Pfa, pfb, pt3, sfd, ttf, otf, otb, t42, cef, cff, gsf, ttc, svg, ik, mf, dfont, bin, suit, bdf. #table_checksum = sum(unpack_from('!'+('L'*length), new_buf, current_offset)) Pack_into(length*'c', new_buf, current_offset, *current_table) Pack_into('!L', new_buf, 0x0C+0x08+j*0x10, current_offset)Ĭurrent_table = unpack_from(length*'c', buf, offset) Pack_into(header_length*'c', new_buf, 0, *header) Header = unpack_from(header_length*'c', buf, table_header_offset) Total_length = header_length + table_length Print(' Headerlänge: %s Byte' % header_length) Header_length = 0x0C + table_count * 0x10 Table_count = unpack_from('!H', buf, table_header_offset+0x04) Print(' Header beginnt bei Byte %s' % table_header_offset) Ttf_offset_array = unpack_from('!'+ttf_count*'L', buf, 0x0C) Print('Anzahl enthaltener TTF-Dateien: %s' % ttf_count) #end, so we don’t have to close the files or call exit() here Print('Usage: %s FontCollection.ttc' % argv) '''returns the next integer which is a multiple of 4''' #I thought porting it to Python could be both a challenge and usefulįrom struct import pack_into, unpack_from #First released as C++ program by Hiroyuki Tsutsumi as part of the free software suite “Beer”

Ttc font converter