204     def elf_load_addr(self, addr):  argument
209                 i_addr = int(addr, 16)
224     def elf_for_addr(self, addr):  argument
225         l_addr = self.elf_load_addr(addr)
234     def subtract_load_addr(self, addr):  argument
235         l_addr = self.elf_load_addr(addr)
238         if int(l_addr, 16) > int(addr, 16):
240         return '0x{:x}'.format(int(addr, 16) - int(l_addr, 16))
242     def resolve(self, addr):  argument
243         reladdr = self.subtract_load_addr(addr)
244         self.spawn_addr2line(self.elf_for_addr(addr))
247         if self.elf_for_addr(addr) == 'tee.elf':
257     def symbol_plus_offset(self, addr):  argument
260         reladdr = self.subtract_load_addr(addr)
261         elf_name = self.elf_for_addr(addr)
274                 addr, size, _, name = line.split()
278                     addr, _, name = line.split()
283             iaddr = int(addr, 16)
301     def section_plus_offset(self, addr):  argument
303         reladdr = self.subtract_load_addr(addr)
304         elf_name = self.elf_for_addr(addr)
335         addr = match.group('addr')
338         sym = self.symbol_plus_offset(addr)
339         sec = self.section_plus_offset(addr)
342             ret += addr
376     def overlaps(self, section, addr, size):  argument
381         return ((addr <= (sec_addr + sec_size - 1)) and
382                 ((addr + size - 1) >= sec_addr))
384     def sections_in_region(self, addr, size, elf_idx):  argument
386         addr = self.subtract_load_addr(addr)
387         if not addr:
389         iaddr = int(addr, 16)
426                 addr = match.group('addr')
430                 self._out.write(addr)
436                 lr = int(addr, 16)
450                 addr = match.group('addr')
454                 res = self.resolve(addr)
471             addr = match.group('addr')
474             self._regions.append([addr, size, elf_idx, line])