def apply_amt_convert(self, *args):
to_unit = cb.cb_get_active_text(self.toUnitCombo)
base_convert = self.nd.conv.converter('g', to_unit)
if not base_convert:
self.densities, self.extra_units = self.nd.get_conversions(
self.ingkey)
if to_unit in self.extra_units:
base_convert = 1 / self.extra_units[to_unit]
else:
# this is a density, we hope...
if to_unit.find(' (') > 0:
to_unit, describer = to_unit.split(' (')
describer = describer[0:-1]
density = self.densities[describer]
else:
if None not in self.densities:
raise RuntimeError(
"Unable to make sense of conversion from %s %s" %
(to_unit, self.ingkey))
density = self.densities[None]
base_convert = self.nd.conv.converter('g',
to_unit,
density=density)
to_amount = convert.frac_to_float(self.toAmountEntry.get_text())
from_amount = convert.frac_to_float(self.fromAmountEntry.get_text())
ratio = from_amount / to_amount
factor = base_convert * ratio
from_unit = self.fromUnit
self.nd.set_conversion(self.ingkey, from_unit, factor)
def parse_ingredient(s, conv=None, get_key=True):
"""Handed a string, we hand back a dictionary representing a parsed ingr
edient (sans recipe ID)"""
#if conv:
# print 'parse_ingredient: conv argument is now ignored'
debug('ingredient_parser handed: %s' % s, 0)
# Strip whitespace and bullets...
d = {}
#s = s.decode('utf8').strip(
s = s.strip(
u'\u2022\u2023\u2043\u204C\u204D\u2219\u25C9\u25D8\u25E6\u2619\u2765\u2767\u29BE\u29BF\n\t #*+-'
)
s = str(s)
option_m = re.match('\s*optional:?\s*', s, re.IGNORECASE)
if option_m:
s = s[option_m.end():]
d['optional'] = True
debug('ingredient_parser handed: "%s"' % s, 1)
m = convert.ING_MATCHER.match(s)
if m:
debug('ingredient parser successfully parsed %s' % s, 1)
a, u, i = (m.group(convert.ING_MATCHER_AMT_GROUP),
m.group(convert.ING_MATCHER_UNIT_GROUP),
m.group(convert.ING_MATCHER_ITEM_GROUP))
if a:
debug('ingredient parser matched ammount %s' % a, 1)
asplit = convert.RANGE_MATCHER.split(a)
if len(asplit) == 2:
d['amount'] = convert.frac_to_float(asplit[0].strip())
d['rangeamount'] = convert.frac_to_float(asplit[1].strip())
else:
d['amount'] = convert.frac_to_float(a.strip())
if u:
debug('ingredient parser matched unit %s' % u, 1)
conv = convert.get_converter()
if conv and conv.unit_dict.has_key(u.strip()):
# Don't convert units to our units!
d['unit'] = u.strip()
else:
# has this unit been used
prev_uses = False # self.fetch_all(self.ingredients_table,unit=u.strip())
if prev_uses:
d['unit'] = u
else:
# otherwise, unit is not a unit
i = u + ' ' + i
if i:
optmatch = re.search('\s+\(?[Oo]ptional\)?', i)
if optmatch:
d['optional'] = True
i = i[0:optmatch.start()] + i[optmatch.end():]
d['item'] = i.strip()
# if get_key: d['ingkey']=self.km.get_key(i.strip())
debug('ingredient_parser returning: %s' % d, 0)
return d
else:
debug("Unable to parse %s" % s, 0)
d['item'] = s
return d
def write_ing(self,
amount=1,
unit=None,
item=None,
key=None,
optional=False):
# item's are the same as keys in cozyland...
if not key: key = item
# grab info from our nutrition data info. This relies on rd.nd
# being a reference to our NutritionData class -- this is
# hackishly taken care of in CozyImporter.py.
#
# If this code is ever included in Gourmet proper, we should
# delete all references to self.rd.nd
ndbno = self.rd.nd.get_ndbno(key)
if amount.find('-') >= 0:
gram_amount = [
self.rd.nd.convert_to_grams(convert.frac_to_float(a), unit,
item) for a in amount.split('-')
]
else:
gram_amount = self.rd.nd.convert_to_grams(
convert.frac_to_float(amount), unit, item)
# Write our XML
e_parent = self.e_ingredients
e = self.xmlDoc.createElement('ing')
e_parent.appendChild(e)
e_parent = e
e_amount = self.xmlDoc.createElement('amount')
if gram_amount:
if type(gram_amount) not in [tuple, list
] or None not in gram_amount:
e_amount.appendChild(self.quantity_element(
gram_amount, 'gram'))
e_parent.appendChild(e_amount)
e_displayamount = self.xmlDoc.createElement('displayamount')
e_displayamount.appendChild(self.quantity_element(amount, unit))
e_parent.appendChild(e_displayamount)
e_item = self.xmlDoc.createElement('item')
e_parent.appendChild(e_item)
t = self.xmlDoc.createTextNode(item)
e_item.appendChild(t)
if ndbno:
e_usda = self.xmlDoc.createElement('usdaid')
if ndbno:
t = self.xmlDoc.createTextNode("%05i" % ndbno)
e_usda.appendChild(t)
e_parent.appendChild(e_usda)
def ingredient_parser(self, s, conv=None, get_key=True):
"""Handed a string, we hand back a dictionary representing a parsed ingredient (sans recipe ID)"""
debug("ingredient_parser handed: %s" % s, 0)
s = unicode(s) # convert to unicode so our ING MATCHER works properly
s = s.strip("\n\t #*+-")
debug('ingredient_parser handed: "%s"' % s, 1)
m = convert.ING_MATCHER.match(s)
if m:
debug("ingredient parser successfully parsed %s" % s, 1)
d = {}
g = m.groups()
a, u, i = (
g[convert.ING_MATCHER_AMT_GROUP],
g[convert.ING_MATCHER_UNIT_GROUP],
g[convert.ING_MATCHER_ITEM_GROUP],
)
if a:
asplit = convert.RANGE_MATCHER.split(a)
if len(asplit) == 2:
d["amount"] = convert.frac_to_float(asplit[0].strip())
d["rangeamount"] = convert.frac_to_float(asplit[1].strip())
else:
d["amount"] = convert.frac_to_float(a.strip())
if u:
if conv and conv.unit_dict.has_key(u.strip()):
# Don't convert units to our units!
d["unit"] = u.strip()
else:
# has this unit been used
prev_uses = self.normalizations["unit"].select(unit=str(u.strip()))
if len(prev_uses) > 0:
d["unit"] = u
else:
# otherwise, unit is not a unit
i = u + i
if i:
optmatch = re.search("\s+\(?[Oo]ptional\)?", i)
if optmatch:
d["optional"] = True
i = i[0 : optmatch.start()] + i[optmatch.end() :]
d["item"] = i.strip()
if get_key:
d["ingkey"] = self.km.get_key(i.strip())
debug("ingredient_parser returning: %s" % d, 0)
return d
else:
debug("Unable to parse %s" % s, 0)
return None
def get_value (self):
txt = gtk.get_text()
split = convert.RANGE_MATCHER.split(txt)
if len(split)==1: return NumberEntry.get_value(self)
if len(split)>2: return None
else:
return tuple([convert.frac_to_float(t) for t in split])
def applyEntriesCB(self, *args):
newdic = {}
for k, e in self.entries.items():
txt = e.get_text()
if txt:
if k == 'amount':
try:
newdic[k] = convert.frac_to_float(txt)
except:
de.show_amount_error(txt)
return
else:
newdic[k] = txt
if not newdic:
print 'We called applyEntriesCB with no text -- that shouldn\'t be possible'
return
mod, rows = self.treeview.get_selection().get_selected_rows()
if not de.getBoolean(
label=_("Change all selected rows?"),
sublabel=
(_('This action will not be undoable. Are you that for all %s selected rows, you want to set the following values:'
) % len(rows) +
(newdic.has_key('ingkey') and _('\nKey to %s') % newdic['ingkey']
or '') +
(newdic.has_key('item') and _('\nItem to %s') % newdic['item']
or '') +
(newdic.has_key('unit') and _('\nUnit to %s') % newdic['unit']
or '') + (newdic.has_key('amount')
and _('\nAmount to %s') % newdic['amount'] or ''))):
return
# Now actually apply our lovely new logic...
changed_iters = True
updated_iters = []
for path in rows:
itr = self.treeModel.get_iter(path)
# We check to see if we've updated the parent of our iter,
# in which case the changes would already be inherited by
# the current row (i.e. if the tree has been expanded and
# all rows have been selected).
parent = mod.iter_parent(itr)
already_updated = False
while parent:
if parent in updated_iters:
already_updated = True
else:
parent = mod.iter_parent(parent)
if already_updated: continue
# Now that we're sure we really need to update...
curdic, field = self.get_dic_describing_iter(itr)
curkey = self.treeModel.get_value(itr, self.VALUE_COL)
if not already_updated:
self.rd.update_by_criteria(
self.rd.ingredients_table,
curdic,
newdic,
)
if curdic.has_key('ingkey') and newdic.has_key('ingkey'):
self.rd.delete_by_criteria(self.rd.keylookup_table,
{'ingkey': curdic['ingkey']})
self.resetTree()
def get_multiplier (self, *args):
d=None
# Grab our density (either the default density for the food, or the density for the
# user-selected description, such as chopped, sliced, etc).
if self.densities.has_key(None) or self.densities and self.get_choice(self.descChoiceWidget):
d=self.densities[self.get_choice(self.descChoiceWidget) or None]
multiplier=self.nut and self.nd.convert_amount(self.amount,
self.unit,
d)
if multiplier:
self.set_unit_visibility(False) # if we don't need unit info, don't show it
return multiplier
elif self.nut: #if we just need the right unit, see if the user has entered an equivalent...
# otherwise, we do need unit info, keep it visible
self.set_unit_visibility(True)
try:
amt = convert.frac_to_float(self.amountWidget.get_text())
except:
# if there's not a number in Amt, we want to grab it
self.amountWidget.grab_focus()
return
else:
unit = self.get_choice(self.unitChoiceWidget)
if self.extra_units.has_key(unit):
return self.nd.convert_amount(amt*self.extra_units[unit],'g.')
else:
return self.nd.convert_amount(amt,unit,d)
def get_multiplier (self, *args):
d=None
# Grab our density (either the default density for the food, or the density for the
# user-selected description, such as chopped, sliced, etc).
if self.densities.has_key(None) or self.densities and self.get_choice(self.descChoiceWidget):
d=self.densities[self.get_choice(self.descChoiceWidget) or None]
multiplier=self.nut and self.nd.convert_amount(self.amount,
self.unit,
d)
if multiplier:
self.set_unit_visibility(False) # if we don't need unit info, don't show it
return multiplier
elif self.nut: #if we just need the right unit, see if the user has entered an equivalent...
# otherwise, we do need unit info, keep it visible
self.set_unit_visibility(True)
try:
amt = convert.frac_to_float(self.amountWidget.get_text())
except:
# if there's not a number in Amt, we want to grab it
self.amountWidget.grab_focus()
return
else:
unit = self.get_choice(self.unitChoiceWidget)
if self.extra_units.has_key(unit):
return self.nd.convert_amount(amt*self.extra_units[unit],'g.')
else:
return self.nd.convert_amount(amt,unit,d)
def get_value (self):
txt = Gtk.get_text()
split = convert.RANGE_MATCHER.split(txt)
if len(split)==1: return NumberEntry.get_value(self)
if len(split)>2: return None
else:
return tuple([convert.frac_to_float(t) for t in split])
def convert_str_to_num (self, str):
"""Return a numerical servings value"""
timeaction = TimeAction('importer.convert_str_to_num',10)
debug('converting servings for %s'%str,5)
try:
return float(str)
except:
conv = convert.frac_to_float(str)
if conv: return conv
m=re.match("([0-9/. ]+)",str)
if m:
num=m.groups()[0]
try:
return float(num)
except:
return convert.frac_to_float(num)
timeaction.end()
def add_ingredient (self):
key=raw_input('Enter ingredient key: ')
amt = convert.frac_to_float(raw_input('Enter amount: '))
unit = raw_input('Enter unit: ')
if not self.ings:
self.ings = NutritionInfoList([self.nd.get_nutinfo_for_item(key,amt,unit)])
else:
self.ings = self.ings + self.nd.get_nutinfo_for_item(key,amt,unit)
def convert_str_to_num (self, str):
"""Return a numerical servings value"""
timeaction = TimeAction('importer.convert_str_to_num',10)
debug('converting servings for %s'%str,5)
try:
return float(str)
except:
conv = convert.frac_to_float(str)
if conv: return conv
m=re.match("([0-9/. ]+)",str)
if m:
num=m.groups()[0]
try:
return float(num)
except:
return convert.frac_to_float(num)
timeaction.end()
def write_ing (self, amount=1, unit=None, item=None,
key=None, optional=False):
# item's are the same as keys in cozyland...
if not key: key = item
# grab info from our nutrition data info. This relies on rd.nd
# being a reference to our NutritionData class -- this is
# hackishly taken care of in CozyImporter.py.
#
# If this code is ever included in Gourmet proper, we should
# delete all references to self.rd.nd
ndbno = self.rd.nd.get_ndbno(key)
if amount.find('-')>=0:
gram_amount = [self.rd.nd.convert_to_grams(convert.frac_to_float(a),
unit,
item)
for a in amount.split('-')]
else:
gram_amount = self.rd.nd.convert_to_grams(convert.frac_to_float(amount),unit,item)
# Write our XML
e_parent = self.e_ingredients
e = self.xmlDoc.createElement('ing')
e_parent.appendChild(e)
e_parent = e
e_amount = self.xmlDoc.createElement('amount')
if gram_amount:
if type(gram_amount) not in [tuple,list] or None not in gram_amount:
e_amount.appendChild(
self.quantity_element(gram_amount,
'gram')
)
e_parent.appendChild(e_amount)
e_displayamount = self.xmlDoc.createElement('displayamount')
e_displayamount.appendChild(
self.quantity_element(amount,unit)
)
e_parent.appendChild(e_displayamount)
e_item = self.xmlDoc.createElement('item')
e_parent.appendChild(e_item)
t = self.xmlDoc.createTextNode(item)
e_item.appendChild(t)
if ndbno:
e_usda = self.xmlDoc.createElement('usdaid')
if ndbno:
t = self.xmlDoc.createTextNode("%05i"%ndbno)
e_usda.appendChild(t)
e_parent.appendChild(e_usda)
def ingredient_parser(self, s, conv=None, get_key=True):
"""Handed a string, we hand back a dictionary representing a parsed ingredient (sans recipe ID)"""
debug('ingredient_parser handed: %s' % s, 0)
s = unicode(s) # convert to unicode so our ING MATCHER works properly
s = s.strip("\n\t #*+-")
debug('ingredient_parser handed: "%s"' % s, 1)
m = convert.ING_MATCHER.match(s)
if m:
debug('ingredient parser successfully parsed %s' % s, 1)
d = {}
g = m.groups()
a, u, i = (g[convert.ING_MATCHER_AMT_GROUP],
g[convert.ING_MATCHER_UNIT_GROUP],
g[convert.ING_MATCHER_ITEM_GROUP])
if a:
asplit = convert.RANGE_MATCHER.split(a)
if len(asplit) == 2:
d['amount'] = convert.frac_to_float(asplit[0].strip())
d['rangeamount'] = convert.frac_to_float(asplit[1].strip())
else:
d['amount'] = convert.frac_to_float(a.strip())
if u:
if conv and conv.unit_dict.has_key(u.strip()):
# Don't convert units to our units!
d['unit'] = u.strip()
else:
# has this unit been used
prev_uses = self.normalizations['unit'].select(
unit=str(u.strip()))
if len(prev_uses) > 0:
d['unit'] = u
else:
# otherwise, unit is not a unit
i = u + i
if i:
optmatch = re.search('\s+\(?[Oo]ptional\)?', i)
if optmatch:
d['optional'] = True
i = i[0:optmatch.start()] + i[optmatch.end():]
d['item'] = i.strip()
if get_key: d['ingkey'] = self.km.get_key(i.strip())
debug('ingredient_parser returning: %s' % d, 0)
return d
else:
debug("Unable to parse %s" % s, 0)
return None
def applyEntriesCB (self, *args):
newdic = {}
for k,e in self.entries.items():
txt = e.get_text()
if txt:
if k=='amount':
try:
newdic[k]=convert.frac_to_float(txt)
except:
print 'Problem with amount:',txt
import traceback; traceback.print_exc()
de.show_amount_error(txt)
return
else:
newdic[k]=txt
if not newdic:
print 'We called applyEntriesCB with no text -- that shouldn\'t be possible'
return
mod,rows = self.treeview.get_selection().get_selected_rows()
if not de.getBoolean(
label=_("Change all selected rows?"),
sublabel=(_('This action will not be undoable. Are you that for all %s selected rows, you want to set the following values:')%len(rows)
+ (newdic.has_key('ingkey') and _('\nKey to %s')%newdic['ingkey'] or '')
+ (newdic.has_key('item') and _('\nItem to %s')%newdic['item'] or '')
+ (newdic.has_key('unit') and _('\nUnit to %s')%newdic['unit'] or '')
+ (newdic.has_key('amount') and _('\nAmount to %s')%newdic['amount'] or ''))):
return
# Now actually apply our lovely new logic...
changed_iters = True
updated_iters = []
for path in rows:
itr=self.treeModel.get_iter(path)
# We check to see if we've updated the parent of our iter,
# in which case the changes would already be inherited by
# the current row (i.e. if the tree has been expanded and
# all rows have been selected).
parent = mod.iter_parent(itr); already_updated = False
while parent:
if parent in updated_iters:
already_updated = True
else:
parent = mod.iter_parent(parent)
if already_updated: continue
# Now that we're sure we really need to update...
curdic,field = self.get_dic_describing_iter(itr)
curkey = self.treeModel.get_value(itr,self.VALUE_COL)
if not already_updated:
self.rd.update_by_criteria(
self.rd.ingredients_table,
curdic,
newdic,
)
if curdic.has_key('ingkey') and newdic.has_key('ingkey'):
self.rd.delete_by_criteria(
self.rd.keylookup_table,
{'ingkey':curdic['ingkey']}
)
self.resetTree()
def finish_ing (self):
timeaction = TimeAction('importer.finish_ing 1',10)
# Strip whitespace...
for key in ['item','ingkey','unit']:
if self.ing.has_key(key):
self.ing[key]=re.sub('\s+',' ',self.ing[key]).strip()
if not (
(self.ing.has_key('refid') and
self.ing['refid'])
or
(self.ing.has_key('ingkey') and
self.ing['ingkey'])
):
#self.ing['ingkey']=self.km.get_key(self.ing['item'],0.9)
if self.ing.has_key('item'):
self.ing['ingkey']=self.km.get_key_fast(self.ing['item'])
else:
debug('Ingredient has no item! %s'%self.ing,-1)
timeaction.end()
# if we have an amount (and it's not None), let's convert it
# to a number
if self.ing.has_key('amount') and self.ing['amount']\
and not self.ing.has_key('rangeamount'):
if convert.RANGE_MATCHER.search(str(self.ing['amount'])):
self.ing['amount'],self.ing['rangeamount']=parse_range(self.ing['amount'])
if self.ing.has_key('amount'):
self.ing['amount']=convert.frac_to_float(
self.ing['amount']
)
if self.ing.has_key('rangeamount'):
self.ing['rangeamount']=convert.frac_to_float(
self.ing['rangeamount']
)
timeaction = TimeAction('importer.commit_ing 2',10)
if not (self.ing.has_key('position') and self.ing['position']):
self.ing['position']=self.position
self.position+=1
timeaction.end()
timeaction = TimeAction('importer.commit_ing 3',10)
if self.group:
self.ing['inggroup']=self.group
timeaction.end()
timeaction = TimeAction('importer.commit_ing 4',10)
self.added_ings.append(self.ing); self.ing = {}
timeaction.end()
def finish_ing (self):
timeaction = TimeAction('importer.finish_ing 1',10)
# Strip whitespace...
for key in ['item','ingkey','unit']:
if self.ing.has_key(key):
self.ing[key]=re.sub('\s+',' ',self.ing[key]).strip()
if not (
(self.ing.has_key('refid') and
self.ing['refid'])
or
(self.ing.has_key('ingkey') and
self.ing['ingkey'])
):
#self.ing['ingkey']=self.km.get_key(self.ing['item'],0.9)
if self.ing.has_key('item'):
self.ing['ingkey']=self.km.get_key_fast(self.ing['item'])
else:
debug('Ingredient has no item! %s'%self.ing,-1)
timeaction.end()
# if we have an amount (and it's not None), let's convert it
# to a number
if self.ing.has_key('amount') and self.ing['amount']\
and not self.ing.has_key('rangeamount'):
if convert.RANGE_MATCHER.search(str(self.ing['amount'])):
self.ing['amount'],self.ing['rangeamount']=parse_range(self.ing['amount'])
if self.ing.has_key('amount'):
self.ing['amount']=convert.frac_to_float(
self.ing['amount']
)
if self.ing.has_key('rangeamount'):
self.ing['rangeamount']=convert.frac_to_float(
self.ing['rangeamount']
)
timeaction = TimeAction('importer.commit_ing 2',10)
if not (self.ing.has_key('position') and self.ing['position']):
self.ing['position']=self.position
self.position+=1
timeaction.end()
timeaction = TimeAction('importer.commit_ing 3',10)
if self.group:
self.ing['inggroup']=self.group
timeaction.end()
timeaction = TimeAction('importer.commit_ing 4',10)
self.added_ings.append(self.ing); self.ing = {}
timeaction.end()
def parse_yields(self, str):
"""Parse number and field."""
m = re.match("([0-9/. ]+)", str)
if m:
num = m.groups()[0]
num = convert.frac_to_float(num)
unit = str[m.end() :].strip()
return num, unit
else:
return None, None
def add_ingredient(self):
key = input('Enter ingredient key: ')
amt = convert.frac_to_float(input('Enter amount: '))
unit = input('Enter unit: ')
if not self.ings:
self.ings = NutritionInfoList(
[self.nd.get_nutinfo_for_item(key, amt, unit)])
else:
self.ings = self.ings + self.nd.get_nutinfo_for_item(
key, amt, unit)
def parse_yields (self, str):
'''Parse number and field.'''
m = re.match("([0-9/. ]+)",str)
if m:
num = m.groups()[0]
num = convert.frac_to_float(num)
unit = str[m.end():].strip()
return num,unit
else:
return None,None
def testFractToFloat(self):
for s, n in [
('1', 1),
('123', 123),
('1 1/2', 1.5),
('74 2/5', 74.4),
('1/10', 0.1),
('one', 1),
('a half', 0.5),
('three quarters', 0.75),
]:
self.assertEqual(convert.frac_to_float(s), n)
def ingredient_parser (self, s, conv=None, get_key=True):
"""Handed a string, we hand back a dictionary (sans recipe ID)"""
debug('ingredient_parser handed: %s'%s,0)
s = unicode(s) # convert to unicode so our ING MATCHER works properly
s=s.strip("\n\t #*+-")
debug('ingredient_parser handed: "%s"'%s,1)
m=convert.ING_MATCHER.match(s)
if m:
debug('ingredient parser successfully parsed %s'%s,1)
d={}
g=m.groups()
a,u,i=(g[convert.ING_MATCHER_AMT_GROUP],
g[convert.ING_MATCHER_UNIT_GROUP],
g[convert.ING_MATCHER_ITEM_GROUP])
if a:
asplit = convert.RANGE_MATCHER.split(a)
if len(asplit)==2:
d['amount']=convert.frac_to_float(asplit[0].strip())
d['rangeamount']=convert.frac_to_float(asplit[1].strip())
else:
d['amount']=convert.frac_to_float(a.strip())
if u:
if conv and conv.unit_dict.has_key(u.strip()):
d['unit']=conv.unit_dict[u.strip()]
else:
d['unit']=u.strip()
if i:
optmatch = re.search('\s+\(?[Oo]ptional\)?',i)
if optmatch:
d['optional']=True
i = i[0:optmatch.start()] + i[optmatch.end():]
d['item']=i.strip()
if get_key: d['ingkey']=self.km.get_key(i.strip())
debug('ingredient_parser returning: %s'%d,0)
return d
else:
debug("Unable to parse %s"%s,0)
return None
def finish_ing(self):
timeaction = TimeAction("importer.finish_ing 1", 10)
# Strip whitespace...
for key in ["item", "ingkey", "unit"]:
if self.ing.has_key(key):
self.ing[key] = re.sub("\s+", " ", self.ing[key]).strip()
if not (
(self.ing.has_key("refid") and self.ing["refid"]) or (self.ing.has_key("ingkey") and self.ing["ingkey"])
):
# self.ing['ingkey']=self.km.get_key(self.ing['item'],0.9)
if self.ing.has_key("item"):
self.ing["ingkey"] = self.km.get_key_fast(self.ing["item"])
else:
debug("Ingredient has no item! %s" % self.ing, -1)
timeaction.end()
# if we have an amount (and it's not None), let's convert it
# to a number
if self.ing.has_key("amount") and self.ing["amount"] and not self.ing.has_key("rangeamount"):
if convert.RANGE_MATCHER.search(str(self.ing["amount"])):
self.ing["amount"], self.ing["rangeamount"] = parse_range(self.ing["amount"])
if self.ing.has_key("amount"):
self.ing["amount"] = convert.frac_to_float(self.ing["amount"])
if self.ing.has_key("rangeamount"):
self.ing["rangeamount"] = convert.frac_to_float(self.ing["rangeamount"])
timeaction = TimeAction("importer.commit_ing 2", 10)
if not (self.ing.has_key("position") and self.ing["position"]):
self.ing["position"] = self.position
self.position += 1
timeaction.end()
timeaction = TimeAction("importer.commit_ing 3", 10)
if self.group:
self.ing["inggroup"] = self.group
timeaction.end()
timeaction = TimeAction("importer.commit_ing 4", 10)
self.added_ings.append(self.ing)
self.ing = {}
timeaction.end()
def apply_amt_convert (self,*args):
to_unit = cb.cb_get_active_text(self.toUnitCombo)
base_convert = self.nd.conv.converter('g',to_unit)
if not base_convert:
self.densities,self.extra_units = self.nd.get_conversions(self.ingkey)
if self.extra_units.has_key(to_unit):
base_convert = 1/self.extra_units[to_unit]
else:
# this is a density, we hope...
if to_unit.find(' (')>0:
to_unit,describer = to_unit.split(' (')
describer = describer[0:-1]
density = self.densities[describer]
else:
if not self.densities.has_key(None):
raise RuntimeError("Unable to make sense of conversion from %s %s"%(to_unit,self.ingkey))
density = self.densities[None]
base_convert = self.nd.conv.converter('g',to_unit,density=density)
to_amount = convert.frac_to_float(self.toAmountEntry.get_text())
from_amount = convert.frac_to_float(self.fromAmountEntry.get_text())
ratio = from_amount / to_amount
factor = base_convert * ratio
from_unit = self.fromUnit
self.nd.set_conversion(self.ingkey,from_unit,factor)
def changed(self, *args):
amt1 = convert.frac_to_float(self.amt1Entry.get_text())
#amt2 = convert.frac_to_float(self.resultLabel.get_text())
#amt2 = self.amt2
unit1 = cb_get_active_text(self.unit1ComboBox)
unit2 = cb_get_active_text(self.unit2ComboBox)
if unit1 != self.last_unit1:
self.get_possible_conversions()
#self.unit2Model.refilter()
if amt1 and unit2:
self.convert(amt1, unit1, unit2)
self.last_amt1 = amt1
#self.last_amt2 = amt2
self.last_unit1 = unit1
self.last_unit2 = unit2
def changed (self, *args):
amt1 = convert.frac_to_float(self.amt1Entry.get_text())
#amt2 = convert.frac_to_float(self.resultLabel.get_text())
#amt2 = self.amt2
unit1 = cb_get_active_text(self.unit1ComboBox)
unit2 = cb_get_active_text(self.unit2ComboBox)
if unit1 != self.last_unit1:
self.get_possible_conversions()
#self.unit2Model.refilter()
if amt1 and unit2:
self.convert(amt1, unit1, unit2)
self.last_amt1 = amt1
#self.last_amt2 = amt2
self.last_unit1 = unit1
self.last_unit2 = unit2
def parse_yields (self, str):
'''Parse number and field.'''
m = re.match(r"(?P<prefix>\w+\s+)?(?P<num>[0-9/. ]+)(?P<unit>\s*\w+)?",str)
if m:
num = m.group('num')
num = convert.frac_to_float(num)
unit = (m.group('unit') or '').strip()
prefix = (m.group('prefix') or '').strip()
if not unit:
if prefix in ['Serves','Feeds']:
unit = 'servings'
elif prefix:
if prefix not in ['Makes','Yields']:
print('Warning: parse_yields ignoring prefix, "%(prefix)s" in "%(str)s"'%locals())
if not unit: unit='servings' # default/fallback
return num,unit
else:
return None,None
def parse_yields (self, str):
'''Parse number and field.'''
m = re.match("(?P<prefix>\w+\s+)?(?P<num>[0-9/. ]+)(?P<unit>\s*\w+)?",str)
if m:
num = m.group('num')
num = convert.frac_to_float(num)
unit = (m.group('unit') or '').strip()
prefix = (m.group('prefix') or '').strip()
if not unit:
if prefix in ['Serves','Feeds']:
unit = 'servings'
elif prefix:
if prefix not in ['Makes','Yields']:
print 'Warning: parse_yields ignoring prefix, "%(prefix)s" in "%(str)s"'%locals()
if not unit: unit='servings' # default/fallback
return num,unit
else:
return None,None
def editNutritionalInfoCB (self, *args):
nid = nutritionDruid.NutritionInfoDruid(self.rg.nd, self.rg.prefs)
mod,rows = self.treeview.get_selection().get_selected_rows()
keys_to_update = {}
for path in rows:
itr = mod.get_iter(path)
# Climb to the key-level for each selection -- we don't
# care about anything else.
parent = mod.iter_parent(itr)
while parent:
itr = parent
parent = mod.iter_parent(itr)
curkey = mod.get_value(itr,self.VALUE_COL)
#if mod.get_value(itr,self.NUT_COL):
# print "We can't yet edit nutritional information..."
#else:
if True:
keys_to_update[curkey]=[]
child = mod.iter_children(itr)
while child:
grandchild = mod.iter_children(child)
while grandchild:
# Grand children are units...
unit = mod.get_value(grandchild,self.VALUE_COL)
amounts = []
greatgrandchild = mod.iter_children(grandchild)
while greatgrandchild:
amount = mod.get_value(
greatgrandchild,
self.VALUE_COL
)
keys_to_update[curkey].append((convert.frac_to_float(amount),unit))
greatgrandchild = mod.iter_next(greatgrandchild)
grandchild = mod.iter_next(grandchild)
child = mod.iter_next(child)
nid.add_ingredients(keys_to_update.items())
nid.connect('finish',self.update_nutinfo)
nid.show()
def editNutritionalInfoCB (self, *args):
nid = nutritionDruid.NutritionInfoDruid(self.rg.nd, self.rg.prefs)
mod,rows = self.treeview.get_selection().get_selected_rows()
keys_to_update = {}
for path in rows:
itr = mod.get_iter(path)
# Climb to the key-level for each selection -- we don't
# care about anything else.
parent = mod.iter_parent(itr)
while parent:
itr = parent
parent = mod.iter_parent(itr)
curkey = mod.get_value(itr,self.VALUE_COL)
#if mod.get_value(itr,self.NUT_COL):
# print "We can't yet edit nutritional information..."
#else:
if True:
keys_to_update[curkey]=[]
child = mod.iter_children(itr)
while child:
grandchild = mod.iter_children(child)
while grandchild:
# Grand children are units...
unit = mod.get_value(grandchild,self.VALUE_COL)
amounts = []
greatgrandchild = mod.iter_children(grandchild)
while greatgrandchild:
amount = mod.get_value(
greatgrandchild,
self.VALUE_COL
)
keys_to_update[curkey].append((convert.frac_to_float(amount),unit))
greatgrandchild = mod.iter_next(greatgrandchild)
grandchild = mod.iter_next(grandchild)
child = mod.iter_next(child)
nid.add_ingredients(keys_to_update.items())
nid.connect('finish',self.update_nutinfo)
nid.show()
def get_value(self) -> float:
return frac_to_float(self.get_text())
def find_completed_errors(self, text: str):
if text and frac_to_float(text) is None:
return self.error_message
def get_value(self):
return convert.frac_to_float(self.get_text())
def find_completed_errors(self, txt):
if txt and convert.frac_to_float(txt) == None:
return self.error_message
def tree_edited (self, renderer, path_string, text, n, head):
indices = path_string.split(':')
path = tuple( map(int, indices))
itr = self.treeModel.get_iter(path)
curdic,field = self.get_dic_describing_iter(itr)
value = curdic[field]
if value == text: return
if field=='ingkey':
key = curdic['ingkey']
if de.getBoolean(label=_('Change all keys "%s" to "%s"?')%(key,text),
sublabel=_("You won't be able to undo this action. If there are already ingredients with the key \"%s\", you won't be able to distinguish between those items and the items you are changing now."%text)
):
self.rd.update_by_criteria(
self.rd.ingredients_table,
curdic,
{'ingkey':text}
)
self.rd.delete_by_criteria(
self.rd.keylookup_table,
{'ingkey':key}
)
elif field=='item':
if de.getBoolean(label=_('Change all items "%s" to "%s"?')%(curdic['item'],text),
sublabel=_("You won't be able to undo this action. If there are already ingredients with the item \"%s\", you won't be able to distinguish between those items and the items you are changing now.")%text
):
self.rd.update_by_criteria(
self.rd.ingredients_table,
curdic,
{'item':text}
)
elif field=='unit':
unit = curdic['unit']; key = curdic['ingkey']; item = curdic['item']
val = de.getRadio(label='Change unit',
options=[
[_('Change _all instances of "%(unit)s" to "%(text)s"')%locals(),1],
[_('Change "%(unit)s" to "%(text)s" only for _ingredients "%(item)s" with key "%(key)s"')%locals(),2],
],
default = 2,
)
if val==1:
self.rd.update_by_criteria(
self.rd.ingredients_table,
{'unit':unit},
{'unit':text},
)
elif val==2:
self.rd.update_by_criteria(
self.rd.ingredients_table,
curdic,
{'unit':text}
)
elif field=='amount':
amount = curdic['amount']; unit = curdic['unit']; key = curdic['ingkey']; item = curdic['item']
try:
new_amount = convert.frac_to_float(text)
except:
de.show_amount_error(text)
return
val = de.getRadio(label='Change amount',
options=[
[_('Change _all instances of "%(amount)s" %(unit)s to %(text)s %(unit)s')%locals(),1],
[_('Change "%(amount)s" %(unit)s to "%(text)s" %(unit)s only _where the ingredient key is %(key)s')%locals(),2],
[_('Change "%(amount)s" %(unit)s to "%(text)s" %(unit)s only where the ingredient key is %(key)s _and where the item is %(item)s')%locals(),3],
],
default=3,
)
if val == 1:
cond = {'unit':unit,'amount':amount}
elif val == 2:
cond = {'unit':unit,'amount':amount,'ingkey':key}
elif val == 3:
cond = curdic
self.rd.update_by_criteria(
self.rd.ingredients_table,
{'unit':unit,'amount':convert.frac_to_float(amount)},
{'unit':unit,'amount':new_amount}
)
else:
return
self.treeModel.set_value(itr, n, text)
return
def find_completed_errors (self, txt):
if txt and convert.frac_to_float(txt)==None:
return self.error_message
def get_value (self):
return convert.frac_to_float(self.get_text())
def tree_edited(self, renderer, path_string, text, n, head):
indices = path_string.split(':')
path = tuple(map(int, indices))
itr = self.treeModel.get_iter(path)
curdic, field = self.get_dic_describing_iter(itr)
value = curdic[field]
if value == text: return
if field == 'ingkey':
key = curdic['ingkey']
if de.getBoolean(
label=_('Change all keys "%s" to "%s"?') % (key, text),
sublabel=_(
"You won't be able to undo this action. If there are already ingredients with the key \"%s\", you won't be able to distinguish between those items and the items you are changing now."
% text)):
self.rd.update_by_criteria(self.rd.ingredients_table, curdic,
{'ingkey': text})
self.rd.delete_by_criteria(self.rd.keylookup_table,
{'ingkey': key})
elif field == 'item':
if de.getBoolean(
label=_('Change all items "%s" to "%s"?') %
(curdic['item'], text),
sublabel=
_("You won't be able to undo this action. If there are already ingredients with the item \"%s\", you won't be able to distinguish between those items and the items you are changing now."
) % text):
self.rd.update_by_criteria(self.rd.ingredients_table, curdic,
{'item': text})
elif field == 'unit':
unit = curdic['unit']
key = curdic['ingkey']
item = curdic['item']
val = de.getRadio(
label='Change unit',
options=[
[
_('Change _all instances of "%(unit)s" to "%(text)s"')
% locals(), 1
],
[
_('Change "%(unit)s" to "%(text)s" only for _ingredients "%(item)s" with key "%(key)s"'
) % locals(), 2
],
],
default=2,
)
if val == 1:
self.rd.update_by_criteria(
self.rd.ingredients_table,
{'unit': unit},
{'unit': text},
)
elif val == 2:
self.rd.update_by_criteria(self.rd.ingredients_table, curdic,
{'unit': text})
elif field == 'amount':
amount = curdic['amount']
unit = curdic['unit']
key = curdic['ingkey']
item = curdic['item']
try:
new_amount = convert.frac_to_float(text)
except:
de.show_amount_error(text)
return
val = de.getRadio(
label='Change amount',
options=[
[
_('Change _all instances of "%(amount)s" %(unit)s to %(text)s %(unit)s'
) % locals(), 1
],
[
_('Change "%(amount)s" %(unit)s to "%(text)s" %(unit)s only _where the ingredient key is %(key)s'
) % locals(), 2
],
[
_('Change "%(amount)s" %(unit)s to "%(text)s" %(unit)s only where the ingredient key is %(key)s _and where the item is %(item)s'
) % locals(), 3
],
],
default=3,
)
if val == 1:
cond = {'unit': unit, 'amount': amount}
elif val == 2:
cond = {'unit': unit, 'amount': amount, 'ingkey': key}
elif val == 3:
cond = curdic
self.rd.update_by_criteria(self.rd.ingredients_table, {
'unit': unit,
'amount': convert.frac_to_float(amount)
}, {
'unit': unit,
'amount': new_amount
})
else:
return
self.treeModel.set_value(itr, n, text)
return
def string_to_rating (s):
m = simple_matcher.match(s)
if m:
top=float(convert.frac_to_float(m.groups()[0]))
bottom = float(convert.frac_to_float(m.groups()[2]))
return int(top/bottom * 10)
def string_to_rating (s):
m = simple_matcher.match(s)
if m:
top=float(convert.frac_to_float(m.groups()[0]))
bottom = float(convert.frac_to_float(m.groups()[2]))
return int(top/bottom * 10)