def parse_stream(stream):
dbihdr = DBIHeader.parse_stream(stream)
dbi_size = dbihdr._end - dbihdr._start
dbiexhdr_data = stream.read(dbihdr.module_size)
dbiexhdrs = []
while dbiexhdr_data:
dbiexhdrs.append(DBIExHeader.parse(dbiexhdr_data))
sz = aligned4(get_parsed_size(dbiexhdrs[-1]))
dbiexhdr_data = dbiexhdr_data[sz:]
offdata = OffsetData(dbihdr.offset_size).parse_stream(stream)
hashdata = HashData(dbihdr.hash_size).parse_stream(stream)
srcmoduledata = SrcModuleData(dbihdr.srcmodule_size).parse_stream(stream)
pdbimportdata = PdbImportData(dbihdr.pdbimport_size).parse_stream(stream)
unknown2data = Unknown2Data(dbihdr.unk2_size).parse_stream(stream)
import psi
streamindexesdata = psi.parse_stream(stream)
return Container(DBIHeader=dbihdr, DBIExHeaders=ListContainer(dbiexhdrs),
OffsetData=offdata, HashData=hashdata,
SrcModuleData=srcmoduledata, PdbImportData=pdbimportdata,
StreamIndexesData=streamindexesdata)
},
default = Pass,
),
)
"""
GlobalsData = GreedyRange(
Tunnel(
PascalString('globals', length_field=ULInt16('len')),
gsym,
)
)
"""
GlobalsData = GreedyRange(Struct("globals",
ULInt16("length"),
Value("sizeof", lambda ctx: ctx.length > 0 and aligned4(ctx.length)-2 or 0),
Tunnel(
Field('globals', lambda ctx: ctx.sizeof),
gsym,
),
))
def parse(data, offset=0):
return parse_stream(StringIO(data), offset)
def parse_stream(stream, offset=0):
if offset > 0:
stream.seek(offset, 1)
con = GlobalsData.parse_stream(stream)
for sc in con:
merge_subcon(sc, 'globals')
