def config():
values = [
v for k, v in pwndbg.config.__dict__.items()
if isinstance(v, pwndbg.config.Parameter) and v.scope == 'config'
]
longest_optname = max(map(len, [v.optname for v in values]))
longest_value = max(
map(len, [
extend_value_with_default(repr(v.value), repr(v.default))
for v in values
]))
header = print_row('Name', 'Value', 'Def', 'Documentation',
longest_optname, longest_value)
print('-' * (len(header)))
for v in sorted(values):
print_row(v.optname, repr(v.value), repr(v.default), v.docstring,
longest_optname, longest_value)
print(
light_yellow(
'You can set config variable with `set <config-var> <value>`'))
print(
light_yellow(
'You can generate configuration file using `configfile` '
'- then put it in your .gdbinit after initializing pwndbg'))
def theme():
values = [
v for k, v in pwndbg.config.__dict__.items()
if isinstance(v, pwndbg.config.Parameter) and v.scope == 'theme'
]
longest_optname = max(map(len, [v.optname for v in values]))
longest_value = max(
map(len, [
extend_value_with_default(str(v.value), str(v.default))
for v in values
]))
header = print_row('Name', 'Value', 'Def', 'Documentation',
longest_optname, longest_value)
print('-' * (len(header)))
for v in sorted(values):
if isinstance(v, pwndbg.color.theme.ColoredParameter):
value = generateColorFunction(v.value)(v.value)
default = generateColorFunction(v.default)(v.default)
elif isinstance(v.value, str):
value = "'%s'" % str(v.value)
default = str(v.default)
else:
value = repr(v.value)
default = repr(v.default)
print_row(v.optname, value, default, v.docstring, longest_optname,
longest_value)
print(
light_yellow(
'You can set theme variable with `set <theme-var> <value>`'))
print(
light_yellow(
'You can generate theme config file using `themefile` '
'- then put it in your .gdbinit after initializing pwndbg'))
def configfile_print_scope(scope, show_all=False):
params = pwndbg.config.get_params(scope)
if not show_all:
params = list(filter(lambda p: p.is_changed, params))
if params:
if not show_all:
print(light_yellow('Showing only changed values:'))
for p in params:
print('# %s: %s' % (p.optname, p.docstring))
print('# default: %s' % p.native_default)
print('set %s %s' % (p.optname, p.native_value))
print()
else:
print(light_yellow('No changed values. To see current values use `%s`.' % scope))
def got(name_filter=''):
relro_status = pwndbg.wrappers.checksec.relro_status()
pie_status = pwndbg.wrappers.checksec.pie_status()
jmpslots = list(pwndbg.wrappers.readelf.get_jmpslots())
if not len(jmpslots):
print(red("NO JUMP_SLOT entries available in the GOT"))
return
if "PIE enabled" in pie_status:
bin_text_base = pwndbg.memory.page_align(pwndbg.elf.entry())
print("\nGOT protection: %s | GOT functions: %d\n " %
(green(relro_status), len(jmpslots)))
for line in jmpslots:
address, info, rtype, value, name = line.split()[:5]
if name_filter not in name:
continue
address_val = int(address, 16)
if "PIE enabled" in pie_status: # if PIE, address is only the offset from the binary base address
address_val = bin_text_base + address_val
got_address = pwndbg.memory.pvoid(address_val)
print("[0x%x] %s -> %s" % (address_val, light_yellow(name),
pwndbg.chain.format(got_address)))
def got(name_filter=''):
local_path = pwndbg.file.get_file(pwndbg.proc.exe)
cs_out = pwndbg.wrappers.checksec("--file", local_path)
file_out = pwndbg.wrappers.file(local_path)
if "statically" in file_out:
return "Binary is statically linked."
readelf_out = pwndbg.wrappers.readelf("-r", local_path)
jmpslots = '\n'.join(
filter(lambda l: _extract_jumps(l), readelf_out.splitlines()))
if not len(jmpslots):
return "NO JUMP_SLOT entries available in the GOT"
if "PIE enabled" in cs_out:
bin_text_base = pwndbg.memory.page_align(pwndbg.elf.entry())
relro_status = "No RELRO"
if "Full RELRO" in cs_out:
relro_status = "Full RELRO"
elif "Partial RELRO" in cs_out:
relro_status = "Partial RELRO"
print("\nGOT protection: %s | GOT functions: %d\n " %
(green(relro_status), len(jmpslots.splitlines())))
for line in jmpslots.splitlines():
address, info, rtype, value, name = line.split()[:5]
if name_filter not in name:
continue
address_val = int(address, 16)
if "PIE enabled" in cs_out: # if PIE, address is only the offset from the binary base address
address_val = bin_text_base + address_val
got_address = pwndbg.memory.pvoid(address_val)
print("[%s] %s -> %s" %
(address, light_yellow(name), pwndbg.chain.format(got_address)))
