def decodeMethod(self):
index = self.cipherTypes.currentIndex()
text = encode(self.textInput.text())
key = self.keyInput.text()
if index==0:
if not key.isnumeric(): self.popError('Specify an Integer Key please')
else: ciphertext = text.decode_caesar(int(key))
elif index==1:
if not key.isalpha(): self.popError('Specify a valid KeyWord please')
else: ciphertext = text.decode_vigenere(key)
elif index==2:
if not key.isnumeric(): self.popError('Specify an Integer Key please')
else: ciphertext = text.decode_matrix(int(key))
elif index==3:
if not key.isalpha(): self.popError('Specify a valid KeyWord please')
else: ciphertext = text.decode_porta(key)
elif index==4:
if not key.isalnum() or not len(key) == 36: self.popError('Specify a valid (36 digit) HashKey please')
else: ciphertext = text.decode_ADFGVX(key)
else:
ciphertext = ''
try:
self.textOut.setText(ciphertext)
except:
pass
import hashing
import pandas as pd
# This test works on hashing.py, using the program to add or modify a row to the csv file storing user information
# Replace these values with the desired information to be implemented into the CSV file:
row = 1 # Indices for rows start at 1
name = "Will Greene"
username = "******"
password = "******"
email = "*****@*****.**"
role = "P" # Can be S for student, or P for Professor
# Replace path below with the current location of the Users.csv file
loginInfo = pd.read_csv("C:/Users/benha/Documents/CMSC 447 Project/Users.csv")
loginInfo.at[row, 'Name'] = name
loginInfo.at[row, 'Role'] = role
loginInfo.at[row, 'Username'] = username
loginInfo.at[
row,
'Password'] = password # This is done so that passwords can be found by developers for use in
# Testing. This column will be removed in the final iteration.
loginInfo.at[row, 'Email'] = email
hashing.encode(password, row, loginInfo)
# Open the CSV file to see your output!
def addStudent(course, section, email, firstName, lastName, userName):
# Checks if the email currently exists in the system
userExists = loginInfo['Email'].isin([email]).any()
if isinstance(firstName, int) or isinstance(lastName, int):
return -1
# If the user exists, attempts to add the student to the system
if userExists:
# Obtains the current class lists and sections of the user
rowNumber = int(loginInfo[loginInfo['Email'] == email].index[0])
classes = str(loginInfo.at[rowNumber, 'Classes'])
sections = str(loginInfo.at[rowNumber, 'Sections'])
classes = list(classes.split(","))
sections = list(sections.split(","))
# If the user had no classes, clears the list
if "NA" in classes:
classes.remove("NA")
if "NA" in sections:
sections.remove("NA")
# If the user had one class, convers the class and section numbers from floats to integers
for i in range(len(classes)):
if classes[i].endswith('.0'):
classes[i] = classes[i].replace('.0', '')
if sections[i].endswith('.0'):
sections[i] = sections[i].replace('.0', '')
# Ensures that the section and class are not duplicated
for i in range(len(classes)):
if str(classes[i]) == str(course):
if str(sections[i]) == str(section):
return -2
# Adds the new class to the list, and saves it to the file
classes.append(str(course))
classes = ",".join(classes)
loginInfo.at[rowNumber, 'Classes'] = classes
# Adds the new section to the list, and saves it to the file
sections.append(str(section))
sections = ",".join(sections)
loginInfo.at[rowNumber, 'Sections'] = sections
# Saves the csv
loginInfo.to_csv("C:/Users/benha/Documents/CMSC 447 Project/Users.csv",
mode='w',
index=False)
return 1
else:
password = randint(10000000, 99999999)
name = firstName + " " + lastName
loginInfo.loc[len(loginInfo.index)] = [
name, 'S', userName,
str(password), 1, email, course, section
]
rowNumber = int(loginInfo[loginInfo['Email'] == email].index[0])
hashing.encode(str(password), rowNumber, loginInfo)
return 1
return -1