def stream_adapter_serializer(self,
node,
parent=None,
attr_index=None,
writebuffer=None,
root_offset=0,
offset=0,
**kwargs):
try:
# make a new buffer to write the data to
temp_buffer = BytearrayBuffer()
orig_offset = offset
desc = node.desc
align = desc.get('ALIGN')
try:
sub_desc = node.data.desc
except AttributeError:
sub_desc = desc['SUB_STRUCT']
# If there is a specific pointer to read the node from then go to it.
# Only do this, however, if the POINTER can be expected to be accurate.
# If the pointer is a path to a previously parsed field, but this node
# is being built without a parent(such as from an exported block)
# then the path wont be valid. The current offset will be used instead.
if attr_index is not None and desc.get('POINTER') is not None:
offset = node.get_meta('POINTER', **kwargs)
elif align:
offset += (align - (offset % align)) % align
# write the sub_struct to the temp buffer
sub_desc['TYPE'].serializer(node.data, node, 'SUB_STRUCT', temp_buffer,
0, 0, **kwargs)
# use the decoder method to get a decoded stream and
# the length of the stream before it was decoded
adapted_stream = desc['ENCODER'](node, temp_buffer, **kwargs)
# write the adapted stream to the writebuffer
writebuffer.seek(root_offset + offset)
writebuffer.write(adapted_stream)
# pass the incremented offset to the caller
return offset + len(adapted_stream)
except (Exception, KeyboardInterrupt) as e:
desc = locals().get('desc', None)
error = format_serialize_error(e,
field_type=self,
desc=desc,
parent=parent,
buffer=temp_buffer,
attr_index=attr_index,
root_offset=root_offset,
offset=offset,
**kwargs)
# raise a new error if it was replaced, otherwise reraise
if error is e:
raise
raise error from e
def inject_rawdata(self, meta, tag_cls, tag_index_ref):
# get some rawdata that would be pretty annoying to do in the parser
if tag_cls == "bitm":
# grab bitmap data correctly from map
new_pixels = BytearrayBuffer()
pix_off = 0
for bitmap in meta.bitmaps.STEPTREE:
# grab the bitmap data from the correct map
bitmap.pixels_offset = pix_off
ptr, map_name = split_raw_pointer(bitmap.lod1_offset)
halo_map = self
if map_name != "local":
halo_map = self.maps.get(map_name)
if halo_map is None:
bitmap.lod1_size = 0
continue
halo_map.map_data.seek(ptr)
mip_pixels = halo_map.map_data.read(bitmap.lod1_size)
mip_pixels = zlib.decompress(mip_pixels)
new_pixels += mip_pixels
bitmap.lod1_size = len(mip_pixels)
pix_off += bitmap.lod1_size
meta.processed_pixel_data.STEPTREE = new_pixels
def meta_to_tag_data(self, meta, tag_cls, tag_index_ref, **kwargs):
magic = self.map_magic
engine = self.engine
map_data = self.map_data
tag_index = self.tag_index
is_xbox = get_is_xbox_map(engine)
if tag_cls == "bitm":
# set the size of the compressed plate data to nothing
meta.compressed_color_plate_data.STEPTREE = BytearrayBuffer()
new_pixels_offset = 0
# uncheck the prefer_low_detail flag and
# set up the pixels_offset correctly.
for bitmap in meta.bitmaps.STEPTREE:
bitmap.flags.prefer_low_detail = is_xbox
bitmap.pixels_offset = new_pixels_offset
new_pixels_offset += bitmap.pixels_meta_size
# clear some meta-only fields
bitmap.pixels_meta_size = 0
bitmap.bitmap_id_unknown1 = bitmap.bitmap_id_unknown2 = 0
bitmap.bitmap_data_pointer = bitmap.base_address = 0
elif tag_cls == "snd!":
meta.maximum_bend_per_second = meta.maximum_bend_per_second**30
for pitch_range in meta.pitch_ranges.STEPTREE:
for permutation in pitch_range.permutations.STEPTREE:
if permutation.compression.enum_name == "none":
# byteswap pcm audio
byteswap_pcm16_samples(permutation.samples)
return meta
def xbox_sign(self, rawdata=None, authkey=None):
if rawdata is None:
rawdata = self.data.serialize(
buffer=BytearrayBuffer())[:self.data_end]
hmac_sig = self.calc_hmac_sig(rawdata, authkey)
self.data.gametype_footer.hmac_sig = hmac_sig
def calc_crc32(self, buffer=None, offset=-1):
'''Returns the crc32 checksum of the data in 'buffer' up
to the 'offset' specified. If offset is not specified, the
entire buffer is used. If buffer is not specified, the tag
will be written and the returned buffer will be used.'''
if buffer is None:
buffer = self.data.serialize(buffer=BytearrayBuffer())
return 0xFFFFFFFF - (binascii.crc32(buffer[:offset]) & 0xFFFFFFFF)
def xbox_sign(self, rawdata=None, authkey=None):
if rawdata is None:
rawdata = self.data.serialize(buffer=BytearrayBuffer())
if self.data_end != 0:
rawdata = rawdata[self.data_start:self.data_end]
else:
rawdata = rawdata[self.data_start:]
hmac_sig = self.calc_hmac_sig(rawdata, authkey)
self.data.hmac_sig = hmac_sig
def parse_lzw_stream(parent, rawdata, root_offset=0, offset=0, **kwargs):
'''
Reads and a stream of lzw compressed data from rawdata.
Returns the compressed stream and its length.
'''
start = root_offset + offset
size = get_lzw_data_length(rawdata, start)
rawdata.seek(start)
return BytearrayBuffer(rawdata.read(size)), size
def setup_tag_headers(self):
if type(self).tag_headers is not None:
return
tag_headers = type(self).tag_headers = {}
for def_id in sorted(self.defs):
if def_id in tag_headers or len(def_id) != 4:
continue
h_desc, h_block = self.defs[def_id].descriptor[0], [None]
h_desc['TYPE'].parser(h_desc, parent=h_block, attr_index=0)
tag_headers[def_id] = bytes(h_block[0].serialize(
buffer=BytearrayBuffer(), calc_pointers=False))
def parse(self, **kwargs):
''''''
if kwargs.get('filepath') is None and kwargs.get('rawdata') is None:
kwargs['filepath'] = self.filepath
rawdata = get_rawdata(**kwargs)
if rawdata:
rawdata = kwargs['rawdata'] = BytearrayBuffer(rawdata)
if 'filepath' in kwargs:
del kwargs['filepath']
if rawdata is not None:
is_ce = self.validate_checksum(rawdata, CE_CRC32_OFF)
is_pc = self.validate_checksum(rawdata, PC_CRC32_OFF)
#if the checksum doesnt check out for either PC or CE,
#see if the big endian version of the checksum checks out
if not (is_ce or is_pc):
if self.validate_checksum(rawdata, PC_CRC32_OFF, '>'):
#turns out the gametype is big endian, who woulda thought?
self.is_powerpc = is_pc = True
self.is_xbox = not (is_ce or is_pc)
#if the gametype isnt a valid PC gametype, make it a hybrid of both
if is_ce and not is_pc:
#copy the checksum to the PC Halo specific location
rawdata[0x94:0x9C] = rawdata[0xD4:0xDC]
#copy the gametype settings to the PC Halo specific location
rawdata[0x7C:0x94] = rawdata[0x9C:0xB4]
else:
self.is_xbox = False
self.is_powerpc = False
#make sure to force all the fields to read normal endianness
#after trying to read the tag, even if there is an exception
try:
if self.is_powerpc:
FieldType.force_big()
return XboxSaveTag.parse(self, **kwargs)
finally:
if self.is_powerpc:
FieldType.force_normal()
def meta_to_tag_data(self, meta, tag_cls, tag_index_ref, **kwargs):
engine = self.engine
tag_index = self.tag_index
if tag_cls == "bitm":
# set the size of the compressed plate data to nothing
meta.compressed_color_plate_data.STEPTREE = BytearrayBuffer()
new_pixels_offset = 0
# uncheck the prefer_low_detail flag and
# set up the lod1_offset correctly.
for bitmap in meta.bitmaps.STEPTREE:
bitmap.lod1_offset = new_pixels_offset
new_pixels_offset += bitmap.lod1_size
bitmap.lod2_offset = bitmap.lod3_offset = bitmap.lod4_offset =\
bitmap.lod5_offset = bitmap.lod6_offset = 0
bitmap.lod2_size = bitmap.lod3_size = bitmap.lod4_size =\
bitmap.lod5_size = bitmap.lod6_size = 0
return meta
def parse_rle_stream(parent, rawdata, root_offset=0, offset=0, **kwargs):
'''
Returns a buffer of pixel data from the supplied rawdata as
well as the number of bytes long the compressed data was.
If the tag says the pixel data is rle compressed, this
function will decompress the buffer before returning it.
'''
assert parent is not None, "Cannot parse tga pixels without without parent"
header = parent.parent.header
pixels_count = header.width * header.height
image_type = header.image_type
bpp = (header.bpp + 7) // 8 # +7 to round up to nearest byte
start = root_offset + offset
bytes_count = pixels_count * bpp
if image_type.rle_compressed:
pixels = BytearrayBuffer([0] * bytes_count)
comp_bytes_count = curr_pixel = 0
rawdata.seek(start)
while curr_pixel < pixels_count:
packet_header = rawdata.read(1)[0]
if packet_header & 128:
# this packet is compressed with RLE
pixels.write(rawdata.read(bpp) * (packet_header - 127))
comp_bytes_count += 1 + bpp
curr_pixel += packet_header - 127
else:
# it's a raw packet
pixels.write(rawdata.read((packet_header + 1) * bpp))
comp_bytes_count += 1 + (packet_header + 1) * bpp
curr_pixel += packet_header + 1
return pixels, comp_bytes_count
else:
return BytearrayBuffer(rawdata[start:start + bytes_count]), bytes_count
def serialize(self, **kwargs):
'''Writes this tag to the set path like normal, but makes
sure to calculate and set the checksums before doing so.'''
try:
if self.is_powerpc:
FieldType.force_big()
if self.is_xbox:
#calculate the xbox checksum
self.xbox_sign()
else:
#calculate the pc/ce checksum
footer = self.data.gametype_footer
footer.crc_32 = self.calc_crc32(None, CE_CRC32_OFF)
footer.hybrid_settings = BytearrayBuffer()
self.data.gametype_settings.serialize(buffer=footer.\
hybrid_settings)
footer.crc_32_ce = self.calc_crc32(None, PC_CRC32_OFF)
return Tag.serialize(self, **kwargs)
finally:
if self.is_powerpc:
FieldType.force_normal()
def _get_tag_hash(self, data, def_id, data_key, hashes, is_meta,
partial_hashes, node_depths, curr_depth):
# NOTE! a clone of node_depths must be provided when calling
# this function as its contents MUST depend on the hierarchy
if data_key in partial_hashes:
###########################################
# INCOMPLETE
###########################################
return partial_hashes[data_key]
__osa__(b, 'STEPTREE', partial_hashes[ref_key])
elif data_key in hashes:
#########################################################
# If detecting a tag as being circularly referenced,
# a set of data_keys will be returned containing any
# references which were re-encountered. If a higher up
# _get_tag_hash recursion sees the set that was returned
# isnt empty, it will update its own set with it.
# When choosing whether to save the hash as a partial or
# full, this recursion levels data_key will be removed
# from the set. If the set is not empty then it will be
# considerd as a partial hash.
#
# When a circular tag is encountered, all tags in its
# chain need to be recognized as circular. This make it
# so any time a tag in that chain is about to be hashed,
# it will know that unless a hash has been calculated
# for the tag the chain was entered on, a complete hash
# will need to be calculated starting at that point.
#########################################################
partial_hashes[data_key] = None
return
# keep track of the depth of any circular reference
node_depths[data_key] = curr_depth
curr_depth += 1
empty = ((), ())
reflexive_paths = self.reflexive_cache.get(def_id, empty)[1]
raw_data_paths = self.raw_data_cache.get(def_id, empty)[1]
tag_ref_paths = self.tag_ref_cache.get(def_id, empty)[1]
# temporarily put a None in for this hash so we know we're
# trying to compute it, but that it's not been determined yet
hashes[data_key] = None
# local variables for faster access
__lsi__ = list.__setitem__
__osa__ = object.__setattr__
ext_id_map = self.ext_id_map
# null out the parts of a tag that can screw
# with the hash when compared to a tag meta
if tag_ref_paths is not empty:
for b in self.get_nodes_by_paths(tag_ref_paths, data):
tag_id = b.id
ref_key = tag_id[0] + (tag_id[1] << 16)
filepath = b.filepath
__lsi__(b, 1, 0) # set path_pointer to 0
__lsi__(b, 2, 0) # set path_length to 0
# set id to 0
__lsi__(tag_id, 0, 0)
__lsi__(tag_id, 1, 0)
if ((is_meta and ref_key == 0xFFFFFFFF)
or not (is_meta or filepath)):
# dependency is empty
__osa__(b, 'STEPTREE', '')
continue
try:
ext = "." + b[0].enum_name
except Exception:
ext = ".NONE"
if filepath and not is_meta:
ref_key = filepath + ext
if ext == ".NONE":
# the tag class is invalid
hashes[ref_key] = BAD_DEPENDENCY_HASH
__osa__(b, 'STEPTREE', BAD_DEPENDENCY_HASH[1])
continue
elif ext == '.model' and self.treat_mode_as_mod2:
ext = '.gbxmodel'
if ref_key in node_depths:
# this dependency points to something already being
# parsed in the chain above. use the depth as the hash
__osa__(b, 'STEPTREE',
str(curr_depth - node_depths[ref_key]))
continue
if is_meta:
refd_tagdata = self.get_meta(ref_key)
else:
refd_tag = self.get_tag(ref_key, ext_id_map[ext], True)
refd_tagdata = refd_tag.data.tagdata
# conserve ram
self.delete_tag(tag=refd_tag)
# get the hash of this dependency
self._get_tag_hash(refd_tagdata, ext_id_map[ext], ref_key,
hashes, is_meta, partial_hashes,
dict(node_depths), curr_depth)
if ref_key in partial_hashes:
###########################################
# INCOMPLETE
###########################################
__osa__(b, 'STEPTREE', partial_hashes[ref_key])
elif hashes.get(ref_key):
# a hash exists for this reference, so set the path to it
__osa__(b, 'STEPTREE', hashes[ref_key][1])
if reflexive_paths is not empty:
for b in self.get_nodes_by_paths(reflexive_paths, data):
__lsi__(b, 1, 0) # set pointer to 0
__lsi__(b, 2, 0) # set id to 0
if raw_data_paths is not empty:
for b in self.get_nodes_by_paths(raw_data_paths, data):
b[0].data = 0 # set flags to 0
__lsi__(b, 2, 0) # set raw_pointer to 0
__lsi__(b, 3, 0) # set pointer to 0
__lsi__(b, 4, 0) # set id to 0
#serialize the tag data to a hashbuffer
hashbuffer = BytearrayBuffer()
if is_meta:
data.TYPE.serializer(data, writebuffer=hashbuffer)
else:
# force the library to serialize tags in little endian
try:
FieldType.force_little()
data.TYPE.serializer(data, writebuffer=hashbuffer)
finally:
FieldType.force_normal()
# we'll include the def_id on the end of the data
# to make sure tags of different types, but identical
# contents, aren't detected as the same tag.
hsh = md5(hashbuffer + def_id.encode("latin-1"))
partial = False
if partial:
###########################################
# INCOMPLETE
###########################################
partial_hashes[data_key] = hsh.digest()
else:
hashes[data_key] = (hsh.digest(), hsh.hexdigest())
def serialize_rle_stream(parent, buffer, **kwargs):
'''
Returns a buffer of pixel data from the supplied buffer.
If the tag says the pixel data is rle compressed, this
function will compress the buffer before returning it.
'''
assert parent is not None, "Cannot write tga pixels without without parent"
header = parent.parent.header
if header.image_type.rle_compressed:
bpp = (header.bpp + 7) // 8 # +7 to round up to nearest byte
buffer.seek(0)
# start the compressed pixels buffer out as the same size as the
# uncompressed pixels to minimize the number of times python has to
# reallocate space every time the comp_pixels buffer is written to
comp_pixels = BytearrayBuffer([0] * len(buffer))
# get the first pixel to compress
curr_pixel = buffer.read(bpp)
next_pixel = buffer.peek(bpp)
# keep running as long as there are pixels
while curr_pixel:
if curr_pixel == next_pixel:
# this packet can be compressed with RLE
rle_len = 1
packet = curr_pixel
# DO NOT REVERSE THESE CONDITIONS. If you do, read
# wont be called and the read position will be wrong
while curr_pixel == buffer.read(bpp) and rle_len < 128:
# see how many repeated pixels we can find(128 at most)
rle_len += 1
# seek backward and read the last pixel
buffer.seek(-bpp, 1)
curr_pixel = buffer.read(bpp)
next_pixel = buffer.peek(bpp)
# write the header and the packet to comp_pixels
comp_pixels.write(bytes([127 + rle_len]) + packet)
# if the next read returns nothing, there are not more pixels
if len(next_pixel) != bpp:
break
else:
# this should be a raw packet
packet = b''
while curr_pixel != next_pixel and len(packet) // bpp < 128:
# see how many non-repeated pixels we can find(128 at most)
packet += curr_pixel
curr_pixel = next_pixel
next_pixel = buffer.read(bpp)
# if next_pixel is the start of a repeated
# sequence of pixels then just break here
if curr_pixel == next_pixel or len(next_pixel) != bpp:
break
# write the header and the packet to comp_pixels
comp_pixels.write(bytes([len(packet) // bpp - 1]) + packet)
# if the next read returns nothing, there are not more pixels
if len(curr_pixel) != bpp:
break
# slice the compressed pixels off at when the last write was
comp_pixels = comp_pixels[:comp_pixels.tell()]
else:
comp_pixels = buffer
return comp_pixels
def serialize(self, **kwargs):
'''
This function will serialize this Block to the provided
filepath/buffer. The name of the Block will be used as the
extension. This function is used ONLY for writing a piece
of a tag to a file/buffer, not the entire tag. DO NOT CALL
this function when writing a whole tag at once.
'''
buffer = kwargs.pop('buffer', kwargs.pop('writebuffer', None))
filepath = kwargs.pop('filepath', None)
temp = kwargs.pop('temp', False)
clone = kwargs.pop('clone', True)
zero_fill = kwargs.pop('zero_fill', True)
attr_index = kwargs.pop('attr_index', None)
root_offset = kwargs.pop('root_offset', 0)
offset = kwargs.pop('offset', 0)
kwargs.pop('parent', None)
mode = 'buffer'
parent = None
block = self
desc = self.desc
if buffer is None:
mode = 'file'
if 'tag' in kwargs:
parent_tag = kwargs.pop("tag")
else:
parent_tag = self.get_root()
if "calc_pointers" in kwargs:
calc_pointers = kwargs["calc_pointers"]
if isinstance(parent_tag, supyr_struct.tag.Tag):
calc_pointers = parent_tag.calc_pointers
else:
calc_pointers = True
parent_tag = None
# convert string attr_indexes to ints
if isinstance(attr_index, str) and attr_index not in desc:
attr_index = desc['NAME_MAP'][attr_index]
# if we are serializing an attribute, change some stuff
if attr_index is not None:
parent = self
block = self[attr_index]
desc = desc[attr_index]
calc_pointers = bool(kwargs.pop("calc_pointers", calc_pointers))
if filepath is None and buffer is None:
# neither a filepath nor a buffer were
# given, so make a BytearrayBuffer to write to.
buffer = BytearrayBuffer()
mode = 'buffer'
elif filepath is not None and buffer is not None:
raise IOError("Provide either a buffer or a filepath, not both.")
if mode == 'file':
filepath = str(Path(filepath))
folderpath = os.path.dirname(filepath)
if os.path.exists(filepath) and not os.path.isfile(filepath):
raise IOError('filepath must be a valid path ' +
'to a file, not a folder.')
# if the path doesnt exist, create it
if not os.path.exists(folderpath):
os.makedirs(folderpath)
if temp:
filepath += ".temp"
try:
# to avoid 'open' failing if windows files are hidden, we
# open in 'r+b' mode and truncate if the file exists.
if os.path.isfile(filepath):
buffer = open(filepath, 'r+b')
buffer.truncate(0)
else:
buffer = open(filepath, 'w+b')
except Exception:
raise IOError('Output filepath for serializing Block ' +
'was invalid or the file could not ' +
'be created.\n %s' % filepath)
# make sure the buffer has a valid write and seek routine
if not (hasattr(buffer, 'write') and hasattr(buffer, 'seek')):
raise TypeError('Cannot serialize a Block without either' +
' an output path or a writable buffer')
cloned = False
# try to write the Block to the buffer
try:
# if we need to calculate the pointers, do so
if calc_pointers:
# Make a copy of this Block so any changes
# to pointers dont affect the entire Tag
try:
if clone:
block = block.__deepcopy__({})
cloned = True
# remove the parent so any pointers
# higher in the tree are unaffected
block.parent = None
block.set_pointers(offset)
except (NotImplementedError, AttributeError):
pass
# make the buffer as large as the Block is calculated to fill
if zero_fill:
try:
blocksize = block.binsize
buffer.seek(0, 2)
if buffer.tell() < blocksize:
buffer.seek(blocksize - 1)
buffer.write(b'\x00')
except AttributeError:
pass
# commence the writing process
desc[TYPE].serializer(block,
parent=parent,
attr_index=attr_index,
writebuffer=buffer,
root_offset=root_offset,
offset=offset,
**kwargs)
# if a copy of the Block was made, delete the copy
if cloned:
del block
cloned = False
# return the filepath or the buffer in case
# the caller wants to do anything with it
if mode == 'file':
try:
buffer.close()
except Exception:
pass
return str(filepath)
return buffer
except Exception as e:
if mode == 'file':
try:
buffer.close()
except Exception:
pass
try:
os.remove(str(filepath))
except Exception:
pass
# if a copy of the Block was made, delete the copy
if cloned:
del block
e.args += ("Error occurred while attempting to serialize the "
"%s to:\"%s\"" % (type(self), str(filepath)), )
raise
def inject_rawdata(self, meta, tag_cls, tag_index_ref):
bitmaps = self.maps.get("bitmaps")
sounds = self.maps.get("sounds")
loc = self.maps.get("loc")
magic = self.map_magic
engine = self.engine
map_data = self.map_data
try:
bitmap_data = bitmaps.map_data
except Exception:
bitmap_data = None
try:
sound_data = sounds.map_data
except Exception:
sound_data = None
try:
loc_data = loc.map_data
except Exception:
loc_data = None
is_not_indexed = not self.is_indexed(tag_index_ref.id & 0xFFff)
might_be_in_rsrc = engine in ("halo1pc", "halo1pcdemo", "halo1ce",
"halo1yelo", "halo1vap")
might_be_in_rsrc &= not self.is_resource
# get some rawdata that would be pretty annoying to do in the parser
if tag_cls == "bitm":
# grab bitmap data from map
new_pixels = BytearrayBuffer()
# to enable compatibility with my bitmap converter we'll set the
# base address to a certain constant based on the console platform
is_xbox = get_is_xbox_map(engine)
for bitmap in meta.bitmaps.STEPTREE:
pixel_data = map_data
if might_be_in_rsrc and bitmap.flags.data_in_resource_map:
pixel_data = bitmap_data
if pixel_data is None: return
# grab the bitmap data from this map(no magic used)
pixel_data.seek(bitmap.pixels_offset)
new_pixels += pixel_data.read(bitmap.pixels_meta_size)
bitmap.base_address = 1073751810 * is_xbox
meta.processed_pixel_data.STEPTREE = new_pixels
elif tag_cls == "font":
# might need to grab pixel data from resource map
meta_offset = tag_index_ref.meta_offset
if is_not_indexed:
return meta
elif not self.is_resource:
if loc is None or loc.map_header is None: return
meta_offset = loc.rsrc_map.data.tags[meta_offset].tag.offset
if loc_data is None: return
loc_data.seek(meta.pixels.pointer + meta_offset)
meta.pixels.data = loc_data.read(meta.pixels.size)
elif tag_cls == "hmt ":
# might need to grab string data from resource map
meta_offset = tag_index_ref.meta_offset
if is_not_indexed:
return meta
elif not self.is_resource:
if loc is None or loc.map_header is None: return
meta_offset = loc.rsrc_map.data.tags[meta_offset].tag.offset
b = meta.string
loc_data.seek(b.pointer + meta_offset)
meta.string.data = loc_data.read(b.size).decode('utf-16-le')
elif tag_cls == "snd!":
# might need to get samples and permutations from the resource map
is_pc = engine in ("halo1pc", "halo1pcdemo")
is_ce = engine in ("halo1ce", "halo1yelo", "halo1vap")
if not (is_pc or is_ce):
return meta
elif sound_data is None:
return
# ce tagpaths are in the format: path__permutations
# ex: sound\sfx\impulse\coolant\enter_water__permutations
#
# pc tagpaths are in the format: path__pitchrange__permutation
# ex: sound\sfx\impulse\coolant\enter_water__0__0
other_data = map_data
sound_magic = 0 - magic
# DO NOT optimize this section. The logic is like this on purpose
if is_pc:
pass
elif self.is_resource:
other_data = sound_data
sound_magic = tag_index_ref.meta_offset + meta.get_size()
elif sounds is None:
return
for pitches in meta.pitch_ranges.STEPTREE:
for perm in pitches.permutations.STEPTREE:
for b in (perm.samples, perm.mouth_data,
perm.subtitle_data):
inject_sound_data(other_data, sound_data, b,
sound_magic)
elif tag_cls == "ustr":
# might need to grab string data from resource map
meta_offset = tag_index_ref.meta_offset
if is_not_indexed:
return meta
elif not self.is_resource:
if loc is None or loc.map_header is None: return
meta_offset = loc.rsrc_map.data.tags[meta_offset].tag.offset
string_blocks = meta.strings.STEPTREE
if len(string_blocks):
desc = string_blocks[0].get_desc('STEPTREE')
parser = desc['TYPE'].parser
try:
FieldType.force_little()
for b in string_blocks:
parser(desc, None, b, 'STEPTREE', loc_data, meta_offset,
b.pointer)
FieldType.force_normal()
except Exception:
print(format_exc())
FieldType.force_normal()
raise
