module.exports = class SpriteParser constructor: (@thangTypeModel) -> # Create a new ThangType, or work with one we've been building @thangType = $.extend(true, {}, @thangTypeModel.attributes.raw) @thangType ?= {} @thangType.shapes ?= {} @thangType.containers ?= {} @thangType.animations ?= {} # Internal parser state @shapeLongKeys = {} @containerLongKeys = {} @containerRenamings = {} @animationLongKeys = {} @animationRenamings = {} @populateLongKeys() populateLongKeys: -> for shortKey, shape of @thangType.shapes longKey = JSON.stringify(_.values(shape)) @shapeLongKeys[longKey] = shortKey for shortKey, container of @thangType.containers longKey = JSON.stringify(_.values(container)) @containerLongKeys[longKey] = shortKey for shortKey, animation of @thangType.animations longKey = JSON.stringify(_.values(animation)) @animationLongKeys[longKey] = shortKey parse: (source) -> # Grab the library properties' width/height so we can subtract half of each from frame bounds properties = source.match(/.*lib\.properties = \{\n.*?width: (\d+),\n.*?height: (\d+)/im) @width = parseInt(properties?[1] ? '0', 10) @height = parseInt(properties?[2] ? '0', 10) # Remove webfontAvailable line, not relevant source = source.replace /lib\.webfontAvailable = (.|\n)+?};/, '' options = {loc: false, range: true} ast = esprima.parse source, options blocks = @findBlocks ast, source containers = _.filter blocks, {kind: 'Container'} movieClips = _.filter blocks, {kind: 'MovieClip'} mainClip = _.last(movieClips) ? _.last(containers) @animationName = mainClip.name for container, index in containers if index is containers.length - 1 and not movieClips.length and container.bounds?.length container.bounds[0] -= @width / 2 container.bounds[1] -= @height / 2 [shapeKeys, localShapes] = @getShapesFromBlock container, source localContainers = @getContainersFromMovieClip container, source, true # Added true because anya attack was breaking, but might break other imports addChildArgs = @getAddChildCallArguments container, source instructions = [] for bn in addChildArgs gotIt = false for shape in localShapes if shape.bn is bn instructions.push shape.gn gotIt = true break continue if gotIt for c in localContainers if c.bn is bn instructions.push {t: c.t, gn: c.gn} break continue unless container.bounds and instructions.length @addContainer {c: instructions, b: container.bounds}, container.name childrenMovieClips = [] for movieClip, index in movieClips lastBounds = null # fill in bounds which are null... for bounds, boundsIndex in movieClip.frameBounds if not bounds movieClip.frameBounds[boundsIndex] = _.clone(lastBounds) else lastBounds = bounds localGraphics = @getGraphicsFromBlock(movieClip, source) [shapeKeys, localShapes] = @getShapesFromBlock movieClip, source localContainers = @getContainersFromMovieClip movieClip, source, true localAnimations = @getAnimationsFromMovieClip movieClip, source, true for animation in localAnimations childrenMovieClips.push(animation.gn) localTweens = @getTweensFromMovieClip movieClip, source, localShapes, localContainers, localAnimations @addAnimation { shapes: localShapes containers: localContainers animations: localAnimations tweens: localTweens graphics: localGraphics bounds: movieClip.bounds frameBounds: movieClip.frameBounds }, movieClip.name for movieClip in movieClips if movieClip.name not in childrenMovieClips for bounds in movieClip.frameBounds bounds[0] -= @width / 2 bounds[1] -= @height / 2 movieClip.bounds[0] -= @width / 2 movieClip.bounds[1] -= @height / 2 @saveToModel() return movieClips[0]?.name saveToModel: -> @thangTypeModel.set('raw', @thangType) addShape: (shape) -> longKey = JSON.stringify(_.values(shape)) shortKey = @shapeLongKeys[longKey] unless shortKey? shortKey = '' + _.size @thangType.shapes shortKey += '+' while @thangType.shapes[shortKey] @thangType.shapes[shortKey] = shape @shapeLongKeys[longKey] = shortKey return shortKey addContainer: (container, name) -> longKey = JSON.stringify(_.values(container)) shortKey = @containerLongKeys[longKey] if not shortKey? shortKey = name if @thangType.containers[shortKey]? shortKey = @animationName + ':' + name @thangType.containers[shortKey] = container @containerLongKeys[longKey] = shortKey @containerRenamings[name] = shortKey return shortKey addAnimation: (animation, name) -> longKey = JSON.stringify(_.values(animation)) shortKey = @animationLongKeys[longKey] if shortKey? @animationRenamings[shortKey] = name else shortKey = name if @thangType.animations[shortKey]? shortKey = @animationName + ':' + name @thangType.animations[shortKey] = animation @animationLongKeys[longKey] = shortKey @animationRenamings[name] = shortKey return shortKey walk: (node, parent, fn) -> node.parent = parent for key, child of node continue if key is 'parent' if _.isArray child for grandchild in child @walk grandchild, node, fn if _.isString grandchild?.type else if _.isString child?.type node.parent = parent @walk child, node, fn fn node orphanify: (node) -> delete node.parent if node.parent for key, child of node continue if key is 'parent' if _.isArray child for grandchild in child @orphanify grandchild if _.isString grandchild?.type else if _.isString child?.type delete node.parent if node.parent @orphanify child subSourceFromRange: (range, source) -> source[range[0] ... range[1]] grabFunctionArguments: (source, literal=false) -> # Replace first and last parens with brackets to turn args into array args = source.replace(/.*?\(/, '[').replace(/\)[^)]*?$/, ']') if literal then eval(args) else args findBlocks: (ast, source) -> functionExpressions = [] rectangles = [] gatherFunctionExpressions = (node) => if node.type is 'FunctionExpression' name = node.parent?.left?.property?.name if name expression = node.parent.parent kind = expression.parent.right.right.callee.property.name statement = node.parent.parent.parent.parent statementIndex = _.indexOf statement.parent.body, statement nominalBoundsStatement = statement.parent.body[statementIndex + 1] nominalBoundsRange = nominalBoundsStatement.expression.right.range nominalBoundsSource = @subSourceFromRange nominalBoundsRange, source nominalBounds = @grabFunctionArguments nominalBoundsSource, true frameBoundsStatement = statement.parent.body[statementIndex + 2] if frameBoundsStatement frameBoundsRange = frameBoundsStatement.expression.right.range frameBoundsSource = @subSourceFromRange frameBoundsRange, source if frameBoundsSource.search(/\[rect/) is -1 # some other statement; we don't have multiframe bounds console.log 'Didn\'t have multiframe bounds for this movie clip.' frameBounds = [_.clone(nominalBounds)] else lastRect = nominalBounds frameBounds = [] for arg, i in frameBoundsStatement.expression.right.elements bounds = null argSource = @subSourceFromRange arg.range, source if arg.type is 'Identifier' bounds = lastRect else if arg.type is 'NewExpression' bounds = @grabFunctionArguments argSource, true else if arg.type is 'AssignmentExpression' bounds = @grabFunctionArguments argSource.replace('rect=', ''), true lastRect = bounds else if arg.type is 'Literal' and arg.value is null bounds = [0, 0, 1, 1] # Let's try this. frameBounds.push _.clone bounds else frameBounds = [_.clone(nominalBounds)] functionExpressions.push {name: name, bounds: nominalBounds, frameBounds: frameBounds, expression: node.parent.parent, kind: kind} @walk ast, null, gatherFunctionExpressions functionExpressions ### this.shape_1.graphics.f('#605E4A').s().p('AAOD/IgOgaIAEhkIgmgdIgMgBIgPgFIgVgJQA1h9g8jXQAQAHAOASQAQAUAKAeQARAuAJBJQAHA/gBA5IAAADIACAfIAFARIACAGIAEAHIAHAHQAVAXAQAUQAUAaANAUIABACIgsgdIgggXIAAAnIABAwIgBgBg'); this.shape_1.sett(23.2,30.1); this.shape.graphics.f().s('#000000').ss(0.1,1,1).p('AAAAAQAAAAAAAA'); this.shape.sett(3.8,22.4); ### getGraphicsFromBlock: (block, source) -> block = block.expression.object.right.body localGraphics = [] gatherShapeDefinitions = (node) => return unless node.type is 'NewExpression' and node.callee.property.name is 'Graphics' blockName = node.parent.parent.parent.id.name graphicsString = node.parent.parent.arguments[0].value localGraphics.push {p:graphicsString, bn:blockName} @walk block, null, gatherShapeDefinitions return localGraphics getShapesFromBlock: (block, source) -> block = block.expression.object.right.body shapeKeys = [] localShapes = [] gatherShapeDefinitions = (node) => return unless node.type is 'MemberExpression' name = node.object?.object?.property?.name if not name name = node.parent?.parent?.id?.name return unless name and name.indexOf('mask') is 0 and node.property?.name is 'Shape' shape = {bn: name, im: true} localShapes.push shape return return unless name.search('shape') is 0 and node.object.property?.name is 'graphics' fillCall = node.parent if fillCall.callee.property.name is 'lf' linearGradientFillSource = @subSourceFromRange fillCall.parent.range, source linearGradientFill = @grabFunctionArguments linearGradientFillSource.replace(/.*?lf\(/, 'lf('), true else if fillCall.callee.property.name is 'rf' radialGradientFillSource = @subSourceFromRange fillCall.parent.range, source radialGradientFill = @grabFunctionArguments radialGradientFillSource.replace(/.*?lf\(/, 'lf('), true else fillColor = fillCall.arguments[0]?.value ? null callName = fillCall.callee.property.name console.error 'What is this?! Not a fill!', callName unless callName is 'f' strokeCall = node.parent.parent.parent.parent if strokeCall.object.callee.property.name is 'ls' linearGradientStrokeSource = @subSourceFromRange strokeCall.parent.range, source linearGradientStroke = @grabFunctionArguments linearGradientStrokeSource.replace(/.*?ls\(/, 'ls(').replace(/\).ss\(.*/, ')'), true else strokeColor = strokeCall.object.arguments?[0]?.value ? null console.error 'What is this?! Not a stroke!' unless strokeCall.object.callee.property.name is 's' strokeStyle = null graphicsStatement = strokeCall.parent if strokeColor or linearGradientStroke # There might now be an extra node, ss, for stroke style strokeStyleSource = @subSourceFromRange strokeCall.parent.range, source if strokeStyleSource.search(/ss\(/) isnt -1 strokeStyle = @grabFunctionArguments strokeStyleSource.replace(/.*?ss\(/, 'ss('), true graphicsStatement = strokeCall.parent.parent.parent if graphicsStatement.callee.property.name is 'de' drawEllipseSource = @subSourceFromRange graphicsStatement.parent.range, source drawEllipse = @grabFunctionArguments drawEllipseSource.replace(/.*?de\(/, 'de('), true else path = graphicsStatement.arguments?[0]?.value ? null console.error 'What is this?! Not a path!' unless graphicsStatement.callee.property.name is 'p' body = graphicsStatement.parent.parent.body graphicsStatementIndex = _.indexOf body, graphicsStatement.parent t = body[graphicsStatementIndex + 1].expression tSource = @subSourceFromRange t.range, source if tSource.search('setTransform') is -1 t = [0, 0] else t = @grabFunctionArguments tSource, true for statement in body.slice(graphicsStatementIndex + 2) # Handle things like # this.shape.mask = this.shape_1.mask = this.shape_2.mask = this.shape_3.mask = mask; continue unless statement.expression?.left?.property?.name is 'mask' exp = statement.expression matchedName = false while exp matchedName = matchedName or exp.left?.object?.property?.name is name mask = exp.name exp = exp.right continue unless matchedName break shape = {t: t} shape.p = path if path shape.de = drawEllipse if drawEllipse shape.sc = strokeColor if strokeColor shape.ss = strokeStyle if strokeStyle shape.fc = fillColor if fillColor shape.lf = linearGradientFill if linearGradientFill shape.rf = radialGradientFill if radialGradientFill shape.ls = linearGradientStroke if linearGradientStroke if name.search('shape') isnt -1 and shape.fc is 'rgba(0,0,0,0.451)' and not shape.ss and not shape.sc console.log 'Skipping a shadow', name, shape, 'because we\'re doing shadows separately now.' return shapeKeys.push shapeKey = @addShape shape localShape = {bn: name, gn: shapeKey} localShape.m = mask if mask localShapes.push localShape @walk block, null, gatherShapeDefinitions return [shapeKeys, localShapes] getContainersFromMovieClip: (movieClip, source, possibleAnimations=false) -> block = movieClip.expression.object.right.body localContainers = [] gatherContainerDefinitions = (node) => return unless node.type is 'Identifier' and node.name is 'lib' args = node.parent.parent.arguments libName = node.parent.property.name return if args.length and not possibleAnimations # might be animation, not container gn = @containerRenamings[libName] return if possibleAnimations and not gn # not a container we know about bn = node.parent.parent.parent.left.property.name expressionStatement = node.parent.parent.parent.parent body = expressionStatement.parent.body expressionStatementIndex = _.indexOf body, expressionStatement t = body[expressionStatementIndex + 1].expression tSource = @subSourceFromRange t.range, source t = @grabFunctionArguments tSource, true o = body[expressionStatementIndex + 2].expression localContainer = {bn: bn, t: t, gn: gn} if o and o.left?.object?.property?.name is bn and o.left.property?.name is '_off' localContainer.o = o.right.value else if o and o.left?.property?.name is 'alpha' localContainer.al = o.right.value localContainers.push localContainer @walk block, null, gatherContainerDefinitions return localContainers getAnimationsFromMovieClip: (movieClip, source, possibleContainers=false) -> block = movieClip.expression.object.right.body localAnimations = [] gatherAnimationDefinitions = (node) => return unless node.type is 'Identifier' and node.name is 'lib' args = node.parent.parent.arguments libName = node.parent.property.name return unless args.length or possibleContainers # might be container, not animation return if @containerRenamings[libName] and not @animationRenamings[libName] # we have it as a container args = @grabFunctionArguments @subSourceFromRange(node.parent.parent.range, source), true bn = node.parent.parent.parent.left.property.name expressionStatement = node.parent.parent.parent.parent body = expressionStatement.parent.body expressionStatementIndex = _.indexOf body, expressionStatement t = body[expressionStatementIndex + 1].expression tSource = @subSourceFromRange t.range, source t = @grabFunctionArguments tSource, true gn = @animationRenamings[libName] ? libName localAnimation = {bn: bn, t: t, gn: gn, a: args} localAnimations.push localAnimation @walk block, null, gatherAnimationDefinitions return localAnimations getTweensFromMovieClip: (movieClip, source, localShapes, localContainers, localAnimations) -> block = movieClip.expression.object.right.body localTweens = [] gatherTweens = (node) => return unless node.property?.name is 'addTween' callExpressions = [] tweenNode = node gatherCallExpressions = (node) => return unless node.type is 'CallExpression' name = node.callee.property?.name return unless name in ['get', 'to', 'wait'] return if name is 'get' and callExpressions.length # avoid Ease calls in the tweens flattenedRanges = _.flatten [(a.range for a in node.arguments)] range = [_.min(flattenedRanges), _.max(flattenedRanges)] # Replace 'this.' references with just the 'name' argsSource = @subSourceFromRange(range, source) argsSource = argsSource.replace(/mask/g, 'this.mask') # so the mask thing will be handled correctly as a blockName in the next line argsSource = argsSource.replace(/this\.([a-z_0-9]+)/ig, '"$1"') # turns this.shape literal to 'shape' string argsSource = argsSource.replace(/cjs(.+)\)/, '"createjs$1)"') # turns cjs.Ease.get(0.5) args = eval "[#{argsSource}]" shadowTween = args[0]?.search?('shape') is 0 and not _.find(localShapes, bn: args[0]) shadowTween = shadowTween or args[0]?.state?[0]?.t?.search?('shape') is 0 and not _.find(localShapes, bn: args[0].state[0].t) if shadowTween console.log 'Skipping tween', name, argsSource, args, 'from localShapes', localShapes, 'presumably because it\'s a shadow we skipped.' return callExpressions.push {n: name, a: args} @walk node.parent.parent, null, gatherCallExpressions localTweens.push callExpressions @walk block, null, gatherTweens return localTweens getAddChildCallArguments: (block, source) -> block = block.expression.object.right.body localArgs = [] gatherAddChildCalls = (node) => return unless node.type is 'Identifier' and node.name is 'addChild' args = node.parent.parent.arguments args = (arg.property.name for arg in args) localArgs.push arg for arg in args return @walk block, null, gatherAddChildCalls return localArgs ### this.timeline.addTween(cjs.Tween.get(this.instance).to({scaleX:0.82,scaleY:0.79,rotation:-10.8,x:98.4,y:-86.5},4).to({scaleY:0.7,rotation:9.3,x:95.6,y:-48.8},1).to({scaleX:0.82,scaleY:0.61,rotation:29.4,x:92.8,y:-11},1).to({regX:7.3,scaleX:0.82,scaleY:0.53,rotation:49.7,x:90.1,y:26.6},1).to({regX:7.2,regY:29.8,scaleY:0.66,rotation:19.3,x:101.2,y:-27.8},2).to({regY:29.9,scaleY:0.79,rotation:-10.8,x:98.4,y:-86.5},2).to({scaleX:0.84,scaleY:0.83,rotation:-30.7,x:68.4,y:-110},2).to({regX:7.3,scaleX:0.84,scaleY:0.84,rotation:-33.9,x:63.5,y:-114},1).wait(1)); ### ### simpleSample = """ (function (lib, img, cjs) { var p; // shortcut to reference prototypes // stage content: (lib.enemy_flying_move_side = function(mode,startPosition,loop) { this.initialize(mode,startPosition,loop,{}); // D_Head this.instance = new lib.Dragon_Head(); this.instance.setTransform(227,200.5,1,1,0,0,0,51.9,42.5); this.timeline.addTween(cjs.Tween.get(this.instance).to({y:182.9},7).to({y:200.5},7).wait(1)); // Layer 7 this.shape = new cjs.Shape(); this.shape.graphics.f('#4F6877').s().p('AgsAxQgSgVgB'); this.shape.setTransform(283.1,146.1); // Layer 7 2 this.shape_1 = new cjs.Shape(); this.shape_1.graphics.f('rgba(255,255,255,0.4)').s().p('ArTs0QSMB7EbVGQhsBhiGBHQjg1IvVkhg'); this.shape_1.setTransform(400.2,185.5); this.timeline.addTween(cjs.Tween.get({}).to({state:[]}).to({state:[{t:this.shape}]},7).to({state:[]},2).wait(6)); // Wing this.instance_9 = new lib.Wing_Animation('synched',0); this.instance_9.setTransform(313.9,145.6,1,1,0,0,0,49,-83.5); this.timeline.addTween(cjs.Tween.get(this.instance_9).to({y:128,startPosition:7},7).wait(1)); // Example hard one with two shapes this.timeline.addTween(cjs.Tween.get({}).to({state:[]}).to({state:[{t:this.shape}]},7).to({state:[{t:this.shape_1}]},1).to({state:[]},1).wait(7)); }).prototype = p = new cjs.MovieClip(); p.nominalBounds = new cjs.Rectangle(7.1,48.9,528.7,431.1); (lib.Dragon_Head = function() { this.initialize(); // Isolation Mode this.shape = new cjs.Shape(); this.shape.graphics.f('#1D2226').s().p('AgVAwQgUgdgN'); this.shape.setTransform(75,25.8); this.shape_1 = new cjs.Shape(); this.shape_1.graphics.f('#1D2226').s().p('AgnBXQACABAF'); this.shape_1.setTransform(80.8,22); this.addChild(this.shape_1,this.shape); }).prototype = p = new cjs.Container(); p.nominalBounds = new cjs.Rectangle(5.8,0,87.9,85); (lib.WingPart_01 = function() { this.initialize(); // Layer 1 this.shape = new cjs.Shape(); this.shape.graphics.f('#DBDDBC').s().p('Ag3BeQgCgRA'); this.shape.setTransform(10.6,19.7,1.081,1.081); this.shape_1 = new cjs.Shape(); this.shape_1.graphics.f('#1D2226').s().p('AB4CDQgGg'); this.shape_1.setTransform(19.9,17.6,1.081,1.081); this.shape_2 = new cjs.Shape(); this.shape_2.graphics.f('#605E4A').s().p('AiECbQgRg'); this.shape_2.setTransform(19.5,18.4,1.081,1.081); this.addChild(this.shape_2,this.shape_1,this.shape); }).prototype = p = new cjs.Container(); p.nominalBounds = new cjs.Rectangle(0,-3.1,40,41.6); (lib.Wing_Animation = function(mode,startPosition,loop) { this.initialize(mode,startPosition,loop,{}); // WP_02 this.instance = new lib.WingPart_01(); this.instance.setTransform(53.6,-121.9,0.854,0.854,-40.9,0,0,7.2,29.9); this.timeline.addTween(cjs.Tween.get(this.instance).to({scaleY:0.7,rotation:9.3,x:95.6,y:-48.8},1).wait(1)); }).prototype = p = new cjs.MovieClip(); p.nominalBounds = new cjs.Rectangle(-27.7,-161.6,153.4,156.2); })(lib = lib||{}, images = images||{}, createjs = createjs||{}); var lib, images, createjs; """ ###