def gen5get(f):
texts = []
reader = binaryreader(f)
numblocks = reader.read16()
numentries = reader.read16()
filesize = reader.read32()
zero = reader.read32()
blockoffsets = []
for i in range(numblocks):
blockoffsets.append(reader.read32())
# filesize == len(f)-reader.pos()
for i in range(numblocks):
reader.seek(blockoffsets[i])
size = reader.read32()
tableoffsets = []
charcounts = []
textflags = []
for j in range(numentries):
tableoffsets.append(reader.read32())
charcounts.append(reader.read16())
textflags.append(reader.read16())
for j in range(numentries):
compressed = False
encchars = []
text = ""
reader.seek(blockoffsets[i]+tableoffsets[j])
for k in range(charcounts[j]):
encchars.append(reader.read16())
key = encchars[len(encchars)-1]^0xFFFF
decchars = []
while encchars:
char = encchars.pop() ^ key
key = ((key>>3)|(key<<13))&0xFFFF
decchars.insert(0, char)
if decchars[0] == 0xF100:
compressed = True
decchars.pop(0)
newstring = []
container = 0
bit = 0
while decchars:
container |= decchars.pop(0)<<bit
bit += 16
while bit >= 9:
bit -= 9
c = container&0x1FF
if c == 0x1FF:
newstring.append(0xFFFF)
else:
newstring.append(c)
container >>= 9
decchars = newstring
while decchars:
c = decchars.pop(0)
if c == 0xFFFF:
break
elif c == 0xFFFE:
text += "\\n"
elif c < 20 or c > 0xF000:
text += "\\x%04X"%c
elif c == 0xF000:
try:
kind = decchars.pop(0)
count = decchars.pop(0)
if kind == 0xbe00 and count == 0:
text += "\\f"
continue
if kind == 0xbe01 and count == 0:
text += "\\r"
continue
text += "VAR("
args = [kind]
for k in range(count):
args.append(decchars.pop(0))
except IndexError:
break
text += ", ".join(map(str, args))
text += ")"
else:
text += unichr(c)
e = "%i_%i"%(i, j)
flag = ""
val = textflags[j]
c = 65
while val:
if val&1:
flag += chr(c)
c += 1
val >>= 1
if compressed:
flag += "c"
e += flag
texts.append([e, text])
return texts
def gen5get(f):
texts = []
reader = binaryreader(f)
numblocks = reader.read16()
numentries = reader.read16()
filesize = reader.read32()
zero = reader.read32()
blockoffsets = []
for i in range(numblocks):
blockoffsets.append(reader.read32())
# filesize == len(f)-reader.pos()
for i in range(numblocks):
reader.seek(blockoffsets[i])
size = reader.read32()
tableoffsets = []
charcounts = []
textflags = []
for j in range(numentries):
tableoffsets.append(reader.read32())
charcounts.append(reader.read16())
textflags.append(reader.read16())
for j in range(numentries):
compressed = False
encchars = []
text = ""
reader.seek(blockoffsets[i] + tableoffsets[j])
for k in range(charcounts[j]):
encchars.append(reader.read16())
key = encchars[len(encchars) - 1] ^ 0xFFFF
decchars = []
while encchars:
char = encchars.pop() ^ key
key = ((key >> 3) | (key << 13)) & 0xFFFF
decchars.insert(0, char)
if decchars[0] == 0xF100:
compressed = True
decchars.pop(0)
newstring = []
container = 0
bit = 0
while decchars:
container |= decchars.pop(0) << bit
bit += 16
while bit >= 9:
bit -= 9
c = container & 0x1FF
if c == 0x1FF:
newstring.append(0xFFFF)
else:
newstring.append(c)
container >>= 9
decchars = newstring
while decchars:
c = decchars.pop(0)
if c == 0xFFFF:
break
elif c == 0xFFFE:
text += "\\n"
elif c < 20 or c > 0xF000:
text += "\\x%04X" % c
elif c == 0xF000:
try:
kind = decchars.pop(0)
count = decchars.pop(0)
if kind == 0xbe00 and count == 0:
text += "\\f"
continue
if kind == 0xbe01 and count == 0:
text += "\\r"
continue
text += "VAR("
args = [kind]
for k in range(count):
args.append(decchars.pop(0))
except IndexError:
break
text += ", ".join(map(str, args))
text += ")"
else:
text += unichr(c)
e = "%i_%i" % (i, j)
flag = ""
val = textflags[j]
c = 65
while val:
if val & 1:
flag += chr(c)
c += 1
val >>= 1
if compressed:
flag += "c"
e += flag
texts.append([e, text])
return texts
def gen4get(f):
texts = []
reader = binaryreader(f)
num = reader.read16()
seed = reader.read16()
hasComments = False
if seed & 0xFF == 0xFF: # PPRE Seed
if seed & 0x100:
hasComments = True
offsets = []
sizes = []
for i in range(num):
tmp = ((((seed*0x2FD)&0xFFFF)*(i+1))&0xFFFF)
key = tmp | (tmp << 16)
offsets.append(reader.read32() ^ key)
sizes.append(reader.read32() ^ key)
if hasComments:
tmp = ((((seed*0x2FD)&0xFFFF)*(i+1))&0xFFFF)
key = tmp | (tmp << 16)
commentOfs = reader.read32() ^ key
term = reader.read32() ^ key
if term != 0xFFFF:
print("Erroneous comment offset terminator: %X"%term)
for i in range(num):
reader.seek(offsets[i])
compressed = False
offset = offsets[i]
size = sizes[i]
key = (0x91BD3*(i+1))&0xFFFF
string = []
for j in range(size):
string.append(reader.read16() ^ key)
key = (key+0x493D)&0xFFFF
if string[0] == 0xF100:
compressed = True
string.pop(0)
newstring = []
container = 0
bit = 0
while string:
container |= string.pop(0)<<bit
bit += 15
while bit >= 9:
bit -= 9
c = container&0x1FF
if c == 0x1FF:
newstring.append(0xFFFF)
else:
newstring.append(c)
container >>= 9
string = newstring
text = ""
while string:
char = string.pop(0)
if char == 0xFFFF:
break
elif char == 0xFFFE:
try:
kind = string.pop(0)
count = string.pop(0)
text += "VAR("
args = [kind]
for k in range(count):
args.append(string.pop(0))
except IndexError:
break
text += ", ".join(map(str, args))
text += ")"
elif char == 0xE000:
text += "\\n"
elif char == 0x25BC:
text += "\\r"
elif char == 0x25BD:
text += "\\f"
else:
try:
text += unicodeparser.tb[char]
except:
text += "\\x%04X"%char
e = "0_%i"%i
if compressed:
e += "c" # 0_2c = ....
texts.append([e, text])
if hasComments:
reader.seek(commentOfs)
num = reader.read16()
for i in range(num):
commentid = reader.read16()
text = ""
c = 0
while True:
c = reader.read16()
if c == 0xFFFF:
break
text += unichr(c)
e = "Comment_%i"%commentid
texts.append([e, text])
return sorted(texts, cmp=sortTextKeys)
def gen4get(f):
texts = []
reader = binaryreader(f)
num = reader.read16()
seed = reader.read16()
hasComments = False
if seed & 0xFF == 0xFF: # PPRE Seed
if seed & 0x100:
hasComments = True
offsets = []
sizes = []
for i in range(num):
tmp = ((((seed * 0x2FD) & 0xFFFF) * (i + 1)) & 0xFFFF)
key = tmp | (tmp << 16)
offsets.append(reader.read32() ^ key)
sizes.append(reader.read32() ^ key)
if hasComments:
tmp = ((((seed * 0x2FD) & 0xFFFF) * (i + 1)) & 0xFFFF)
key = tmp | (tmp << 16)
commentOfs = reader.read32() ^ key
term = reader.read32() ^ key
if term != 0xFFFF:
print("Erroneous comment offset terminator: %X" % term)
for i in range(num):
reader.seek(offsets[i])
compressed = False
offset = offsets[i]
size = sizes[i]
key = (0x91BD3 * (i + 1)) & 0xFFFF
string = []
for j in range(size):
string.append(reader.read16() ^ key)
key = (key + 0x493D) & 0xFFFF
if string[0] == 0xF100:
compressed = True
string.pop(0)
newstring = []
container = 0
bit = 0
while string:
container |= string.pop(0) << bit
bit += 15
while bit >= 9:
bit -= 9
c = container & 0x1FF
if c == 0x1FF:
newstring.append(0xFFFF)
else:
newstring.append(c)
container >>= 9
string = newstring
text = ""
while string:
char = string.pop(0)
if char == 0xFFFF:
break
elif char == 0xFFFE:
try:
kind = string.pop(0)
count = string.pop(0)
text += "VAR("
args = [kind]
for k in range(count):
args.append(string.pop(0))
except IndexError:
break
text += ", ".join(map(str, args))
text += ")"
elif char == 0xE000:
text += "\\n"
elif char == 0x25BC:
text += "\\r"
elif char == 0x25BD:
text += "\\f"
else:
try:
text += unicodeparser.tb[char]
except:
text += "\\x%04X" % char
e = "0_%i" % i
if compressed:
e += "c" # 0_2c = ....
texts.append([e, text])
if hasComments:
reader.seek(commentOfs)
num = reader.read16()
for i in range(num):
commentid = reader.read16()
text = ""
c = 0
while True:
c = reader.read16()
if c == 0xFFFF:
break
text += unichr(c)
e = "Comment_%i" % commentid
texts.append([e, text])
return sorted(texts, cmp=sortTextKeys)