def read_lap(fileobj):
dat = {}
data_length = read_uint32(fileobj)
#unknown_short = self.fileobj.read(2)
dat["sectionsize"] = data_length
dat["data"] = fileobj.read(data_length)
return dat
def read_hpsd(fileobj):
dat = []
length = read_uint32(fileobj)
string = fileobj.read(length)
dat.append(length)
dat.append(string)
return dat
def read_dnos(fileobj):
dat = {}
dat["unknown_int"] = fileobj.read(4)
dat["string_length"] = read_uint32(fileobj)
dat["name"] = fileobj.read(dat["string_length"])
return dat
def read_dpsd(fileobj):
dat = []
length = read_uint32(fileobj)
bin_data = fileobj.read(length)
dat.append(length)
dat.append(bin_data)
return dat
def read_section(f, memview):
name = f.read(4)
size = read_uint32(f)
offset = f.tell()
data = memoryview(memview[offset:(offset+size)])#f.read(data_len)
f.seek(size, io.SEEK_CUR)
#print(len(memview), len(f.getbuffer()))
return name, size, data
def read_pim(fileobj):
dat = {}
sectionsize = read_uint32(fileobj)
#unknown_short1 = self.fileobj.read(2)
dat["sectionsize"] = sectionsize
dat["data"] = fileobj.read(sectionsize)
#print "PIM Section, size: {0}".format(sectionsize)
return dat
def read_dxt(fileobj):
dat = {}
dat["unknown_int1"] = fileobj.read(4) # Only 0's?
dat["unknown_ARGBstring"] = fileobj.read(8)
#self.fileobj.read(2092)
dat["unknown_int2"] = fileobj.read(4) # Only 0's?
dat["unknown_byte1"] = fileobj.read(1) # always 0xFF?
dat["unknown_int3_count"] = read_uint32(fileobj) # A count for something?
dat["unknown_int4_count"] = fileobj.read(4)
dat["unknown_byte2"] = fileobj.read(1) # Often 0x00, once 0x04? (in frontend_0_level.res)
dat["unknown_short1"] = fileobj.read(2) # Not sure if short
dat["unknown_int5"] = fileobj.read(4) # always 0xFF FF FF FF?
dat["unknown_stuff"] = fileobj.read(16) # Unknown data, mostly 0's? Fourth to last byte is 0x1?
return dat
def read_dxtg(fileobj):
#dat = {}
size = read_uint32(fileobj)
name = fileobj.read(0x20).strip(b"\x00")
unk_int2 = read_uint32_BE(fileobj)
unk_int3 = read_uint32_BE(fileobj)
unk_int4 = read_uint32_BE(fileobj)
unk_int5 = read_uint32_BE(fileobj)
image_type = fileobj.read(0x10).strip(b"\x00")
unk_int6 = read_uint32_BE(fileobj)
unk_int7 = read_uint32_BE(fileobj)
unk_int8 = read_uint32_BE(fileobj)
unk_int9 = read_uint32_BE(fileobj)
unknown_ints = fileobj.read(0x10)
unk_int10 = read_uint32_BE(fileobj)
size_x = read_uint32_BE(fileobj)
size_y = read_uint32_BE(fileobj)
unk_int13 = read_uint32_BE(fileobj)
return DxtgData(size, name, unk_int2, unk_int3, unk_int4, unk_int5,
image_type, unk_int6, unk_int7, unk_int8, unk_int9,
unknown_ints, unk_int10, size_x, size_y, unk_int13)
def read_ldom(fileobj):
length = read_uint32(fileobj)
data = fileobj.read(length)
return length, data
def read_dpsd(fileobj):
length = read_uint32(fileobj)
bin_data = fileobj.read(length)
return DpsdData(length, bin_data)
def read_dnos(fileobj):
unk_int = fileobj.read(4)
strlength = read_uint32(fileobj)
name = fileobj.read(strlength)
return DnosData(unk_int, strlength, name)
def read_lap(fileobj):
data_length = read_uint32(fileobj)
data = fileobj.read(data_length)
return LapData(data_length, data)
def read_pim(fileobj):
data_length = read_uint32(fileobj)
data = fileobj.read(data_length)
return PimData(data_length, data)
def read_txet(fileobj):
dat = {}
dat["unknown_int01"] = read_uint32(fileobj)
dat["name_string"] = fileobj.read(16)
dat["xsize"] = read_uint32(fileobj)
dat["ysize"] = read_uint32(fileobj)
dat["unknown_int04"] = read_uint32(fileobj)
dat["unknown_flags"] = read_uint32(fileobj)
nextBits = fileobj.read(4)
# Extra data? Seems to be for TXET entries that aren't followed by a DXT1 entry
if nextBits in (b"P8\x00\x00", b"A8R8"):
dat["unknown_string"] = nextBits+fileobj.read(4)
dat["unknown_ARGBstring"] = fileobj.read(8)
dat["unknown_int05"] = read_uint32(fileobj)
dat["unknown_int06"] = read_uint32(fileobj)
dat["unknown_int07"] = read_uint32(fileobj)
dat["unknown_int08"] = read_uint32(fileobj)
dat["unknown_int09"] = read_uint32(fileobj)
dat["unknown_int10"] = read_uint32(fileobj)
dat["unknown_int11"] = read_uint32(fileobj)
dat["unknown_int12"] = read_uint32(fileobj)
dat["pim_count"] = read_uint32(fileobj)
else:
fileobj.seek(-4, 1)
return dat
def read_section(f):
id = f.read(4)
size = read_uint32(f)
data = f.read(size)
return id, size, data
