lodel2_mirror/EditorialModel/test/test_fieldgroups.py

import os
import logging
import datetime

from django.conf import settings

from unittest import TestCase
import unittest

from EditorialModel.components import EmComponent, EmComponentNotExistError
from EditorialModel.fieldgroups import EmFieldGroup
from EditorialModel.classes import EmClass
from EditorialModel.classtypes import EmClassType

from Database.sqlsetup import SQLSetup
from Database import sqlutils

import sqlalchemy as sqla

os.environ.setdefault("DJANGO_SETTINGS_MODULE", "Lodel.settings")

#=###########=#
# TESTS SETUP #
#=###########=#

def setUpModule():
    #Overwritting db confs to make tests
    settings.LODEL2SQLWRAPPER['db'] = {
        'default': {
            'ENGINE': 'sqlite',
            'NAME': '/tmp/testdb.sqlite'
        }
    }

    logging.basicConfig(level=logging.CRITICAL)

class FieldGroupTestCase(TestCase):
    
    def setUp(self):
        sqls = SQLSetup()
        sqls.initDb()
        #Samples values insertion

        #Classes creation
        EmClass.create("entity1", EmClassType.entity)
        EmClass.create("entity2", EmClassType.entity)
        EmClass.create("entry1", EmClassType.entry)
        EmClass.create("entry2", EmClassType.entry)
        EmClass.create("person1", EmClassType.person)
        EmClass.create("person2", EmClassType.person)
        pass


#======================#
# EmFielgroup.__init__ #
#======================#
class TestInit(FieldGroupTestCase):

    def setUp(self):
        super(TestInit, self).setUp()
        conn = sqlutils.getEngine().connect()
        
        ent1 = EmClass('entity1')
        idx1 = EmClass('entry1')


        self.creadate = datetime.datetime.utcnow()
        #Test fieldgroup
        self.tfg = [
            { 'uid': EmFieldGroup.newUid(), 'name': 'fg1', 'string': '{"fr":"Super Fieldgroup"}', 'help': '{"en":"help"}', 'rank': 0 , 'class_id': ent1.uid, 'date_create' : self.creadate, 'date_update': self.creadate},
            { 'uid': EmFieldGroup.newUid(), 'name': 'fg2', 'string': '{"fr":"Super Fieldgroup"}', 'help': '{"en":"help"}', 'rank': 1 , 'class_id': ent1.uid, 'date_create': self.creadate, 'date_update': self.creadate},
            { 'uid': EmFieldGroup.newUid(), 'name': 'fg3', 'string': '{"fr":"Super Fieldgroup"}', 'help': '{"en":"help"}', 'rank': 2 , 'class_id': idx1.uid, 'date_create': self.creadate, 'date_update': self.creadate},
        ]

        req = sqla.Table('em_fieldgroup', sqlutils.meta(sqlutils.getEngine())).insert(self.tfg)
        conn.execute(req)
        conn.close()
        pass

    def test_init(self):
        """ Test that EmFieldgroup are correctly instanciated compare to self.tfg """
        with self.subTest("Call __init__ with name"):
            for tfg in self.tfg:
                fg = EmFieldGroup(tfg['name'])
                if attr in tfg:
                    self.assertEqual(getattr(fg, attr), tfg[attr], "The propertie '"+attr+"' fetched from Db don't match excepted value")

        with self.subTest("Call __init__ with id"):
            for tfg in self.tfg:
                fg = EmFieldGroup(tfg['uid'])
                if attr in tfg:
                    self.assertEqual(getattr(fg, attr), tfg[attr], "The propertie '"+attr+"' fetched from Db don't match excepted value")

        pass

    def test_init_badargs(self):
        """ Test that EmFieldgroup fail when bad arguments are given """
        baduid = self.tfg[2]['uid'] + 4096
        badname = 'NonExistingName'

        with self.assertRaises(EmComponentNotExistError, msg="Should raise because fieldgroup with id "+str(baduid)+" should not exist"):
            fg = EmFieldGroup(baduid)
        with self.assertRaises(EmComponentNotExistError, msg="Should raise because fieldgroup named "+badname+" should not exist"):
            fg = EmFieldGroup(badname)
        with self.assertRaises(TypeError, msg="Should raise a TypeError when crazy arguments are given"):
            fg = EmFieldGroup(print)
        with self.assertRaises(TypeError, msg="Should raise a TypeError when crazy arguments are given"):
            fg = EmFieldGroup(['hello', 'world'])
        pass

#=====================#
# EmFieldgroup.create #
#=====================#
class TestCreate(FieldGroupTestCase):
    
    def test_create(self):
        """ Does create actually create a fieldgroup ? """

        params = {  'EmClass entity instance': EmClass('entity1'),
                    'EmClass entry instance': EmClass('entry1'),
                    'EmClass person instance': EmClass('person1'),
                    'EmClass id': EmClass('entity1').uid,
                    'EmClass name': 'entity2',
                }

        for i,param_name in enumerate(params):
            with self.subTest("Create from an "+param_name):
                arg = params[param_name]
                if isinstance(arg, EmClass):
                    cl = arg
                else:
                    cl = EmClass(arg)

                fgname = 'new_fg'+i
                fg = EmFieldGroup.create(fgname, arg)
                self.assertEqual(fg.name, fgname, "EmFieldGroup.create() dont instanciate name correctly")
                self.assertEqual(fg.class_id, cl.uid, "EmFieldGroup.create() dont instanciate class_id correctly")
    
                nfg = EmFieldGroup(fgname)

                #Checking object property
                for fname in EmFieldGroup._fields:
                    self.assertEqual(nfg.fname, fg.fname, "Msg inconsistency when a created fieldgroup is fecthed from Db (in "+fname+" property)")
        pass

    def test_create_badargs(self):
        """ Does create fails when badargs given ? """

        with self.subTest("With badarg as second argument"):
            badargs = { 'EmClass type (not an instance)': EmClass,
                        'Non Existing name': 'fooClassThatDontExist',
                        'Non Existing Id': 4042, #Hope that it didnt exist ;)
                        'Another component instance': EmType.create('fooType', EmClass('entity1')),
                        'A function': print
                    }
            for i,badarg_name in enumerate(badargs):
                with self.assertRaises(TypeError, msg="Should raise because trying to give "+badarg_name+" as em_class"):
                    fg = EmFieldGroup('new_fg'+i, badargs[badarg_name])

        with self.subTest("With badarg as first argument"):
            #Creating a fieldgroup to test duplicate name
            exfg = FieldGroup.create('existingfg', EmClass('entity1'))

            badargs = { 'a duplicate name': 'existingfg',
                        'an integer': 42,
                        'a function': print,
                        'an EmClass': EmClass('entry1'),
                    }
            for badarg_name in badargs:
                with self.assertRaises(TypeError, msg="Should raise because trying to give "+badarg_name+" as first argument"):
                    fg = EmFieldGroup(badargs[badarg_name])

class TestFields(FieldGroupTestCase):
    
    def setUp(self):
        self.fg1 = EmFieldGroup.create('testfg', EmClass('entity1'))
        self.fg2 = EmFieldGroup.create('testfg2', EmClass('entry1'))
        self.fg3 = EmFieldGroup.create('testfg3', EmClass('entry1'))


    def test_fields(self):
        """ Does it returns actually associated fields ? """

        #Creating fields
        test_fields1 = [
            { 'name': 'field1', 'em_fieldgroup': self.fg1, 'em_fieldtype': EmField_integer() },
            { 'name': 'field2', 'em_fieldgroup': self.fg1, 'em_fieldtype': EmField_integer() },
            { 'name': 'field4', 'em_fieldgroup': self.fg1, 'em_fieldtype': EmField_integer() },
        ]

        test_fields2 = [ 
            { 'name': 'field3', 'em_fieldgroup': self.fg2, 'em_fieldtype': EmField_integer() },
        ]
            
        excepted1 = []

        for finfo in test_fields1:
            f = EmField.create(**finfo)
            excepted1.append(f.uid)

        for finfo in test_fields2:
            f = EmField.create(**finfo)

        excepted1 = set(excepted1)
 
        tests = {
            'newly': EmFieldGroup('testfg'),
            'old' : self.fg1
        }

        for name in tests:
            with self.subTest("Testing on "+name+" instanciated EmFieldGroups"):
                fg = test[name]
                flist = fg.fields()
                res = []
                for f in flist:
                    res.append(f.uid)
                self.assertEqual(set(res), set(excepted1))

        with self.subTest("Testing empty fieldgroup"):
            fg = self.fg3
            flist = fg.fields()
            self.assertEqual(len(flist), 0)
        pass