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broken_model.py
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# coding: utf-8
import psycopg2
from psycopg2 import sql
from psycopg2.sql import SQL, Identifier
import requests
from requests import (
delete, get, head, options, patch, post, put, request)
from requests import (
delete as delete_r, get as get_r, head as head_r,
options as options_r, patch as patch_r, post as post_r,
put as put_r, request as request_r)
import urllib
from urllib.request import urlopen
from urllib.request import urlopen as urlopen_r
import suds.client
from suds.client import Client
from suds.client import Client as Client_r
import http.client
from http.client import HTTPConnection, HTTPSConnection
from http.client import (
HTTPConnection as HTTPConnection_r,
HTTPSConnection as HTTPSConnection_r,
)
import smtplib
import smtplib as smtplib_r
from smtplib import SMTP
from smtplib import SMTP as SMTP_r
import serial
import serial as serial_r
from serial import Serial
from serial import Serial as Serial_r
import ftplib
import ftplib as ftplib_r
from ftplib import FTP
from ftplib import FTP as ftp_r
from odoo import fields, models, _
from odoo.exceptions import UserError
from odoo import exceptions
from odoo.tools.translate import LazyTranslate
# Relatives import for odoo addons
from odoo.addons.broken_module import broken_model as broken_model1
from odoo.addons import broken_module as broken_module1
import odoo.addons.broken_module as broken_module2
import odoo.addons.broken_module.broken_model as broken_model2
import odoo.addons.iap.models.iap.jsonrpc
from odoo.addons.iap.models.iap import jsonrpc
from odoo.addons.iap.models import iap
import odoo.models
from odoo import tools
import itertools
from itertools import groupby
_lt = LazyTranslate(__name__)
other_field = fields.Char()
def function_no_method():
return broken_model1, broken_module1, broken_module2, broken_model2
def fields_view_get():
return "Not part of a model, i'm free"
class TestModel2(odoo.models.Model):
def _compute_name2(self):
# Compute called from string with write defined before
self.write({"name": "hello"})
for rec in self:
rec.write({"name": "world"})
users = self.env["res.users"].browse([1,2,3])
for user in users:
user.write({"name": "moy6"})
users.write({"name": "moy8"})
with open("file.txt", "w") as f_obj:
f_obj.write("write file allowed")
unknown_type_object = self._get_object()
unknown_type_object.write('write not self.browse allowed')
name2 = fields.Char(compute='_compute_name2')
def fields_view_get(self):
return "Deprecated in Odoo 16.0!!!"
def custom_deprecated_method_just_because(self):
return "this method is deprecated because i said so in the options" + self.name2
def another_deprecated_model_method(self):
return self.name2
class TestModel(models.Model):
_name = 'test.model'
_inherit = ['mail.thread']
_columns = {} # deprecated columns
_defaults = {} # deprecated defaults
length = fields.Integer() # Deprecated length by js errors
def _compute_name(self):
var = itertools.groupby([(1,2,3), (3,4,5)], key=lambda x: x[0])
var2 = groupby([(1,2,3), (3,4,5)], key=lambda x: x[0])
var3 = tools.groupby([(1,2,3), (3,4,5)], key=lambda x: x[0])
# Compute called from string with write defined before
self.write({"name": "hello"})
for rec in self:
rec.write({"name": "world"})
users = self.env["res.users"].browse([1,2,3])
for user in users:
user.write({"name": "moy6"})
users.write({"name": "moy8"})
with open("file.txt", "w") as f_obj:
f_obj.write("write file allowed")
unknown_type_object = self._get_object()
unknown_type_object.write('write not self.browse allowed')
self.write({"name": "hello"}) # pylint: disable=no-write-in-compute
def _compute_with_method_def(self):
# Compute called from funct-def with write
self.write({"name": "hello"})
for rec in self:
rec.write({"name": "world"})
users = self.env["res.users"].browse([1,2,3])
for user in users:
user.write({"name": "moy6"})
with open("file.txt", "w") as f_obj:
f_obj.write("write file allowed")
users.write({"name": "moy8"})
unknown_type_object = self._get_object()
unknown_type_object.write('write not self.browse allowed')
self.write({"name": "hello"}) # pylint: disable=no-write-in-compute
name = fields.Char(
_(u"Näme"), # Don't need translate
help=u"My hëlp",
required=False,
compute='_compute_name', # good compute method name
search='_search_name', # good search method name
inverse='_inverse_name', # good inverse method name
)
# Imported openerp.fields use Char (Upper case)
other_field = fields.char(
name=_("Other field"),
copy=True,
compute='my_method_compute', # bad compute method name
search='my_method_search', # bad search method name
inverse='my_method_inverse', # bad inverse method name
)
compute_none = fields.Char(compute=None)
other_field2 = fields.char(
'Other Field2',
copy=True,
)
field_related = fields.Char('Field Related', related='model_id.related_field')
other_field_related = fields.Char(
related='model_id.related_field', string='Other Field Related')
compute_with_method_def = fields.Char(compute=_compute_with_method_def)
def my_method_compute(self):
# Compute called from string with write defined after
self.write({"name": "hello"})
for rec in self:
rec.write({"name": "world"})
users = self.env["res.users"].browse([1,2,3])
for user in users:
user.write({"name": "moy6"})
users.write({"name": "moy8"})
with open("file.txt", "w") as f_obj:
f_obj.write("write file allowed")
unknown_type_object = self._get_object()
unknown_type_object.write('write not self.browse allowed')
self.write({"name": "hello"}) # pylint: disable=no-write-in-compute
# This is a inherit overwrite field then don't should show errors related
# with creation of fields.
def method_date(self):
date = fields.Date.to_string(
fields.Datetime.context_timestamp(self,
timestamp=fields.Datetime.now())
)
self.with_context({'overwrite_context': True}).write({})
ctx = {'overwrite_context': True}
self.with_context(ctx).write({})
ctx2 = ctx
self.with_context(ctx2).write({})
self.with_context(**ctx).write({})
self.with_context(overwrite_context=False).write({})
return date
my_ok_field = fields.Float(
"My correctly named field",
digits=(6, 6), # OK: Valid field parameter
index=True, # OK: Valid field parameter
help="My ok field",
)
my_ko_field = fields.Float(
digits_compute=lambda cr: (6, 6), # Deprecated field parameter
select=True, # Deprecated field parameter
help="My ko field",
string="My Ko Field", # String parameter equal to name of variable
)
"""The name of the variable is equal to the string parameter
Tested all fields.*"""
boolean_variable_1 = fields.Boolean(string='Boolean Variable 1',
help="Help")
boolean_variable_2 = fields.Boolean("Boolean Variable 2", help="Help")
char_variable_1 = fields.Char(string='Char Variable 1', help="Help")
char_variable_2 = fields.Char("Char Variable 2", help="Help")
text_variable_1 = fields.Text(string='Text Variable 1', help="Help")
text_variable_2 = fields.Text("Text Variable 2", help="Help")
html_variable_1 = fields.Html(string='Html Variable 1', help="Help")
html_variable_2 = fields.Html("Html Variable 2", help="Help")
integer_variable_1 = fields.Integer(string='Integer Variable 1',
help="Help")
integer_variable_2 = fields.Integer("Integer Variable 2", help="Help")
float_variable_1 = fields.Float(string='Float Variable 1', help="Help")
float_variable_2 = fields.Float("Float Variable 2", help="Help")
date_variable_1 = fields.Date(string='Date Variable 1', help="Help")
date_variable_2 = fields.Date("Date Variable 2", help="Help")
date_time_variable_1 = fields.DateTime(string='Date Time Variable 1',
help="Help")
date_time_variable_2 = fields.DateTime("Date Time Variable 2", help="Help")
binary_variable_1 = fields.Binary(string='Binary Variable 1', help="Help")
binary_variable_2 = fields.Binary("Binary Variable 2", help="Help")
selection_variable_1 = fields.Selection(selection=[('a', 'A')],
string='Selection Variable 1',
help="Help")
selection_variable_2 = fields.Selection([('a', 'A')],
"Selection Variable 2",
help="Help")
reference_variable_1 = fields.Reference(selection=[('res.user', 'User')],
string="Reference Variable 1",
help="Help")
reference_variable_2 = fields.Reference([('res.user', 'User')],
"Reference Variable 2",
help="Help")
many_2_one_variable_1 = fields.Many2one(comodel_name='res.users',
string='Many 2 One Variable 1',
help="Help")
many_2_one_variable_2 = fields.Many2one('res.users',
"Many 2 One Variable 2",
help="Help")
one_2_many_variable_1 = fields.One2many(comodel_name='res.users',
inverse_name='rel_id',
string='One 2 Many Variable 1',
help="Help")
one_2_many_variable_2 = fields.One2many('res.users',
'rel_id',
"One 2 Many Variable 2",
help="Help")
many_2_many_variable_1 = fields.Many2many(comodel_name='res.users',
relation='table_name',
column1='col_name',
column2='other_col_name',
string='Many 2 Many Variable 1',
help="Help")
many_2_many_variable_2 = fields.Many2many('res.users',
'table_name',
'col_name',
'other_col_name',
"Many 2 Many Variable 2",
help="Help")
field_case_sensitive = fields.Char(
'Field Case SENSITIVE',
help="Field case sensitive"
)
name_equal_to_string = fields.Float(
"Name equal to string",
help="Name Equal To String"
)
many_2_one = fields.Many2one(
'res.users',
"Many 2 One",
help="Many 2 one"
)
many_2_many = fields.Many2many(
'res.users',
'relation',
'fk_column_from',
'fk_column_to',
"Many 2 many",
help="Many 2 Many"
)
def my_method1(self, variable1):
# Shouldn't show error of field-argument-translate
self.my_method2(_('hello world'))
# Message post without translation function
self.message_post(subject='Subject not translatable',
body='Body not translatable %s' % variable1)
self.message_post(subject='Subject not translatable %(variable)s' %
{'variable': variable1},
body='Body not translatable {}'.format(variable1),
message_type='notification')
self.message_post('Body not translatable',
'Subject not translatable {a}'.format(a=variable1))
self.message_post('Body not translatable %s' % variable1,
'Subject not translatable %(variable)s' %
{'variable': variable1})
self.message_post('Body not translatable',
subject='Subject not translatable')
self.message_post(body='<h1>%s</h1><p>%s</p>' % (
_('Paragraph translatable'), 'Paragraph not translatable'))
# Message post with translation function
self.message_post(subject=_('Subject translatable'),
body=_('Body translatable'))
self.message_post(_('Body translatable'),
_('Subject translatable'))
self.message_post(_('Body translatable'),
subject=_('Subject translatable'))
self.message_post(_('A CDR has been recovered for %s') % (variable1,))
self.message_post(_('A CDR has been recovered for %s') % variable1)
self.message_post(_('Var {a}').format(a=variable1))
self.message_post(_('Var %(variable)s') % {'variable': variable1})
self.message_post(subject=_('Subject translatable'),
body=_('Body translatable %s') % variable1)
self.message_post(subject=_('Subject translatable %(variable)s') %
{'variable': variable1},
message_type='notification')
self.message_post(_('Body translatable'),
_('Subject translatable {a}').format(a=variable1))
self.message_post(_('Body translatable %s') % variable1,
_('Subject translatable %(variable)s') %
{'variable': variable1})
self.message_post('<p>%s</p>' % _('Body translatable'))
self.message_post(body='<p>%s</p>' % _('Body translatable'))
# There is no way to know if the variable is translated, then ignoring
self.message_post(variable1)
self.message_post(body=variable1 + variable1)
self.message_post(body=(variable1 + variable1))
self.message_post(body=variable1 % variable1)
self.message_post(body=(variable1 % variable1))
# translation function with variables in the term
variable2 = variable1
self.message_post(_('Variable not translatable: %s' % variable1))
self.message_post(_('Variables not translatable: %s, %s' % (
variable1, variable2)))
self.message_post(body=_('Variable not translatable: %s' % variable1))
self.message_post(body=_('Variables not translatable: %s %s' % (
variable1, variable2)))
error_msg = _('Variable not translatable: %s' % variable1)
error_msg = _('Variables not translatable: %s, %s' % (
variable1, variable2))
error_msg = _('Variable not translatable: {}'.format(variable1))
error_msg = _('Variables not translatable: {}, {variable2}'.format(
variable1, variable2=variable2))
# string with parameters without name
# so you can't change the order in the translation
_('%s %d') % ('hello', 3)
_('%s %s') % ('hello', 'world')
_('{} {}').format('hello', 3)
_('{} {}').format('hello', 'world')
# Valid cases
_('%(strname)s') % {'strname': 'hello'}
_('%(strname)s %(intname)d') % {'strname': 'hello', 'intname': 3}
_('%s') % 'hello'
_('%d') % 3
_('{}').format('hello')
_('{}').format(3)
# It raised exception but it was already fixed
msg = "Invalid not _ method %s".lstrip() % "value"
# It should emit message but binop.left is showing "lstrip" only instead of "_"
self.message_post(_('Double method _ and lstrtip %s').lstrip() % (variable1,)) # TODO: Emit message for this case
return error_msg
def my_method11(self, variable1):
# Shouldn't show error of field-argument-translate
self.my_method2(self.env._('hello world'))
# Message post with new translation function
self.message_post(subject=self.env._('Subject translatable'),
body=self.env._('Body translatable'))
self.message_post(self.env._('Body translatable'),
self.env._('Subject translatable'))
self.message_post(self.env._('Body translatable'),
subject=self.env._('Subject translatable'))
self.message_post(self.env._('A CDR has been recovered for %s') % (variable1,))
self.message_post(self.env._('A CDR has been recovered for %s') % variable1)
self.message_post(self.env._('Var {a}').format(a=variable1))
self.message_post(self.env._('Var %(variable)s') % {'variable': variable1})
self.message_post(subject=self.env._('Subject translatable'),
body=self.env._('Body translatable %s') % variable1)
self.message_post(subject=self.env._('Subject translatable %(variable)s') %
{'variable': variable1},
message_type='notification')
self.message_post(self.env._('Body translatable'),
self.env._('Subject translatable {a}').format(a=variable1))
self.message_post(self.env._('Body translatable %s') % variable1,
self.env._('Subject translatable %(variable)s') %
{'variable': variable1})
self.message_post('<p>%s</p>' % self.env._('Body translatable'))
self.message_post(body='<p>%s</p>' % self.env._('Body translatable'))
# translation new function with variables in the term
variable2 = variable1
self.message_post(self.env._('Variable not translatable: %s' % variable1))
self.message_post(self.env._('Variables not translatable: %s, %s' % (
variable1, variable2)))
self.message_post(body=self.env._('Variable not translatable: %s' % variable1))
self.message_post(body=self.env._('Variables not translatable: %s %s' % (
variable1, variable2)))
error_msg = self.env._('Variable not translatable: %s' % variable1)
error_msg = self.env._('Variables not translatable: %s, %s' % (
variable1, variable2))
error_msg = self.env._('Variable not translatable: {}'.format(variable1))
error_msg = self.env._('Variables not translatable: {}, {variable2}'.format(
variable1, variable2=variable2))
# string with parameters without name
# so you can't change the order in the translation
self.env._('%s %d') % ('hello', 3)
self.env._('%s %s') % ('hello', 'world')
self.env._('{} {}').format('hello', 3)
self.env._('{} {}').format('hello', 'world')
# Valid cases
self.env._('%(strname)s') % {'strname': 'hello'}
self.env._('%(strname)s %(intname)d') % {'strname': 'hello', 'intname': 3}
self.env._('%s') % 'hello'
self.env._('%d') % 3
self.env._('{}').format('hello')
self.env._('{}').format(3)
# It raised exception but it was already fixed
msg = "Invalid not _ method %s".lstrip() % "value"
# It should emit message but binop.left is showing "lstrip" only instead of "_"
self.message_post(self.env._('Double method _ and lstrtip %s').lstrip() % (variable1,)) # TODO: Emit message for this case
return error_msg
def my_method111(self, variable1):
# Shouldn't show error of field-argument-translate
self.my_method2(_lt('hello world'))
# Message post with new translation function
self.message_post(subject=_lt('Subject translatable'),
body=_lt('Body translatable'))
self.message_post(_lt('Body translatable'),
_lt('Subject translatable'))
self.message_post(_lt('Body translatable'),
subject=_lt('Subject translatable'))
self.message_post(_lt('A CDR has been recovered for %s') % (variable1,))
self.message_post(_lt('A CDR has been recovered for %s') % variable1)
self.message_post(_lt('Var {a}').format(a=variable1))
self.message_post(_lt('Var %(variable)s') % {'variable': variable1})
self.message_post(subject=_lt('Subject translatable'),
body=_lt('Body translatable %s') % variable1)
self.message_post(subject=_lt('Subject translatable %(variable)s') %
{'variable': variable1},
message_type='notification')
self.message_post(_lt('Body translatable'),
_lt('Subject translatable {a}').format(a=variable1))
self.message_post(_lt('Body translatable %s') % variable1,
_lt('Subject translatable %(variable)s') %
{'variable': variable1})
self.message_post('<p>%s</p>' % _lt('Body translatable'))
self.message_post(body='<p>%s</p>' % _lt('Body translatable'))
# translation new function with variables in the term
variable2 = variable1
self.message_post(_lt('Variable not translatable: %s' % variable1))
self.message_post(_lt('Variables not translatable: %s, %s' % (
variable1, variable2)))
self.message_post(body=_lt('Variable not translatable: %s' % variable1))
self.message_post(body=_lt('Variables not translatable: %s %s' % (
variable1, variable2)))
error_msg = _lt('Variable not translatable: %s' % variable1)
error_msg = _lt('Variables not translatable: %s, %s' % (
variable1, variable2))
error_msg = _lt('Variable not translatable: {}'.format(variable1))
error_msg = _lt('Variables not translatable: {}, {variable2}'.format(
variable1, variable2=variable2))
# string with parameters without name
# so you can't change the order in the translation
_lt('%s %d') % ('hello', 3)
_lt('%s %s') % ('hello', 'world')
_lt('{} {}').format('hello', 3)
_lt('{} {}').format('hello', 'world')
# Valid cases
_lt('%(strname)s') % {'strname': 'hello'}
_lt('%(strname)s %(intname)d') % {'strname': 'hello', 'intname': 3}
_lt('%s') % 'hello'
_lt('%d') % 3
_lt('{}').format('hello')
_lt('{}').format(3)
# It raised exception but it was already fixed
msg = "Invalid not _ method %s".lstrip() % "value"
# It should emit message but binop.left is showing "lstrip" only instead of "_"
self.message_post(_lt('Double method _ and lstrtip %s').lstrip() % (variable1,)) # TODO: Emit message for this case
return error_msg
def my_method2(self, variable2):
return variable2
def my_method3(self, cr):
cr.commit() # Dangerous use of commit old api
self.env.cr.commit() # Dangerous use of commit
self._cr.commit() # Dangerous use of commit
self.cr.commit() # Dangerous use of commit
return cr
def my_method4(self, variable2):
self.env.cr2.commit() # This should not be detected
return variable2
def my_method5(self, variable2):
self.env.cr.commit2() # This should not be detected
return variable2
def my_method6(self):
user_id = 1
if user_id != 99:
# Method without translation
raise UserError('String without translation')
def my_method7(self):
user_id = 1
if user_id != 99:
# Method with translation
raise UserError(_('String with translation'))
def my_method71(self):
user_id = 1
if user_id != 99:
# Method with translation
raise UserError(self.env._('String with translation'))
def my_method72(self):
user_id = 1
if user_id != 99:
# Method with translation
raise UserError(_lt('String with translation'))
def my_method8(self):
user_id = 1
if user_id != 99:
str_error = 'String with translation 2' # Don't check
raise UserError(str_error)
def my_method9(self):
user_id = 1
if user_id != 99:
# Method without translation
raise UserError("String without translation 2")
def my_method10(self):
# A example of built-in raise without parameters
# Shouldn't show error from lint
raise ZeroDivisionError
raise ZeroDivisionError()
def my_method11(self):
# A example of built-in raise with parameters
# Shouldn't show error from lint
raise ZeroDivisionError("String without translation")
# raise without class-exception to increase coverage
raise
raise "obsolete case"
def my_method12(self):
# Should show error
raise exceptions.Warning(
'String with params format {p1}'.format(p1='v1'))
raise exceptions.Warning(
'qp2w String with params format %(p1)s' % {'p1': 'v1'})
def my_method13(self):
# Shouldn't show error
raise exceptions.Warning(_(
'String with params format {p1}').format(p1='v1'))
raise exceptions.Warning(_(
'String with params format {p1}'.format(p1='v1')))
raise exceptions.Warning(_(
'String with params format %(p1)s') % {'p1': 'v1'})
raise exceptions.Warning(_(
'String with params format %(p1)s' % {'p1': 'v1'}))
def my_method131(self):
# Shouldn't show error
raise exceptions.Warning(self.env._(
'String with params format {p1}').format(p1='v1'))
raise exceptions.Warning(self.env._(
'String with params format {p1}'.format(p1='v1')))
raise exceptions.Warning(self.env._(
'String with params format %(p1)s') % {'p1': 'v1'})
raise exceptions.Warning(self.env._(
'String with params format %(p1)s' % {'p1': 'v1'}))
def my_method132(self):
# Shouldn't show error
raise exceptions.Warning(_lt(
'String with params format {p1}').format(p1='v1'))
raise exceptions.Warning(_lt(
'String with params format {p1}'.format(p1='v1')))
raise exceptions.Warning(_lt(
'String with params format %(p1)s') % {'p1': 'v1'})
raise exceptions.Warning(_lt(
'String with params format %(p1)s' % {'p1': 'v1'}))
def my_method14(self):
_("String with missing args %s %s", "param1")
_("String with missing kwargs %(param1)s", param2="hola")
_(f"String with f-interpolation {self.param1}")
_("String unsupported character %y", "param1")
_("format truncated %s%", 'param1')
_("too many args %s", 'param1', 'param2')
_("multi-positional args without placeholders %s %s", 'param1', 'param2')
_("multi-positional args without placeholders {} {}".format('param1', 'param2'))
_("String with correct args %s", "param1")
_("String with correct kwargs %(param1)s", param1="hola")
def my_method141(self):
self.env._("String with missing args %s %s", "param1")
self.env._("String with missing kwargs %(param1)s", param2="hola")
self.env._(f"String with f-interpolation {self.param1}")
self.env._("String unsupported character %y", "param1")
self.env._("format truncated %s%", 'param1')
self.env._("too many args %s", 'param1', 'param2')
self.env._("multi-positional args without placeholders %s %s", 'param1', 'param2')
self.env._("multi-positional args without placeholders {} {}".format('param1', 'param2'))
self.env._("String with correct args %s", "param1")
self.env._("String with correct kwargs %(param1)s", param1="hola")
def my_method142(self):
_lt("String with missing args %s %s", "param1")
_lt("String with missing kwargs %(param1)s", param2="hola")
_lt(f"String with f-interpolation {self.param1}")
_lt("String unsupported character %y", "param1")
_lt("format truncated %s%", 'param1')
_lt("too many args %s", 'param1', 'param2')
_lt("multi-positional args without placeholders %s %s", 'param1', 'param2')
_lt("multi-positional args without placeholders {} {}".format('param1', 'param2'))
_lt("String with correct args %s", "param1")
_lt("String with correct kwargs %(param1)s", param1="hola")
def old_api_method_alias(self, cursor, user, ids, context=None): # old api
pass
def sql_method(self, ids, cr):
# Use of query parameters: nothing wrong here
self._cr.execute(
'SELECT name FROM account WHERE id IN %s', (tuple(ids),))
self.env.cr.execute(
'SELECT name FROM account WHERE id IN %s', (tuple(ids),))
cr.execute(
'SELECT name FROM account WHERE id IN %s', (tuple(ids),))
self.cr.execute(
'SELECT name FROM account WHERE id IN %s', (tuple(ids),))
def sql_injection_ignored_cases(self, ids, cr2):
# This cr.execute2 or cr2.execute should not be detected
self._cr.execute2(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
cr2.execute(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
# Ignore when the query is built using private attributes
self._cr.execute(
'DELETE FROM %s WHERE id IN %%s' % self._table, (tuple(ids),))
# Ignore string parsed with "".format() if args are psycopg2.sql.* calls
query = "SELECT * FROM table"
# imported from pyscopg2 import sql
self._cr.execute(
sql.SQL("""CREATE or REPLACE VIEW {} as ({})""").format(
sql.Identifier(self._table),
sql.SQL(query)
))
self._cr.execute(
sql.SQL("""CREATE or REPLACE VIEW {table} as ({query})""").format(
table=sql.Identifier(self._table),
query=sql.SQL(query),
))
# imported from pyscopg2.sql import SQL, Identifier
self._cr.execute(
SQL("""CREATE or REPLACE VIEW {} as ({})""").format(
Identifier(self._table),
SQL(query),
))
self._cr.execute(
SQL("""CREATE or REPLACE VIEW {table} as ({query})""").format(
table=Identifier(self._table),
query=SQL(query),
))
# imported from pyscopg2 direclty
self._cr.execute(
psycopg2.SQL("""CREATE or REPLACE VIEW {} as ({})""").format(
psycopg2.sql.Identifier(self._table),
psycopg2.sql.SQL(query),
))
self._cr.execute(
psycopg2.sql.SQL("""CREATE or REPLACE VIEW {table} as ({query})""").format(
table=Identifier(self._table),
query=SQL(query),
))
# Variables build using pyscopg2.sql.* callers
table = Identifier('table_name')
sql_query = SQL(query)
# format params
self._cr.execute(
SQL("""CREATE or REPLACE VIEW {} as ({})""").format(
table,
sql_query,
))
# format dict
self._cr.execute(
SQL("""CREATE or REPLACE VIEW {table} as ({query})""").format(
table=table,
query=sql_query,
))
self._cr.execute(
'SELECT name FROM %(table)s' % {'table': self._table})
# old api
def sql_injection_modulo_operator(self, cr, uid, ids, context=None):
# Use of % operator: risky
self._cr.execute(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
self.env.cr.execute(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
cr.execute(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
self.cr.execute(
'SELECT name FROM account WHERE id IN %s' % (tuple(ids),))
operator = 'WHERE'
# Ignore sql-injection because of there is a parameter e.g. "ids"
self._cr.execute(
'SELECT name FROM account %s id IN %%s' % operator, ids)
var = 'SELECT name FROM account WHERE id IN %s'
values = ([1, 2, 3, ], )
self._cr.execute(var % values)
self._cr.execute(
'SELECT name FROM account WHERE id IN %(ids)s' % {'ids': ids})
def sql_injection_executemany(self, ids, cr, v1, v2):
# Check executemany() as well
self.cr.executemany(
'INSERT INTO account VALUES (%s, %s)' % (v1, v2))
def sql_injection_format(self, ids, cr):
# Use of .format(): risky
self.cr.execute(
'SELECT name FROM account WHERE id IN {}'.format(ids))
var = 'SELECT name FROM account WHERE id IN {}'
values = (1, 2, 3)
self._cr.execute(var.format(values))
self.cr.execute(
'SELECT name FROM account WHERE id IN {ids}'.format(ids=ids))
def sql_injection_plus_operator(self, ids, cr):
# Use of +: risky
self.cr.execute(
'SELECT name FROM account WHERE id IN ' + str(tuple(ids)))
operator = 'WHERE'
# Ignore sql-injection because of there is a parameter e.g. "ids"
self._cr.execute(
'SELECT name FROM account ' + operator + ' id IN %s', ids)
self.cr.execute(
('SELECT name FROM account ' + operator + ' id IN (1)'))
self.cr.execute(
'SELECT name FROM account ' +
operator +
' id IN %s' % (tuple(ids),))
self.cr.execute(
('SELECT name FROM account ' +
operator +
' id IN %s') % (tuple(ids),))
def sql_injection_before(self, ids):
# query built before execute: risky as well
var = 'SELECT name FROM account WHERE id IN %s' % tuple(ids)
self._cr.execute(var)
var[1] = 'SELECT name FROM account WHERE id IN %s' % tuple(ids)
self._cr.execute(var[1])
var = 'SELECT name FROM account WHERE id IN %(ids)s' % {'ids': tuple(ids)}
self._cr.execute(var)
var[1] = 'SELECT name FROM account WHERE id IN %(ids)s' % {'ids': tuple(ids)}
self._cr.execute(var[1])
def sql_no_injection_private_attributes(self, _variable, variable):
# Skip sql-injection using private attributes
self._cr.execute(
"CREATE VIEW %s AS (SELECT * FROM res_partner)" % self._table)
# Real sql-injection cases
self._cr.execute(
"CREATE VIEW %s AS (SELECT * FROM res_partner)" % self.table)
self._cr.execute(
"CREATE VIEW %s AS (SELECT * FROM res_partner)" % _variable)
self._cr.execute(
"CREATE VIEW %s AS (SELECT * FROM res_partner)" % variable)
def sql_no_injection_private_methods(self):
# Skip sql-injection using private methods
self.env.cr.execute(
"""
CREATE OR REPLACE VIEW %s AS (
%s %s %s %s
)
"""
% (
self._table,
self._select(),
self._from(),
self._where(),
self._group_by(),
)
)
def sql_no_injection_constants(self):
self.env.cr.execute("SELECT * FROM %s" % 'table_constant')
self.env.cr.execute("SELECT * FROM {}".format('table_constant'))
self.env.cr.execute(
"SELECT * FROM %(table_variable)s" % {'table_variable': 'table_constant'})
def func(self, a):
length = len(a)
return length
def requests_test(self):
# requests without timeout
requests.delete('http://localhost')
requests.get('http://localhost')
requests.head('http://localhost')
requests.options('http://localhost')
requests.patch('http://localhost')
requests.post('http://localhost')
requests.put('http://localhost')
requests.request('call', 'http://localhost')
delete_r('http://localhost')
get_r('http://localhost')
head_r('http://localhost')
options_r('http://localhost')
patch_r('http://localhost')
post_r('http://localhost')
put_r('http://localhost')
request_r('call', 'http://localhost')
delete('http://localhost')
get('http://localhost')
head('http://localhost')
options('http://localhost')
patch('http://localhost')
post('http://localhost')
put('http://localhost')
request('call', 'http://localhost')
# requests valid cases
requests.delete('http://localhost', timeout=10)
requests.get('http://localhost', timeout=10)
requests.head('http://localhost', timeout=10)
requests.options('http://localhost', timeout=10)
requests.patch('http://localhost', timeout=10)
requests.post('http://localhost', timeout=10)
requests.put('http://localhost', timeout=10)
requests.request('call', 'http://localhost', timeout=10)
delete_r('http://localhost', timeout=10)
get_r('http://localhost', timeout=10)
head_r('http://localhost', timeout=10)
options_r('http://localhost', timeout=10)
patch_r('http://localhost', timeout=10)
post_r('http://localhost', timeout=10)
put_r('http://localhost', timeout=10)
request_r('call', 'http://localhost', timeout=10)
delete('http://localhost', timeout=10)
get('http://localhost', timeout=10)
head('http://localhost', timeout=10)
options('http://localhost', timeout=10)
patch('http://localhost', timeout=10)
post('http://localhost', timeout=10)
put('http://localhost', timeout=10)
request('call', 'http://localhost', timeout=10)
# urllib without timeout
urllib.request.urlopen('http://localhost')
urlopen('http://localhost')
urlopen_r('http://localhost')
# urllib valid cases
urllib.request.urlopen('http://localhost', timeout=10)
urlopen('http://localhost', timeout=10)
urlopen_r('http://localhost', timeout=10)
# suds without timeout
suds.client.Client('http://localhost')
Client('http://localhost')
Client_r('http://localhost')
# suds valid cases
suds.client.Client('http://localhost', timeout=10)
Client('http://localhost', timeout=10)
Client_r('http://localhost', timeout=10)
# http.client without timeout
http.client.HTTPConnection('http://localhost')
http.client.HTTPSConnection('http://localhost')
HTTPConnection('http://localhost')
HTTPSConnection('http://localhost')
HTTPConnection_r('http://localhost')
HTTPSConnection_r('http://localhost')
# http.client valid cases
http.client.HTTPConnection('http://localhost', timeout=10)
http.client.HTTPSConnection('http://localhost', timeout=10)
HTTPConnection('http://localhost', timeout=10)
HTTPSConnection('http://localhost', timeout=10)
HTTPConnection_r('http://localhost', timeout=10)
HTTPSConnection_r('http://localhost', timeout=10)
# smtplib without timeout
smtplib.SMTP('http://localhost')
smtplib_r.SMTP('http://localhost')
SMTP('http://localhost')
SMTP_r('http://localhost')
# smtplib valid cases
smtplib.SMTP('http://localhost', timeout=10)
smtplib_r.SMTP('http://localhost', timeout=10)
SMTP('http://localhost', timeout=10)
SMTP_r('http://localhost', timeout=10)
# Serial without timeout
serial.Serial('/dev/ttyS1')
serial_r.Serial('/dev/ttyS1')
Serial('/dev/ttyS1')
Serial_r('/dev/ttyS1')
# serial valid cases
serial.Serial('/dev/ttyS1', timeout=10)
serial_r.Serial('/dev/ttyS1', timeout=10)
Serial('/dev/ttyS1', timeout=10)
Serial_r('/dev/ttyS1', timeout=10)
# odoo.addons.iap without timeout