def write_referrers(self, referrers, erefs=True):
if referrers:
if erefs:
key = 'EntryPointRef'
else:
key = 'Ref'
fields = {'ref': '#R' + self.address_str(referrers[-1], False)}
if len(referrers) > 1:
key += 's'
fields['refs'] = ', '.join(['#R' + self.address_str(r, False) for r in referrers[:-1]])
self.write_comment([format_template(self.config[key], key, **fields)])
def write_referrers(self, referrers, erefs=True):
if referrers:
if erefs:
key = 'EntryPointRef'
else:
key = 'Ref'
fields = {'ref': '#R' + self.address_str(referrers[-1].address, False)}
if len(referrers) > 1:
key += 's'
fields['refs'] = ', '.join(['#R' + self.address_str(r.address, False) for r in referrers[:-1]])
self.write_comment(format_template(self.config[key], key, **fields))
def _create_entries(self):
for block in self.ctl_parser.get_blocks():
if block.start in self.entry_map:
entry = self.entry_map[block.start]
self.entries.append(entry)
for instruction in entry.instructions:
self.instructions[instruction.address] = instruction
continue
title = block.title
if not title:
ctl = block.ctl
if ctl != 'i' or block.description or block.registers or block.blocks[
0].header:
name = 'Title-' + ctl
title = format_template(self.config.get(name, ''),
name,
address=self._address_str(
block.start))
for sub_block in block.blocks:
address = sub_block.start
if sub_block.ctl in 'cBT':
base = sub_block.sublengths[0][1]
instructions = self.disassembler.disassemble(
sub_block.start, sub_block.end, base)
elif sub_block.ctl in 'bgstuw':
sublengths = sub_block.sublengths
if sublengths[0][0]:
if sub_block.ctl == 's':
length = sublengths[0][0]
else:
length = sum([s[0] for s in sublengths])
else:
length = sub_block.end - sub_block.start
instructions = []
while address < sub_block.end:
end = min(address + length, sub_block.end)
if sub_block.ctl == 't':
instructions += self.disassembler.defm_range(
address, end, sublengths)
elif sub_block.ctl == 'w':
instructions += self.disassembler.defw_range(
address, end, sublengths)
elif sub_block.ctl == 's':
instructions.append(
self.disassembler.defs(address, end,
sublengths))
else:
instructions += self.disassembler.defb_range(
address, end, sublengths)
address += length
else:
instructions = self.disassembler.ignore(
sub_block.start, sub_block.end)
sub_block.instructions = instructions
for instruction in instructions:
self.instructions[instruction.address] = instruction
instruction.asm_directives = sub_block.asm_directives.get(
instruction.address, ())
sub_blocks = []
i = 0
while i < len(block.blocks):
sub_block = block.blocks[i]
i += 1
sub_blocks.append(sub_block)
if sub_block.multiline_comment is not None:
end, sub_block.comment = sub_block.multiline_comment
while i < len(
block.blocks) and block.blocks[i].start < end:
next_sub_block = block.blocks[i]
sub_block.instructions += next_sub_block.instructions
sub_block.end = next_sub_block.end
i += 1
entry = Entry(block.header, title, block.description, block.ctl,
sub_blocks, block.registers, block.end_comment,
block.footer, block.asm_directives,
block.ignoreua_directives)
self.entry_map[entry.address] = entry
self.entries.append(entry)
for i, entry in enumerate(self.entries[1:]):
self.entries[i].next = entry
def format_template(self, name, fields):
return format_template(self.templates.get(name, ''), name, **fields)
def _create_entries(self):
for block in self.ctl_parser.get_blocks():
if block.start in self.entry_map:
entry = self.entry_map[block.start]
self.entries.append(entry)
for instruction in entry.instructions:
self.instructions[instruction.address] = instruction
continue
title = block.title
if not any(title):
ctl = block.ctl
if ctl != 'i' or block.description or block.registers or block.blocks[0].header:
name = 'Title-' + ctl
title = [format_template(self.config.get(name, ''), name, address=self._address_str(block.start))]
for sub_block in block.blocks:
address = sub_block.start
if sub_block.ctl in 'cBT':
base = sub_block.sublengths[0][1]
instructions = self.disassembler.disassemble(sub_block.start, sub_block.end, base)
elif sub_block.ctl in 'bgstuw':
sublengths = sub_block.sublengths
if sublengths[0][0]:
if sub_block.ctl == 's':
length = sublengths[0][0]
else:
length = sum([s[0] for s in sublengths])
else:
length = sub_block.end - sub_block.start
instructions = []
while address < sub_block.end:
end = min(address + length, sub_block.end)
if sub_block.ctl == 't':
instructions += self.disassembler.defm_range(address, end, sublengths)
elif sub_block.ctl == 'w':
instructions += self.disassembler.defw_range(address, end, sublengths)
elif sub_block.ctl == 's':
instructions += self.disassembler.defs(address, end, sublengths)
else:
instructions += self.disassembler.defb_range(address, end, sublengths)
address += length
else:
instructions = self.disassembler.ignore(sub_block.start, sub_block.end)
self._add_instructions(sub_block, instructions)
sub_blocks = []
i = 0
while i < len(block.blocks):
sub_block = block.blocks[i]
i += 1
sub_blocks.append(sub_block)
if sub_block.multiline_comment is not None:
end, sub_block.comment = sub_block.multiline_comment
while i < len(block.blocks) and block.blocks[i].start < end:
next_sub_block = block.blocks[i]
sub_block.instructions += next_sub_block.instructions
sub_block.end = next_sub_block.end
i += 1
entry = Entry(block.header, title, block.description, block.ctl, sub_blocks,
block.registers, block.end_comment, block.footer, block.asm_directives,
block.ignoreua_directives)
self.entry_map[entry.address] = entry
self.entries.append(entry)
for i, entry in enumerate(self.entries[1:]):
self.entries[i].next = entry
