def __init__(self, machine, offset, id):
self.offset = offset
self.machine = machine
self.id = id
if machine.header.version < 4:
self.attr = (machine.readByte(offset) << 24) | (
machine.readByte(offset + 1) << 16) | (
machine.readByte(offset + 2) << 8) | (
machine.readByte(offset + 3))
#self.attr = [machine.readByte(offset),machine.readByte(offset+1),machine.readByte(offset+2),machine.readByte(offset+3)]
self.parentId = machine.readByte(offset + 4)
self.siblingId = machine.readByte(offset + 5)
self.childId = machine.readByte(offset + 6)
prop = machine.readWord(offset + 7)
propHeaderLength = machine.readByte(prop + 0)
l, self.propHeaderStr = zscii.decodeString(machine, prop + 1)
ad = prop + 1 + l
else:
self.attr = (machine.readByte(offset) << 40) | (
machine.readByte(offset + 1) << 32) | (
machine.readByte(offset + 2) << 24) | (
machine.readByte(offset + 3) << 16) | (
machine.readByte(offset + 4) << 8) | (
machine.readByte(offset + 5))
#self.attr = [machine.readByte(offset),machine.readByte(offset+1),machine.readByte(offset+2),machine.readByte(offset+3),machine.readByte(offset+4),machine.readByte(offset+5)]
self.parentId = machine.readWord(offset + 6)
self.siblingId = machine.readWord(offset + 8)
self.childId = machine.readWord(offset + 10)
prop = machine.readWord(offset + 12)
propHeaderLength = machine.readByte(prop + 0)
l, self.propHeaderStr = zscii.decodeString(machine, prop + 1)
ad = prop + 1 + l
self.properties = {}
self.propertyList = []
while True:
prop = Property(machine, ad)
if prop.end:
break
self.propertyList.append(prop.propId)
self.properties[prop.propId] = prop
ad += prop.totalLength
continue
pass
def call(self, machine):
bytes, string = zscii.decodeString(machine, machine.pc)
machine.printScreen(string)
machine.pc += bytes
machine.printDebug('Print', string)
pass
def call(self, machine):
bytes, string = zscii.decodeString(machine, machine.pc)
machine.printScreen(string)
machine.pc += bytes
machine.printDebug('Print', string)
pass
def call(self, machine):
bytes, string = zscii.decodeString(machine, machine.pc)
machine.printScreen(string)
machine.printScreen("\n")
machine.pc += bytes
machine.printDebug('PrintRet', string)
machine.ret(ConstValue(1, 1))
pass
def call(self, machine):
pAddress = self.argVals[0].load()
address = machine.unpackAddressPrint(pAddress)
bytes, string = zscii.decodeString(machine, address)
machine.printDebug('PrintPaddr', self.argVals, address, string)
machine.printScreen(string)
pass
def call(self, machine):
bytes, string = zscii.decodeString(machine, machine.pc)
machine.printScreen(string)
machine.printScreen("\n")
machine.pc += bytes
machine.printDebug('PrintRet', string)
machine.ret(ConstValue(1, 1))
pass
def call(self, machine):
pAddress = self.argVals[0].load()
address = machine.unpackAddressPrint(pAddress)
bytes, string = zscii.decodeString(machine, address)
machine.printDebug('PrintPaddr', self.argVals, address, string)
machine.printScreen(string)
pass
def init(machine): offset = machine.header.dict numSeparators = machine.readByte(offset) offset += 1 separators = [] for i in range(numSeparators): separators.append(machine.readByte(offset)) offset += 1 entryLength = machine.readByte(offset) offset += 1 numEntries = machine.readWord(offset) offset += 2 entries = [] for i in range(numEntries): len, str = zscii.decodeString(machine, offset) offset += entryLength entries.append(str) pass
def init(machine):
offset = machine.header.dict
numSeparators = machine.readByte(offset)
offset += 1
separators = []
for i in range(numSeparators):
separators.append(machine.readByte(offset))
offset += 1
entryLength = machine.readByte(offset)
offset += 1
numEntries = machine.readWord(offset)
offset += 2
entries = []
for i in range(numEntries):
len, str = zscii.decodeString(machine, offset)
offset += entryLength
entries.append(str)
pass
def parse(machine, text):
offset = machine.header.dict
numSeparators = machine.readByte(offset)
offset += 1
separators = []
for i in range(numSeparators):
separators.append(machine.readByte(offset))
offset += 1
entryLength = machine.readByte(offset)
offset += 1
numEntries = machine.readWord(offset)
offset += 2
entries = []
for i in range(numEntries):
length, str = zscii.decodeString(machine, offset)
entries.append(DictionaryWord(offset, str))
offset += entryLength
words = split(text, separators)
parsedWords = []
for word in words:
foundEntry = None
for entry in entries:
if entry.word == word.word:
foundEntry = entry
break
if foundEntry is not None:
parsedWords.append(
DecodedWord(entry.address, len(word.word), word.offset))
else:
parsedWords.append(DecodedWord(0, len(word.word), word.offset))
return parsedWords
def parse(machine, text): offset = machine.header.dict numSeparators = machine.readByte(offset) offset += 1 separators = [] for i in range(numSeparators): separators.append(machine.readByte(offset)) offset += 1 entryLength = machine.readByte(offset) offset += 1 numEntries = machine.readWord(offset) offset += 2 entries = [] for i in range(numEntries): length, str = zscii.decodeString(machine, offset) entries.append(DictionaryWord(offset, str)) offset += entryLength words = split(text, separators) parsedWords = [] for word in words: foundEntry = None for entry in entries: if entry.word == word.word: foundEntry = entry break if foundEntry is not None: parsedWords.append(DecodedWord(entry.address, len(word.word), word.offset)) else: parsedWords.append(DecodedWord(0, len(word.word), word.offset)) return parsedWords
def call(self, machine):
address = self.argVals[0].load()
length, string = zscii.decodeString(machine, address)
machine.printDebug('PrintPaddr', self.argVals, address, string)
machine.printScreen(string)
pass
def call(self, machine):
address = self.argVals[0].load()
length, string = zscii.decodeString(machine, address)
machine.printDebug('PrintPaddr', self.argVals, address, string)
machine.printScreen(string)
pass