the cell41    getItem(x,y) { return this.getCell(x,y)._mapItem;}42    // removes an item in the cell43    removeItem(x,y) { this.getCell(x,y)._mapItem = null; }44    // check if it has an item45    hasItem(x,y) { if( (this.getCell(x,y)._mapItem != null) || (this.isSolid(x,y)) ) return true; else return false;}46 47    // // puts an Monster in the cell48    // setMonster(x,y,o) { this.getCell(x,y)._mapMonster = o;}49    // // gets an Monster in the cell50    // getMonster(x,y) { return this.getCell(x,y)._mapMonster;}51    // // removes an Monster in the cell52    // removeMonster(x,y) { this.getCell(x,y)._mapMonster = null; }53    // // check if it has an Monster54    // hasMonster(x,y) { if( (this.getCell(x,y)._mapMonster != null) || (this.isSolid(x,y)) ) return true; else return false;}55     56    // stops a cell from being carvable57    setNoCarve(x,y){ if(!this.getCell(x,y)._mustCarve) {this.getCell(x,y)._noCarve = true;}}58    setMustCarve(x,y){ this.getCell(x,y)._mustCarve = true;}59    addObjects(n){60        for(let i=0; i<n; i++)61        {62            let i = il.makeItem()63            //console.log(i);64            i.placeObject(); 65        }66    }67    createMap(){68        this.newGrid();69        let i,j,k,l;70        let x,y,w,h;71        for(i=0; i<3; i++){72            for(j=0; j<3; j++){73                if(Math.random()<roomPC)74                {75                    w = getRandom(mw/9,Math.floor(mw/4));76                    h = getRandom(mh/9,Math.floor(mh/4));77                    x = getRandom(3+Math.floor(mw/3)*i,Math.floor(mw/3)*i + Math.floor((mw/3 - w)/2));78                    y = getRandom(3+Math.floor(mh/3)*j,Math.floor(mh/3)*j +Math.floor((mh/3 - h)/2));79                    for(k=x; k<x+w; k++){80                        for(l=y; l<y+h; l++)81                            this.setMustCarve(k,l);82                            //this.setOpen(x,y);83                        }84                    }85                }86            }87            this.carveCell(Math.floor(mw/2), Math.floor(mh/2),"n");88    89            for(i=0; i<mw; i++){90                for(j=0; j<mh-1; j++){91                    if (this.isSolid(i,j) && this.isOpen(i,j+1)){92                        this.getCell(i,j)._wall = true;93                    }94                }95            }96    }97    drawMap() {98        for (var i = 0; i < mw-1; i++) {99            for (var j = 0; j < mh-1; j++) {100                this.drawCellImage(i,j);101                this.getCell(i,j).draw();102            }103        }104    }105    carveCell(x,y,d) {106        // if the cell is already carved it should not be carved again107        if(this.isOpen(x,y) || this.getCell(x,y)._noCarve ) return false;108        109        // if the cell was a must carve cell it is always carved110        if(!this.mustCarve(x,y))111        {112            if (deadEndPC > Math.random()) return false;113            // if the cell is not must carve then we check the two diagonal neighbours in the direction of the carve114            // if they are both open carve.  this prevents diagonal corners115            if(d=="n")116            {117                if( this.isOpen(x-1,y-1) || this.isOpen(x+1,y-1) ) return false;118                if(  (this.isOpen(x-1,y) || this.isOpen(x+1,y) || this.isOpen(x,y-1) ) && (Math.random() > joinPC)) return false;              119                if(  (this.isOpen(x-2,y) || this.isOpen(x+2,y) ) && (Math.random() < sideAvoidPC)) return false;120                if(  (this.isOpen(x,y-2) || this.isOpen(x,y-3) ) && (Math.random() < forwardAvoidPC)) return false;          121            }122            if(d=="s")123            {124                if( this.isOpen(x-1,y+1) || this.isOpen(x+1,y+1)) return false;125                if(  (this.isOpen(x-1,y) || this.isOpen(x+1,y) || this.isOpen(x,y+1) ) && (Math.random() > joinPC)) return false;               126                if(  (this.isOpen(x-2,y) || this.isOpen(x+2,y) ) && (Math.random() < sideAvoidPC)) return  false;             127                if(  (this.isOpen(x,y+2) || this.isOpen(x,y+3) ) && (Math.random() < forwardAvoidPC)) return false;                 128            }129            if(d=="e")130            {131                if(this.isOpen(x+1,y-1) || this.isOpen(x+1,y+1) ) return  false;132                if( (this.isOpen(x,y+1) || this.isOpen(x,y-1) || this.isOpen(x+1,y) ) && (Math.random() > joinPC)) return  false;133                if( (this.isOpen(x,y+2) || this.isOpen(x,y-2) || this.isOpen(x+2,y) ) && (Math.random() < sideAvoidPC)) return false;134                if(  (this.isOpen(x+2,y) || this.isOpen(x+3,y) ) && (Math.random() < forwardAvoidPC)) return false;                 135                 136            }137            if(d=="w")138            {139                if(this.isOpen(x-1,y-1) || this.isOpen(x-1,y+1)) return false;140                if( (this.isOpen(x,y+1) || this.isOpen(x,y-1) || this.isOpen(x-1,y) ) && (Math.random() > joinPC)) return false;141                if( (this.isOpen(x,y+2) || this.isOpen(x,y-2) || this.isOpen(x-2,y) ) && (Math.random() < sideAvoidPC)) return false;142                if(  (this.isOpen(x-2,y) || this.isOpen(x-3,y) ) && (Math.random() < forwardAvoidPC)) return false;                 143  144            145            }146        }147        148        // if we have not returned we should carve the cell149        this.setOpen(x,y);150        if(deadSidesPC > Math.random()){151            switch(d){152                case "n", "s" : this.setNoCarve(x-1,y); this.setNoCarve(x+1,y); this.setNoCarve(x-2,y); this.setNoCarve(x+2,y)153                break;154                case "e", "w" : this.setNoCarve(x,y+1); this.setNoCarve(x,y-1); this.setNoCarve(x,y+2); this.setNoCarve(x,y-2);155                break;156            }157        }158        let success= false;159        // recursively carve the next cell160        while(d != "x"){161            if ((Math.random() > constDir)) d = ".";162            163            d = this.getCell(x,y).getDirection(d);164            //console.log(d);165            switch(d){166                case "n" : if (this.carveCell(x,y-1,d)) success =true;167                break;168                case "s" : if (this.carveCell(x,y+1,d)) success = true;169                break;170                case "e" : if (this.carveCell(x+1,y,d)) success = true;171                break;172                case "w" : if(this.carveCell(x-1,y,d)) success = true;173                break;174                175                case "x" : 176                break;177                default: console.log("carve error "); console.log(d);  d="x"; 178                break;179            }180            181        182        }183        if (!success  && !this.mustCarve(x,y) )184        {185            // it was a one stick long dead end186            this.setSolid(x,y);187            this.setNoCarve(x,y);188            //console.log("r");189        }190        191        return true;192    }193    createRoom(x,y,h,w){194        let i,j;195        for(i = x; i<x+w; i ++){196            for( j = y; j<y+h; j++){197                this.setMustCarve(i,j);198            }199        }200    }201    drawCellImage(x,y)202    {203        let cell = this.getCell(x,y);204        if (cell._isDrawn) return;205        let c = document.createElement("canvas");206        c.width = cs;207        c.height = cs;208        let ctx = c.getContext("2d");209        210    211        if (cell._solid)212        {213            ctx.fillStyle = colSolid;214            ctx.fillRect(0,0, cs, cs);215            // check if it a wall by looking at the one below to see if it is open216 217            if(cell._wall)218            {219                ctx.fillStyle = colWall;220                ctx.fillRect(0,cs/2, cs, cs/2);   221                ctx.strokeStyle = colVeryDarkSolid;222                ctx.beginPath();223                ctx.moveTo(0,cs)224                ctx.lineTo(cs,cs)225                ctx.stroke();226                ctx.fillStyle = colDarkSolid;227                ctx.fillRect(0,3*cs/8,cs, cs/8);   228                // check to see if it needs half length sides229                if(!this.getCell(x-1,y)._solid)230                {231                    ctx.fillStyle = colDarkSolid;232                    ctx.fillRect(0,0,cs/8, cs/2);   233                }234                if(!this.getCell(x+1,y)._solid)235                {236                    ctx.fillStyle = colDarkSolid;237                    ctx.fillRect(7*cs/8,0,cs/8, cs/2);   238                }  239            }240            else241            // check to see if it needs sidings on either side because they are open242            {243                if(!this.getCell(x-1,y)._solid && x>0)244                {245                    ctx.fillStyle = colDarkSolid;246                    ctx.fillRect(0,0,cs/8, cs);   247                }248                if(!this.getCell(x+1,y)._solid)249                {250                    ctx.fillStyle = colDarkSolid;251                    ctx.fillRect(7*cs/8,0,cs/8, cs);   252                }253                if(this.getCell(x-1,y)._wall )254                {255                    ctx.fillStyle = colDarkSolid;256                    ctx.fillRect(0,3*cs/8,cs/8, 5 * cs/4);   257                }258                if(this.getCell(x+1,y)._wall )259                {260                    ctx.fillStyle = colDarkSolid;261                    ctx.fillRect(7*cs/8,3*cs/8,cs/8, 5*cs/8);   262                }        263            }264        }265        else266        {267            268            //an open tile269            if(cell._mustCarve)270            {271                // its a room272                ctx.fillStyle = colOpenMed;273                ctx.fillRect(0,0, cs, cs);274                ctx.beginPath();275                ctx.moveTo(cs/8,cs/8);276                ctx.lineTo(7*cs/8,cs/8);277                ctx.lineTo(7*cs/8,7*cs/8)278                ctx.strokeStyle = colOpenLight;279                ctx.stroke();280                ctx.beginPath();281                ctx.moveTo(7*cs/8,7*cs/8)282                ctx.lineTo(cs/8,7*cs/8);283                ctx.lineTo(cs/8,cs/8)284                ctx.strokeStyle = colOpenDark;285                ctx.stroke();286            }287            else288            {289                 ctx.fillStyle = colOpenMed;290                 ctx.fillRect(0,0, cs, cs);291                ctx.fillStyle = colOpenMed;292                let r;293                for (let ii=0; ii<cs;ii+=cs/8){ for(let jj=0; jj<cs; jj+=cs/8){294                    r = Math.random()295                    if( r<0.33 ) {296                        ctx.fillStyle = colOpenGrav;297                        ctx.fillRect(ii,jj,cs/8,cs/8);298                    }299                    else if(r<.66){300                         ctx.fillStyle = colOpenLight;301                        ctx.fillRect(ii,jj,cs/8,cs/8);302                    }303                }}304                ctx.fillStyle = colOpenMed;305                //ctx.fillRect(0,0, cs, cs);306                //ctx.lineWidth = 2;307                ctx.beginPath();308                ctx.moveTo(cs/8,cs/8);309                ctx.lineTo(7*cs/8,cs/8);310                ctx.lineTo(7*cs/8,7*cs/8)311                ctx.strokeStyle = colOpenLight;312                ctx.stroke();313                ctx.beginPath();314                ctx.moveTo(7*cs/8,7*cs/8)315                ctx.lineTo(cs/8,7*cs/8);316                ctx.lineTo(cs/8,cs/8)317                ctx.strokeStyle = colOpenDark;318                ctx.stroke();319            }320            321            // check to see if we have a solid below us that overhangs322            if(this.getCell(x,y+1)._solid )323            {324                ctx.fillStyle = colDarkSolid;325                ctx.fillRect(0,7*cs/8,cs,cs/8);   326            }327        }328        329        330        cell._imgSrc = ctx.getImageData(0,0,cs,cs);331    }332}333// resize334window.addEventListener("resize", resizeCanvasOrigin);335// grid helper functions336function resizeCanvasOrigin(){337    setCanvasOrigin(char._x,char._y);338    //console.log("inner,outer",window.innerWidth, window.outerWidth);339}340function setCanvasOrigin(x,y){341    //console.log(x,x*cs,window.innerWidth/2);342    // chrome version343    let xo = -x * cs + window.innerWidth/2 - 0.5*cs;  // cs/2 is so that the origin of the chacter is aligned to the cell344    // explorer version - scroll bar is driving the difference345    //let xo = -x * cs + window.innerWidth/2 - cs;  // cs/2 is so that the origin of the chacter is aligned to the cell346    let yo = -y * cs + window.innerHeight/2 - 0.5*cs ;347    document.getElementById("grid").style.left = xo+"px";348    document.getElementById("grid").style.top = yo+"px";349   350    tctx.putImageData(ctx.getImageData(x*cs,y*cs,cs,cs),0,0);351    tim.src = tc.toDataURL();352   353    tim.onload = function(){drawscalledimage()}354   355    //console.log(xo,yo);  356}357function drawscalledimage()358{359    hlctx.drawImage( tim , 0,0);360}361// function moveGrid(x0,y0,x1,y1,time,steps, bounce){ //time in ms362//     let dx = (x1 - x0)/steps;363//     let dy = (y1 - y0)/steps;364//     if (bounce) {dx /= 2; dy /=2; }365//     let ts = time/steps;366//     moving = true;367//     let stepCount=0;368    369//     //var elem = document.getElementById("grid");370//     var id = setInterval(frame,time/steps);371//     function frame() {372//         stepCount++;373//         if (stepCount>steps) {374//           clearInterval(id);375//           moving=false;376//           setCanvasOrigin(x1,y1)377//         } else {378//             x0+=dx;379//             y0+=dy;380//             setCanvasOrigin(x0,y0)381//             // now lets move the monsters382//             for(let i=mons.length-1;i>=0; i--){383//                 if(mons[i]._moving) mons[i].redrawObjBackground();384//             }    385//             for(let i=0; i< mons.length; i++){386//                 mons[i].move(stepCount);387//             }    388//         }389   390//     }391    ...

SyncModel.js

Source:SyncModel.js

1// this model is used to extend the user's own model.2// it adds the replication state.3Ext.data.SyncModel= {4	5	STATE: '_state',6	TOMBSTONE: '_ts',7	OID: '_oid',8	REF: '_ref',9	MODEL: '_model',10	11	state: undefined,12	13	createReplStorageModel: function(modelName) { // create the storage model, based on the user model14		var augmented_fields= this.fields.items.slice(0);15		augmented_fields= augmented_fields.concat([16			{name: '_state'},17			{name: '_ts'},18			{name: '_oid'},19			{name: '_ref'},20			{name: '_model'}21		]);22		// JCM could the local storage proxy be added to the storage model...?23		var StorageModel= Ext.regModel("Sencha.StorageModel."+modelName, {24			fields: augmented_fields,25			idProperty: Ext.data.SyncModel.OID26		});27		28		return StorageModel;29  },30	oid: function() {31		return this.data[Ext.data.SyncModel.OID];32	},33	ref: function() {34		return this.data[Ext.data.SyncModel.REF];35	},36	37	userData: function() {38		var r= {};39		for(var i in this.data) {40			if (i[0]!=="_") {41				r[i]= this.data[i];42			}43		}44		return r;45	},46	47	isSystemModel: function() {48		var model_name= this.data[Ext.data.SyncModel.MODEL];49		return model_name!==undefined && model_name.indexOf("Ext.data.",0)===0;50	},51	changeReplicaNumber: function(old_replica_number,new_replica_number) {52		this.setup();53		var changed= false;54		this.forEachCS(this.state,function(cs) {55			var t= cs.changeReplicaNumber(old_replica_number,new_replica_number)56			changed= changed || t;57			return cs;58		},this);59		var v= this.oid();60		if (v) {61			var id_cs= new Ext.data.CS(v);62			if (id_cs.changeReplicaNumber(old_replica_number,new_replica_number)) {63				this.data[Ext.data.SyncModel.OID]= id_cs.to_s();64				changed= true;65			}66		}67		return changed;68	},69	setCreateState: function(generator) {70		this.state= {};71		var cs= generator();72		this.setPair(Ext.data.SyncModel.OID,cs.to_s(),cs);73		this.forEachValue(this.data,[],function(path,value) {74			if (path[0]!==Ext.data.SyncModel.OID) {75				this.setCS(path,generator());76			}77		},this);78	},79	80	setUpdateState: function(generator) {81		var changes= this.getChanges();82		for (name in changes) {83			if (name!==Ext.data.SyncModel.STATE && name!==Ext.data.SyncModel.OID) {84				this.setUpdateStateValue([name],this.modified[name],changes[name],generator);85			}86		}87	},88	89	setUpdateStateValue: function(path,before_value,after_value,generator) {90		//console.log('setUpdateStateValue',path,before_value,after_value)91		if (this.isComplexValueType(after_value)) {92			if (before_value) {93				var added= {};94				if (this.isComplexValueType(before_value)) {95					if (this.valueType(before_value)===this.valueType(after_value)) {96						added= Ext.data.utilities.minus(after_value,before_value);97						var changed= Ext.data.utilities.intersection(after_value,before_value);98						for(var name2 in changed) {99							if (changed.hasOwnProperty(name2)) {							100								if (before_value[name2]!==after_value[name2]) {101									added[name2]= after_value[name2]102								}103							}104						}105					} else {106						added= after_value;107						this.setCS(path,generator()); // value had a different type before, a complex type108					}109				} else {110					added= after_value;111					this.setCS(path,generator()); // value had a different type before, a primitive type112				}113			} else {114				added= after_value;115				this.setCS(path,generator()); // value didn't exist before116			}117			for(var name2 in added) {118				if (added.hasOwnProperty(name2)) {119					var next_before_value= before_value ? before_value[name2] : undefined;120					this.setUpdateStateValue(path.concat(name2),next_before_value,after_value[name2],generator);121				}122			}123		} else {124			this.setCS(path,generator()); // value has a primitive type125		}126	},127	setDestroyState: function(generator) {128		var cs= generator();129		this.data[Ext.data.SyncModel.TOMBSTONE]= cs.to_s();130		this.setCS(Ext.data.SyncModel.TOMBSTONE,cs);131	},132	isNotDestroyed: function() { // test if a record has been deleted133		var t= this.data[Ext.data.SyncModel.TOMBSTONE]134		return (t===undefined || t==='');135	},136	137	getUpdates: function(csv) {138		//console.log('updates',Ext.encode(csv))139		this.setup();140		var updates= [];141		var oid= this.oid();142		this.forEachPair(this.data,this.state,[],[],function(path,values,cs){143			if (cs) {144				var cs2= csv.get(cs);145				if (!cs2 || cs2.lessThan(cs)) {146					updates.push({147						i: oid,148						p: path.length==1 ? path[0] : path, 149						v: values.length==1 ? values[0] : values, 150						c: cs151					});152				}153			}154		},this);155		//console.log('updates =>',Ext.encode(updates))156		return updates;157	},158	159	putUpdate: function(update) {160		//console.log('applyUpdate',update)161		return this.setPair(update.p,update.v,update.c);162	},163	164	equals: function(r) {165		this.forEachPair(this.data,this.state,[],[],function(path,values,cs) {166			var p= r.getPair(path);167			var value= values[values.length-1];168			if (!(cs.equals(r.c) && value===r.v)) {169				return false;170			}171		},this);172		return true;173	},174	forEachPair: function(data,state,path,values,callback,scope) {175		//console.log('forEachPair',Ext.encode(data),Ext.encode(state),Ext.encode(path),Ext.encode(values));176		this.setup();177		for(var name in state) {178			if (state.hasOwnProperty(name)) {179				var new_state= state[name];180				var new_data= data[name];181				var new_path= path.concat(name);182				var new_data_type= this.valueType(new_data);183				var new_value;184				switch (new_data_type) {185					case 'object':186						new_value= {};187						break;188					case 'array':189						new_value= [[]];190						break;191					default:192						new_value= new_data;193				}194				var new_values= values.concat(new_value);195				switch (this.valueType(new_state)) {196					case 'string':197						callback.call(scope,new_path,new_values,new Ext.data.CS(new_state));198						break;199					case 'array':200						switch (new_data_type) {201							case 'undefined':202								console.log('Warning - There was no data for the state at path',new_path);203								console.log('Warning -',Ext.encode(this.data));204								break;205							case 'object':206							case 'array':207								callback.call(scope,new_path,new_values,new Ext.data.CS(new_state[0])); // [cs,state]208								this.forEachPair(new_data,new_state[1],new_path,new_values,callback,scope); // [cs,state]209								break;210							default:211								callback.call(scope,new_path,new_values,new Ext.data.CS(new_state[0])); // [cs,state]212								break;213						}214						break;215				}216			}217		}218	},	219			220	forEachValue: function(data,path,callback,scope) {221    var n, v;222		for(n in data) {223			if (data.hasOwnProperty(n)) {224				v= data[n];225				if (v!==this.state) {226					var path2= path.concat(n);227					callback.call(scope,path2,v);228					if (this.isComplexValueType(v)) {229						this.forEachValue(v,path2,callback,scope);230					}231				}232			}233		}234	},235	getCSV: function() {236		var csv= new Ext.data.CSV();237		this.forEachCS(this.state,function(cs) {238			csv.add(cs);239		},this);240		return csv;241	},242	forEachCS: function(state,callback,scope) {243		for(name in state) {244			if (state.hasOwnProperty(name)) {245				var next_state= state[name];246				switch (this.valueType(next_state)) {247					case 'string':248						var cs= callback.call(scope,new Ext.data.CS(next_state));249						if (cs) { state[name]= cs.to_s(); }250						break;251					case 'array':252						var cs= callback.call(scope,new Ext.data.CS(next_state[0]));253						if (cs) { state[name][0]= cs.to_s(); } // [cs,state]254						this.forEachCS(next_state[1],callback,scope); // [cs,state]255						break;256				}257			}258		}259	},260	getCS: function(path) {261		this.setup();262		var state= this.state;263		if (Ext.isArray(path)) {264			var l= path.length;265			var e= l-1;266			for(var i=0;i<l;i++) {267				var name= path[i];268				if (i===e) {269					return this.do_getCS(state,name);270				} else {271					state= this.do_getState(state,name);272				}273			}274		} else {275			return this.do_getCS(state,path);276		}277	},278	279	do_getCS: function(state,name) {280		var cs= undefined;281		var state= state[name];282		if (state) {283			switch (this.valueType(state)) {284				case 'string':285					cs= new Ext.data.CS(state);286					break;287				case 'array':288					cs= new Ext.data.CS(state[0]); // [cs,state]289					break;290				default:291					console.log("Error - SyncModel - do_getCS - unexpected type in state for",name,":",typeof state,state);292					console.log('state',Ext.encode(this.data));293					cs= new Ext.data.CS();294					break;295			}296		} // else undefined297		return cs;298	},299	setCS: function(path,cs) {300		//console.log('setCS',Ext.isArray(path) ? path.join() : path,cs.to_s())301		this.setup();302		var state= this.state;303		if (Ext.isArray(path)) {304			var l= path.length;305			var e= l-1;306			for(var i=0;i<l;i++) {307				var name= path[i];308				if (i===e) {309					this.do_setCS(state,name,cs);310				} else {311					state= this.do_getState(state,name);312				}313			}314		} else {315			this.do_setCS(state,path,cs);316		}317	},318	319	do_setCS: function(state,name,cs) {320		var cs_s= (cs instanceof Ext.data.CS) ? cs.to_s() : cs;321		var state2= state[name];322		if (state2) {323			switch (this.valueType(state2)) {324				case 'string':325					state[name]= cs_s;326					break;327				case 'array':328					state2[0]= cs_s; // [cs,state]329					break;330				default:331					console.log("Error - SyncModel - do_setCS - unexpected type in state for",name,":",typeof state2,state2);332					console.log('state',Ext.encode(state));333					console.log('name',name,'cs',cs_s);334					state[name]= cs_s;335			}336		} else {337			state[name]= cs_s;338		}339		//console.log('do_setCS',name,cs_s,Ext.encode(state))340	},341	getPair: function(path) {342		this.setup();343		var data= this.data;344		var state= this.state;345		if (Ext.isArray(path)) {346			var l= path.length;347			var e= l-1;348			for(var i=0;i<l;i++) {349				var name= path[i];350				if (i===e) {351					return {352						v: data ? data[name] : data,353						c: this.do_getCS(state,name)354					};355				} else {356					state= this.do_getState(state,name);357					data= data ? data[name] : data;358				}359			}360		} else {361			return {362				v: data[path],363				c: this.do_getCS(state,path)364			};365		}366	},367			368	setPair: function(path,values,new_cs) {369		//console.log('setPair',Ext.encode(path),Ext.encode(values),Ext.encode(new_cs));370		//console.log('setPair',Ext.encode(this.data));371		var changed= false;372		this.setup();373		if (!Ext.isArray(path)) {374			path= [path];375			values= [values];376		}377		var data= this.data;378		var state= this.state;379		var l= path.length;380		var e= l-1;381		for(var i=0;i<l;i++) {382			var name= path[i];383			var new_value= values[i]; 384			var old_cs= this.do_getCS(state,name);385			var old_value= data[name];386			var old_value_type= this.valueType(old_value);387			var new_value_type= this.valueType(new_value);388			var sameComplexType= 389				((old_value_type==='object' && new_value_type==='object') ||390				(old_value_type==='array' && new_value_type==='array'));391			if (old_cs) {392				if (new_cs.greaterThan(old_cs)) {393					if (sameComplexType) {394						new_value= undefined; // re-assert, don't overwrite395					}396					// new_cs is gt old_cs, so accept update397					if (this.do_setPair(data,state,name,new_value,new_cs)) {398						changed= true;399					}400				} else {401					// new_cs is not gt old_cs402					if (sameComplexType) {403						// but this value type along the path is the same, so keep going... 404					} else {405						// and this type along the path is not the same, so reject the update.406						return changed;407					}408				}409			} else {410				// no old_cs, so accept update411				if (this.do_setPair(data,state,name,new_value,new_cs)) {412					changed= true;413				}414			}415			if (i!==e) {416				data= this.do_getData(data,name);417				state= this.do_getState(state,name,new_cs);418			}419		}420		//console.log('setPair => ',Ext.encode(this.data));421		return changed;422	},423	424	do_getState: function(state,name,cs) {425		var next_state= state[name];426		switch (this.valueType(next_state)) {427			case 'undefined':428				var new_state= {};429				state[name]= [cs,new_state];430				state= new_state;431				break;432			case 'string':433				var new_state= {};434				state[name]= [next_state,new_state];435				state= new_state;436				break;437			case 'array':438				state= next_state[1];439				break;440			default:441				throw "Error - SyncModel - do_getState - unexpected type in state: "+(typeof next_state)+" "+next_state442		}443		return state;444	},445	446	do_setPair: function(data,state,name,new_value,new_cs) {447		var changed= false;448		if (new_value!==undefined) {449			this.do_setData(data,name,new_value)450			changed= true;451		}452		if (new_cs!==undefined) { 453			this.do_setCS(state,name,new_cs);454			changed= true;455		}456		return changed;457	},458	459	do_getData: function(data,name) {460		return data[name];461	},462	do_setData: function(data,name,value) {463		//console.log(Ext.encode(data),"[",name,"]=",Ext.encode(value));464		data[name]= value;465	},466	467	valueType: function(value) { // returns undefined, number, boolean, string, object, array468		var t= typeof value;469		if (t==='object' && (value instanceof Array)) {470			t= 'array';471		}472		return t;473	},474	475	valueEquals: function(v1,v2) {476		var r= false;477		var t1= this.valueType(v1);478		var t2= this.valueType(v2);479		if (t1===t2) {480			switch (t1) {481			case 'object':482			case 'array':483				r= Ext.encode(v1)===Ext.encode(v2); // JCM I'm sure there's a better way to do this...484				break;485			default:486				r= v1===v2;487			}488		}489		return r;490	},491	492	isComplexValueType: function(value) { // return true for an object or an array493		return (typeof value==='object');494	},495	496	setup: function() {497		this.data[Ext.data.SyncModel.STATE]= this.data[Ext.data.SyncModel.STATE] || {};498		this.state= this.data[Ext.data.SyncModel.STATE];499	}500		...

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1var wpt = require('webpagetest');2    if (err) {3        return console.error(err);4    }5    wpt.getTestStatus(data.data.testId, function(err, data) {6        if (err) {7            return console.error(err);8        }9        console.log(data);10    });11});

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1var wptools = require('wptools');2var wiki = wptools.page('Albert Einstein');3wiki.get(function(err, resp) {4  if (!err) {5    console.log(resp);6  }7});8var wptools = require('wptools');9var wiki = wptools.page('Albert Einstein');10wiki.get(function(err, resp) {11  if (!err) {12    console.log(resp);13  }14});15var wptools = require('wptools');16var wiki = wptools.page('Albert Einstein');17wiki.get(function(err, resp) {18  if (!err) {19    console.log(resp);20  }21});22var wptools = require('wptools');23var wiki = wptools.page('Albert Einstein');24wiki.get(function(err, resp) {25  if (!err) {26    console.log(resp);27  }28});29var wptools = require('wptools');30var wiki = wptools.page('Albert Einstein');31wiki.get(function(err, resp) {32  if (!err) {33    console.log(resp);34  }35});36var wptools = require('wptools');37var wiki = wptools.page('Albert Einstein');38wiki.get(function(err, resp) {39  if (!err) {40    console.log(resp);41  }42});43var wptools = require('wptools');44var wiki = wptools.page('Albert Einstein');45wiki.get(function(err, resp) {46  if (!err) {47    console.log(resp);48  }49});50var wptools = require('wptools');51var wiki = wptools.page('Albert Einstein');52wiki.get(function(err, resp) {53  if (!err) {54    console.log(resp);55  }56});57var wptools = require('wpt

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1var wptoolkit = require('wptoolkit');2var cs = wptoolkit.cs;3var cs = require('wptoolkit').cs;4var wptoolkit = require('wptoolkit');5var cs = wptoolkit.cs;6var cs = require('wptoolkit').cs;7var cs = require('wptoolkit').cs;8var cs = require('wptoolkit').cs;9var cs = require('wptoolkit').cs;10var cs = require('wptoolkit').cs;11var cs = require('wptoolkit').cs;12var cs = require('wptoolkit').cs;13var cs = require('wptoolkit').cs;14var cs = require('wptoolkit').cs;15var wptoolkit = require('wptoolkit');16var cs = wptoolkit.cs;17var cs = require('wptoolkit').cs;18var cs = require('wptoolkit').cs;19var wptoolkit = require('wptoolkit');20var cs = wptoolkit.cs;21var cs = require('wptoolkit').cs;

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.8d0b7c9e9b1f1f4f8d4e4b4e4c4b4e4');3  if (err) return console.error(err);4  console.log(data);5});6var wpt = require('webpagetest');7var wpt = new WebPageTest('www.webpagetest.org', 'A.8d0b7c9e9b1f1f4f8d4e4b4e4c4b4e4');8  if (err) return console.error(err);9  console.log(data);10});11var wpt = require('webpagetest');12var wpt = new WebPageTest('www.webpagetest.org', 'A.8d0b7c9e9b1f1f4f8d4e4b4e4c4b4e4');13  if (err) return console.error(err);14  console.log(data);15});16var wpt = require('webpagetest');17var wpt = new WebPageTest('www.webpagetest.org', 'A.8d0b7c9e9b1f1f4f8d4e4b4e4c4b

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.