def save(self, writer=None):
writer = writer if writer is not None else BinaryIO()
start = writer.tell()
writer.write(self.magic)
size_ofs = writer.tell()
writer.writeUInt32(0)
writer = self.texinfo.save(writer)
writer = self.tex4x4info.save(writer)
writer = self.palinfo.save(writer)
writer.writeAlign(4)
ofs = writer.tell() - start
with writer.seek(self.texinfo._lookupofs_ofs):
writer.writeUInt16(ofs)
for i in xrange(self.texdict.num):
texparam = self.texparams[i]
self.texdict.data[i] = \
struct.pack('II',
(texparam.ofs >> 3) |
((log2(texparam.width >> 3)) << 20) |
((log2(texparam.height >> 3)) << 23) |
(texparam.format << 26) |
(texparam.color0 << 29), 0)
writer = self.texdict.save(writer)
writer.writeAlign(4)
ofs = writer.tell() - start
with writer.seek(self.palinfo._lookupofs_ofs):
writer.writeUInt16(ofs)
for i in xrange(self.paldict.num):
param = self.palparams[i]
self.paldict.data[i] = struct.pack('HH', param.ofs, param.count4)
writer = self.paldict.save(writer)
writer.writeAlign(8)
ofs = writer.tell() - start
with writer.seek(self.texinfo._dataofs_ofs):
writer.writeUInt32(ofs) # texinfo dataofs
datastart = writer.tell()
writer.write(self.texdata)
writer.writeAlign(8)
size = writer.tell() - datastart
with writer.seek(self.texinfo._datasize_ofs):
writer.writeUInt16(size >> 3) # texinfo datasize
writer.writeAlign(8)
ofs = writer.tell() - start
with writer.seek(self.palinfo._dataofs_ofs):
writer.writeUInt32(ofs) # palinfo dataofs
datastart = writer.tell()
writer.write(self.paldata)
writer.writeAlign(8)
size = writer.tell() - datastart
with writer.seek(self.palinfo._datasize_ofs):
writer.writeUInt16(size >> 3) # palinfo datasize
return writer
def test_texparams(self):
default = TEX()
default.texdict.num = 1
default.texparams = [TexParam(0, 16, 16, 3, 0)]
default.texdict.names.append('test1')
out = default.save().getvalue()
new = TEX()
new.load(BinaryIO(out))
self.assertEqual(default.texparams, new.texparams)
def test_default(self):
default = G3DResDict()
default.data.append('\x00' * 4)
default.names.append('testing')
default.nodes.append(Node(1, 2, 3, 4))
out = default.save().getvalue()
new = G3DResDict()
new.load(BinaryIO(out))
self.assertEqual(default.data, new.data)
self.assertEqual(default.sizeunit, new.sizeunit)
self.assertEqual(default.names, new.names)
self.assertEqual(default.nodes, new.nodes)
def save(self, writer=None):
"""
When writing the general structure, it saves offsets
to unknown values. It is the duty of the parent to
fill these in
"""
writer = writer if writer is not None else BinaryIO()
writer.writeUInt32(self.vramkey)
self._datasize_ofs = writer.tell()
writer.writeUInt16(0) # datasize
if self.infotype != TexInfo.INFO_PAL:
self._lookupofs_ofs = writer.tell()
writer.writeUInt16(0)
writer.writeUInt16(0)
if self.infotype == TexInfo.INFO_PAL:
self._lookupofs_ofs = writer.tell()
writer.writeUInt16(0)
writer.writeUInt16(8)
self._dataofs_ofs = writer.tell()
writer.writeUInt32(0)
if self.infotype == TexInfo.INFO_TEX4X4:
writer.writeUInt32(0)
return writer
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.writeUInt8(self.version)
num = len(self.data)
writer.writeUInt8(num)
sizeofs = writer.tell()
writer.writeUInt16(0)
writer.writeUInt16(8)
writer.writeUInt16(0) # refofs
for i in xrange(num):
# TODO: Build PTree. Although it isn't actually used
try:
node = self.nodes[i]
except:
node = Node(0, 0, 0, 0)
for j in xrange(4):
writer.writeUInt8(node[j])
writer.writeAlign(4)
namerel = writer.tell()
refofs = namerel - start
writer.writeUInt16(self.sizeunit)
nameofsofs = writer.tell()
writer.writeUInt16(0)
for i in xrange(num):
writer.write(self.data[i])
if len(self.data[i]) < self.sizeunit:
writer.write('\x00' * (self.sizeunit - len(self.data[i])))
nameofs = writer.tell() - namerel
with writer.seek(nameofsofs):
writer.writeUInt16(nameofs)
nameofs = writer.tell()
for i in xrange(num):
writer.write(self.names[i])
writer.writePadding(nameofs + i * 16)
size = writer.tell() - start
with writer.seek(sizeofs):
writer.writeUInt16(size)
writer.writeUInt16(8)
writer.writeUInt16(refofs)
return writer
def get_value(self):
"""String of this Archive"""
writer = BinaryIO()
return self.save(writer).getvalue()
def test_default(self):
default = Personal()
out = default.save().getvalue()
new = Personal()
new.load(BinaryIO(out))
self.assertEqual(out, new.save().getvalue())
def test_gen5(self):
default = Personal(version=Personal.BLACK)
out = default.save().getvalue()
new = Personal(version=Personal.BLACK)
new.load(BinaryIO(out))
self.assertEqual(out, new.save().getvalue())
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.write(self.magic)
sizeofs = writer.tell()
writer.writeUInt32(0)
writer.writeUInt16(self.num)
writer.writeUInt16(0)
for entry in self.entries:
writer.writeUInt32(entry.start)
writer.writeUInt32(entry.stop)
size = writer.tell()-start
with writer.seek(sizeofs):
writer.writeUInt32(size)
return writer
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.write(self.magic)
writer.writeUInt16(self.endian)
writer.writeUInt16(self.version)
sizeofs = writer.tell()
writer.writeUInt32(0)
headersizeofs = writer.tell()
writer.writeUInt16(0)
writer.writeUInt16(self.numblocks)
size = writer.tell()-start
with writer.seek(headersizeofs):
writer.writeUInt16(size)
writer = self.fatb.save(writer)
writer = self.fntb.save(writer)
writer = self.fimg.save(writer)
writer.writeUInt32(0)
size = writer.tell()-start
with writer.seek(sizeofs):
writer.writeUInt32(size)
return writer
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.write(self.magic)
sizeofs = writer.tell()
writer.writeUInt32(0)
data = []
for fdata, entry in zip(self.files, self.narc.fatb.entries):
total = len(data)
if entry.start > total:
data += '\x00'*(entry.start-total)
data[entry] = fdata
writer.write(''.join(data))
size = writer.tell()-start
with writer.seek(sizeofs):
writer.writeUInt32(size)
return writer
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.write(self.magic)
sizeofs = writer.tell()
writer.writeUInt32(0)
writer.writeUInt32(4)
writer.writeUInt32(0x10000)
size = writer.tell()-start
with writer.seek(sizeofs):
writer.writeUInt32(size)
return writer
def save(self, writer=None):
if writer is None:
writer = BinaryIO()
start = writer.tell()
writer.writeUInt8(self.version)
num = len(self.data)
writer.writeUInt8(num)
sizeofs = writer.tell()
writer.writeUInt16(0)
writer.writeUInt16(8)
writer.writeUInt16(0) # refofs
for i in xrange(num):
# TODO: Build PTree. Although it isn't actually used
try:
node = self.nodes[i]
except:
node = Node(0, 0, 0, 0)
for j in xrange(4):
writer.writeUInt8(node[j])
writer.writeAlign(4)
namerel = writer.tell()
refofs = namerel-start
writer.writeUInt16(self.sizeunit)
nameofsofs = writer.tell()
writer.writeUInt16(0)
for i in xrange(num):
writer.write(self.data[i])
if len(self.data[i]) < self.sizeunit:
writer.write('\x00'*(self.sizeunit-len(self.data[i])))
nameofs = writer.tell()-namerel
with writer.seek(nameofsofs):
writer.writeUInt16(nameofs)
nameofs = writer.tell()
for i in xrange(num):
writer.write(self.names[i])
writer.writePadding(nameofs+i*16)
size = writer.tell()-start
with writer.seek(sizeofs):
writer.writeUInt16(size)
writer.writeUInt16(8)
writer.writeUInt16(refofs)
return writer
def test_texinfo(self):
default = TexInfo(None)
out = default.save().getvalue()
new = TexInfo(None)
new.load(BinaryIO(out))
self.assertEqual(out, new.save().getvalue())
def test_default(self):
default = TEX()
out = default.save().getvalue()
new = TEX()
new.load(BinaryIO(out))
self.assertEqual(default.texparams, new.texparams)