if idx == eh.get('shstrndx'):
continue
shStart = shOff + shSize * idx
sh = Sh()
sh.retrieve(byteList[shStart:shStart+shSize])
name = retrieveStr(strTab, sh.get('name_index'))
body = byteList[sh.get('offset'):sh.get('offset')+sh.get('size')]
secAggr.append(Section(body, name, sh))
# restruct phase
segMake = SegmentMaker()
segMake.make(secAggr)
headerSize = 0x40 + 56 * len(segMake.getSegmentList())
newBody = secAggr.makeBody(headerSize)
segMake.makePh(secAggr)
segMake.setOffset(secAggr)
'''
segMake.setOffset()
segMake.setSize()
segMake.setAddr(0x400000)
if idx == eh.get('shstrndx'):
continue
shStart = shOff + shSize * idx
sh = Sh()
sh.retrieve(byteList[shStart:shStart+shSize])
name = retrieveStr(strTab, sh.get('name_index'))
body = byteList[sh.get('offset'):sh.get('offset')+sh.get('size')]
secAggr.append(Section(body, name, sh))
# restruct phase
segMake = SegmentMaker(secAggr)
segMake.make()
segMake.setOffset()
segMake.setSize()
segMake.setAddr(0x400000)
# make shstrtbl
endOfBody = segMake.resetSection()
# remake ELF header
eh.set('entry_addr', segMake.getEntryAddr())
eh.set('ph_offset', 0x40)
eh.set('sh_offset', endOfBody)
eh.set('ph_num', segMake.getCount())
eh.set('sh_num', secAggr.count()+1) # plus null section
eh.set('shstrndx', secAggr.find('.shstrtab')+1) # plus null section
