def parse_abmp_section(blob, file):
buf = SeqBuffer(blob)
v1 = buf.unpackVarint()
v2 = buf.unpackVarint()
section_count = buf.unpackVarint()
print("ABMP header: %s" % [v1,v2, section_count])
#w1sum=0; w2sum=0; w3sum=0; w4sum=0
csum=0; usum=0
sections = []
for i in range(section_count):
id = buf.unpackVarint()
offset = buf.unpackVarint() # offset
comp_size = buf.unpackVarint() # size in file
decomp_size = buf.unpackVarint() # size, decompressed
repr_mode = buf.unpackVarint()
[tag] = buf.unpack('<4s')
tag = rev(tag)
print("ABMP entry: %s" % ([id, tag,
offset, comp_size, decomp_size,
repr_mode]))
sections.append(ABMPEntry(id, tag, comp_size, offset, repr_mode))
print("Bytes left in ABMP section: %d" % buf.bytes_left())
# print "Sums: %s" % [csum, usum]
return sections
def parse_abmp_section(blob, file):
buf = SeqBuffer(blob)
v1 = buf.unpackVarint()
v2 = buf.unpackVarint()
section_count = buf.unpackVarint()
print("ABMP header: %s" % [v1,v2, section_count])
#w1sum=0; w2sum=0; w3sum=0; w4sum=0
csum=0; usum=0
sections = []
for i in range(section_count):
id = buf.unpackVarint()
offset = buf.unpackVarint() # offset
comp_size = buf.unpackVarint() # size in file
decomp_size = buf.unpackVarint() # size, decompressed
repr_mode = buf.unpackVarint()
[tag] = buf.unpack('<4s')
tag = rev(tag)
print("ABMP entry: %s" % ([id, tag,
offset, comp_size, decomp_size,
repr_mode]))
sections.append(ABMPEntry(id, tag, comp_size, offset, repr_mode))
print "Bytes left in ABMP section: %d" % buf.bytes_left()
# print "Sums: %s" % [csum, usum]
return sections
def parse_cast_lib_section(blob, loader_context):
# Read header:
buf = SeqBuffer(blob)
[v1, nElems, ofsPerElem, nOffsets, v5] = buf.unpack('>iiHii')
print(
"DB| Cast lib section header: nElems=%d, nOffsets=%d, ofsPerElem=%d, misc=%s"
% (nElems, nOffsets, ofsPerElem, [v1, v5]))
# Read offset table:
offsets = []
for i in range(nOffsets):
[offset] = buf.unpack('>i')
offsets.append(offset)
base = buf.tell()
#print "DB| Cast lib section: offsets=%s" % offsets
offnr = 0
table = []
for enr in range(nElems):
entry = []
for i in range(ofsPerElem):
subblob = buf.buf[base + offsets[offnr]:base + offsets[offnr + 1]]
offnr += 1
#print "DB| i=%d subblob=<%s>" % (i,subblob)
buf2 = SeqBuffer(subblob)
if i == 0:
item = buf2.unpackString8()
elif i == 1:
if buf2.bytes_left() > 0:
item = buf2.unpackString8()
else:
item = None
elif i == 2:
[item] = buf2.unpack('>h')
elif i == 3:
[w1, w2, w3, w4] = buf2.unpack('>hhhh')
item = (w1, w2, w3, w4)
else:
item = subblob
entry.append(item)
print("DB| Cast lib table entry #%d: %s" % (enr + 1, entry))
[name, path, _zero, (low_idx, high_idx, assoc_id, self_idx)] = entry
table.append(
CastLibrary(enr + 1, name, path, assoc_id, (low_idx, high_idx),
self_idx))
return CastLibraryTable(table)
def parse_cast_lib_section(blob, loader_context):
# Read header:
buf = SeqBuffer(blob)
[v1,nElems,ofsPerElem,nOffsets,v5] = buf.unpack('>iiHii')
print "DB| Cast lib section header: nElems=%d, nOffsets=%d, ofsPerElem=%d, misc=%s" % (nElems, nOffsets, ofsPerElem, [v1,v5])
# Read offset table:
offsets = []
for i in range(nOffsets):
[offset] = buf.unpack('>i')
offsets.append(offset)
base = buf.tell()
#print "DB| Cast lib section: offsets=%s" % offsets
offnr = 0
table = []
for enr in range(nElems):
entry = []
for i in range(ofsPerElem):
subblob = buf.buf[base + offsets[offnr]:base + offsets[offnr+1]]
offnr += 1
#print "DB| i=%d subblob=<%s>" % (i,subblob)
buf2 = SeqBuffer(subblob)
if i==0:
item = buf2.unpackString8()
elif i==1:
if buf2.bytes_left()>0:
item = buf2.unpackString8()
else:
item = None
elif i==2:
[item] = buf2.unpack('>h')
elif i==3:
[w1,w2,w3,w4] = buf2.unpack('>hhhh')
item = (w1,w2,w3,w4)
else:
item = subblob
entry.append(item)
print "DB| Cast lib table entry #%d: %s" % (enr+1,entry)
[name, path, _zero, (low_idx,high_idx, assoc_id, self_idx)] = entry
table.append(CastLibrary(enr+1, name, path, assoc_id, (low_idx,high_idx), self_idx))
return CastLibraryTable(table)
