def setUpClass(cls):
print("*"*130)
print(" "*40+"Testing Aesthetic Function Model")
print("*"*130)
cls.db_name = 'scsr-api-test2'
cls.app_factory = ScsrAPP(
MONGODB_SETTINGS = {'DB': cls.db_name,
'HOST': MONGODB_HOST},
TESTING = True,
WTF_CSRF_ENABLED = False,
SECRET_KEY = 'mySecret!').APP
cls.app = cls.app_factory.test_client()
#initialize the database with the countries and languages
from install_system import start_countries,start_language, start_games, start_genre, start_elements_ontology, start_elements_pigd
start_countries()
start_language()
start_genre()
start_games()
start_elements_ontology()
start_elements_pigd()
#load the elements
cls.init_indexes()
cls.init_elements()
cls.init_interactivity_operated_indexes()
cls.init_ludic_operated_indexes()
cls.init_interactivity_behavior_operand_comparators()
cls.init_ludic_behavior_operand_comparators()
def setUpClass(cls):
print("*" * 130)
print(" " * 40 + "Testing Element Model")
print("*" * 130)
cls.db_name = 'scsr-api-test2'
cls.app_factory = ScsrAPP(MONGODB_SETTINGS={
'DB': cls.db_name,
'HOST': MONGODB_HOST
},
TESTING=True,
WTF_CSRF_ENABLED=False,
SECRET_KEY='mySecret!').APP
cls.app = cls.app_factory.test_client()
#initialize the database with the countries and languages
from install_system import start_countries, start_language, start_games, start_genre
start_countries()
start_language()
start_genre()
start_games()
''' start_elements_ontology()
def setUpClass(cls):
print("*" * 130)
print(" " * 40 + "Testing Behavior Model")
print("*" * 130)
cls.db_name = 'scsr-api-test2'
cls.app_factory = ScsrAPP(MONGODB_SETTINGS={
'DB': cls.db_name,
'HOST': MONGODB_HOST
},
TESTING=True,
WTF_CSRF_ENABLED=False,
SECRET_KEY='mySecret!').APP
cls.app = cls.app_factory.test_client()
#initialize the database with the countries and languages
from install_system import start_countries, start_language, start_games, start_genre, start_elements_ontology, start_elements_pigd
start_countries()
start_language()
start_genre()
start_games()
start_elements_ontology()
start_elements_pigd()
cls.els1 = [1, 3, 5, 7, 9]
cls.els2 = [2, 3, 4, 7, 8, 10, 12, 11]
cls.els1_add = [6, 13, 18]
cls.els1_rem1 = [3]
cls.els1_rem2 = [5, 9]
cls.els1_add2 = [20, 24, 32, 42]
cls.int = list(set(cls.els1) & set(cls.els2))
cls.uni = list(set(cls.els1) | set(cls.els2))
cls.xor = list(set(cls.els1) ^ set(cls.els2))
cls.diff1 = list(set(cls.els1) - set(cls.els2))
cls.diff2 = list(set(cls.els2) - set(cls.els1))
cls.newels1 = list(
set(set(cls.els1) | set(cls.els1_add)) - set(cls.els1_rem1))
cls.newels2 = list(
set(cls.newels1) - set(cls.els1_rem2) | set(cls.els1_add2))
cls.init_elements()