def translate(game, print_func = dummy_out):
onepointfive = game.settings.get('old', False)
mfa = MFA(ByteReader(open('template.mfa', 'rb')))
# mfa = MFA()
mfa.frames = []
mfa.mfaBuild = 4 #MFA_CURRENT_VERSION
mfa.product = game.productVersion
mfa.buildVersion = 251
mfa.name = game.name or ''
mfa.description = ''
mfa.path = game.editorFilename
mfa.stamp = 6196 * '\x00'
mfa.fonts = game.fonts or mfa.new(FontBank, compressed = False)
mfa.sounds = game.sounds or mfa.new(SoundBank, compressed = False)
mfa.music = game.music or mfa.new(MusicBank, compressed = False)
for bank in (mfa.fonts, mfa.sounds, mfa.music):
if bank.items is None:
continue
for item in bank.items:
item.settings = {'compressed' : False}
# mfa.icons = mfa.new(AGMIBank)
images = mfa.new(AGMIBank)
images.items = game.images.items
for item in images.items:
item.settings['debug'] = True
mfa.images = images
for item in (mfa.images, mfa.icons):
item.paletteVersion = 768
item.paletteEntries = 256
item.palette = mfa.icons.palette
mfa.author = game.author or ''
mfa.copyright = game.copyright or ''
mfa.company = ''
mfa.version = ''
if game.files is not None:
for binaryFile in game.files.items:
mfa.binaryFiles.append(binaryFile.name)
header = game.header
displaySettings = mfa.displaySettings
graphicSettings = mfa.graphicSettings
flags = header.flags
newFlags = header.newFlags
otherFlags = header.otherFlags
displaySettings['MDI'] = newFlags['MDI']
displaySettings['MenuBar'] = flags['MenuBar']
displaySettings['MenuOnBoot'] = not flags['MenuHidden']
graphicSettings['MultiSamples'] = flags['MultiSamples']
mfa.windowSize = (header.windowWidth, header.windowHeight)
mfa.borderColor = header.borderColor
mfa.helpFile = ''
mfa.vitalizePreview = ''
mfa.initialScore = header.initialScore
mfa.initialLifes = header.initialLives
mfa.frameRate = header.frameRate or 50
mfa.buildType = 0
mfa.buildPath = game.targetFilename
mfa.commandLine = ''
mfa.aboutBox = game.aboutText or ''
controls = mfa.new(Controls)
for control in header.controls.items:
newControl = controls.new(PlayerControl)
newControl.controlType = 4
keys = control.keys
for key in ('up', 'down', 'left', 'right', 'button1', 'button2',
'button3', 'button4'):
try:
key_value = getattr(keys, key).getValue()
except AttributeError:
key_value = 0
getattr(newControl, key).setValue(key_value)
controls.controls.append(newControl)
mfa.controls = controls
mfa.menu = game.menu
mfa.windowMenuIndex = header.windowsMenuIndex or 0
mfa.menuImages = {}
globalValues = mfa.new(ValueList)
if game.globalValues is not None:
for index, item in enumerate(game.globalValues.items):
newValue = ValueItem()
newValue.name = 'Global Value %s' % (index + 1)
newValue.value = item
globalValues.items.append(newValue)
globalStrings = mfa.new(ValueList)
if game.globalStrings is not None:
for index, item in enumerate(game.globalStrings.items):
newValue = ValueItem()
newValue.name = 'Global String %s' % (index + 1)
newValue.value = item
globalStrings.items.append(newValue)
mfa.globalValues = globalValues
mfa.globalStrings = globalStrings
mfa.globalEvents = ''
mfa.graphicMode = header.mode
# mfa.iconImages = []
mfa.customQualifiers = {}
mfa.chunks = mfa.new(ChunkList)
frameItems = {}
for itemIndex, item in enumerate(game.frameItems.items):
# for itemIndex, item in enumerate([]):
newItem = mfa.new(FrameItem)
newItem.name = item.name or ('Unnamed %s' % itemIndex)
newItem.objectType = item.objectType
newItem.handle = item.handle
newItem.transparent = item.transparent
newItem.inkEffect = item.inkEffect
newItem.inkEffectParameter = item.inkEffectValue
newItem.antiAliasing = item.antialias
newItem.flags.setFlags(item.flags.getFlags())
newItem.iconHandle = 10
newItem.chunks = newItem.new(ChunkList)
itemLoader = item.properties.loader
if item.objectType >= EXTENSION_BASE:
objectClass = ExtensionObject
else:
objectClass = FRAME_ITEM_LOADERS[item.objectType]
newLoader = newItem.loader = newItem.new(objectClass)
if item.objectType in (QUICKBACKDROP, BACKDROP):
newLoader.obstacleType = itemLoader.obstacleType
newLoader.collisionType = itemLoader.collisionMode
if item.objectType == QUICKBACKDROP:
newLoader.width = itemLoader.width
newLoader.height = itemLoader.height
shape = itemLoader.shape
newLoader.shape = shape.shape
newLoader.borderSize = shape.borderSize
newLoader.borderColor = shape.borderColor
newLoader.fillType = shape.fillType
newLoader.color1 = shape.color1 or (0, 0, 0)
newLoader.color2 = shape.color2 or (0, 0, 0)
newLoader.flags.setFlags(shape.gradientFlags)
newLoader.image = shape.image
else:
newLoader.handle = itemLoader.image
else:
newLoader.objectFlags.setFlags(itemLoader.flags.getFlags())
try:
newLoader.newObjectFlags.setFlags(
itemLoader.newFlags.getFlags())
except AttributeError:
# could happen for MMF1.5
pass
newLoader.backgroundColor = itemLoader.backColour
newLoader.qualifiers = itemLoader.qualifiers
newLoader.values = convert_alterables(itemLoader.values, 'Value')
newLoader.strings = convert_alterables(itemLoader.strings, 'String')
newLoader.movements = movements = newLoader.new(Movements)
for index, movement in enumerate(itemLoader.movements.items):
newMovement = movements.new(Movement)
newMovement.name = 'Movement #%s' % (index + 1)
if movement.getName() == 'Extension':
newMovement.extension = movement.loader.name + '.mvx'
newMovement.identifier = movement.loader.id
else:
newMovement.extension = ''
newMovement.identifier = movement.type
newMovement.player = movement.player
newMovement.type = movement.type
newMovement.movingAtStart = movement.movingAtStart
newMovement.directionAtStart = movement.directionAtStart
newMovement.loader = movement.loader
movements.items.append(newMovement)
newLoader.behaviours = newLoader.new(Behaviours)
newLoader.fadeIn = convert_transition(itemLoader.fadeIn)
newLoader.fadeOut = convert_transition(itemLoader.fadeOut)
if itemLoader.animations is not None:
animationHeader = itemLoader.animations
newLoader.items = items = []
for i in xrange(max(animationHeader.loadedAnimations) + 1):
newAnimation = newLoader.new(Animation)
items.append(newAnimation)
newAnimation.directions = newDirections = []
try:
animation = animationHeader.loadedAnimations[i]
except KeyError:
continue
for n, direction in animation.loadedDirections.iteritems():
newDirection = newAnimation.new(AnimationDirection)
newDirections.append(newDirection)
newDirection.index = n
newDirection.minSpeed = direction.minSpeed
newDirection.maxSpeed = direction.maxSpeed
newDirection.repeat = direction.repeat
newDirection.backTo = direction.backTo
newDirection.frames = direction.frames
if item.objectType >= EXTENSION_BASE:
extension = item.getExtension(game.extensions)
newLoader.extensionType = -1
newLoader.extensionName = ''
newLoader.filename = extension.name + '.mfx'
newLoader.magic = extension.magicNumber
newLoader.subType = extension.subType
newLoader.extensionVersion = itemLoader.extensionVersion
newLoader.extensionId = itemLoader.extensionId
newLoader.extensionPrivate = itemLoader.extensionPrivate
newLoader.extensionData = itemLoader.extensionData or ''
elif item.objectType == COUNTER:
counter = itemLoader.counter
counters = itemLoader.counters
newLoader.value = counter.initial
newLoader.minimum = counter.minimum
newLoader.maximum = counter.maximum
if counters is None:
newLoader.displayType = HIDDEN
shape = None
newLoader.countType = 0
newLoader.width = 0
newLoader.height = 0
newLoader.images = []
newLoader.font = 0
else:
shape = counters.shape
newLoader.displayType = counters.displayType
newLoader.countType = counters.inverse
newLoader.width = counters.width
newLoader.height = counters.height
newLoader.images = counters.frames or []
newLoader.font = counters.font or 0
if shape is None:
color1 = color2 = (0, 0, 0)
newLoader.verticalGradient = 0
newLoader.flags = 0
else:
color1 = shape.color1 or (0, 0, 0)
color2 = shape.color2 or (0, 0, 0)
newLoader.verticalGradient = shape.gradientFlags or 0
newLoader.flags = shape.fillType
newLoader.color1 = color1
newLoader.color2 = color2
elif item.objectType in (SCORE, LIVES):
counters = itemLoader.counters
newLoader.player = counters.player
newLoader.images = counters.frames or []
newLoader.displayType = counters.displayType
newLoader.flags = counters.flags
newLoader.font = counters.font
newLoader.width = counters.width
newLoader.height = counters.height
elif item.objectType == RTF:
rtf = itemLoader.rtf
newLoader.width = rtf.width
newLoader.height = rtf.height
newLoader.value = rtf.value
newLoader.color = rtf.color
newLoader.flags = rtf.options.getFlags()
elif item.objectType == SUBAPPLICATION:
subApplication = itemLoader.subApplication
newLoader.width = subApplication.width
newLoader.height = subApplication.height
newLoader.filename = subApplication.name
if subApplication.options['Internal']:
startFrame = subApplication.startFrame
else:
startFrame = -1
newLoader.startFrame = startFrame
newLoader.options.setFlags(subApplication.options.getFlags())
elif item.objectType == TEXT:
text = itemLoader.text
newLoader.width = text.width
newLoader.height = text.height
paragraph = text.items[0]
newLoader.font = paragraph.font
newLoader.color = paragraph.color
newLoader.flags = 0
newLoader.items = paragraphs = []
for paragraph in text.items:
newParagraph = newLoader.new(Paragraph)
paragraphs.append(newParagraph)
newParagraph.value = paragraph.value
newParagraph.flags = paragraph.flags.getFlags()
elif item.objectType == QUESTION:
text = itemLoader.text
newLoader.width = text.width
newLoader.height = text.height
question = text.items[0]
answer = text.items[1]
print question.font
newLoader.questionFont = question.font
newLoader.questionColor = question.color
newLoader.questionFlags = 0
newLoader.question = question.value
newLoader.answerFont = answer.font
newLoader.answerColor = answer.color
newLoader.answerFlags = 0
newLoader.items = paragraphs = []
for paragraph in text.items[1:]:
newParagraph = newLoader.new(Paragraph)
paragraphs.append(newParagraph)
newParagraph.value = paragraph.value
newParagraph.flags = paragraph.flags.getFlags()
frameItems[newItem.handle] = newItem
qualifiers = {}
indexHandles = dict(
[(v, index) for (index, v) in enumerate(game.frameHandles)])
for index, frame in enumerate(game.frames[:20]):
frame.load()
newFrame = mfa.new(Frame)
newFrame.handle = indexHandles[index]
newFrame.name = frame.name or ''
newFrame.size = (frame.width, frame.height)
newFrame.background = frame.background
newFrame.fadeIn = convert_transition(frame.fadeIn)
newFrame.fadeOut = convert_transition(frame.fadeOut)
flags = newFrame.flags
originalFlags = frame.flags
flags['GrabDesktop'] = originalFlags['GrabDesktop']
flags['KeepDisplay'] = originalFlags['KeepDisplay']
flags['BackgroundCollisions'] = originalFlags['TotalCollisionMask']
flags['ResizeToScreen'] = originalFlags['ResizeAtStart']
flags['ForceLoadOnCall'] = originalFlags['ForceLoadOnCall']
flags['NoDisplaySurface'] = False#originalFlags['NoSurface']
flags['TimerBasedMovements'] = originalFlags['TimedMovements']
newFrame.maxObjects = frame.maxObjects
newFrame.password = frame.password or ''
newFrame.lastViewedX = 320
newFrame.lastViewedY = 240
newFrame.palette = newFrame.palette
newFrame.stampHandle = 12
newFrame.activeLayer = 0
newFrame.layers = layers = []
try:
for layer in frame.layers.items:
newLayer = newFrame.new(Layer)
newLayer.name = layer.name
flags = newLayer.flags
originalFlags = layer.flags
flags['HideAtStart'] = originalFlags['ToHide']
flags['Visible'] = True
flags['NoBackground'] = originalFlags['DoNotSaveBackground']
flags['WrapHorizontally'] = originalFlags['WrapHorizontally']
flags['WrapVertically'] = originalFlags['WrapVertically']
newLayer.xCoefficient = layer.xCoefficient
newLayer.yCoefficient = layer.yCoefficient
layers.append(newLayer)
except AttributeError:
# MMF 1.5
layer = newFrame.new(Layer)
layer.name = 'Default Layer'
layer.xCoefficient = layer.yCoefficient = 1.0
layers.append(layer)
newFrameItems = set()
newFrame.instances = instances = []
print_func('Translating frame %r (%s)' % (newFrame.name, index))
if frame.instances is not None:
for instanceIndex, instance in enumerate(frame.instances.items):
try:
frameItem = frameItems[instance.objectInfo]
except KeyError:
continue
newFrameItems.add(frameItem)
newInstance = newFrame.new(FrameInstance)
newInstance.x = instance.x
newInstance.y = instance.y
newInstance.handle = instanceIndex
if instance.parentType != NONE_PARENT:
newInstance.flags = 8
else:
newInstance.flags = 0
newInstance.parentType = instance.parentType
newInstance.itemHandle = instance.objectInfo
parentHandle = instance.parentHandle
newInstance.parentHandle = parentHandle
newInstance.layer = instance.layer
instances.append(newInstance)
newFrame.items = list(newFrameItems)
newFrame.folders = folders = []
for item in newFrame.items:
newFolder = newFrame.new(ItemFolder)
newFolder.items = [item.handle]
folders.append(newFolder)
events = newFrame.events = frame.new(Events)
events.version = 1027
events.frameType = 0
events.items = frame.events.items
events.objects = objects = []
for item in newFrame.items:
newObject = events.new(EventObject)
objects.append(newObject)
newObject.handle = item.handle
newObject.name = item.name
newObject.typeName = ''
newObject.itemType = item.objectType
newObject.objectType = FRAME_ITEM_TYPE
newObject.flags = 0
newObject.itemHandle = item.handle
newObject.instanceHandle = 0xFFFFFFFF
for k, item in frame.events.qualifiers.iteritems():
key = (k, item.type)
objectInfo = item.objectInfo
if key in qualifiers:
newObject = qualifiers[key]
newHandle = newObject.handle
else:
newObject = events.new(EventObject)
qualifiers[key] = newObject
newHandle = 0
while 1:
if newHandle not in qualifiers and newHandle not in frameItems:
break
newHandle += 1
frameItems[newHandle] = newObject
newObject.handle = newHandle
newObject.systemQualifier = item.qualifier
newObject.name = ''
newObject.typeName = ''
newObject.itemType = item.type
newObject.objectType = SYSTEM_ITEM_TYPE
newObject.flags = 0
for eventGroup in frame.events.items:
for aceList in (eventGroup.actions, eventGroup.conditions):
for ace in aceList:
if ace.objectInfo == objectInfo:
ace.objectInfo = newHandle
for parameter in ace.items:
parameter = parameter.loader
if hasattr(parameter, 'objectInfo'):
if parameter.objectInfo == objectInfo:
parameter.objectInfo = newHandle
if hasattr(parameter, 'objectInfoParent'):
if parameter.objectInfoParent == objectInfo:
parameter.objectInfoParent = newHandle
if hasattr(parameter, 'position'):
position = parameter.position
if position.objectInfoParent == objectInfo:
position.objectInfoParent = newHandle
if parameter.isExpression:
for expression in parameter.items:
if expression.objectInfo == objectInfo:
expression.objectInfo = newHandle
objects.append(newObject)
# group stuff
groups = {}
groupId = 0
def loop_parameters():
for eventGroup in frame.events.items:
for aceList in (eventGroup.actions, eventGroup.conditions):
for ace in aceList:
for parameter in ace.items:
yield parameter.getName(), parameter.loader
for name, parameter in loop_parameters():
if name == 'GROUP':
offset = parameter.offset
if onepointfive:
offset = parameter.offset + 2
groups[offset] = groupId
parameter.id = groupId
parameter.password = make_group_checksum('', parameter.name)
groupId += 1
for name, parameter in loop_parameters():
if name == 'GROUPOINTER':
parameter.id = groups[parameter.pointer]
parameter.savedPointer = parameter.pointer = 0
newFrame.chunks = mfa.new(ChunkList)
mfa.frames.append(save_data_loader(newFrame))
frame.close()
return mfa
def translate(game, print_func=dummy_out):
onepointfive = game.settings.get('old', False)
mfa = MFA(ByteReader(open('template.mfa', 'rb')))
# mfa = MFA()
mfa.frames = []
mfa.mfaBuild = 4 #MFA_CURRENT_VERSION
mfa.product = game.productVersion
mfa.buildVersion = 251
mfa.name = game.name or ''
mfa.description = ''
mfa.path = game.editorFilename
mfa.stamp = 6196 * '\x00'
mfa.fonts = game.fonts or mfa.new(FontBank, compressed=False)
mfa.sounds = game.sounds or mfa.new(SoundBank, compressed=False)
mfa.music = game.music or mfa.new(MusicBank, compressed=False)
for bank in (mfa.fonts, mfa.sounds, mfa.music):
if bank.items is None:
continue
for item in bank.items:
item.settings = {'compressed': False}
# mfa.icons = mfa.new(AGMIBank)
images = mfa.new(AGMIBank)
images.items = game.images.items
for item in images.items:
item.settings['debug'] = True
mfa.images = images
for item in (mfa.images, mfa.icons):
item.paletteVersion = 768
item.paletteEntries = 256
item.palette = mfa.icons.palette
mfa.author = game.author or ''
mfa.copyright = game.copyright or ''
mfa.company = ''
mfa.version = ''
if game.files is not None:
for binaryFile in game.files.items:
mfa.binaryFiles.append(binaryFile.name)
header = game.header
displaySettings = mfa.displaySettings
graphicSettings = mfa.graphicSettings
flags = header.flags
newFlags = header.newFlags
otherFlags = header.otherFlags
displaySettings['MDI'] = newFlags['MDI']
displaySettings['MenuBar'] = flags['MenuBar']
displaySettings['MenuOnBoot'] = not flags['MenuHidden']
graphicSettings['MultiSamples'] = flags['MultiSamples']
mfa.windowSize = (header.windowWidth, header.windowHeight)
mfa.borderColor = header.borderColor
mfa.helpFile = ''
mfa.vitalizePreview = ''
mfa.initialScore = header.initialScore
mfa.initialLifes = header.initialLives
mfa.frameRate = header.frameRate or 50
mfa.buildType = 0
mfa.buildPath = game.targetFilename
mfa.commandLine = ''
mfa.aboutBox = game.aboutText or ''
controls = mfa.new(Controls)
for control in header.controls.items:
newControl = controls.new(PlayerControl)
newControl.controlType = 4
keys = control.keys
for key in ('up', 'down', 'left', 'right', 'button1', 'button2',
'button3', 'button4'):
try:
key_value = getattr(keys, key).getValue()
except AttributeError:
key_value = 0
getattr(newControl, key).setValue(key_value)
controls.controls.append(newControl)
mfa.controls = controls
mfa.menu = game.menu
mfa.windowMenuIndex = header.windowsMenuIndex or 0
mfa.menuImages = {}
globalValues = mfa.new(ValueList)
if game.globalValues is not None:
for index, item in enumerate(game.globalValues.items):
newValue = ValueItem()
newValue.name = 'Global Value %s' % (index + 1)
newValue.value = item
globalValues.items.append(newValue)
globalStrings = mfa.new(ValueList)
if game.globalStrings is not None:
for index, item in enumerate(game.globalStrings.items):
newValue = ValueItem()
newValue.name = 'Global String %s' % (index + 1)
newValue.value = item
globalStrings.items.append(newValue)
mfa.globalValues = globalValues
mfa.globalStrings = globalStrings
mfa.globalEvents = ''
mfa.graphicMode = header.mode
# mfa.iconImages = []
mfa.customQualifiers = {}
mfa.chunks = mfa.new(ChunkList)
frameItems = {}
for itemIndex, item in enumerate(game.frameItems.items):
# for itemIndex, item in enumerate([]):
newItem = mfa.new(FrameItem)
newItem.name = item.name or ('Unnamed %s' % itemIndex)
newItem.objectType = item.objectType
newItem.handle = item.handle
newItem.transparent = item.transparent
newItem.inkEffect = item.inkEffect
newItem.inkEffectParameter = item.inkEffectValue
newItem.antiAliasing = item.antialias
newItem.flags.setFlags(item.flags.getFlags())
newItem.iconHandle = 10
newItem.chunks = newItem.new(ChunkList)
itemLoader = item.properties.loader
if item.objectType >= EXTENSION_BASE:
objectClass = ExtensionObject
else:
objectClass = FRAME_ITEM_LOADERS[item.objectType]
newLoader = newItem.loader = newItem.new(objectClass)
if item.objectType in (QUICKBACKDROP, BACKDROP):
newLoader.obstacleType = itemLoader.obstacleType
newLoader.collisionType = itemLoader.collisionMode
if item.objectType == QUICKBACKDROP:
newLoader.width = itemLoader.width
newLoader.height = itemLoader.height
shape = itemLoader.shape
newLoader.shape = shape.shape
newLoader.borderSize = shape.borderSize
newLoader.borderColor = shape.borderColor
newLoader.fillType = shape.fillType
newLoader.color1 = shape.color1 or (0, 0, 0)
newLoader.color2 = shape.color2 or (0, 0, 0)
newLoader.flags.setFlags(shape.gradientFlags)
newLoader.image = shape.image
else:
newLoader.handle = itemLoader.image
else:
newLoader.objectFlags.setFlags(itemLoader.flags.getFlags())
try:
newLoader.newObjectFlags.setFlags(
itemLoader.newFlags.getFlags())
except AttributeError:
# could happen for MMF1.5
pass
newLoader.backgroundColor = itemLoader.backColour
newLoader.qualifiers = itemLoader.qualifiers
newLoader.values = convert_alterables(itemLoader.values, 'Value')
newLoader.strings = convert_alterables(itemLoader.strings,
'String')
newLoader.movements = movements = newLoader.new(Movements)
for index, movement in enumerate(itemLoader.movements.items):
newMovement = movements.new(Movement)
newMovement.name = 'Movement #%s' % (index + 1)
if movement.getName() == 'Extension':
newMovement.extension = movement.loader.name + '.mvx'
newMovement.identifier = movement.loader.id
else:
newMovement.extension = ''
newMovement.identifier = movement.type
newMovement.player = movement.player
newMovement.type = movement.type
newMovement.movingAtStart = movement.movingAtStart
newMovement.directionAtStart = movement.directionAtStart
newMovement.loader = movement.loader
movements.items.append(newMovement)
newLoader.behaviours = newLoader.new(Behaviours)
newLoader.fadeIn = convert_transition(itemLoader.fadeIn)
newLoader.fadeOut = convert_transition(itemLoader.fadeOut)
if itemLoader.animations is not None:
animationHeader = itemLoader.animations
newLoader.items = items = []
for i in xrange(max(animationHeader.loadedAnimations) + 1):
newAnimation = newLoader.new(Animation)
items.append(newAnimation)
newAnimation.directions = newDirections = []
try:
animation = animationHeader.loadedAnimations[i]
except KeyError:
continue
for n, direction in animation.loadedDirections.iteritems():
newDirection = newAnimation.new(AnimationDirection)
newDirections.append(newDirection)
newDirection.index = n
newDirection.minSpeed = direction.minSpeed
newDirection.maxSpeed = direction.maxSpeed
newDirection.repeat = direction.repeat
newDirection.backTo = direction.backTo
newDirection.frames = direction.frames
if item.objectType >= EXTENSION_BASE:
extension = item.getExtension(game.extensions)
newLoader.extensionType = -1
newLoader.extensionName = ''
newLoader.filename = extension.name + '.mfx'
newLoader.magic = extension.magicNumber
newLoader.subType = extension.subType
newLoader.extensionVersion = itemLoader.extensionVersion
newLoader.extensionId = itemLoader.extensionId
newLoader.extensionPrivate = itemLoader.extensionPrivate
newLoader.extensionData = itemLoader.extensionData or ''
elif item.objectType == COUNTER:
counter = itemLoader.counter
counters = itemLoader.counters
newLoader.value = counter.initial
newLoader.minimum = counter.minimum
newLoader.maximum = counter.maximum
if counters is None:
newLoader.displayType = HIDDEN
shape = None
newLoader.countType = 0
newLoader.width = 0
newLoader.height = 0
newLoader.images = []
newLoader.font = 0
else:
shape = counters.shape
newLoader.displayType = counters.displayType
newLoader.countType = counters.inverse
newLoader.width = counters.width
newLoader.height = counters.height
newLoader.images = counters.frames or []
newLoader.font = counters.font or 0
if shape is None:
color1 = color2 = (0, 0, 0)
newLoader.verticalGradient = 0
newLoader.flags = 0
else:
color1 = shape.color1 or (0, 0, 0)
color2 = shape.color2 or (0, 0, 0)
newLoader.verticalGradient = shape.gradientFlags or 0
newLoader.flags = shape.fillType
newLoader.color1 = color1
newLoader.color2 = color2
elif item.objectType in (SCORE, LIVES):
counters = itemLoader.counters
newLoader.player = counters.player
newLoader.images = counters.frames or []
newLoader.displayType = counters.displayType
newLoader.flags = counters.flags
newLoader.font = counters.font
newLoader.width = counters.width
newLoader.height = counters.height
elif item.objectType == RTF:
rtf = itemLoader.rtf
newLoader.width = rtf.width
newLoader.height = rtf.height
newLoader.value = rtf.value
newLoader.color = rtf.color
newLoader.flags = rtf.options.getFlags()
elif item.objectType == SUBAPPLICATION:
subApplication = itemLoader.subApplication
newLoader.width = subApplication.width
newLoader.height = subApplication.height
newLoader.filename = subApplication.name
if subApplication.options['Internal']:
startFrame = subApplication.startFrame
else:
startFrame = -1
newLoader.startFrame = startFrame
newLoader.options.setFlags(subApplication.options.getFlags())
elif item.objectType == TEXT:
text = itemLoader.text
newLoader.width = text.width
newLoader.height = text.height
paragraph = text.items[0]
newLoader.font = paragraph.font
newLoader.color = paragraph.color
newLoader.flags = 0
newLoader.items = paragraphs = []
for paragraph in text.items:
newParagraph = newLoader.new(Paragraph)
paragraphs.append(newParagraph)
newParagraph.value = paragraph.value
newParagraph.flags = paragraph.flags.getFlags()
elif item.objectType == QUESTION:
text = itemLoader.text
newLoader.width = text.width
newLoader.height = text.height
question = text.items[0]
answer = text.items[1]
print question.font
newLoader.questionFont = question.font
newLoader.questionColor = question.color
newLoader.questionFlags = 0
newLoader.question = question.value
newLoader.answerFont = answer.font
newLoader.answerColor = answer.color
newLoader.answerFlags = 0
newLoader.items = paragraphs = []
for paragraph in text.items[1:]:
newParagraph = newLoader.new(Paragraph)
paragraphs.append(newParagraph)
newParagraph.value = paragraph.value
newParagraph.flags = paragraph.flags.getFlags()
frameItems[newItem.handle] = newItem
qualifiers = {}
indexHandles = dict([(v, index)
for (index, v) in enumerate(game.frameHandles)])
for index, frame in enumerate(game.frames):
#print 'this application has %s frames. I am currently working on frame %s.' % (len(game.frames), len(frame)) #invalid type lol
frame.load()
newFrame = mfa.new(Frame)
newFrame.handle = indexHandles[index]
newFrame.name = frame.name or ''
newFrame.size = (frame.width, frame.height)
newFrame.background = frame.background
newFrame.fadeIn = convert_transition(frame.fadeIn)
newFrame.fadeOut = convert_transition(frame.fadeOut)
flags = newFrame.flags
originalFlags = frame.flags
flags['GrabDesktop'] = originalFlags['GrabDesktop']
flags['KeepDisplay'] = originalFlags['KeepDisplay']
flags['BackgroundCollisions'] = originalFlags['TotalCollisionMask']
flags['ResizeToScreen'] = originalFlags['ResizeAtStart']
flags['ForceLoadOnCall'] = originalFlags['ForceLoadOnCall']
flags['NoDisplaySurface'] = False #originalFlags['NoSurface']
flags['TimerBasedMovements'] = originalFlags['TimedMovements']
newFrame.maxObjects = frame.maxObjects
newFrame.password = frame.password or ''
newFrame.lastViewedX = 320
newFrame.lastViewedY = 240
newFrame.palette = newFrame.palette
newFrame.stampHandle = 12
newFrame.activeLayer = 0
newFrame.layers = layers = []
try:
for layer in frame.layers.items:
newLayer = newFrame.new(Layer)
newLayer.name = layer.name
flags = newLayer.flags
originalFlags = layer.flags
flags['HideAtStart'] = originalFlags['ToHide']
flags['Visible'] = True
flags['NoBackground'] = originalFlags['DoNotSaveBackground']
flags['WrapHorizontally'] = originalFlags['WrapHorizontally']
flags['WrapVertically'] = originalFlags['WrapVertically']
newLayer.xCoefficient = layer.xCoefficient
newLayer.yCoefficient = layer.yCoefficient
layers.append(newLayer)
except AttributeError:
# MMF 1.5
layer = newFrame.new(Layer)
layer.name = 'Default Layer'
layer.xCoefficient = layer.yCoefficient = 1.0
layers.append(layer)
newFrameItems = set()
newFrame.instances = instances = []
print_func('Translating frame %r (%s)' % (newFrame.name, index))
if frame.instances is not None:
for instanceIndex, instance in enumerate(frame.instances.items):
try:
frameItem = frameItems[instance.objectInfo]
except KeyError:
continue
newFrameItems.add(frameItem)
newInstance = newFrame.new(FrameInstance)
newInstance.x = instance.x
newInstance.y = instance.y
newInstance.handle = instanceIndex
if instance.parentType != NONE_PARENT:
newInstance.flags = 8
else:
newInstance.flags = 0
newInstance.parentType = instance.parentType
newInstance.itemHandle = instance.objectInfo
parentHandle = instance.parentHandle
newInstance.parentHandle = parentHandle
newInstance.layer = instance.layer
instances.append(newInstance)
newFrame.items = list(newFrameItems)
newFrame.folders = folders = []
for item in newFrame.items:
newFolder = newFrame.new(ItemFolder)
newFolder.items = [item.handle]
folders.append(newFolder)
events = newFrame.events = frame.new(Events)
events.version = 1027
events.frameType = 0
events.items = frame.events.items
events.objects = objects = []
for item in newFrame.items:
newObject = events.new(EventObject)
objects.append(newObject)
newObject.handle = item.handle
newObject.name = item.name
newObject.typeName = ''
newObject.itemType = item.objectType
newObject.objectType = FRAME_ITEM_TYPE
newObject.flags = 0
newObject.itemHandle = item.handle
newObject.instanceHandle = 0xFFFFFFFF
for k, item in frame.events.qualifiers.iteritems():
key = (k, item.type)
objectInfo = item.objectInfo
if key in qualifiers:
newObject = qualifiers[key]
newHandle = newObject.handle
else:
newObject = events.new(EventObject)
qualifiers[key] = newObject
newHandle = 0
while 1:
if newHandle not in qualifiers and newHandle not in frameItems:
break
newHandle += 1
frameItems[newHandle] = newObject
newObject.handle = newHandle
newObject.systemQualifier = item.qualifier
newObject.name = ''
newObject.typeName = ''
newObject.itemType = item.type
newObject.objectType = SYSTEM_ITEM_TYPE
newObject.flags = 0
for eventGroup in frame.events.items:
for aceList in (eventGroup.actions, eventGroup.conditions):
for ace in aceList:
if ace.objectInfo == objectInfo:
ace.objectInfo = newHandle
for parameter in ace.items:
parameter = parameter.loader
if hasattr(parameter, 'objectInfo'):
if parameter.objectInfo == objectInfo:
parameter.objectInfo = newHandle
if hasattr(parameter, 'objectInfoParent'):
if parameter.objectInfoParent == objectInfo:
parameter.objectInfoParent = newHandle
if hasattr(parameter, 'position'):
position = parameter.position
if position.objectInfoParent == objectInfo:
position.objectInfoParent = newHandle
if parameter.isExpression:
for expression in parameter.items:
if expression.objectInfo == objectInfo:
expression.objectInfo = newHandle
objects.append(newObject)
# group stuff
groups = {}
groupId = 0
def loop_parameters():
for eventGroup in frame.events.items:
for aceList in (eventGroup.actions, eventGroup.conditions):
for ace in aceList:
for parameter in ace.items:
yield parameter.getName(), parameter.loader
for name, parameter in loop_parameters():
if name == 'GROUP':
print "loopname GROUP"
offset = parameter.offset
print "offset:"
print offset
if onepointfive:
offset += 2
else:
offset -= 2
groups[offset] = groupId
parameter.id = groupId
parameter.password = make_group_checksum('', parameter.name)
groupId += 1
for name, parameter in loop_parameters():
if name == 'GROUPOINTER':
parameter.id = groups[parameter.pointer]
parameter.savedPointer = parameter.pointer = 0
newFrame.chunks = mfa.new(ChunkList)
mfa.frames.append(save_data_loader(newFrame))
frame.close()
return mfa
