def test_gallon_to_l(self):
assert to_l(*(10, 'GALLON')) == 37.854117799999997
def test_l_to_l(self):
assert to_l(*(10, 'LITER')) == 10
def test_tsp_to_l(self):
assert to_l(*(5, 'TEASPOON')) == 0.02464460795
def test_tbsp_to_l(self):
assert to_l(*(5, 'TABLESPOON')) == 0.073933823999999995
def test_l_to_l(self):
assert to_l(*(10, "LITER")) == 10
def to_xml(self):
from draughtcraft.lib.beerxml import export
if self.hop:
kw = {
'name' : self.hop.name,
'alpha' : self.hop.alpha_acid,
'amount' : to_kg(self.amount, self.unit),
'time' : self.minutes,
'notes' : self.hop.description,
'form' : self.form.capitalize(),
'origin' : self.hop.printed_origin
}
kw['use'] = {
'MASH' : 'Mash',
'FIRST WORT' : 'First Wort',
'BOIL' : 'Boil',
'POST-BOIL' : 'Aroma',
'FLAME OUT' : 'Aroma',
'PRIMARY' : 'Dry Hop',
'SECONDARY' : 'Dry Hop',
'TERTIARY' : 'Dry Hop'
}.get(self.use)
return export.Hop(**kw)
if self.fermentable:
kw = {
'name' : self.fermentable.name,
'amount' : to_kg(self.amount, self.unit),
'yield' : self.fermentable.percent_yield,
'color' : self.fermentable.lovibond,
'add_after_boil' : self.step == 'fermentation',
'origin' : self.fermentable.printed_origin,
'notes' : self.fermentable.description
}
kw['type'] = {
'MALT' : 'Grain',
'GRAIN' : 'Grain',
'ADJUNCT' : 'Adjunct',
'EXTRACT' : 'Extract',
'SUGAR' : 'Sugar'
}.get(self.fermentable.type)
if self.fermentable.type == 'EXTRACT' and 'DME' in self.fermentable.name:
kw['type'] = 'Dry Extract'
return export.Fermentable(**kw)
if self.yeast:
kw = {
'name' : self.yeast.name,
'form' : self.yeast.form.capitalize(),
'attenuation' : self.yeast.attenuation * 100.00,
'notes' : self.yeast.description
}
# Map types as appropriately as possible to BeerXML <TYPE>'s.
kw['type'] = {
'ALE' : 'Ale',
'LAGER' : 'Lager',
'WILD' : 'Ale',
'MEAD' : 'Wine',
'CIDER' : 'Wine',
'WINE' : 'Wine'
}.get(self.yeast.type)
if self.yeast.form == 'LIQUID':
#
# If the yeast is liquid, it's probably a activator/vial. For
# simplicity, we'll assume Wyeast's volume, 125ml.
#
kw['amount'] = 0.125
else:
#
# If the yeast is dry, it's probably a small packet. For
# simplicity, we'll assume a standard weight of 11.5g.
#
kw['amount'] = 0.0115
kw['amount_is_weight'] = True
if self.use in ('SECONDARY', 'TERTIARY'):
kw['add_to_secondary'] = True
return export.Yeast(**kw)
if self.extra:
kw = {
'name' : self.extra.name,
'type' : string.capwords(self.extra.type),
'time' : self.minutes,
'notes' : self.extra.description
}
kw['use'] = {
'MASH' : 'Mash',
'FIRST WORT' : 'Boil',
'BOIL' : 'Boil',
'POST-BOIL' : 'Boil',
'FLAME OUT' : 'Boil',
'PRIMARY' : 'Primary',
'SECONDARY' : 'Secondary',
'TERTIARY' : 'Secondary'
}.get(self.use)
if self.unit is None:
#
# If there's no unit (meaning it's just one "unit"), assume
# a weight of 15 grams.
#
kw['amount'] = 0.015
kw['amount_is_weight'] = True
elif self.extra.liquid:
kw['amount'] = to_l(self.amount, self.unit)
else:
kw['amount'] = to_kg(self.amount, self.unit)
kw['amount_is_weight'] = True
return export.Misc(**kw)
def to_xml(self):
from draughtcraft.lib.beerxml import export
if self.hop:
kw = {
'name': self.hop.name,
'alpha': self.hop.alpha_acid,
'amount': to_kg(self.amount, self.unit),
'time': self.minutes,
'notes': self.hop.description,
'form': self.form.capitalize(),
'origin': self.hop.printed_origin
}
kw['use'] = {
'MASH': 'Mash',
'FIRST WORT': 'First Wort',
'BOIL': 'Boil',
'POST-BOIL': 'Aroma',
'FLAME OUT': 'Aroma',
'PRIMARY': 'Dry Hop',
'SECONDARY': 'Dry Hop',
'TERTIARY': 'Dry Hop'
}.get(self.use)
return export.Hop(**kw)
if self.fermentable:
kw = {
'name': self.fermentable.name,
'amount': to_kg(self.amount, self.unit),
'yield': self.fermentable.percent_yield,
'color': self.fermentable.lovibond,
'add_after_boil': self.step == 'fermentation',
'origin': self.fermentable.printed_origin,
'notes': self.fermentable.description
}
kw['type'] = {
'MALT': 'Grain',
'GRAIN': 'Grain',
'ADJUNCT': 'Adjunct',
'EXTRACT': 'Extract',
'SUGAR': 'Sugar'
}.get(self.fermentable.type)
if self.fermentable.type == 'EXTRACT' and \
'DME' in self.fermentable.name:
kw['type'] = 'Dry Extract'
return export.Fermentable(**kw)
if self.yeast:
kw = {
'name': self.yeast.name,
'form': self.yeast.form.capitalize(),
'attenuation': self.yeast.attenuation * 100.00,
'notes': self.yeast.description
}
# Map types as appropriately as possible to BeerXML <TYPE>'s.
kw['type'] = {
'ALE': 'Ale',
'LAGER': 'Lager',
'WILD': 'Ale',
'MEAD': 'Wine',
'CIDER': 'Wine',
'WINE': 'Wine'
}.get(self.yeast.type)
if self.yeast.form == 'LIQUID':
#
# If the yeast is liquid, it's probably a activator/vial. For
# simplicity, we'll assume Wyeast's volume, 125ml.
#
kw['amount'] = 0.125
else:
#
# If the yeast is dry, it's probably a small packet. For
# simplicity, we'll assume a standard weight of 11.5g.
#
kw['amount'] = 0.0115
kw['amount_is_weight'] = True
if self.use in ('SECONDARY', 'TERTIARY'):
kw['add_to_secondary'] = True
return export.Yeast(**kw)
if self.extra:
kw = {
'name': self.extra.name,
'type': string.capwords(self.extra.type),
'time': self.minutes,
'notes': self.extra.description
}
kw['use'] = {
'MASH': 'Mash',
'FIRST WORT': 'Boil',
'BOIL': 'Boil',
'POST-BOIL': 'Boil',
'FLAME OUT': 'Boil',
'PRIMARY': 'Primary',
'SECONDARY': 'Secondary',
'TERTIARY': 'Secondary'
}.get(self.use)
if self.unit is None:
#
# If there's no unit (meaning it's just one "unit"), assume
# a weight of 15 grams.
#
kw['amount'] = 0.015
kw['amount_is_weight'] = True
elif self.extra.liquid:
kw['amount'] = to_l(self.amount, self.unit)
else:
kw['amount'] = to_kg(self.amount, self.unit)
kw['amount_is_weight'] = True
return export.Misc(**kw)
def test_l_to_l(self):
assert to_l(*(10, 'LITER')) == 10
def test_gallon_to_l(self):
assert to_l(*(10, 'GALLON')) == 37.854117799999997
def test_tbsp_to_l(self):
assert to_l(*(5, 'TABLESPOON')) == 0.073933823999999995
def test_tsp_to_l(self):
assert to_l(*(5, 'TEASPOON')) == 0.02464460795
