def print(self):
for l in self.token_lines:
for (string, col, is_bold) in l:
if self.gctx.color:
if col != 0:
string = color(string, col)
if is_bold:
string = bold(string)
print_no_end(string)
print()
def print(self):
for l in self.token_lines:
for (string, col, is_bold) in l:
if self.gctx.color:
if col != 0:
string = color(string, col)
if is_bold:
string = bold(string)
print_no_end(string)
print()
def __exec_info(self, args):
print("File:", self.gctx.filename)
statinfo = os.stat(self.gctx.filename)
print("Size: %.2f ko" % (statinfo.st_size/1024.))
print_no_end("Type: ")
ty = self.gctx.dis.binary.type
if ty == T_BIN_PE:
print("PE")
elif ty == T_BIN_ELF:
print("ELF")
elif ty == T_BIN_RAW:
print("RAW")
print("Arch:", self.gctx.dis.binary.arch)
if self.gctx.dis.binary.is_big_endian():
print("Endianess: big endian")
else:
print("Endianess: little endian")
def __exec_info(self, args):
print("File:", self.gctx.filename)
statinfo = os.stat(self.gctx.filename)
print("Size: %.2f ko" % (statinfo.st_size/1024.))
print_no_end("Type: ")
ty = self.gctx.dis.binary.type
if ty == T_BIN_PE:
print("PE")
elif ty == T_BIN_ELF:
print("ELF")
elif ty == T_BIN_RAW:
print("RAW")
print("Arch:", self.gctx.dis.binary.arch)
if self.gctx.dis.binary.is_big_endian():
print("Endianess: big endian")
else:
print("Endianess: little endian")
def __exec_help(self, args):
for name in COMMANDS_ALPHA:
cmd = self.COMMANDS[name]
if cmd.callback_exec is not None:
print_no_end(color(name, 2))
print_no_end(" ")
for i, line in enumerate(cmd.desc):
if i > 0:
print_no_end(self.TAB)
print(line)
def __exec_help(self, args):
for name in COMMANDS_ALPHA:
cmd = self.COMMANDS[name]
if cmd.callback_exec is not None:
print_no_end(color(name, 2))
print_no_end(" ")
for i, line in enumerate(cmd.desc):
if i > 0:
print_no_end(self.TAB)
print(line)
def print_symbols(self, print_sections, sym_filter=None):
if sym_filter is not None:
sym_filter = sym_filter.lower()
if sym_filter[0] == "-":
invert_match = True
sym_filter = sym_filter[1:]
else:
invert_match = False
total = 0
# TODO: race condition with the analyzer ?
for sy in list(self.db.symbols):
ad = self.db.symbols[sy]
if ad in self.db.reverse_demangled:
dem = self.db.reverse_demangled[ad]
else:
dem = None
print_sym = True
if sym_filter is None or \
(invert_match and sym_filter not in sy.lower()) or \
(not invert_match and sym_filter in sy.lower()) or \
(dem is not None and
((invert_match and sym_filter not in dem.lower()) or \
(not invert_match and sym_filter in dem.lower()))):
if sy:
print_no_end(color_addr(ad))
if dem is not None:
print_no_end(" %s (%s) " % (dem, color_comment(sy)))
else:
print_no_end(" " + sy)
section = self.binary.get_section(ad)
if print_sections and section is not None:
print_no_end(" (" + color_section(section.name) + ")")
print()
total += 1
print("Total:", total)
def print_symbols(self, sym_filter=None):
if sym_filter is not None:
sym_filter = sym_filter.lower()
if sym_filter[0] == "-":
invert_match = True
sym_filter = sym_filter[1:]
else:
invert_match = False
total = 0
# TODO: race condition with the analyzer ?
for sy in list(self.db.symbols):
ad = self.db.symbols[sy]
if ad in self.db.reverse_demangled:
dem = self.db.reverse_demangled[ad]
else:
dem = None
print_sym = True
if sym_filter is None or \
(invert_match and sym_filter not in sy.lower()) or \
(not invert_match and sym_filter in sy.lower()) or \
(dem is not None and
((invert_match and sym_filter not in dem.lower()) or \
(not invert_match and sym_filter in dem.lower()))):
if sy:
print_no_end(color_addr(ad))
if dem is not None:
print_no_end(" %s (%s) " % (dem, color_comment(sy)))
else:
print_no_end(" " + sy)
print()
total += 1
print("Total:", total)
def print_functions(self, api):
total = 0
lst = list(self.functions)
lst.sort()
# TODO: race condition with the analyzer ?
for ad in lst:
print_no_end(color_addr(ad))
sy = api.get_symbol(ad)
if ad in self.db.reverse_demangled:
print_no_end(" %s (%s) " % (self.db.reverse_demangled[ad],
color_comment(sy)))
else:
print_no_end(" " + sy)
print()
total += 1
print("Total:", total)
def print_header(self):
print_no_end(color_section(self.name.ljust(20)))
print_no_end(" [ ")
print_no_end(hex(self.start))
print_no_end(" - ")
print_no_end(hex(self.end))
print_no_end(" - %d - %d" % (self.virt_size, self.real_size))
print(" ]")
def print_line(ad, line):
if not line:
return
print_no_end(color_addr(ad))
for by in line:
print_no_end("%.2x " % by)
if len(line) != MAX_NB_BYTES:
print_no_end(" " * (MAX_NB_BYTES - len(line)))
print_no_end("| ")
for by in line:
if by in BYTES_PRINTABLE_SET and by != 13 and by != 9 and by != 10:
print_no_end("%c" % by)
else:
print_no_end(".")
print()
def __exec_sections(self, args):
print_no_end("NAME".ljust(20))
print(" [ START - END - VIRTUAL_SIZE - RAW_SIZE ]")
for s in self.gctx.dis.binary.iter_sections():
s.print_header()
def print_line(ad, line):
if not line:
return
print_no_end(color_addr(ad))
for by in line:
print_no_end("%.2x " % by)
if len(line) != MAX_NB_BYTES:
print_no_end(" " * (MAX_NB_BYTES - len(line)))
print_no_end("| ")
for by in line:
if by in BYTES_PRINTABLE_SET and by != 13 and by != 9 and by != 10:
print_no_end("%c" % by)
else:
print_no_end(".")
print()
def print_header(self):
print_no_end(color_section(self.name.ljust(20)))
print_no_end(" [ ")
print_no_end(hex(self.start))
print_no_end(" - ")
print_no_end(hex(self.end))
print_no_end(" - %d - %d" % (self.virt_size, self.real_size))
print(" ]")
def __exec_sections(self, args):
print_no_end("NAME".ljust(20))
print(" [ START - END - VIRTUAL_SIZE - RAW_SIZE ]")
for s in self.gctx.dis.binary.iter_sections():
s.print_header()
