def logMatch(self, logTemplate):
for logT in logTemplate.logTDict:
#print logT
logT = logT.replace('(', '\(').replace(')', '\)')
(count, results) = self.whooshUtil.search(logT)
if count == 0:
continue
for hit in results:
if logT not in self.logT2logMsg:
self.logT2logMsg[logT] = []
self.logT2logMsg[logT].append(hit["content"])
#Reverse self.logT2logMsg to self.logMsg2logT
for logT in self.logT2logMsg:
for logMsg in self.logT2logMsg[logT]:
if logMsg not in self.logMsg2logT:
self.logMsg2logT[logMsg] = []
self.logMsg2logT[logMsg].append(logT)
#utils.printDict(self.logMsg2logT)
for logMsg in self.logMsg2logT:
maxLen = 0
maxLogT = None
for logT in self.logMsg2logT[logMsg]:
if len(logT) > maxLen:
maxLen = len(logT)
maxLogT = logT
self.logMsg2logT[logMsg] = maxLogT
utils.printDict(self.logMsg2logT)
return self.logMsg2logT
def subMethods(self, subDict):
self.newrecipe = copy.deepcopy(self.oldrecipe)
newPrimaryList = []
i = 1
for pcm in self.newrecipe["Methods"]["Primary cooking method"]:
if pcm in subDict:
newPrimaryList.append(subDict[pcm])
self.newrecipe["directions"] = self.updateMethodForDirection(
self.newrecipe["directions"], subDict[pcm], pcm)
print("sub:" + str(i))
print("original method:")
utils.printDict(pcm)
print("new method:")
utils.printDict(subDict[pcm])
print("\n")
i += 1
else:
newPrimaryList.append(pcm)
self.newrecipe["Methods"]["Primary cooking method"] = list(
set(newPrimaryList))
# print (self.newrecipe)
# print (json.dumps(self.newrecipe, indent=4))
if i == 1:
print("can not find a cooking method that can be replaced")
else:
utils.printRecipeNL(self.newrecipe)
def logMatch(self, logTemplate):
for logT in logTemplate.logTDict:
#print logT
logT = logT.replace('(', '\(').replace(')', '\)')
(count, results) = self.whooshUtil.search(logT)
if count == 0:
continue
for hit in results:
if logT not in self.logT2logMsg:
self.logT2logMsg[logT] = []
self.logT2logMsg[logT].append(hit["content"])
#Reverse self.logT2logMsg to self.logMsg2logT
for logT in self.logT2logMsg:
for logMsg in self.logT2logMsg[logT]:
if logMsg not in self.logMsg2logT:
self.logMsg2logT[logMsg] = []
self.logMsg2logT[logMsg].append(logT)
#utils.printDict(self.logMsg2logT)
for logMsg in self.logMsg2logT:
maxLen = 0
maxLogT = None
for logT in self.logMsg2logT[logMsg]:
if len(logT) > maxLen:
maxLen = len(logT)
maxLogT = logT
self.logMsg2logT[logMsg] = maxLogT
utils.printDict(self.logMsg2logT)
return self.logMsg2logT
def addItems(self, treeItem):
'''
Given a treeItem, if its a folder, it will fetch the contents on the server,
empty the local elements (if it has something already) and it will add whatever
it gets from the server.
It will get only its child elements.
'''
remoteSession = self.getRemoteSession()
theTree = self.getView()
treeItem.setTreeController(self)
rootElement = theTree.topLevelItem(0)
if treeItem == rootElement or treeItem.isDirectory():
treeItem.takeChildren() #Clear whatever was in there, we'll add again
if treeItem == rootElement:
self.hireWorker(self.fetchFolderContents,
rootElement,
0)
elif treeItem.isDirectory():
utils.printDict(treeItem.getItemData())
self.hireWorker(self.fetchFolderContents,
treeItem,
treeItem.getItemData()['directoryID'])
mainView = AppController.getInstance().getMainView()
mainView.statusBar().showMessage(i18n.LABEL_ERROR_REFRESHING_FOLDER)
def parseCfgFile(_path = cfgFilePath, _dbCfg = {}, _globalCfg = {}):
config = ConfigParser.ConfigParser()
config.read(_path)
for k, v in config.items('database'):
_dbCfg[k] = v
for k, v in config.items('global'):
_globalCfg[k] = v
if (int(_globalCfg['debug']) >= int(_globalCfg['debug.info'])):
utils.printDict(_globalCfg, '_globalCfg')
utils.printDict(_dbCfg, '_dbCfg')
def fromHealthy(self):
print("transfomation from healthy recipe to non-healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in healtyDict:
if "butter" in ing["name"] or "sugar" in ing["name"]:
halfquantity = 2
else:
halfquantity = None
need = False
for dep in healtyDict[ing["name"]]["descriptor"]:
if dep not in ing["descriptor"]:
need = True
if need:
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
healtyDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
healtyDict[ing["name"]], ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag and (ing["name"] == "butter" or ing["name"] == "sugar"):
halfquantity = 2
newTemp = self.updateingredForIngredient(
copy.deepcopy(ing), ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag:
newingredientlist.append(ing)
if i == 1:
print(
"can not find anything healthy that can change to something non-healthy"
)
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def toIndian(self):
print("transfomation to make recipe more indian")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
cnt = 0
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in nonIndianDict:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
nonIndianDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
nonIndianDict[ing["name"]], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
elif ing["measurement"][0] in [
"teaspoon", "teaspoons", "taste", "pinch", "dash"
] and cnt < len(mexicanSpicyList):
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(indianSpciyList[cnt]["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
indianSpciyList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
cnt = cnt + 1
if flag:
newingredientlist.append(ing)
if i == 1:
print("can not find anything that can make recipe more indian")
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def fromVegetarian(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
cnt = 0
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
namewords = ing["name"].split()
flag = True
for n in namewords:
if n in nonMeatList and cnt < len(nonMeatSubList):
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonMeatSubList[cnt]["name"]),
ing["name"])
newTemp = self.updateingredForIngredient(
nonMeatSubList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
cnt = cnt + 1
flag = False
break
if flag:
newingredientlist.append(ing)
self.newrecipe["ingredients"] = newingredientlist
if i == 1:
print(
"can not find anything that can change from Vegetarian to Non-Vegetarian"
)
else:
utils.printRecipeNL(self.newrecipe)
def toHealthy(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in nonHealthyDict:
if "butter" in ing["name"] or "sugar" in ing["name"]:
halfquantity = 0.5
else:
halfquantity = None
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
nonHealthyDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
nonHealthyDict[ing["name"]], ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag:
newingredientlist.append(ing)
if i == 1:
print(
"can not find anything non-healthy that can change to something healthy"
)
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def main():
file = open("verbs.txt", "r", encoding='utf-8')
Dict = {}
for line in file:
tokens = utils.extractTokens(line)
t, e, v = utils.parseTokens(tokens)
if e != '':
print(line)
print(tokens)
print(t)
print(e)
print(v)
else:
Dict = utils.includeInDict(v, Dict)
file.close()
for Verb in Dict.keys():
Paradigm = Dict[Verb]['Paradigm']
if Paradigm != '':
for Mood in utils.moodId:
if Mood in Dict[Paradigm]:
Dict[Verb][Mood] = utils.conjugate(Verb, Mood, Paradigm,
Dict)
utils.printDict(Dict)
def DIY(self):
print("transfomation to make recipe easier")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
cnt = 0
for ing in self.newrecipe["ingredients"]:
flag = True
if ing["measurement"][0] in [
"teaspoon", "teaspoons", "taste", "pinch", "dash"
]:
need = True
for cp in commonSpicesList:
if cp in ing["name"]:
need = False
break
if need:
self.newrecipe[
"directions"] = self.removeingredForDirection(
self.newrecipe["directions"], ing["name"])
print("remove" + str(i))
i += 1
print("remove ingredient:")
utils.printDict(ing)
print("\n")
flag = False
cnt = cnt + 1
if flag:
newingredientlist.append(ing)
if i == 1:
print("can not find anything that can make recipe easier")
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def materialReport(items, components, materials):
"""prints list of items and required components and materials"""
print("TO BUILD ITEMS:\n")
items = {utils.productID(itemID): items[itemID] for itemID in items}
utils.printDict(items)
print("\nCOMPONENTS REQUIRED:\n")
utils.printDict(components)
print("\nRAW MATERIALS REQUIRED:\n")
utils.printDict(materials)
market.totalInstantaneousProfits(materials, items)
while True:
select = input(
"press 0: exit this process\npress 1: enter an URL to parse a recipe\n\
press 2: do transformation\npress 3: show old recipe(you can also find the old recipe in ./output/parserOutput.json)\npress 4: show new recipe(to see the complete new recipe of last transformation)(you can also find the new recipe in ./output/newRecipeOutput.json)\n"
)
if select == '1':
url = str(
input("please enter an URL from allrecipe\n\
(default:https://www.allrecipes.com/recipe/232458/pork-chops-with-creamy-scalloped-potatoes/)\n"
))
if len(url.strip()) == 0:
url = 'https://www.allrecipes.com/recipe/232458/pork-chops-with-creamy-scalloped-potatoes/'
test = parser.parser(url, resPath)
test.parserIngredient()
test.parserDirection()
utils.printDict(utils.recipeAddNumber(test.res))
utils.writeDict(utils.recipeAddNumber(test.res), resPath)
utils.printRecipeNL(test.res)
elif select == '2':
if url == None:
print(
"you need to press 1 to enter an URL to parser an recipe first"
)
continue
transfromtest = transfrom.transform(test.res)
tran = input("press 0: exit this process\n\
press 1: change recipe to Vegetarian\n\
press 2: change recipe to Non-Vegetarian\n\
press 3: change recipe to Healthy recipe\n\
press 4: change recipe to Non-healthy recipe\n\
def toVegetarian(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
cnt = 0
i = 1
for ing in self.newrecipe["ingredients"]:
#print (ing)
if ing["name"] == "chicken broth" or ing["name"].find(
"chicken broth") >= 0 or ing["name"].find(
"chicken-broth") >= 0:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonChickenBroh.ing["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
copy.deepcopy(nonChickenBroh.ing), ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
continue
if ing["name"] == "beef broth" or ing["name"].find(
"beef broth") >= 0 or ing["name"].find("beef-broth") >= 0:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonBeefBroh.ing["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
copy.deepcopy(nonBeefBroh.ing), ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
continue
namewords = ing["name"].split()
flag = True
for n in namewords:
if n in meatlist and cnt < len(meatsubList):
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
meatsubList[cnt]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
meatsubList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
cnt = cnt + 1
flag = False
break
if flag:
newingredientlist.append(ing)
self.newrecipe["ingredients"] = newingredientlist
if i == 1:
print(
"can not find anything that can change from Non-Vegetarian to Vegetarian"
)
else:
utils.printRecipeNL(self.newrecipe)