all_locations = [
int(pointer_location, 16),
]
#print(pointer_locations)
if (GF, text_location) in pointer_locations.keys():
all_locations = pointer_locations[(GF, text_location)]
all_locations.append(int(pointer_location, 16))
pointer_locations[(GF, text_location)] = all_locations
print(pointer_locations[(GF, text_location)])
# Setup the worksheet for this file
worksheet = PtrXl.add_worksheet(GF.filename)
row = 1
for (gamefile, text_location), pointer_locations in sorted(
(pointer_locations).items()):
obj = BorlandPointer(gamefile, pointer_locations, text_location)
#print(text_location)
#print(pointer_locations)
for pointer_loc in pointer_locations:
worksheet.write(row, 0, hex(text_location))
worksheet.write(row, 1, hex(pointer_loc))
try:
worksheet.write(row, 2, obj.text())
except:
worksheet.write(row, 2, u'')
worksheet_name = GF.filename
else:
GF = Gamefile(os.path.join('original_cd', f), disk=OriginalCdAp)
file_blocks = CdRom.file_blocks[f]
pointer_constant = CdRom.pointer_constant[f]
pointer_tables = CdRom.pointer_tables[f]
pointer_disambiguation = CdRom.pointer_disambiguation
worksheet_name = 'CD ' + GF.filename
found_text_locations = []
print(f)
previous_pointer_locations = []
try:
worksheet = PtrXl.add_worksheet(worksheet_name)
except AttributeError:
print("You have the worksheet open. Close it and try again")
worksheet = PtrXl.add_worksheet(worksheet_name)
row = 1
for table in pointer_tables:
print(hex(table[0]), hex(table[1]))
stride = table[2]
table_bytes = GF.filestring[table[0]:table[1]]
pointer_location = table[0]
#print(table_bytes)
while table_bytes:
possible_value = int.from_bytes(table_bytes[0:2],
byteorder='little')
if possible_value in garbage_pointer_values: