def test_sub_one_base_si_measure(self):
milliliters = Volume(ml=200)
fl_oz = Volume(us_oz=6.76280454)
self.assertAlmostEqual(
milliliters.standard,
fl_oz.standard
)
def weightconvert():
weight_1 = Weight(lb=125)
weight_2 = Weight(kilogram=25)
addedthem = weight_1 + weight_2
print("added: " + str(addedthem))
beans = Volume(us_cup=1.5)
mtdew = Volume(us_oz=12)
addedthem = (mtdew * 12) / beans
print(addedthem)
def _get_water(self, document):
water_header = document.xpath("//div[@class='water-counter']/p/a")[0]
try:
cups = int(water_header.tail.strip())
if self.unit_aware:
return Volume(us_cup=cups)
return cups
except (ValueError, TypeError):
return None
def _get_water(self, date: datetime.date) -> float:
result = self._get_request_for_url(
parse.urljoin(
self.BASE_URL_SECURE,
"/food/water",
) + "?date={date}".format(date=date.strftime("%Y-%m-%d")))
value = result.json()["item"]["milliliters"]
if not self.unit_aware:
return value
return Volume(ml=value)
def _get_water(self, date):
result = self._get_request_for_url(
parse.urljoin(
self.BASE_URL_SECURE,
'/food/water',
) + "?date={date}".format(date=date.strftime('%Y-%m-%d')))
value = result.json()['item']['milliliters']
if not self.unit_aware:
return value
return Volume(ml=value)
def get_field_info(self, field):
""" Overriding to add custom unit_choices to required fields. """
field_info = super().get_field_info(field)
if field.field_name == "volume":
field_info["unit_choices"] = get_choices(
Volume.get_aliases(), first="cubic meter")
elif field.field_name == "weight":
field_info["unit_choices"] = get_choices(
Weight.get_aliases(), first="gram")
return field_info
def calculate_dissolve_volume(sugar_amount, sugar_type, og):
"""Calculate volume to disolve priming sugar
:param float sugar_amount: Sugar amount in pounds Lb
:param string sugar_type: Sugar type
:param float og: OG in SG
"""
if sugar_type == "DRY_EXTRACT":
ppg = 36
else:
ppg = 46
print(sugar_amount, og)
volume = abs(sugar_amount * ppg / (1 - og) / 1000.0)
volume = volume - 0.1 * volume
return Volume(us_g=volume)
def test_update_standard_field(self):
"""
Test successful update when updating a fields that's not
volume or weight.
"""
# Given
expected_name = "Item X"
item = mommy.make("Item", name="XXXXXX", volume=Volume(cubic_meter=10))
# When
serializer = ItemSerializer(item)
serializer.update(item, {"name": expected_name})
# Then
item.refresh_from_db()
self.assertEqual(item.name, expected_name)
def test_update_unit_volume(self):
""" Test successful update of unit volume. """
# Given
expected_value = 1000.0
expected_standard_value = 1.0
item = mommy.make("Item", volume=Volume(cubic_meter=expected_value))
# When
serializer = ItemSerializer(item)
serializer.update(item, {"unit": "l"})
# Then
item.refresh_from_db()
self.assertEqual(item.volume.l, expected_value)
self.assertEqual(item.volume.unit, self.default_volume_unit)
self.assertEqual(item.volume.value, expected_standard_value)
self.assertEqual(item.volume.standard, expected_standard_value)
self.assertEqual(item.volume.cubic_meter, expected_standard_value)
def test_multiply_divide(self):
vol = Volume(ML=100)
result = vol * 2
self.assertEqual(result.ml, 200)
result *= 2
self.assertEqual(result.ml, 400)
with self.assertRaises(TypeError):
vol * vol
with self.assertRaises(TypeError):
vol *= vol
with self.assertRaises(TypeError):
vol /= vol
result /= 4
self.assertEqual(result.ml, 100)
result = result / 2
self.assertEqual(result.ml, 50)
result = vol / vol
self.assertEqual(result, 1)
def test_fields(self):
""" Test fields for serializer. """
# Given
order = mommy.make("Order")
purchase = mommy.make(
"Purchase",
price=10,
item__volume=Volume(l=1), # noqa
order=order,
location=self.location)
purchase.item.refresh_from_db() # To trigger MeasurementField updates
expected_data = get_default_fields(purchase)
expected_data.update({
"price": "10.000",
"currency": "USD",
"item": {
"id": purchase.item.id,
"name": purchase.item.name,
"unit": "cubic_meter",
"volume": 0.001,
"weight": None,
"brand": {
"id": purchase.item.brand.id,
"name": purchase.item.brand.name
}
},
"order": {
"id": order.id,
"date": order.date.isoformat(),
"store": {
"id": order.store.id,
"name": order.store.name
}
},
"location": "Address, District, City, Country"
})
# When
serializer = PurchaseNestedSerializer(purchase)
# Then
self.assertEqual(loads(dumps(serializer.data)), expected_data)
def test_fields(self):
""" Test fields for serializer. """
# Given
item = mommy.make("Item", volume=Volume(l=1)) # noqa
item.refresh_from_db() # To trigger MeasurementField updates
expected_data = get_default_fields(item)
expected_data.update({
"name": item.name,
"unit": "cubic_meter",
"volume": 0.001,
"weight": None,
"brand": {
"id": item.brand.id,
"name": item.brand.name
}
})
# When
serializer = ItemNestedSerializer(item)
# Then
self.assertEqual(loads(dumps(serializer.data)), expected_data)
def test_fields_data(self):
""" Test fields for serializer. """
# Given
item = mommy.make(
"Item",
volume=Volume(l=1), # noqa
weight=Weight(g=1))
item.refresh_from_db() # To trigger MeasurementField updates
expected_data = get_default_fields(item)
expected_data.update({
"name": item.name,
"brand": item.brand.id,
"unit": self.default_volume_unit,
"volume": 0.001,
"weight": 1.0
})
# When
serializer = ItemSerializer(item)
# Then
self.assertEqual(loads(dumps(serializer.data)), expected_data)
def mass_to_volume_lookup(mass, ingredient):
"""
Given a
- Weight object (kg, g, etc...),
- ingredient (flour, sugar, etc...)
Return the mass to volume ratio
"""
# Convert volume to liter
# Convert mass to kilogram
# ratios for 1 gram to 1 cup
ratios = {
'flour': 1,
}
try:
ratio = ratios[ingredient.lower()]
except:
ratio = 1
return Volume(us_cup=(mass.g * ratio))
def _set_volume_weight_fields(self, validated_data, unit, volume, weight):
"""
Set volume or weight using django-measurement field.
Parameters:
validated_data: dict
Dict with validated data from serializer.
unit: str
Value for unit field
volume: float
Value for volume field
weight: float
Value for weight field
Returns:
dict, validated_data but with properly set volume/weight fields.
"""
if volume:
validated_data["volume"] = Volume(
**{unit or "cubic_meter": volume})
elif weight:
validated_data["weight"] = Weight(**{unit or "g": weight})
return validated_data
def get_primary_volume(self):
volume = self.expected_beer_volume.l
trub_loss = volume * (float(self.trub_loss) / 100.0)
dry_hopping_loss = volume * (float(self.dry_hopping_loss) / 100.0)
volume = volume + trub_loss + dry_hopping_loss
return Volume(l=volume)
def load_recipes(user):
recipes = get_recipes_json()
recipes_objects = []
for recipe in recipes:
recipe_data = _clean_data(recipe["fields"])
style = models.Style.objects.filter(
name__icontains=recipe_data["style"])
recipe_data["user"] = user
if style.count() == 0:
print(
f"Did not fount a syle '{recipe_data['style']}' for '{recipe_data['name']}'"
)
recipe_data["style"] = style[0]
recipe_data["expected_beer_volume"] = Volume(
**{
recipe_data["expected_beer_volume"].split()[-1].split("(")[0]:
float(recipe_data["expected_beer_volume"].split()[0])
})
# print(recipe_data)
new_recipe = models.Recipe(**recipe_data)
new_recipe.save()
fermentables = []
for fermentable in recipe["fermentables"]:
data = _clean_data(fermentable)
data["recipe"] = new_recipe
data["amount"] = Weight(**{data["unit"]: data["amount"]})
data["color"] = BeerColor(ebc=data["color"])
del data["unit"]
fermentable_ingredient = models.IngredientFermentable(**data)
fermentable_ingredient.save()
fermentables.append(fermentables)
hops = []
for hop in recipe["hops"]:
data = _clean_data(hop)
data["recipe"] = new_recipe
data["amount"] = Weight(**{data["unit"]: data["amount"]})
del data["unit"]
data["time_unit"] = data["time_unit"].split("(")[0]
hop_ingredient = models.IngredientHop(**data)
hop_ingredient.save()
hops.append(hops)
yeasts = []
for yeast in recipe["yeasts"]:
data = _clean_data(yeast)
data["recipe"] = new_recipe
data["amount"] = Weight(**{data["unit"]: data["amount"]})
del data["unit"]
yeast_ingredient = models.IngredientYeast(**data)
yeast_ingredient.save()
yeasts.append(yeasts)
extras = []
for extra in recipe["extras"]:
data = _clean_data(extra)
data["recipe"] = new_recipe
data["amount"] = Weight(**{data["unit"]: data["amount"]})
del data["unit"]
data["time_unit"] = data["time_unit"].split("(")[0]
extra_ingredient = models.IngredientExtra(**data)
extra_ingredient.save()
extras.append(extras)
mash_steps = []
for mash in recipe["mashing"]:
data = _clean_data(mash)
data["recipe"] = new_recipe
data["temperature"] = Temperature(c=data["temp"])
del data["temp"]
del data["time_unit"]
mash_step = models.MashStep(**data)
mash_step.save()
mash_steps.append(mash_step)
new_recipe.save()
recipes_objects.append((recipe, new_recipe))
return recipes_objects
def my_size_transform(s):
if 'ml' in s:
v = Volume(milliliter=s.replace('ml', ''))
elif 'L' in s:
v = Volume(liter=s.replace('L', ''))
return v.us_oz
def __init__(self, *args, **kwargs):
super(RecipeModelForm, self).__init__(*args, **kwargs)
if self.request.user.profile.general_units == "METRIC":
unit_choices = (("l", "l"), )
elif self.request.user.profile.general_units == "IMPERIAL":
unit_choices = (("us_g", "us_g"), )
else:
raise ValueError(
f"No unit choice {self.request.user.profile.general_units}")
self.fields.update({
"expected_beer_volume":
MeasurementField(
label=_("Expected Beer Volume"),
measurement=Volume,
unit_choices=unit_choices,
initial=Volume(l=20),
),
})
self.helper = FormHelper()
self.helper.form_tag = True
self.helper.add_input(
Submit("submit", _("Submit"), css_class="btn-primary"))
self.helper.form_method = "POST"
# self.helper.form_class = 'form-horizontal'
self.helper.label_class = "col-md-6 create-label"
self.helper.field_class = "col-md-6"
self.helper.layout = Layout(
Div(
Fieldset(
_("Recipe Information"),
Field("type"),
Field("name"),
Field("style"),
Field("is_public"),
),
Fieldset(
_("Batch Information"),
Row(
Column(
Field("expected_beer_volume"),
css_class="form-group col-md-6 mb-0",
),
css_class="form-row",
),
Row(
Column(
AppendedText("boil_time", "min"),
css_class="form-group col-md-4 mb-0",
),
Column(
AppendedText("evaporation_rate", "%/h"),
css_class="form-group col-md-4 mb-0",
),
css_class="form-row",
),
Row(
Column(
AppendedText("boil_loss", "%"),
css_class="form-group col-md-4 mb-0",
),
Column(
AppendedText("trub_loss", "%"),
css_class="form-group col-md-4 mb-0",
),
Column(
AppendedText("dry_hopping_loss", "%"),
css_class="form-group col-md-4 mb-0",
),
css_class="form-row",
),
Row(
Column(
HTML(
batch_info_stats.format(
_("Boil Volume"),
_("Pre-boil Gravity"),
_("Primary Volume"),
_("Secondary Volume"),
)),
css_class="form-group col-md-3 mb-0",
),
css_class="form-row",
),
),
Fieldset(
_("Fermentables"),
Row(
Column(
HTML(
fermentable_info_stats.format(
_("Gravity"),
_("Color"),
)),
css_class="form-group col-md-4 mb-0",
),
css_class="form-row",
),
Row(
layouts.RecipeFormsetLayout(
"fermentables",
"brewery/recipe/fermentable_formset.html"),
css_class="form-row",
),
),
Fieldset(
_("Mash"),
Row(
Column(
AppendedText("mash_efficiency", "%"),
css_class="form-group col-md-4 mb-0",
),
Column(
AppendedText("liquor_to_grist_ratio", "?"),
css_class="form-group col-md-4 mb-0",
),
css_class="form-row",
),
Row(
layouts.RecipeFormsetLayout(
"mash_steps", "brewery/recipe/mash_formset.html"),
css_class="form-row",
),
),
Fieldset(
_("Hops"),
Row(
Column(
HTML(
hop_info_stats.format(
_("Bitterness"),
_("Bitterness Ratio"),
)),
css_class="form-group col-md-4 mb-0",
),
css_class="form-row",
),
Row(
layouts.RecipeFormsetLayout(
"hops", "brewery/recipe/hop_formset.html"),
css_class="form-row",
),
),
Fieldset(
_("Yeasts"),
layouts.RecipeFormsetLayout(
"yeasts", "brewery/recipe/yeast_formset.html"),
),
Fieldset(
_("Extras"),
layouts.RecipeFormsetLayout(
"extras", "brewery/recipe/extra_formset.html"),
),
Field("note"),
HTML("<br>"),
), )
from rest_framework.test import APIClient
from model_bakery import baker
from model_bakery.generators import random_gen
from measurement.measures import Volume, Mass, Temperature
from brivo.utils.measures import BeerColor, BeerGravity
from brivo.users.models import User, UserProfile, UserBrewery
from brivo.brewery.models import Style
from brivo.users.tests.factories import UserFactory
baker.generators.add('brivo.brewery.fields.BeerColorField',
lambda: BeerColor(srm=10))
baker.generators.add('brivo.brewery.fields.BeerGravityField',
lambda: BeerGravity(plato=10))
baker.generators.add('brivo.brewery.fields.VolumeField', lambda: Volume(l=10))
baker.generators.add('brivo.brewery.fields.MassField', lambda: Mass(kg=1))
baker.generators.add('brivo.brewery.fields.TemperatureField',
lambda: Temperature(c=10))
baker.generators.add('modelcluster.fields.ParentalKey', random_gen.gen_related)
ROOT_DIR = Path(__file__).resolve(strict=True).parent
@pytest.fixture(autouse=True)
def media_storage(settings, tmpdir):
settings.MEDIA_ROOT = tmpdir.strpath
@pytest.fixture
def user():
def test_truediv__distance(self):
assert Volume("1 m³") / Distance("1 m") == Area("1 m²")
def test_imperial_flud_ounce(self):
assert Volume("28.41306 mL") == Volume("1 imp fl oz")
def test_truediv__area(self):
assert Volume("1 m³") / Area("1 m²") == Distance("1 m")
def test_truediv__super(self):
assert Volume("1 m³") / 2 == Volume("0.5 m³")
def test_mul(self):
assert Area("1 m²") * Distance("1 m") == Volume("1 m³")
def test_pow(self):
assert Distance(m=1) ** 2 == Area("1 m²")
assert Distance(m=1) ** 3 == Volume("1 m³")
with pytest.raises(TypeError):
Distance(m=1) ** 4
def test_litre(self):
assert Volume("1 cubic metre") == Volume("1000 L")
assert Volume("1 mL") == Volume("1e-6 m³")
def get_secondary_volume(self):
volume = self.expected_beer_volume.l
dry_hopping_loss = volume * (float(self.dry_hopping_loss) / 100.0)
volume = volume + dry_hopping_loss
return Volume(l=volume)
def test_mul__area(self):
assert Distance(m=1) * Area(sq_m=1) == Volume("1 m³")
def test_us_fluid_ounce(self):
assert Volume("29.57353 mL") == Volume("1 US fl oz")
