def validbookID(
id): #checks book id > 0 and int and exists (rows in datafile - 1)
try:
id = int(
id) #converts input to int (if string then catches error w/ msg)
if 0 < id < len(database.readFile(database.filename)):
return True
else:
return False
except Exception as e:
return False
def updateFileIn(bookid, bookname): #bookid,bookname,date):
list = database.readFile(filename)
list.sort(reverse=True) ##view most recent first
for i in range(len(list) - 1, 0, -1):
if str(bookid) == str(list[i][0]) and bookname == list[i][1]:
list[i].append(datetoday)
break
list.sort(reverse=True)
file = open(filename + ".txt", "w")
for line in list:
linetowrite = ' '.join(line)
file.write(linetowrite + "\n")
file.close()
def bookSearch(bookname):
filelist = database.readFile(
database.filename) #loads file from database.txt
searchedlist = []
result = "" #list that will have valid books added
for j in range(0, len(filelist)): #iterates through all rows in the file
if filelist[j][
1] == bookname: #and appends the valid rows to searchedlist
searchedlist.append(filelist[j])
searchedlist.insert(0, database.addHeaders(
database.filename)) #adds headers at the start of list
result = (database.printTable(searchedlist)
) #so that the printList func can be used
return result
def getPopList():
loglist = database.readFile(filename)
poplist = [['Title', 'Count']]
del loglist[0] ##removes headers before sorted by popularity
for i in range(0, len(loglist)):
count = 0
for j in range(0, len(poplist)):
if loglist[i][1] == poplist[j][0]:
poplist[j][1] = int(poplist[j][1]) + 1
break
else:
count += 1
if count == len(poplist):
poplist.append([loglist[i][1], '1'])
break
del poplist[0]
poplist.sort(key=getCount, reverse=True)
poplist.insert(0, ['Title', 'Count'])
result = poplist
return result
def bookReturn(bookid):
try:
list = database.readFile(database.filename)
bookid = int(bookid)
if 0 < bookid < len(list): #not using a function for validation
for line in list:
if line[0] == str(bookid):
booktitle = line[1]
if line[4] == str(-1):
return ("That book is currently not taken out")
else:
database.updateFile(bookid, -1)
booklist.updateFileIn(bookid, booktitle)
return ("Returned book with ID \'%s\'" % (bookid))
else:
return ("\'" + str(bookid) + "\' isn't a valid book ID"
) ##non-existing int id
except Exception as e:
return ("\'" + str(bookid) + "\' isn't a valid book ID") ##non int id
def getScores():
highscore_data = readFile("highscore.txt")
scores = json.loads(highscore_data)
return scores
def bookTitle(id):
booklist = []
booklist = database.readFile(database.filename)
for line in booklist:
if line[0] == str(id):
return line[1]
def bookStatus(id):
booklist = []
booklist = database.readFile(database.filename)
for line in booklist:
if line[0] == str(id):
return int(line[4])
# agar sinonim tidak menggunakan memmory yang berlebih hasil sinonim di generate dengan yield
def getSinonimKata(pertanyaan):
global tempDict
listkata = pertanyaan.split()
listsinonim = []
for kata in listkata:
listsinonim.append(database.getSinonim(tempDict, kata))
for element in itertools.product(*listsinonim):
yield (" ".join(element))
if __name__ == "__main__":
if(len(sys.argv) == 3):
mode = sys.argv[1]
questionList = database.readFile('modifiedQuestion.txt')
question = sys.argv[2]
temp = getSinonimKata(question)
if(mode.lower() == 'bm'):
for word in temp:
if (searchWithBM(questionList,word) != None):
print(searchWithBM(questionList,word)[1])
break
elif(mode.lower() == 'kmp'):
for word in temp:
if (searchWithKMP(questionList,word) != None):
print(searchWithKMP(questionList,word)[1])
break
elif(mode.lower() == 'regex'):
for word in temp:
if (searchWithRegEx(questionList,word) != None):
async def on_ready():
print('Ready.')
database.readFile()