def importBSMXFermentable(data):
fermentable = Fermentable()
fermentable.name = data.find('F_G_NAME').text
# 1 oz = 28.3495231 gr
fermentable.amount = float(data.find('F_G_AMOUNT').text)*28.3495231
fermentable.fyield = float(data.find('F_G_YIELD').text)
# 1 SRM = 1.97 EBC
fermentable.color = float(data.find('F_G_COLOR').text)*1.97
fermentable.recommendMash = data.find('F_G_RECOMMEND_MASH').text == '1'
fermentable.useAfterBoil = data.find('F_G_ADD_AFTER_BOIL').text == '1'
bsmx_type_grain = {
'0': model.constants.FERMENTABLE_TYPE_GRAIN,
'1': model.constants.FERMENTABLE_TYPE_EXTRACT,
'2': model.constants.FERMENTABLE_TYPE_SUGAR,
'3': model.constants.FERMENTABLE_TYPE_ADJUNCT,
'4': model.constants.FERMENTABLE_TYPE_DRY_EXTRACT
}
# If the fermentable type is not known, we assume it is sugar
fermentable.type = bsmx_type_grain.get(data.find('F_G_TYPE').text, model.constants.FERMENTABLE_TYPE_SUGAR)
return fermentable
def importBSMXFermentable(data):
fermentable = Fermentable()
fermentable.name = data.find("F_G_NAME").text
# 1 oz = 28.3495231 gr
fermentable.amount = float(data.find("F_G_AMOUNT").text) * 28.3495231
fermentable.fyield = float(data.find("F_G_YIELD").text)
# 1 SRM = 1.97 EBC
fermentable.color = float(data.find("F_G_COLOR").text) * 1.97
fermentable.recommendMash = data.find("F_G_RECOMMEND_MASH").text == "1"
fermentable.useAfterBoil = data.find("F_G_ADD_AFTER_BOIL").text == "1"
bsmx_type_grain = {
"0": model.constants.FERMENTABLE_TYPE_GRAIN,
"1": model.constants.FERMENTABLE_TYPE_EXTRACT,
"2": model.constants.FERMENTABLE_TYPE_SUGAR,
"3": model.constants.FERMENTABLE_TYPE_ADJUNCT,
"4": model.constants.FERMENTABLE_TYPE_DRY_EXTRACT,
}
# If the fermentable type is not known, we assume it is sugar
fermentable.type = bsmx_type_grain.get(data.find("F_G_TYPE").text, model.constants.FERMENTABLE_TYPE_SUGAR)
return fermentable
def importBSMXFermentable(data):
fermentable = Fermentable()
fermentable.name = data.find('F_G_NAME').text
# 1 oz = 28.3495231 gr
fermentable.amount = float(data.find('F_G_AMOUNT').text) * 28.3495231
fermentable.fyield = float(data.find('F_G_YIELD').text)
# 1 SRM = 1.97 EBC
fermentable.color = float(data.find('F_G_COLOR').text) * 1.97
fermentable.recommendMash = data.find('F_G_RECOMMEND_MASH').text == '1'
fermentable.useAfterBoil = data.find('F_G_ADD_AFTER_BOIL').text == '1'
bsmx_type_grain = {
'0': model.constants.FERMENTABLE_TYPE_GRAIN,
'1': model.constants.FERMENTABLE_TYPE_EXTRACT,
'2': model.constants.FERMENTABLE_TYPE_SUGAR,
'3': model.constants.FERMENTABLE_TYPE_ADJUNCT,
'4': model.constants.FERMENTABLE_TYPE_DRY_EXTRACT
}
# If the fermentable type is not known, we assume it is sugar
fermentable.type = bsmx_type_grain.get(
data.find('F_G_TYPE').text, model.constants.FERMENTABLE_TYPE_SUGAR)
return fermentable
def importBeerXMLFermentable(data):
fermentable = Fermentable()
for child in data:
if 'NAME' == child.tag:
fermentable.name = child.text
elif 'AMOUNT' == child.tag:
fermentable.amount = 1000 * (float(child.text))
elif 'TYPE' == child.tag:
if 'Grain' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_GRAIN
elif 'Sugar' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_SUGAR
elif 'Extract' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_EXTRACT
elif 'Dry Extract' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_DRY_EXTRACT
elif 'Adjunct' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_ADJUNCT
else:
logger.warn(
"Unkown fermentable type '%', assuming 'Sugar' by default",
child.text
)
fermentable.type = model.constants.FERMENTABLE_TYPE_SUGAR
elif 'YIELD' == child.tag:
fermentable.fyield = float(child.text)
elif 'RECOMMEND_MASH' == child.tag:
fermentable.recommendMash = child.text
elif 'COLOR' == child.tag:
# ATTENTION ! le format BeerXML utilise des unités SRM !
# srm*1.97 =ebc
fermentable.color = float(child.text) * 1.97
elif 'ADD_AFTER_BOIL' == child.tag:
if child.text == 'FALSE':
fermentable.useAfterBoil = False
elif child.text == 'TRUE':
fermentable.useAfterBoil = True
return fermentable
def importBeerXMLFermentable(data):
fermentable = Fermentable()
for child in data:
if 'NAME' == child.tag:
fermentable.name = child.text
elif 'AMOUNT' == child.tag:
fermentable.amount = 1000*(float(child.text))
elif 'TYPE' == child.tag:
if 'Grain' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_GRAIN
elif 'Sugar' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_SUGAR
elif 'Extract' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_EXTRACT
elif 'Dry Extract' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_DRY_EXTRACT
elif 'Adjunct' == child.text:
fermentable.type = model.constants.FERMENTABLE_TYPE_ADJUNCT
else:
logger.warn ("Unkown fermentable type '%', assuming 'Sugar' by default", child.text)
fermentable.type = model.constants.FERMENTABLE_TYPE_SUGAR
elif 'YIELD' == child.tag:
fermentable.fyield = float(child.text)
elif 'RECOMMEND_MASH' == child.tag:
fermentable.recommendMash = child.text
elif 'COLOR' == child.tag:
#ATTENTION ! le format BeerXML utilise des unités SRM !
#srm*1.97 =ebc
fermentable.color = float(child.text)*1.97
elif 'ADD_AFTER_BOIL' == child.tag:
if child.text == 'FALSE' :
fermentable.useAfterBoil = False
elif child.text == 'TRUE':
fermentable.useAfterBoil = True
return fermentable
def importDictRecipe(dic):
logger.debug("Start parsing dict")
recipe = Recipe()
recipe.path = dic['path']
recipe.name = dic['name']
recipe.brewer = dic['brewer']
recipe.style = dic['style']
if dic['type'] == "All Grain":
recipe.type = RECIPE_TYPE_ALL_GRAIN
elif dic['type'] == "Extract":
recipe.type = RECIPE_TYPE_EXTRACT
elif recipe.type == "Partial Mash":
recipe.type = RECIPE_TYPE_PARTIAL_MASH
recipe.volume = dic['volume']
recipe.boil = dic['boilTime']
recipe.efficiency = dic['efficiency']
for hop_dic in dic['hops']:
hop = Hop()
hop.name = hop_dic['name']
if hop_dic['form'] == "Pellet":
hop.form = HOP_FORM_PELLET
elif hop_dic['form'] == "Leaf":
hop.form = HOP_FORM_LEAF
elif hop_dic['form'] == "Plug":
hop.form = HOP_FORM_PLUG
hop.alpha = hop_dic['alpha']
hop.use = hop_dic['use']
hop.time = hop_dic['time']
hop.amount = hop_dic['amount']
recipe.listeHops.append(hop)
for f_dic in dic['fermentables']:
f = Fermentable()
f.name = f_dic['name']
f.type = f_dic['type']
f.fyield = f_dic['fyield']
f.color = f_dic['color']
f.amount = f_dic['amount']
if f_dic['afterBoil'] == 'TRUE':
f.useAfterBoil = True
else:
f.useAfterBoil = False
f.recommendMash = f_dic['recoMash']
recipe.listeFermentables.append(f)
for y_dic in dic['yeasts']:
y = Yeast()
y.name = y_dic['name']
y.productId = y_dic['product_id']
y.labo = y_dic['labo']
y.form = y_dic['form']
y.attenuation = y_dic['attenuation']
recipe.listeYeasts.append(y)
for m_dic in dic['miscs']:
m = Misc()
m.name = m_dic['name']
m.amount = m_dic['amount']
m.type = m_dic['type']
m.use = m_dic['use']
m.time = m_dic['time']
recipe.listeMiscs.append(m)
mash_dic = dic['mashProfile']
recipe.mash.name = mash_dic['name']
recipe.mash.ph = mash_dic['ph']
recipe.mash.spargeTemp = mash_dic['sparge']
recipe.mash.tunTemp = mash_dic['tunTemp']
for s_dic in mash_dic['steps']:
s = MashStep()
s.name = s_dic['name']
s.time = s_dic['time']
s.temp = s_dic['temp']
s.type = s_dic['type']
recipe.listeMashSteps.append(s)
recipe.recipeNotes = dic['notes']
return recipe
