def test_ingredient_refs(db_session):
""" Test the backrefs"""
global __recipe
assert db_session.query(data.IngredientListEntry).count() == 0
entry_1 = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
name="Ingredient, green", position=1)
entry_2 = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
name="Ingredient, blue", position=2)
db_session.add(entry_1)
db_session.add(entry_2)
db_session.commit()
assert db_session.query(data.IngredientListEntry).count() == 2
assert len(__recipe.ingredientlist) == 2
assert len(__ingredient.recipes) == 1
assert __ingredient.recipes[0] == __recipe
assert entry_1.recipe == __recipe
assert entry_2.recipe == __recipe
# Delete the recipe -> auto delete should be in progress
db_session.delete(__recipe)
db_session.commit()
assert db_session.query(data.IngredientListEntry).count() == 0
assert len(__ingredient.recipes) == 0
__recipe = data.Recipe("Test Recipe")
cleanup(db_session, data.IngredientListEntry)
def test_unique_position(db_session):
""" A position has to be unique for a given recipe """
assert db_session.query(data.IngredientListEntry).count() == 0
entry_1 = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
name="Ingredient, green", position=15)
entry_2 = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
name="Ingredient, blue", position=15)
db_session.add(entry_1)
error = add_integrity(db_session, entry_2, True)
cleanup(db_session, data.IngredientListEntry)
if error:
pytest.fail(error)
def __add_group(session, recipe: data.Recipe, group: data.Ingredient,
position: int):
""" Convenience method """
new_entry = data.IngredientListEntry(recipe=recipe,
ingredient=group,
position=position,
unit=data.IngredientUnit.unit_group)
session.add(new_entry)
session.commit()
def test_position(db_session, position: int, exception_expected: bool):
""" Test valid positions """
assert db_session.query(data.IngredientListEntry).count() == 0
entry = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
position=position)
error = add_integrity(db_session, entry, exception_expected)
# cleanup(db_session, data.IngredientList)
if error:
pytest.fail(error)
def test_amounts(db_session, amount: float, range_amount: float, exception_expected):
""" Test the validity of the amounts / range """
assert db_session.query(data.IngredientListEntry).count() == 0
entry = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient,
amount=amount, range_amount=range_amount)
error = add_integrity(db_session, entry, exception_expected)
cleanup(db_session, data.IngredientListEntry)
if error:
pytest.fail(error)
def test_add_to_same_group(db_session):
""" Now test adding the ingredient to the same group """
ingredient_one = data.Ingredient("Pepper, red")
ingredient_two = data.Ingredient("Pepper, green")
ingredient_three = data.Ingredient("Pepper, orange")
db_session.add(ingredient_one)
db_session.add(ingredient_two)
db_session.add(ingredient_three)
db_session.commit()
ingredient_counter = 2
counter = 1
for group in (None, __group_one, __group_two):
counter = 1
for ingredient in (ingredient_one, ingredient_two, ingredient_three):
group_position = None
if group is not None:
group_position = group.position
position = data.IngredientListEntry.get_position_for_ingredient(
db_session, recipe=__recipe, parent=group_position)
if group:
expected = group.position + counter * data.IngredientListEntry.GROUP_INGREDIENT_FACTOR
else:
expected = counter * data.IngredientListEntry.GROUP_INGREDIENT_FACTOR \
+ data.IngredientListEntry.GROUP_GLOBAL * data.IngredientListEntry.GROUP_FACTOR
assert position == expected
new_entry = data.IngredientListEntry(
recipe=__recipe,
unit=data.IngredientUnit.unit_group,
ingredient=ingredient,
position=position)
# yes, the unit is wrong, but using this there's no need to create a dummy unit
db_session.add(new_entry)
db_session.commit()
counter += 1
ingredient_counter += 1
assert len(__recipe.ingredientlist) == ingredient_counter
def test_auto_delete(db_session):
""" Test if there's a RESTRICT when deleting the ingredient """
assert db_session.query(data.IngredientListEntry).count() == 0
entry = data.IngredientListEntry(recipe=__recipe, unit=data.IngredientUnit.unit_group, ingredient=__ingredient)
db_session.add(entry)
db_session.commit()
error = None
try:
db_session.delete(__ingredient)
db_session.commit()
error = "No exception raised"
except Exception as e:
pass
finally:
db_session.rollback()
cleanup(db_session, data.IngredientListEntry)
if error:
pytest.fail(error)
def __import_ingredients(self, gourmet_ingredient: gdata.Ingredients,
qisit_recipe: data.Recipe):
"""
Import an ingredient into a recipe
Args:
gourmet_ingredient (): Gourmet's ingredient
qisit_recipe (): The recipe to import to
Returns:
"""
_translate = self._translate
# Test if the ingredient is part of a group
gourmet_inggroup = nullify(gourmet_ingredient.inggroup)
group_item = None
if gourmet_inggroup:
# The ingredient is part of the group stored in gourmet_inggroup
group = data.Ingredient.get_or_add_ingredient(self._qisit,
gourmet_inggroup,
is_group=True)
# Find out if there's already a group with the name in the ingredient list. Note: assumes that there's
# only one group (or none) with the name stored in gourmet_inggroup. This is a safe assumption, two
# (or more) groups of ingredients with the same name make no sense, although Qisit's db design would
# theoretically allow this (there's no way to prevent it with a simple CHECK constraint)
group_item = self._qisit.query(data.IngredientListEntry).filter(
data.IngredientListEntry.recipe == qisit_recipe,
data.IngredientListEntry.ingredient == group).first()
if not group_item:
# New group for the recipe
group_position = data.IngredientListEntry.get_position_for_new_group(
self._qisit, qisit_recipe)
group_item = data.IngredientListEntry(
recipe=qisit_recipe,
ingredient=group,
unit=data.IngredientUnit.unit_group,
position=group_position)
self._qisit.add(group_item)
self._qisit.merge(group_item)
# Convert the ingredient data
qisit_amount = gourmet_ingredient.amount
qisit_range_amount = gourmet_ingredient.rangeamount
# For an empty (or None/NULL) unit there's a special unit/unit_name: the base unit, singular ""
if not gourmet_ingredient.unit:
gourmet_unit_name = ""
else:
gourmet_unit_name = gourmet_ingredient.unit.strip()
qisit_ingredient_unit = None
if gourmet_unit_name in data.IngredientUnit.unit_dict:
qisit_ingredient_unit = data.IngredientUnit.unit_dict[
gourmet_unit_name]
else:
# A (yet) unknown unit. Well, time to take a guess - volume? mass? quantity? Probably unspecific
qisit_ingredient_unit = data.IngredientUnit(
type_=data.IngredientUnit.UnitType.UNSPECIFIC,
name=gourmet_unit_name,
factor=None,
cldr=False,
description=_translate("ImportGourmet",
f"{gourmet_unit_name} (imported)"))
self._qisit.add(qisit_ingredient_unit)
self._qisit.merge(qisit_ingredient_unit)
data.IngredientUnit.unit_dict[
gourmet_unit_name] = qisit_ingredient_unit
self._imported_ingredient_units += 1
qisit_name = nullify(gourmet_ingredient.item)
gourmet_ingkey = nullify(gourmet_ingredient.ingkey)
if gourmet_ingkey is None:
# Such an ingredient shouldn't be in the database. Unfortunately Gourmet doesn't check input
# very thoroughly...
if qisit_name:
# This shouldn't be possible, but better safe than sorry
gourmet_ingkey = qisit_name
else:
return
group_position = None
if group_item is not None:
group_position = group_item.position
qisit_ingredient = data.Ingredient.get_or_add_ingredient(
self._qisit, gourmet_ingkey)
qisit_position = data.IngredientListEntry.get_position_for_ingredient(
self._qisit, recipe=qisit_recipe, parent=group_position)
# Time to put everything together
qisit_ingredient_list_entry = data.IngredientListEntry(
recipe=qisit_recipe,
unit=qisit_ingredient_unit,
ingredient=qisit_ingredient,
amount=qisit_amount,
range_amount=qisit_range_amount,
name=qisit_name,
optional=gourmet_ingredient.optional,
position=qisit_position)
self._qisit.add(qisit_ingredient_list_entry)
self._qisit.merge(qisit_ingredient_list_entry)
