def _stringify_result(self):
"""This method try an automatic transformation from self._result object to self._output
string. Variables self._result and self._output always contains last run results.
"""
# Empty outputs. False is probably a good output value
if self._result != False and not self._result:
self._output = ''
# List outputs.
elif isinstance(self._result, ListType):
if len(self._result) > 0:
columns_num = 1
if isinstance(self._result[0], ListType):
columns_num = len(self._result[0])
table = PrettyTable(['']*(columns_num))
table.align = 'l'
table.header = False
for row in self._result:
if isinstance(row, ListType):
table.add_row(row)
else:
table.add_row([ row ])
self._output = table.get_string()
# Dict outputs are display as tables
elif isinstance(self._result, DictType) and self._result:
# Populate the rows
randomitem = next(self._result.itervalues())
if isinstance(randomitem, ListType):
table = PrettyTable(['']*(len(randomitem)+1))
table.align = 'l'
table.header = False
for field in self._result:
table.add_row([field] + self._result[field])
else:
table = PrettyTable(['']*2)
table.align = 'l'
table.header = False
for field in self._result:
table.add_row([field, str(self._result[field])])
self._output = table.get_string()
# Else, try to stringify
else:
self._output = str(self._result)
def _output_result(self):
# Empty outputs. False is probably a good output value
if self._result != False and not self._result:
self._output = ''
# List outputs.
elif isinstance(self._result, ListType):
if len(self._result) > 0:
columns_num = 1
if isinstance(self._result[0], ListType):
columns_num = len(self._result[0])
table = PrettyTable(['']*(columns_num))
table.align = 'l'
table.header = False
for row in self._result:
if isinstance(row, ListType):
table.add_row(row)
else:
table.add_row([ row ])
self._output = table.get_string()
# Dict outputs are display as tables
elif isinstance(self._result, DictType) and self._result:
# Populate the rows
randomitem = next(self._result.itervalues())
if isinstance(randomitem, ListType):
table = PrettyTable(['']*(len(randomitem)+1))
table.align = 'l'
table.header = False
for field in self._result:
table.add_row([field] + self._result[field])
else:
table = PrettyTable(['']*2)
table.align = 'l'
table.header = False
for field in self._result:
table.add_row([field, str(self._result[field])])
self._output = table.get_string()
# Else, try to stringify
else:
self._output = str(self._result)
def _format_grouped_helps(self, oneline=False):
table_module = PrettyTable(['module', 'description'])
table_module.align = 'l'
table_generator = PrettyTable(['generator', 'description'])
table_generator.align = 'l'
for groupname in self.modhandler.modules_names_by_group.keys():
for module in self.modhandler.modules_names_by_group[groupname]:
if module.startswith('generate.'):
table_generator.add_row([ ':%s' % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description])
else:
table_module.add_row([ ':%s' % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description])
return '%s\n%s\n\nHint: Run \':help <module>\' to print detailed usage informations.\n\n' % (table_generator.get_string(), table_module.get_string())
def _format_grouped_helps(self, oneline=False):
table_module = PrettyTable(['module', 'description'])
table_module.align = 'l'
table_generator = PrettyTable(['generator', 'description'])
table_generator.align = 'l'
for groupname in self.modhandler.modules_names_by_group.keys():
for module in self.modhandler.modules_names_by_group[groupname]:
if module.startswith('generate.'):
table_generator.add_row([ ':%s' % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description])
else:
table_module.add_row([ ':%s' % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description])
return '%s\n%s\n\nHint: Run \':help <module>\' to print detailed usage informations.\n\n' % (table_generator.get_string(), table_module.get_string())
def _stringify_result(self):
table = PrettyTable([""] * 5)
table.align = "l"
table.header = False
for field in self._result:
if self._result[field] != ["", "", "", ""] or self.args["printall"]:
table.add_row([field] + self._result[field])
self._output = table.get_string()
def _stringify_result(self):
table = PrettyTable([''] * 5)
table.align = 'l'
table.header = False
for field in self._result:
if self._result[field] != ['', '', '', ''] or self.args['printall']:
table.add_row([field] + self._result[field])
self._output = table.get_string()
def _output_result(self):
table = PrettyTable(['']*5)
table.align = 'l'
table.header = False
for field in self._result:
if self._result[field] != ['', '', '', ''] or self.args['printall']:
table.add_row([field] + self._result[field])
self._output = table.get_string()
def _format_grouped_helps(self, oneline=False):
table_module = PrettyTable(["module", "description"])
table_module.align = "l"
table_generator = PrettyTable(["generator", "description"])
table_generator.align = "l"
for groupname in self.modhandler.modules_names_by_group.keys():
for module in self.modhandler.modules_names_by_group[groupname]:
if module.startswith("generate."):
table_generator.add_row(
[":%s" % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description]
)
else:
table_module.add_row(
[":%s" % self.modhandler.load(module).name, self.modhandler.load(module).argparser.description]
)
return "%s\n%s\n\nHint: Run ':help <module>' to print detailed usage informations.\n\n" % (
table_generator.get_string(),
table_module.get_string(),
)
def show(args):
try:
if args[0] == "modules" and mm.moduleLoaded == 0:
t = PrettyTable([colors.green+'Modules:', ''+colors.end])
t.add_row(['',''])
t.align = 'l'
t.valing = 'm'
t.border = False
for key, val in module_database.database.items():
t.add_row([key, val])
print (t)
elif args[0] == "options" and mm.moduleLoaded == 1:
moduleop.printoptions(modadd)
else:
raise UnknownCommand("module not loaded or unknown command")
except IndexError:
raise UnknownCommand("unknown command")
def _stringify_result(self):
Module._stringify_result(self)
table_insecurities = PrettyTable([''] * (2))
table_insecurities.align = 'l'
table_insecurities.header = False
table_insecurities.hrules = ALL
for res in self._result_insecurities:
if isinstance(self._result_insecurities[res], ListType):
field_str = ''
for chunk in list(chunks(self._result_insecurities[res], 3)):
field_str += ', '.join(chunk) + '\n'
table_insecurities.add_row([res, field_str.rstrip()])
self._output += '\n%s' % (table_insecurities.get_string())
def _stringify_result(self):
Module._stringify_result(self)
table_insecurities = PrettyTable([''] * (2))
table_insecurities.align = 'l'
table_insecurities.header = False
table_insecurities.hrules = ALL
for res in self._result_insecurities:
if isinstance(self._result_insecurities[res], ListType):
field_str = ''
for chunk in list(chunks(self._result_insecurities[res], 3)):
field_str += ', '.join(chunk) + '\n'
table_insecurities.add_row([res, field_str.rstrip()])
self._output += '\n%s' % (table_insecurities.get_string())
def printoptions(modadd):
try:
print(" ")
t = PrettyTable(
[colors.green + 'Option', 'Value', 'Description' + colors.end])
t.add_row(["------", "------", "-----------"])
t.align = 'l'
t.valing = 'm'
t.border = False
for key, val in zip(modadd.variables.items(), modadd.vdesc):
t.add_row([key[0], key[1], val])
print(t, '\n')
try:
print(modadd.option_notes, '\n')
except (AttributeError):
pass
except Exception as error:
print(colors.red + "error: module is corrupted\n")
traceback.print_exc(file=sys.stdout)
print(colors.end)