def test_should_sql_executor_insert_statement():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.create()
session_scope = Persistence.get_session_scope("sqlite_test")
sql_executor = SqlExecutor(session_scope)
sql_executor.execute_statement(
'INSERT INTO Client (client_id,name) VALUES ("65dd83ef-d315-417d-bfa8-1ab398e16f02","myclient")'
)
sql_executor.execute_statement(
'DELETE FROM Client WHERE client_id="65dd83ef-d315-417d-bfa8-1ab398e16f02";'
)
persistence.clear_data()
persistence.delete()
Persistence.clear()
def test_should_create_persistence_with_sqlite_database():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.create()
assert database.info() == {
"name": "sqlite_test",
"models": {
"client": "tests.modules.persistence.ymls.sql.models.ClientModel",
"product":
"tests.modules.persistence.ymls.sql.models.ProductModel",
"user": "******",
},
}
assert Persistence.is_available()
persistence.delete()
Persistence.clear()
def test_should_sql_executor_with_mysql_multithreading():
connection = MySqlConnection.create_local()
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
database = MySqlDatabase(
name="mysql_test",
connection=connection,
model_filename=filename,
print_sql_statements=True,
)
persistence = Persistence()
persistence.add(database)
persistence.create()
session_scope = Persistence.get_session_scope("mysql_test")
def execute_sql_statement(name_thread):
print(f"thread: {name_thread}")
print(threading.current_thread())
try:
sql_executor = SqlExecutor(session_scope)
uuid = Uuid.generate().value
sql_executor.execute_statement(
f'INSERT INTO Client (client_id,name) VALUES ("{uuid}","myclient")'
)
sql_executor.execute_statement("SELECT * FROM Client")
sleep(1.0)
sql_executor.execute_statement(
f'DELETE FROM Client WHERE client_id="{uuid}";')
return True
except Exception as exp:
print(exp)
return False
number_of_threads = 20
with concurrent.futures.ThreadPoolExecutor(
max_workers=number_of_threads,
thread_name_prefix="sql_threads") as executor:
future_to_sql = {
executor.submit(execute_sql_statement, num_thread): num_thread
for num_thread in range(number_of_threads)
}
for future in concurrent.futures.as_completed(future_to_sql):
num_thread = future_to_sql[future]
assert future.result(), f"thread {num_thread} failed"
persistence.clear_data()
persistence.delete()
Persistence.clear()
def test_should_create_persistence_with_elastic_database():
connection = ElasticConnection.create_local()
database = ElasticDatabase(name="elastic_test", connection=connection)
Persistence.clear()
persistence = Persistence()
persistence.add(database)
assert database.info() == {"name": "elastic_test"}
persistence.create()
assert Persistence.is_available()
persistence.delete()
Persistence.clear()
def test_should_add_a_product_with_sqlite_database_with_session_scope():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.delete()
persistence.create()
ProductModel = Persistence.get_model("sqlite_test", "product")
session_scope = Persistence.get_session_scope("sqlite_test")
with session_scope() as session:
model = ProductModel(name="Petisco", price=2)
session.add(model)
persistence.clear_data()
persistence.delete()
Persistence.clear()
def test_should_add_an_user_with_sqlite_database_with_session():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.delete()
persistence.create()
UserModel = Persistence.get_model("sqlite_test", "user")
session = Persistence.get_session("sqlite_test")
model = UserModel(name="Petisco")
session.add(model)
session.commit()
persistence.delete()
Persistence.clear()
def test_should_sql_executor_with_sqlite_multithreading():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.create()
def execute_sql_statement(name_thread):
try:
session_scope = Persistence.get_session_scope("sqlite_test")
sql_executor = SqlExecutor(session_scope)
sql_executor.execute_statement(
'INSERT INTO Client (client_id,name) VALUES ("65dd83ef-d315-417d-bfa8-1ab398e16f02","myclient")'
)
sql_executor.execute_statement(
'DELETE FROM Client WHERE client_id=="65dd83ef-d315-417d-bfa8-1ab398e16f02";'
)
return True
except Exception as exp:
print(exp)
return False
number_of_threads = 20
with concurrent.futures.ThreadPoolExecutor(
max_workers=number_of_threads) as executor:
for num_thread in range(number_of_threads):
executor.submit(execute_sql_statement, num_thread)
persistence.clear_data()
persistence.delete()
Persistence.clear()
def test_should_execute_lifecycle_of_persistence_with_fake_database():
filename = ModelFilenameMother.get("object/persistence.object.models.yml")
database = FakeDatabase(name="fake", model_filename=filename)
persistence = Persistence()
persistence.add(database)
assert ["fake"] == persistence.get_available_databases()
assert ["user", "product"] == persistence.get_available_models_for_database("fake")
assert (
"tests.modules.persistence.ymls.object.models.UserModel"
== persistence.get_model("fake", "user")
)
info = persistence.get_info()
assert info == {
"fake": {
"name": "fake",
"models": {
"user": "******",
"product": "tests.modules.persistence.ymls.object.models.ProductModel",
},
}
}
assert (
str(persistence)
== "Persistence: {'fake': {'name': 'fake', 'models': {'user': '******', 'product': 'tests.modules.persistence.ymls.object.models.ProductModel'}}}"
)
persistence.remove("fake")
assert [] == persistence.get_available_databases()
with pytest.raises(IndexError):
persistence.get_model("fake", "user")
info = persistence.get_info()
assert info == {}
persistence.create()
persistence.delete()
Persistence.clear()
def test_should_save_a_model_using_a_sql_repository_implementation():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.create()
repository = SqlRepositoryMother.user("sqlite_test")
user = User.random()
repository.save(user)
retrieved_user = repository.retrieve(user.user_id).unwrap()
assert user == retrieved_user
persistence.delete()
Persistence.clear()
def test_should_sql_executor_from_filename_with_statement():
filename = ModelFilenameMother.get("sql/persistence.sql.models.yml")
connection = SqliteConnection.create(server_name="sqlite",
database_name="petisco.db")
database = SqliteDatabase(name="sqlite_test",
connection=connection,
model_filename=filename)
persistence = Persistence()
persistence.add(database)
persistence.create()
session_scope = Persistence.get_session_scope("sqlite_test")
sql_executor = SqlExecutor(session_scope)
sql_executor.execute_from_filename(
"tests/modules/persistence/sql/client_create.sql")
sql_executor.execute_from_filename(
"tests/modules/persistence/sql/client_delete.sql")
persistence.clear_data()
persistence.delete()
Persistence.clear()
def test_should_persistence_not_exist_when_no_database_is_added():
Persistence.clear()
assert not Persistence.exist()
def test_should_persistence_not_available_when_no_database_is_added():
Persistence.clear()
assert not Persistence.is_available()