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How to use onFinished method in qawolf

Best JavaScript code snippet using qawolf

VisualEffects.js

Source:VisualEffects.js

1/**2 * @module Match3 */4(function(namespace, M) {5	/**6	 * @class Particle7	 * @namespace visual8	 * @constructor9	 * @param {Vector2d} origin10	 * @param {Vector2d} destination11	 * @param {float} width12	 * @param {float} height13	 * @param {String} fillStyle14	 */15	function Particle(origin, destination, width, height, fillStyle) {16		this.angle = 0;17		this._rotationSpeed = 0.1;18		this.speed = 0.05;19		this.vanishRate = 0.005;20		this.alpha = 1;21		this.setPath(origin, destination);22		this.setWidth(width);23		this.setHeight(height);24	}25	/**26	 * @method setWidth27	 * @param {float} width28	 */29	Particle.prototype.setWidth = function(width) {30		this._halfWidth = width / 2;31	};32	/**33	 * @method setHeight34	 * @param {float} height35	 */36	Particle.prototype.setHeight = function(height) {37		this._halfHeight = height / 2;38	};39	/**40	 * @method setPath41	 * @param {Object} origin Object containing origin x and y coordinates42	 * @param {Object} destination Object containing destination x and y coordinates43	 */44	Particle.prototype.setPath = function(origin, destination) {45		this._x = origin.x;46		this._y = origin.y;47		this.direction = M.math2d.getVector2d(origin, destination);48	};49	/**50	 * Updates the particle51	 * @method onLoop52	 * @protected53	 */54	Particle.prototype.onLoop = function() {55		this.alpha -= this.vanishRate;56		this.angle += this._rotationSpeed;57		this._x += this.speed * this.direction.x;58		this._y += this.speed * this.direction.y;59	};60	/**61	 * Renders the particle62	 * @method onRender63	 */64	Particle.prototype.onRender = function(context, canvas, cameraX, cameraY) {65		if ( this.alpha >= 0 ) {66			context.save();67			context.globalAlpha = this.alpha;68			context.translate(this._x - cameraX, this._y - cameraY);69			context.rotate(this.angle);70			context.fillStyle = this.fillStyle;71			context.fillRect(-this._halfWidth, -this._halfHeight, this._halfWidth, this._halfHeight);72			context.restore();73		}74	};75	/**76	 * Sets the zIndex of this object77	 * @method setZIndex78	 * @param {int} value the zIndex79	 */80	Particle.prototype.setZIndex = function (value) {81        this._zIndex = value;82    };83	/**84	 * Returns whether this object is visible and is inside the given viewport85	 *86	 * @method isVisible87	 * @param {float} cameraX0 the left coordinate of the camera88	 * @param {float} cameraY0 the top coordinate of the camera89	 * @param {float} cameraX1 the right coordinate of the viewport90	 * @param {float} cameraY1 the bottom coordinate of the viewport91	 * @return {Boolean}92	 */93	Particle.prototype.isVisible = function(cameraX0, cameraY0, cameraX1, cameraY1) {94		if ( this.alpha <= 0 ) {95			return false;96		}97		var camera = M.camera;98		if (this._y + this._halfHeight < cameraY0) return false;99		if (this._y - this._halfHeight > cameraY1) return false;100		if (this._x + this._halfWidth < cameraX0) return false;101		if (this._x - this._halfWidth > cameraX1) return false;102		return true;103	};104	/*105	 * Creates linear particles and returns them as in array106	 * @param amount of particles107	 * @param departure x108	 * @param departure y109	 * @param direction in which the particles will move110	 * @param min width of the particles111	 * @param min height of the particles112	 * @param max width of the particles113	 * @param max height of the particles114	 * @param min speed of the particles115	 * @param max speed of the particles116	 * @param color of the particles - if not provided an explosion color will be applied117	 */118	function createLinearParticles(amount, origin, direction, minWidth, minHeight, maxWidth, maxHeight, minSpeed, maxSpeed, color, vanishRate, maxVanishRate) {119		var lib = M.Math2d;120		var particles = [];121		for ( var i = 0; i < amount; i++) {122			var particle = new Particle(origin, { x: origin.x + direction.x * 5, y: origin.y + direction.y * 5});123			particle.setWidth(lib.randomInt(minWidth, maxWidth));124			particle.setHeight(lib.randomInt(minHeight, maxHeight));125			if ( ! color ) {126				switch ( lib.randomInt(0,2) ) {127					case 0:128						particle.color = "rgb(255, 128, 0)";129						break;130					case 1:131						particle.color = "rgb(255, 180, 0)";132						break;133					case 2:134						particle.color = "rgb(255, 80, 0)";135				}136			} else {137				particle.color = color[lib.randomInt(0, color.length - 1)];138			}139			if ( maxVanishRate ) {140				particle.vanishRate = lib.randomFloat( vanishRate, maxVanishRate );141			} else if ( vanishRate ) {142				particle.vanishRate = vanishRate;143			}144			particle.speed = lib.randomFloat(minSpeed, maxSpeed);145			particles.push(particle);146		}147		return particles;148	}149	/**150	 * @class RadialParticleEmitter151	 * @constructor152	 * @namespace visual153	 * @constructor154	 * @param {int} amount amount of particles155	 * @param {Array} color array of Strings with posible colors156	 * @param {float} minWidth min width of the particles157	 * @param {float} minHeight min height of the particles158	 * @param {float} maxWidth max width of the particles159	 * @param {float} maxHeight max height of the particles160	 * @param {float} minSpeed min speed of the particles161	 * @param {float} maxSpeed max speed of the particles162	 * @param {float} vanishRate if not provided will default to 0.01 @see particle.vanishRate163	 */164	function RadialParticleEmitter(amount, color, minWidth, minHeight, maxWidth, maxHeight, minSpeed, maxSpeed, vanishRate) {165		if ( ! this.minAngle ) this.minAngle = 0;166		if ( ! this.maxAngle ) this.maxAngle = 6.28;167		this.amount = amount;168		this.color = color;169		this.minWidth = minWidth || 1;170		this.minHeight = minHeight || 1;171		this.maxWidth = maxWidth || 3;172		this.maxHeight = maxHeight || 3;173		this.minSpeed = minSpeed || 0.01;174		this.maxSpeed = maxSpeed || 0.1;175		this.vanishRate = vanishRate;176	}177	RadialParticleEmitter.prototype.onLoop = function() {178		if ( !this.children ) return;179		var i = 0, l = this.children.length, notVisible = 0, currentParticle;180		for ( ; i < l; i++ ) {181			currentParticle = this.children[i];182			if ( currentParticle.alpha <= 0 ) {183				notVisible++;184			} else {185				currentParticle.onLoop();186			}187		}188		if ( notVisible == l ) {189			this.children = null;190		} else {191			// this.notifyChange();192		}193	};194	RadialParticleEmitter.prototype.onRender = function () {195	};196	RadialParticleEmitter.prototype.isVisible = function() {197		return true;198	};199	RadialParticleEmitter.prototype.setZIndex = function (value) {200		this._zIndex = value;201		// this.notifyChange();202		// this.notifyZIndexChange();203	};204	/**205	 * Creates particles that will move from the center to another part of a circle206	 * @method create207	 * @param {int} x the x center at where to create the particles208	 * @param {int} y the y center at where to create the particles209	 */210	RadialParticleEmitter.prototype.create = function(x, y) {211		var rnd = M.random;212		this.children = new Array();213		for ( var i = 0; i < this.amount; i++) {214			/* t E [0, 2 * PI] */215			var t = rnd.decimal(this.minAngle, this.maxAngle),216			/* Radius */217			r = 50,218			origin = new Object(),219			destination = new Object(),220			particle;221			origin.x = x;222			origin.y = y;223			destination.x = x + r * Math.cos(t);224			destination.y = y + r * Math.sin(t);225			particle = new Particle(origin, destination);226			particle.setWidth(rnd.integer(this.minWidth, this.maxWidth));227			particle.setHeight(rnd.integer(this.minHeight, this.maxHeight));228			if ( !this.color ) {229				switch ( rnd.integer(0,2) ) {230					case 0:231						particle.fillStyle = "rgb(255, 128, 0)";232						break;233					case 1:234						particle.fillStyle = "rgb(255, 180, 0)";235						break;236					default:237						particle.fillStyle = "rgb(255, 80, 0)";238				}239			} else {240				particle.fillStyle = this.color[rnd.integer(0, color.length - 1)];241			}242			if ( this.vanishRate ) {243				particle.vanishRate = this.vanishRate;244			}245			particle.speed = rnd.decimal(this.minSpeed, this.maxSpeed);246			this.children.push(particle);247		}248	};249	/**250	 * @class LinearParticleEmitter251	 * @constructor252	 * @namespace visual253	 * @constructor254	 * @param {int} particleAmount255	 * @param {String} color256	 * @param {float} [minWidth]257	 * @param {float} [minHeight]258	 * @param {float} [maxWidth]259	 * @param {float} [maxHeight]260	 * @param {float} [minSpeed]261	 * @param {float} [maxSpeed]262	 * @param {float} [vanishRate]263	 */264	function LinearParticleEmitter(amount, color, minWidth, minHeight, maxWidth, maxHeight, minSpeed, maxSpeed, vanishRate) {265		this.origin = origin;266		this.direction = direction;267		this.particles = createLinearParticles(particleAmount, origin, direction, minWidth || 4, minHeight || 4, maxWidth || 8, maxHeight || 8, minSpeed || 0.01, maxSpeed || 0.4, color, vanishRate || M.Math2d.randomFloat(0.01, 0.03));268		this.visibleParticles = this.particles.length;269	}270	/**271	 * Creates particles that will move from a point to another in a cone272	 * @method create273	 * @param {int} x the x center at where to create the particles274	 * @param {int} y the y center at where to create the particles275	 */276	LinearParticleEmitter.prototype.create = function(from, to) {277		278	};279	LinearParticleEmitter.prototype.onLoop = function(p) {280		if ( this.visible ) {281			var currentParticle;282			for ( var i = 0; i < this.particles.length; i++ ) {283				currentParticle = this.particles[i];284				currentParticle.onLoop(p);285				if ( ! currentParticle.isVisible() ) {286					if ( this.loop ) {287						currentParticle.setPath(this.origin, { x: this.origin.x + this.direction.x * 5, y: this.origin.y + this.direction.y * 5});288						currentParticle.rotation = 0;289						currentParticle.alpha = 1;290						currentParticle.angle = 0;291						currentParticle.vanishRate = M.Math2d.randomFloat(0.05, 0.2);292						currentParticle.speed = M.Math2d.randomFloat(0.005, 0.5);293					} else {294						this.visibleParticles--;295					}296				}297				298			}299			if ( this.visibleParticles < 1 ) {300					M.remove(this);301			}302		}303	};304	/**305	 * Applies a Tint on the provided game object306	 * @class Tint307	 * @constructor308	 * @deprecated309	 * @param {renderers.Renderizable} owner object to apply the tint310	 * @param {String} fillStyle tint color311	 * @param {int} duration duration in milliseconds312	 */313	function Tint(properties) {314		this.operation = "source-atop";315		this.startTime = 0;316		M.applyProperties( this, properties, ["fillStyle"] );317	}318	Tint.prototype.render = function( context, width, height ) {319		if ( this.isVisible() ) {320			context.globalCompositeOperation = this.operation;321			context.fillStyle = this.fillStyle;322			context.fillRect( 0, 0, width, height );323		}324	};325	Tint.prototype.show = function() {326		this.startTime = M.getTimeInMillis();327	};328	Tint.prototype.isVisible = function() {329		return this.showAlways || M.getTimeInMillis() - this.startTime < this.duration330	};331	/**332	 * Creates a FadeIn object to be applied to the given renderers.Renderizable.333	 * Fade the object in when the onLoop method is called334	 * @class FadeIn335	 * @constructor336	 * @extends GameObject337	 * @param {renderers.Renderizable} object object to apply the tint338	 * @param {int} seconds fade in duration in seconds339	 * @param {Function} [onFinished] function to execute on animation finish340	 */341	function FadeIn(object, seconds, onFinished) {342		if ( seconds == undefined ) seconds = 1;343		/* Rate is 1 because we must go from 0 to 1 in the given amount of seconds */344		this.rate = 1 / ( seconds * M.getAverageFps() );345		this.object = object;346		this.onFinished = onFinished;347	}348	FadeIn.prototype.initialize = function() {349		this.object.setAlpha(0);350		this.onLoop = this.run;351		return true;352	};353	FadeIn.prototype.run = function() {354		var newAlpha = this.object.getAlpha() + this.rate;355	356		if ( newAlpha < 1 ) {357			this.object.setAlpha( newAlpha );358		} else {359			this.object.setAlpha( 1 );360			if ( this.onFinished ) this.onFinished.apply( this.object );361			return false;362		}363		return true;364	};365	FadeIn.prototype.onLoop = FadeIn.prototype.initialize;366	/**367	 * Creates a FadeOut object to be applied to the given renderers.Renderizable.368	 * Fade the object out when the onLoop method is called369	 * @class FadeOut370	 * @constructor371	 * @extends GameObject372	 * @param {renderers.Renderizable} object object to apply the tint373	 * @param {int} seconds fade out duration in seconds374	 * @param {Function} [onFinished] function to execute on animation finish375	 */376	function FadeOut(object, seconds, onFinished) {377		if ( seconds == undefined ) seconds = 1;378		/* Rate is 1 because we must go from 0 to 1 in the given amount of seconds */379		this.rate = 1 / ( seconds * M.getAverageFps() );380		this.object = object;381		this.onFinished = onFinished;382	}383	FadeOut.prototype.initialize = function() {384		this.object.setAlpha(1);385		this.onLoop = this.run;386		return true;387	};388	FadeOut.prototype.run = function() {389		var newAlpha = this.object.getAlpha() - this.rate;390		if ( newAlpha > 0 ) {391			this.object.setAlpha( newAlpha );392		} else {393			this.object.setAlpha( 0 );394			if ( this.onFinished ) this.onFinished.apply( this.object );395			return false;396		}397		return true;398	};399	FadeOut.prototype.onLoop = FadeOut.prototype.initialize;400	/**401	 * Creates a Wait object to be applied to the given renderers.Renderizable.402	 * Wait is used for chained effects403	 * @class Wait404	 * @constructor405	 * @extends GameObject406	 * @param {renderers.Renderizable} object object to apply the tint407	 * @param {int} seconds fade out duration in seconds408	 * @param {Function} [onFinished] function to execute on animation finish409	 */410	function Wait(object, seconds, onFinished) {411		if ( seconds == undefined ) seconds = 1;412		this.seconds = seconds;413		this.object = object;414		this.timer = 0;415		this.onFinished = onFinished;416	}417	Wait.prototype.initialize = function(p) {418		this.timer = new M.TimeCounter(this.seconds * 1000);419		this.onLoop = this.run;420	};421	Wait.prototype.run = function() {422		if ( this.timer.elapsed() ) {423			if ( this.onFinished ) this.onFinished.apply( this.object );424			return false;425		}426		return true;427	};428	Wait.prototype.onLoop = Wait.prototype.initialize;429	/**430	 * Creates ContinouseFade object to be applied to the given renderers.Renderizable.431	 * Continously fades in and out the object432	 * @class ContinousFade433	 * @constructor434	 * @extends GameObject435	 * @param {renderers.Renderizable} object the object to apply the effect to436	 * @param {int} seconds fade in and out duration in seconds437	 * @param {Boolean} fadeOut value that determines if effect will start as a fade out. Default starts fading in438	 * @param {int} min minumum alpha value439	 * @param {int} max maximum alpha value440	 */441	function ContinousFade(object, seconds, fadeOut, min, max) {442		443		if ( seconds == undefined ) seconds = 1;444		/* Rate is 1 because we must go from 0 to 1 in the given amount of seconds */445		this.rate = 1 / ( seconds * M.getAverageFps() );446		this.object = object;447		448		this.min = min || 0;449		this.max = max || 1;450		object.setAlpha( 1 );451		452		this.onFinished = this.changeFade;453		454		if ( fadeOut ) {455			this.onLoop = this.fadeOut;456		} else {457			this.onLoop = this.fadeIn;458		}459		460	}461	462	ContinousFade.prototype.fadeIn = function(p) {463		var newAlpha = this.object._alpha + this.rate;464	465		if ( newAlpha < this.max ) {466			this.object.setAlpha( newAlpha );467		} else {468			this.object.setAlpha( this.max );469			this.onLoop = this.fadeOut;470		}471		return true;472	};473	474	ContinousFade.prototype.fadeOut = function() {475		476		var newAlpha = this.object._alpha - this.rate;477		if ( newAlpha > this.min ) {478			this.object.setAlpha( newAlpha );479		} else {480			this.object.setAlpha( this.min );481			this.onLoop = this.fadeIn;482		}483		return true;484		485	};486	/**487	 * Creates Move object to be applied to the given renderers.Renderizable.488	 * Moves the object closer to the destination when the onLoop method is called489	 *490	 * @class FadeOut491	 * @constructor492	 * @extends GameObject493	 * @param {renderers.Renderizable} object the object to apply the effect to494	 * @param {int} x destination x495	 * @param {int} y destination y496	 * @param {int} seconds duration of the animation in seconds497	 * @param {Function} onFinished function to execute once the animation is finished498	 */499	function Move( object, x, y, seconds, onFinished ) {500		this.object = object;501		this._x = x;502		this._y = y;503		if ( seconds == undefined ) seconds = 1;504		505		this.onFinished = onFinished;506		var lib = M.Math2d,507			frames = seconds * M.getAverageFps(),508			coorsFrom = new lib.Vector2d(object._x, object._y),509			coordsTo = new lib.Vector2d(x, y);510		this.speed = lib.getDistance( coorsFrom, coordsTo ) / frames;511		this.direction = M.Math2d.getNormalized( M.Math2d.getVector2d( coorsFrom, coordsTo ) );512	}513	Move.prototype.onLoop = function(p) {514		var moveX = Math.abs( this._x - this.object._x ) > this.speed,515			moveY = Math.abs( this._y - this.object._y ) > this.speed;516			517		if ( moveX ) this.object.offsetX(this.direction.x * this.speed);518		if ( moveY ) this.object.offsetY(this.direction.y * this.speed);519		if ( ! moveX && ! moveY ) {520			this.object.setLocation(this._x, this._y);521			if ( this.onFinished ) this.onFinished.apply( this.object );522			return false;523		}524		return true;525	};526	/**527	 * Creates a ScaleUp object to be applied to the given renderers.Renderizable.528	 * Scales the object up when the onLoop method is called529	 *530	 * @class ScaleUp531	 * @constructor532	 * @extends GameObject533	 * @param {renderers.Renderizable} object the object to apply the effect to534	 * @param {int} x destination x535	 * @param {int} y destination y536	 * @param {int} seconds duration of the effect537	 * @param {Function} onFinished function to execute once the animation is finished538	 */539	function ScaleUp( object, x, y, seconds, onFinished ) {540		var frames = seconds * M.getAverageFps();541		if ( ! object._scale ) {542			object._scale = { x: 1, y: 1 };543		}544		this.speedX = Math.abs( object._scale.x - x ) / frames;545		this.speedY = Math.abs( object._scale.y - y ) / frames;546		this.object = object;547		this._x = x;548		this._y = y;549		this.onFinished = onFinished;550	}551	ScaleUp.prototype.onLoop = function(p) {552		if ( this.object._scale.x < this._x ) {553			this.object._scale.x += this.speedX;554			// this.notifyChange();555		}556		if ( this.object._scale.y < this._y ) {557			this.object._scale.y += this.speedY;558			// this.notifyChange();559		}560		if ( this.object._scale.x >= this._x && this.object._scale.y >= this._y ) {561			if ( this.onFinished ) this.onFinished.apply( this.object );562			return false;563		}564		return true;565	};566	567	/**568	 * Creates a ScaleDown object to be applied to the given renderers.Renderizable.569	 * Scales the object down when the onLoop method is called570	 *571	 * @class ScaleDown572	 * @constructor573	 * @param {renderers.Renderizable} object the object to apply the effect to574	 * @param {int} x destination x575	 * @param {int} y destination y576	 * @param {int} seconds duration of the effect577	 * @param {Function} onFinished function to execute once the animation is finished578	 */579	function ScaleDown( object, x, y, seconds, onFinished ) {580		var frames = seconds * M.getAverageFps();581		if ( ! object._scale ) {582			object._scale = { x: 1, y: 1 };583		}584		this.speedX = Math.abs( object._scale.x - x ) / frames;585		this.speedY = Math.abs( object._scale.y - y ) / frames;586		this.object = object;587		this._x = x;588		this._y = y;589		this.onFinished = onFinished;590	}591	ScaleDown.prototype.onLoop = function(p) {592		if ( this.object._scale.x > this._x ) {593			this.object._scale.x -= this.speedX;594		}595		if ( this.object._scale.y > this._y ) {596			this.object._scale.y -= this.speedY;597		}598		if ( this.object._scale.x <= this._x && this.object._scale.y <= this._y ) {599			if ( this.onFinished ) this.onFinished.apply( this.object );600			return false;601		}602		return true;603	};604	/**605	 * Creates a Twinkle object to be applied to the given renderers.Renderizable.606	 * Twinkles the object when the onLoop method is called607	 *608	 * @class Twinkle609	 * @constructor610	 * @param {renderers.Renderizable} object the object to apply the effect to611	 * @param {int} times times to twinkle612	 * @param {int} duration duration in milliseconds of the effect613	 * @param {Function} onFinished function to execute once the animation is finished614	 */615	function Twinkle(object, times, duration, onFinished) {616		this.object = object;617		if ( times == undefined ) {618			this.times = 6;619		} else {620			this.times = times * 2;621		}622		if ( duration == undefined ) {623			this.duration = 250;624		} else {625			this.duration = duration;626		}627		this.lastTime = 0;628		this.onFinished = onFinished;629	}630	Twinkle.prototype.onLoop = function(p) {631		if ( M.getTimeInMillis() - this.lastTime >= this.duration ) {632			if ( this.times-- ) {633				if ( this.object._alpha == 1 ) {634					this.object.setAlpha( 0 );635				} else {636					this.object.setAlpha( 1 );637				}638			} else {639				this.object.setAlpha( undefined );640				if ( this.onFinished ) this.onFinished.apply( this.object );641				return false;642			}643			this.lastTime = M.getTimeInMillis();644		}645		return true;646	};647	/**648	 * Creates a Rotate object to be applied to the given renderers.Renderizable.649	 * Rotates the object when the onLoop method is called650	 *651	 * @class Rotate652	 * @constructor653	 * @extends GameObject654	 * @param {renderers.Renderizable} object the object to apply the effect to655	 * @param {float} angle angle to rotate the object to656	 * @param {int} seconds duration in seconds of the effect657	 * @param {Function} onFinished function to execute once the animation is finished658	 */659	function Rotate( object, angle, seconds, onFinished ) {660		if ( ! seconds ) seconds = 1;661	662		this.frames = seconds * M.getAverageFps();663		if ( ! object._rotation ) {664			object._rotation = 0;665		}666		this.object = object;667		this.angle = angle;668		this.onFinished = onFinished;669		this._rotation = ( this.angle - object._rotation ) / this.frames;670	}671	Rotate.prototype.onLoop = function(p) {672		if ( this.frames-- ) {673			this.object.offsetRotation(this._rotation);674		} else {675			if ( this.onFinished ) this.onFinished.apply( this.object );676			return false;677		}678		return true;679	};680	/**681	 * Fades an object in682	 *683	 * Usage example:684	 *685	 * fadeIn( object, seconds, onFinished );686	 *687	 */688	function fadeIn( object, seconds, onFinished ) {689		return new Animation( new FadeIn( object, seconds, onFinished ) ).play();690	}691	/**692	 * Fades an object out693	 *694	 * Usage example:695	 *696	 * fadeOut( object, seconds, onFinished );697	 *698	 */699	function fadeOut( object, seconds, onFinished ) {700		return new Animation( new FadeOut( object, seconds, onFinished ) ).play();701	}702	703	/**704	 * Fades an object out705	 *706	 * Usage example:707	 *708	 * fadeOut( object, seconds, onFinished );709	 *710	 */711	function continousFade( object, seconds, fadeOutFirst ) {712		return new Animation( new ContinousFade( object, seconds, fadeOutFirst ) ).play();713	}714	/**715	 * Moves an object from a position to the other in a certain amout of time716	 *717	 * Usage example:718	 *719	 * move( object, x, y, seconds, acceleration, decceleration, onFinished );720	 *721	 */722	function move( object, x, y, seconds, onFinished ) {723		return new Animation( new Move( object, x, y, seconds, onFinished ) ).play();724	}725	/**726	 * Scales an object from its current scale value to the one provided.727	 *728	 * Usage example:729	 *730	 * scaleUp( object, x, y, seconds, onFinished );731	 *732	 */733	function scaleUp( object, x, y, seconds, onFinished ) {734		return new Animation( new ScaleUp( object, x, y, seconds, onFinished ) ).play();735	}736	/**737	 * Scales an object from its current scale value to the one provided.738	 *739	 * Usage example:740	 *741	 * scaleDown( object, x, y, seconds, onFinished );742	 *743	 */744	function scaleDown( object, x, y, seconds, onFinished ) {745		return new Animation( new ScaleDown( object, x, y, seconds, onFinished ) ).play();746	}747	/**748	 * Makes an object twinkle an amount of times during certain time749	 *750	 * Usage example:751	 *752	 * twinkle( objectToApply, timesToTwinkle, durationInMilliseconds, onFinished );753	 *754	 */755	function twinkle( object, times, duration, onFinished ) {756		return new Animation( new Twinkle( object, times, duration, onFinished ) ).play();757	}758	/**759	 * Rotates an object to the specified angle in seconds760	 *761	 * Usage example:762	 *763	 * rotate( objectToApply, angle, seconds, onFinished );764	 *765	 */766	function rotate( object, angle, seconds, onFinished ) {767		return new Animation( new Rotate( object, angle, seconds, onFinished ) ).play();768	}769	/**770	 * @deprecated771	 * Shakes the canvas for the specified duration of seconds772	 */773	function shakeCanvas( duration ) {774		if ( ! M.canvas.shaking ) {775			M.canvas.shaking = true;776			M.canvas.style.position = "relative";777			M.push({778			779				startTime: M.getGameTime(),780				duration: duration || 1,781				onLoop: function(p) {782					if ( M.getGameTime() - this.startTime < this.duration ) {783						p.canvas.style.left = p.M.randomSign() + "px";784						p.canvas.style.top = p.M.randomSign() + "px";785					} else {786						p.canvas.style.left = "0px";787						p.canvas.style.top = "0px";788						p.M.remove( this );789						p.canvas.shaking = false;790					}791				}792			}, "shake");793		}794	}795	/**796	 * @class visual797	 */798	namespace.visual = {799		Particle: Particle,800		LinearParticleEmitter: LinearParticleEmitter,801		RadialParticleEmitter: RadialParticleEmitter,802		Tint: Tint,803		Move: Move,804		FadeIn: FadeIn,805		FadeOut: FadeOut,806		ContinousFade: ContinousFade,807		ScaleUp: ScaleUp,808		ScaleDown: ScaleDown,809		Rotate: Rotate,810		Twinkle: Twinkle,811		Wait: Wait812	};...

constants.ts

Source:constants.ts

1import {2  Easing,3  runOnJS,4  withSpring,5  withTiming,6  interpolate,7} from 'react-native-reanimated';8import type { AnimatedConfiguration } from './types';9const BaseDuration = 250;10export const SpringConfiguration = {11  mass: 1,12  damping: 60,13  velocity: 0,14  stiffness: 280,15  overshootClamping: false,16  restSpeedThreshold: 0.001,17  restDisplacementThreshold: 0.001,18};19export const FadeConfiguration: AnimatedConfiguration = {20  style: (progress) => {21    'worklet';22    return { opacity: progress.value };23  },24  present: (progress, onFinished) => {25    progress.value = withTiming(26      1,27      { duration: BaseDuration, easing: Easing.ease },28      (isFinished) => {29        if (isFinished) {30          runOnJS(onFinished)();31        }32      }33    );34  },35  dismiss: (progress, onFinished) => {36    progress.value = withTiming(37      0,38      { duration: BaseDuration, easing: Easing.ease },39      () => {40        runOnJS(onFinished)();41      }42    );43  },44};45export const ScaleConfiguration: AnimatedConfiguration = {46  style: (progress) => {47    'worklet';48    return { transform: [{ scale: progress.value }] };49  },50  present: (progress, onFinished) => {51    progress.value = withSpring(1, SpringConfiguration, (isFinished) => {52      if (isFinished) {53        runOnJS(onFinished)();54      }55    });56  },57  dismiss: (progress, onFinished) => {58    progress.value = withTiming(59      0,60      { duration: BaseDuration, easing: Easing.ease },61      (isFinished) => {62        if (isFinished) {63          runOnJS(onFinished)();64        }65      }66    );67  },68};69export const SlideUpAnimation: AnimatedConfiguration = {70  style: (progress, extraInfo) => {71    'worklet';72    const { height, offsetY } = extraInfo.layout.value;73    return {74      opacity: interpolate(progress.value, [0, 1], [0, 1]),75      transform: [76        {77          translateY: interpolate(progress.value, [0, 1], [height, offsetY]),78        },79      ],80    };81  },82  present: (progress, onFinished) => {83    progress.value = withSpring(1, SpringConfiguration, (isFinished) => {84      if (isFinished) {85        runOnJS(onFinished)();86      }87    });88  },89  dismiss: (progress, onFinished) => {90    progress.value = withTiming(91      0,92      { duration: BaseDuration, easing: Easing.ease },93      (isFinished) => {94        if (isFinished) {95          runOnJS(onFinished)();96        }97      }98    );99  },100};101export const SlideDownConfiguration: AnimatedConfiguration = {102  style: (progress, extraInfo) => {103    'worklet';104    const { height, offsetY } = extraInfo.layout.value;105    //106    return {107      opacity: interpolate(progress.value, [0, 1], [0, 1]),108      transform: [109        {110          translateY: interpolate(progress.value, [0, 1], [-height, -offsetY]),111        },112      ],113    };114  },115  present: (progress, onFinished) => {116    progress.value = withSpring(1, SpringConfiguration, (isFinished) => {117      if (isFinished) {118        runOnJS(onFinished)();119      }120    });121  },122  dismiss: (progress, onFinished) => {123    progress.value = withTiming(124      0,125      { duration: BaseDuration, easing: Easing.ease },126      (isFinished) => {127        if (isFinished) {128          runOnJS(onFinished)();129        }130      }131    );132  },133};134export const SlideFromLeftConfiguration: AnimatedConfiguration = {135  style: (progress, extraInfo) => {136    'worklet';137    const { width, offsetX } = extraInfo.layout.value;138    return {139      opacity: interpolate(progress.value, [0, 1], [0, 1]),140      transform: [141        {142          translateX: interpolate(progress.value, [0, 1], [-width, -offsetX]),143        },144      ],145    };146  },147  present: (progress, onFinished) => {148    progress.value = withSpring(1, SpringConfiguration, (isFinished) => {149      if (isFinished) {150        runOnJS(onFinished)();151      }152    });153  },154  dismiss: (progress, onFinished) => {155    progress.value = withTiming(156      0,157      { duration: BaseDuration, easing: Easing.ease },158      (isFinished) => {159        if (isFinished) {160          runOnJS(onFinished)();161        }162      }163    );164  },165};166export const SlideFromRightConfiguration: AnimatedConfiguration = {167  style: (progress, extraInfo) => {168    'worklet';169    const { width, offsetX } = extraInfo.layout.value;170    return {171      opacity: interpolate(progress.value, [0, 1], [0, 1]),172      transform: [173        {174          translateX: interpolate(progress.value, [0, 1], [width, offsetX]),175        },176      ],177    };178  },179  present: (progress, onFinished) => {180    progress.value = withSpring(1, SpringConfiguration, (isFinished) => {181      if (isFinished) {182        runOnJS(onFinished)();183      }184    });185  },186  dismiss: (progress, onFinished) => {187    progress.value = withTiming(188      0,189      { duration: BaseDuration, easing: Easing.ease },190      (isFinished) => {191        if (isFinished) {192          runOnJS(onFinished)();193        }194      }195    );196  },197};198export const NoneConfiguration: AnimatedConfiguration = {199  style: (_) => {200    'worklet';201    return {};202  },203  present: (_, onFinished) => {204    runOnJS(onFinished)();205  },206  dismiss: (_, onFinished) => {207    runOnJS(onFinished)();208  },...

Progress.js

Source:Progress.js

...31					if (data.data.task_status == 1) {32						$('#progress-wrap>div.taskmsg').text("ä»»å¡å·²å®æ");33						$("#progress-wrap").stopTime('progress');34						if (typeof onFinished == 'function') {35							onFinished('success');36						}37						if (data.data.task_status == 2) {38							$('#progress-wrap>div.taskmsg').text(39									"ä»»å¡åºéï¼" + data.data.text);40							$("#progress-wrap").stopTime('progress');41							if (typeof onFinished == 'function') {42								onFinished('error');43							}44						}45					}46				} else {47					$("#progress-wrap").stopTime('progress');48					alert(data.message);49				}50			},51			error : function() {52				$("#progress-wrap").stopTime('progress');53				if (typeof onFinished == 'function') {54					onFinished('error');55				}56			}57		});58	}...

Using AI Code Generation

1const qawolf = require("qawolf");2const { chromium } = require("playwright");3(async () => {4  const browser = await chromium.launch();5  const context = await browser.newContext();6  const page = await context.newPage();7  await qawolf.stopVideos();8  await browser.close();9})();

Using AI Code Generation

1const { onFinished } = require('qawolf');2const { test, expect } = require('@playwright/test');3test('test', async ({ page }) => {4  await page.fill('input[name="q"]', 'Hello World');5  await page.press('input[name="q"]', 'Enter');6  await onFinished(page);7});8npm ERR! 404 You should bug the author to publish it (or use the name yourself!)9npm ERR! 404 You should bug the author to publish it (or use the name yourself!)

Using AI Code Generation

1const { onFinished } = require("qawolf");2const { createServer } = require("http");3const server = createServer((req, res) => {4  if (req.url === "/") {5    res.writeHead(200, { "Content-Type": "text/html" });6    res.end("Hello World");7  } else if (req.url === "/test") {8    res.writeHead(200, { "Content-Type": "text/html" });9    res.end("Test");10  }11});12server.listen(8080, () => {13  console.log("Server is running on port 8080");14});15onFinished(server, () => {16  console.log("Server has stopped");17});18const { onFinished } = require("qawolf");19const { createServer } = require("http");20const server = createServer((req, res) => {21  if (req.url === "/") {22    res.writeHead(200, { "Content-Type": "text/html" });23    res.end("Hello World");24  } else if (req.url === "/test") {25    res.writeHead(200, { "Content-Type": "text/html" });26    res.end("Test");27  }28});29server.listen(8080, () => {30  console.log("Server is running on port 8080");31});32onFinished(server, () => {33  console.log("Server has stopped");34});35const { onFinished } = require("qawolf");36const { createServer } = require("http");37const server = createServer((req, res) => {38  if (req.url === "/") {39    res.writeHead(200, { "Content-Type": "text/html" });40    res.end("Hello World");41  } else if (req.url === "/test") {42    res.writeHead(200, { "Content-Type": "text/html" });43    res.end("Test");44  }45});46server.listen(8080, () => {47  console.log("Server is running on port 8080");48});49onFinished(server, () => {50  console.log("Server has stopped");51});52const { onFinished } = require("qawolf");53const { createServer } = require("http");54const server = createServer((req, res) => {55  if (req.url === "/") {56    res.writeHead(200, { "Content-Type": "

Using AI Code Generation

1const { onFinished } = require("qawolf");2(async () => {3  const context = await qawolf.createContext();4  const page = await context.newPage();5  await page.type("#lst-ib", "Hello world!");6  await page.click("input[type='submit']");7  await page.waitForSelector("h1");8  await page.click("button[title='Search']");9  await page.waitForSelector("h1");10  await page.click("button[title='Search']");11  await page.waitForSelector("h1");12  await page.click("button[title='Search']");13  await page.waitForSelector("h1");14  await page.click("button[title='Search']");

Using AI Code Generation

1const { onFinished } = require("qawolf");2onFinished(async () => {3    console.log("test finished");4});5onFailed(async () => {6    console.log("test failed");7});8onPassed(async () => {9    console.log("test passed");10});11onFailed(async () => {12    console.log("test failed");13});14onPassed(async () => {15    console.log("test passed");16});17onFailed(async () => {18    console.log("test failed");19});20onPassed(async () => {21    console.log("test passed");22});23onFailed(async () => {24    console.log("test failed");25});26onPassed(async () => {27    console.log("test passed");28});29onFailed(async () => {30    console.log("test failed");31});32onPassed(async () => {33    console.log("test passed");34});35onFailed(async () => {36    console.log("test failed");37});38onPassed(async () => {39    console.log("test passed");40});41onFailed(async () => {42    console.log("test failed");43});44onPassed(async () => {45    console.log("test passed");46});47onFailed(async () => {48    console.log("test failed");49});50onPassed(async () => {51    console.log("test passed");52});53onFailed(async () => {54    console.log("test failed");55});56onPassed(async () => {

Using AI Code Generation

1const { onFinished } = require("qawolf");2const { chromium } = require("playwright-chromium");3const { startServer } = require("qawolf");4(async () => {5  const browser = await chromium.launch();6  const context = await browser.newContext();7  const page = await context.newPage();8  const server = await startServer({ port: 3000 });9  await onFinished(page, "test", { server });10  await browser.close();11})();

Using AI Code Generation

1const { join } = require('path');2const { readFileSync, writeFileSync } = require('fs');3const { onFinished } = require('qawolf');4const test = require('./test');5describe('test', () => {6  let browser;7  beforeAll(async () => {8    browser = await qawolf.launch();9  });10  afterAll(async () => {11    await browser.close();12  });13  it('test', async () => {14    const context = await browser.newContext();15    const page = await context.newPage();16    await onFinished(page, async () => {17      const screenshot = await page.screenshot();18      writeFileSync(join(__dirname, 'test.png'), screenshot);19    });20    await test(page);21  });22});23const { join } = require('path');24const { readFileSync, writeFileSync } = require('fs');25const { save } = require('qawolf');26const test = require('./test');27describe('test', () => {28  let browser;29  beforeAll(async () => {30    browser = await qawolf.launch();31  });32  afterAll(async () => {33    await browser.close();34  });35  it('test', async () => {36    const context = await browser.newContext();37    const page = await context.newPage();38    await test(page);39    await save(page, join(__dirname, 'test.png'));40  });41});

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.