commit d6d2c19542b4821a78b956662dfc957b3e258ea2
parent c6a003988d1aaa8db7a32673a884bf6168bc8fa6
Author: therealFIGBERT <naomi@FIGBERT-Mini.local>
Date: Sun, 7 Jul 2019 21:42:45 -1000
Adding three additional cross-platform encryption/decryption options, updating the buttons and color theme of the MacOS script, syncronizing the graphic loading system across platforms, and other miscellanious changes
Diffstat:
6 files changed, 421 insertions(+), 43 deletions(-)
diff --git a/MacOS/decrypt.py b/MacOS/decrypt.py
@@ -37,4 +37,37 @@ def rsa_dec(target_file_raw, save_folder, passkey):
with open(file_to_decrypt, 'wb') as write_file:
write_file.write(original_message)
with open(symmetric_key_source, 'wb') as symmetric_file:
+ symmetric_file.write(symmetric_key_data)
+
+def weak_dec(target_file_raw, save_folder):
+ target_file_list = target_file_raw.split(":")
+ if save_folder[-1] != '/':
+ save_folder += '/'
+ private_key_source = save_folder + 'private_key.pem'
+ symmetric_key_source = save_folder + 'symmetric_key.key'
+ for target_file in target_file_list:
+ with open(private_key_source, 'rb') as private_key_file:
+ private_key = serialization.load_pem_private_key(
+ private_key_file.read(),
+ password=None,
+ backend=default_backend()
+ )
+ with open(symmetric_key_source, 'rb') as symmetric_key_file:
+ encoded_key_data = symmetric_key_file.read()
+ symmetric_key_data = private_key.decrypt(
+ encoded_key_data,
+ padding.OAEP(
+ mgf=padding.MGF1(algorithm=hashes.SHA256()),
+ algorithm=hashes.SHA256(),
+ label=None
+ )
+ )
+ symmetric_key = Fernet(symmetric_key_data)
+ file_to_decrypt = target_file
+ with open(file_to_decrypt, 'rb') as read_file:
+ encrypted_data = read_file.read()
+ original_message = symmetric_key.decrypt(encrypted_data)
+ with open(file_to_decrypt, 'wb') as write_file:
+ write_file.write(original_message)
+ with open(symmetric_key_source, 'wb') as symmetric_file:
symmetric_file.write(symmetric_key_data)
\ No newline at end of file
diff --git a/MacOS/figENC_MacOS.py b/MacOS/figENC_MacOS.py
@@ -1,6 +1,8 @@
from initiate_key import rsa_key
+from initiate_key import weak_key
from encrypt import rsa_enc
from decrypt import rsa_dec
+from decrypt import weak_dec
import tkinter as tk
from os import makedirs
from os import path as Path
@@ -10,130 +12,272 @@ def setup(mode):
mode = mode[0]
global crypto_mode
if mode == 0:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
passcode_label.pack_forget()
passcode_instructions.pack_forget()
passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
file_label.config(text="Filepath/s to the file/s to encrypt")
file_label.pack()
file_instructions.pack()
file_input.pack(fill='x')
+ passcode_frame.pack(fill="both")
passcode_label.config(text="Set private key passcode")
passcode_label.pack()
passcode_instructions.config(text="CRITICAL: DO NOT FORGET YOUR PASSCODE.\nWITHOUT IT, YOUR DATA WILL BE LOST.")
passcode_instructions.pack()
passcode_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Save location for keys")
save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Encrypt file/s")
- submit.pack()
+ submit.pack(pady="10")
crypto_mode = "key_enc"
elif mode == 1:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
file_label.config(text="Filepath/s to the file/s to encrypt")
file_label.pack()
file_instructions.pack()
file_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Save location for keys")
+ save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Encrypt file/s")
+ submit.pack(pady="10")
+ crypto_mode = "weak_key_enc"
+ elif mode == 2:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
passcode_label.pack_forget()
passcode_instructions.pack_forget()
passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
+ file_label.config(text="Filepath/s to the file/s to encrypt")
+ file_label.pack()
+ file_instructions.pack()
+ file_input.pack(fill='x')
+ save.pack(fill="both")
save_label.config(text="Key location")
save_label.pack()
save_instructions.config(text="Filepath to matching key trio")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Encrypt file/s")
- submit.pack()
+ submit.pack(pady="10")
crypto_mode = "enc"
- elif mode == 2:
+ elif mode == 3:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
passcode_label.pack_forget()
passcode_instructions.pack_forget()
passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
file_label.config(text="Filepath/s to the file/s to decrypt")
file_label.pack()
file_instructions.pack()
file_input.pack(fill='x')
+ passcode_frame.pack(fill="both")
passcode_label.config(text="Private key passcode")
passcode_label.pack()
passcode_instructions.config(text="Passcode must be the same passcode used when the keys were created")
passcode_instructions.pack()
passcode_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Key location")
save_label.pack()
- save_instructions.config(text="Location of the stored keys")
+ save_instructions.config(text="Filepath to matching key trio")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Decrypt file/s")
- submit.pack()
+ submit.pack(pady="10")
crypto_mode = "dec"
- elif mode == 3:
+ elif mode == 4:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
passcode_label.pack_forget()
passcode_instructions.pack_forget()
passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
+ file_label.config(text="Filepath/s to the file/s to decrypt")
+ file_label.pack()
+ file_instructions.pack()
+ file_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Key location")
+ save_label.pack()
+ save_instructions.config(text="Filepath to matching key trio")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Decrypt file/s")
+ submit.pack(pady="10")
+ crypto_mode = "weak_dec"
+ elif mode == 5:
+ file_frame.pack_forget()
file_label.pack_forget()
file_instructions.pack_forget()
file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ passcode_frame.pack(fill="both")
passcode_label.config(text="Set private key passcode")
passcode_label.pack()
passcode_instructions.config(text="CRITICAL: DO NOT FORGET YOUR PASSCODE.\nWITHOUT IT, YOUR DATA WILL BE LOST.")
passcode_instructions.pack()
passcode_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Save location for keys")
save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Create keys")
- submit.pack()
+ submit.pack(pady="10")
crypto_mode = "just_key"
+ elif mode == 6:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ save.pack(fill="both")
+ save_label.config(text="Save location for keys")
+ save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Create keys")
+ submit.pack(pady="10")
+ crypto_mode = "weak_key"
def go(mode, save_folder, target_file, passkey=None):
if mode == "key_enc":
rsa_key(passkey, save_folder)
rsa_enc(target_file, save_folder)
+ elif mode == "weak_key_enc":
+ weak_key(save_folder)
+ rsa_enc(target_file, save_folder)
elif mode == "enc":
rsa_enc(target_file, save_folder)
elif mode == "dec":
rsa_dec(target_file, save_folder, passkey)
+ elif mode == "weak_dec":
+ weak_dec(target_file, save_folder)
elif mode == "just_key":
rsa_key(passkey, save_folder)
+ elif mode == "weak_key":
+ weak_key(save_folder)
root = tk.Tk()
root.wm_title("figENC")
canvas = tk.Canvas(root, height=700, width=500)
canvas.pack()
-frame = tk.Frame(root, bg='white')
+frame = tk.Frame(root, bg="#1A181C")
frame.place(relwidth=1, relheight=1)
-header = tk.Label(frame, text="figENC\nIndustry leading encryption by FIGBERT", bg="gray", fg="black", justify="center", font=("Arial", "24"), relief=tk.GROOVE)
-header.pack(fill="x", side="top", ipady="5")
+header = tk.Label(frame, text="figENC", justify="center", font=("Arial", "24"), bg="#643181", fg="#B494C7")
+subheader = tk.Label(frame, text="Industry leading encryption by FIGBERT", justify="center", font=("Arial", "18"), bg="#643181", fg="#B494C7", pady="5")
+header.pack(fill="x", side="top")
+subheader.pack(fill="x", side="top")
-action = tk.Frame(frame, bg="white")
+action = tk.Frame(frame, bg="#1A181C", pady="5")
action.pack(fill='both')
-action_label = tk.Label(action, text="Action:", bg="white", justify='left', font=("Arial", "14"))
+action_label = tk.Label(action, text="Action:", bg="#1A181C", fg="#ACA0B2", justify='left', font=("Arial", "14"))
action_label.pack()
-action_list = tk.Listbox(action, bg="white", selectmode="single", font=("Arial", "12"), height=4, bd=1, relief=tk.SUNKEN)
-action_list.insert(1, "Encrypt with fresh keys")
-action_list.insert(2, "Encrypt with generated keys")
-action_list.insert(3, "Decrypt with generated keys")
-action_list.insert(4, "Only create fresh keys")
-action_list.pack(fill='both')
-submit_action = tk.Button(action, text="Begin Process", font=("Arial", "12"), command=lambda: setup(action_list.curselection()))
+action_list = tk.Listbox(action, bg="#1A181C", fg="#b494C7", selectbackground="#643181", selectmode="single", font=("Arial", "12"), height=7, bd=1, relief=tk.SUNKEN)
+action_list.insert(1, "Encrypt with fresh keys (password locked)")
+action_list.insert(2, "Encrypt with fresh keys (no password)")
+action_list.insert(3, "Encrypt with generated keys")
+action_list.insert(4, "Decrypt with generated keys (password locked)")
+action_list.insert(5, "Decrypt with generated keys (no password)")
+action_list.insert(6, "Only create fresh keys (password locked)")
+action_list.insert(7, "Only create fresh keys (no password)")
+action_list.pack(fill='both', pady="10")
+submit_action = tk.Button(action, text="Begin Process", command=lambda: setup(action_list.curselection()), font=("Arial", "12"), fg="#643181", highlightthickness=0, highlightbackground="#1A181C", pady="3")
submit_action.pack()
-step_two =tk.Frame(frame, bg="white")
+step_two = tk.Frame(frame, bg="#1A181C")
step_two.pack(fill="both")
-modifiers = tk.Frame(step_two, bg="white")
-modifiers.pack(fill="both")
-file_label = tk.Label(modifiers, text="If you see this, the app broke", font=("Arial", "14"))
-file_instructions = tk.Label(modifiers, text="Separate filepaths with colons (:)", font=("Arial", "11"))
-file_input = tk.Entry(modifiers, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN)
-passcode_label = tk.Label(modifiers, text="If you see this, the app broke", font=("Arial", "14"))
-passcode_instructions = tk.Label(modifiers, text="If you see this, the app broke", font=("Arial", "11"))
-passcode_input = tk.Entry(modifiers, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN, show="*")
+file_frame = tk.Frame(step_two, bg="#1A181C", pady="8")
+file_label = tk.Label(file_frame, text="If you see this, the app broke", font=("Arial", "14"), bg="#1A181C", fg="#ACA0B2")
+file_instructions = tk.Label(file_frame, text="Separate filepaths with colons (:)", font=("Arial", "11"), bg="#1A181C", fg="#B494C7")
+file_input = tk.Entry(file_frame, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN, bg="#1A181C", fg="#ACA0B2", borderwidth=0.5, insertbackground="#ACA0B2")
+passcode_frame = tk.Frame(step_two, bg="#1A181C", pady="8")
+passcode_label = tk.Label(passcode_frame, text="If you see this, the app broke", font=("Arial", "14"), bg="#1A181C", fg="#ACA0B2")
+passcode_instructions = tk.Label(passcode_frame, text="If you see this, the app broke", font=("Arial", "11"), bg="#1A181C", fg="#B494C7")
+passcode_input = tk.Entry(passcode_frame, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN, show="*", bg="#1A181C", fg="#ACA0B2", borderwidth=0.5, insertbackground="#ACA0B2")
-save = tk.Frame(step_two, bg='white')
-save.pack(fill='both')
-save_label = tk.Label(save, text="Save location for keys", font=("Arial", "14"))
-save_instructions = tk.Label(save, text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten", font=("Arial", "11"))
-save_input = tk.Entry(save, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN)
-submit = tk.Button(save, text="If you see this, the app broke", font=("Arial", "12"), command=lambda: go(mode=crypto_mode, save_folder=save_input.get(), target_file=file_input.get(), passkey=passcode_input.get()))
+save = tk.Frame(step_two, bg="#1A181C", pady="8")
+save_label = tk.Label(save, text="Save location for keys", font=("Arial", "14"), bg="#1A181C", fg="#ACA0B2")
+save_instructions = tk.Label(save, text="If you see this, the app broke", font=("Arial", "11"), bg="#1A181C", fg="#B494C7")
+save_input = tk.Entry(save, font=("Arial", "12"), justify=tk.CENTER, textvariable=tk.StringVar, relief=tk.SUNKEN, bg="#1A181C", fg="#ACA0B2", borderwidth=0.5, insertbackground="#ACA0B2")
+submit = tk.Button(save, text="If you see this, the app broke", font=("Arial", "12"), command=lambda: go(mode=crypto_mode, save_folder=save_input.get(), target_file=file_input.get(), passkey=passcode_input.get()), fg="#643181", highlightthickness=0, highlightbackground="#1A181C", pady="3")
root.mainloop()
\ No newline at end of file
diff --git a/MacOS/initiate_key.py b/MacOS/initiate_key.py
@@ -17,7 +17,6 @@ def rsa_key(passkey, savefolder):
)
# Generating the public key object for use decrypting the symmetric key
public_key = private_key.public_key()
- # Collecting user input to add a password to the private key for additional security
private_key_passcode = passkey
# Turning the private key object to readable text for export
private_key_text = private_key.private_bytes(
@@ -42,4 +41,41 @@ def rsa_key(passkey, savefolder):
with open(public_key_file, 'wb') as public_file:
public_file.write(public_key_text)
with open(symmetric_key_file, 'wb') as symmetric_file:
+ symmetric_file.write(symmetric_key)
+
+#weak_key() generates a symmetric key as well as a public and private key
+def weak_key(savefolder):
+ # Generating the symmetric key for use encrypting the file
+ symmetric_key = Fernet.generate_key()
+ # Generating the private key object for use encrypting the symmetric key
+ private_key = rsa.generate_private_key(
+ public_exponent=65537,
+ key_size=4096,
+ backend=default_backend()
+ )
+ # Generating the public key object for use decrypting the symmetric key
+ public_key = private_key.public_key()
+ # Turning the private key object to readable text for export
+ private_key_text = private_key.private_bytes(
+ encoding=serialization.Encoding.PEM,
+ format=serialization.PrivateFormat.PKCS8,
+ encryption_algorithm=serialization.NoEncryption()
+ )
+ # Turning the public key object to readable text for export
+ public_key_text = public_key.public_bytes(
+ encoding=serialization.Encoding.PEM,
+ format=serialization.PublicFormat.SubjectPublicKeyInfo
+ )
+ # Checking the validity of the filepath provided
+ if savefolder[-1] != '/':
+ savefolder += '/'
+ # Writing the keys to their respective files
+ private_key_file = savefolder + 'private_key.pem'
+ public_key_file = savefolder + 'public_key.pem'
+ symmetric_key_file = savefolder + 'symmetric_key.key'
+ with open(private_key_file, 'wb') as private_file:
+ private_file.write(private_key_text)
+ with open(public_key_file, 'wb') as public_file:
+ public_file.write(public_key_text)
+ with open(symmetric_key_file, 'wb') as symmetric_file:
symmetric_file.write(symmetric_key)
\ No newline at end of file
diff --git a/Windows/decrypt.py b/Windows/decrypt.py
@@ -37,4 +37,37 @@ def rsa_dec(target_file_raw, save_folder, passkey):
with open(file_to_decrypt, 'wb') as write_file:
write_file.write(original_message)
with open(symmetric_key_source, 'wb') as symmetric_file:
+ symmetric_file.write(symmetric_key_data)
+
+def weak_dec(target_file_raw, save_folder):
+ target_file_list = target_file_raw.split(":")
+ if save_folder[-1] != '/':
+ save_folder += '/'
+ private_key_source = save_folder + 'private_key.pem'
+ symmetric_key_source = save_folder + 'symmetric_key.key'
+ for target_file in target_file_list:
+ with open(private_key_source, 'rb') as private_key_file:
+ private_key = serialization.load_pem_private_key(
+ private_key_file.read(),
+ password=None,
+ backend=default_backend()
+ )
+ with open(symmetric_key_source, 'rb') as symmetric_key_file:
+ encoded_key_data = symmetric_key_file.read()
+ symmetric_key_data = private_key.decrypt(
+ encoded_key_data,
+ padding.OAEP(
+ mgf=padding.MGF1(algorithm=hashes.SHA256()),
+ algorithm=hashes.SHA256(),
+ label=None
+ )
+ )
+ symmetric_key = Fernet(symmetric_key_data)
+ file_to_decrypt = target_file
+ with open(file_to_decrypt, 'rb') as read_file:
+ encrypted_data = read_file.read()
+ original_message = symmetric_key.decrypt(encrypted_data)
+ with open(file_to_decrypt, 'wb') as write_file:
+ write_file.write(original_message)
+ with open(symmetric_key_source, 'wb') as symmetric_file:
symmetric_file.write(symmetric_key_data)
\ No newline at end of file
diff --git a/Windows/figENC_Windows.py b/Windows/figENC_Windows.py
@@ -1,6 +1,8 @@
from initiate_key import rsa_key
+from initiate_key import weak_key
from encrypt import rsa_enc
from decrypt import rsa_dec
+from decrypt import weak_dec
import tkinter as tk
crypto_mode = ""
@@ -35,6 +37,7 @@ def setup(mode):
save.pack(fill="both")
save_label.config(text="Save location for keys")
save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Encrypt file/s")
@@ -60,14 +63,43 @@ def setup(mode):
file_instructions.pack()
file_input.pack(fill='x')
save.pack(fill="both")
+ save_label.config(text="Save location for keys")
+ save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Encrypt file/s")
+ submit.pack(pady="10")
+ crypto_mode = "weak_key_enc"
+ elif mode == 2:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
+ file_label.config(text="Filepath/s to the file/s to encrypt")
+ file_label.pack()
+ file_instructions.pack()
+ file_input.pack(fill='x')
+ save.pack(fill="both")
save_label.config(text="Key location")
save_label.pack()
+ save_instructions.config(text="Filepath to matching key trio")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Encrypt file/s")
submit.pack(pady="10")
crypto_mode = "enc"
- elif mode == 2:
+ elif mode == 3:
file_frame.pack_forget()
file_label.pack_forget()
file_instructions.pack_forget()
@@ -95,12 +127,41 @@ def setup(mode):
save.pack(fill="both")
save_label.config(text="Key location")
save_label.pack()
+ save_instructions.config(text="Filepath to matching key trio")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Decrypt file/s")
submit.pack(pady="10")
crypto_mode = "dec"
- elif mode == 3:
+ elif mode == 4:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ file_frame.pack(fill="both")
+ file_label.config(text="Filepath/s to the file/s to decrypt")
+ file_label.pack()
+ file_instructions.pack()
+ file_input.pack(fill='x')
+ save.pack(fill="both")
+ save_label.config(text="Key location")
+ save_label.pack()
+ save_instructions.config(text="Filepath to matching key trio")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Decrypt file/s")
+ submit.pack(pady="10")
+ crypto_mode = "weak_dec"
+ elif mode == 5:
file_frame.pack_forget()
file_label.pack_forget()
file_instructions.pack_forget()
@@ -123,22 +184,53 @@ def setup(mode):
save.pack(fill="both")
save_label.config(text="Save location for keys")
save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
save_instructions.pack()
save_input.pack(fill="both")
submit.config(text="Create keys")
submit.pack(pady="10")
crypto_mode = "just_key"
+ elif mode == 6:
+ file_frame.pack_forget()
+ file_label.pack_forget()
+ file_instructions.pack_forget()
+ file_input.pack_forget()
+ passcode_frame.pack_forget()
+ passcode_label.pack_forget()
+ passcode_instructions.pack_forget()
+ passcode_input.pack_forget()
+ save.pack_forget()
+ save_label.pack_forget()
+ save_instructions.pack_forget()
+ save_input.pack_forget()
+ submit.pack_forget()
+ save.pack(fill="both")
+ save_label.config(text="Save location for keys")
+ save_label.pack()
+ save_instructions.config(text="Save the keys to an empty folder, and store them somewhere secure\nIf other key files exist in the same folder, they will be overwritten")
+ save_instructions.pack()
+ save_input.pack(fill="both")
+ submit.config(text="Create keys")
+ submit.pack(pady="10")
+ crypto_mode = "weak_key"
def go(mode, save_folder, target_file, passkey=None):
if mode == "key_enc":
rsa_key(passkey, save_folder)
rsa_enc(target_file, save_folder)
+ elif mode == "weak_key_enc":
+ weak_key(save_folder)
+ rsa_enc(target_file, save_folder)
elif mode == "enc":
rsa_enc(target_file, save_folder)
elif mode == "dec":
rsa_dec(target_file, save_folder, passkey)
+ elif mode == "weak_dec":
+ weak_dec(target_file, save_folder)
elif mode == "just_key":
rsa_key(passkey, save_folder)
+ elif mode == "weak_key":
+ weak_key(save_folder)
root = tk.Tk()
root.wm_title("figENC")
@@ -156,16 +248,19 @@ action = tk.Frame(frame, bg="#1A181C", pady="5")
action.pack(fill='both')
action_label = tk.Label(action, text="Action:", justify='left', font=("Arial", "14"), bg="#1A181C", fg="#ACA0B2")
action_label.pack()
-action_list = tk.Listbox(action, selectmode="single", font=("Arial", "12"), height=4, bd=1, relief=tk.SUNKEN, bg="#1A181C", fg="#B494C7", selectbackground="#643181")
-action_list.insert(1, "Encrypt with fresh keys")
-action_list.insert(2, "Encrypt with generated keys")
-action_list.insert(3, "Decrypt with generated keys")
-action_list.insert(4, "Only create fresh keys")
+action_list = tk.Listbox(action, selectmode="single", font=("Arial", "12"), height=7, bd=1, relief=tk.SUNKEN, bg="#1A181C", fg="#B494C7", selectbackground="#643181")
+action_list.insert(1, "Encrypt with fresh keys (password locked)")
+action_list.insert(2, "Encrypt with fresh keys (no password)")
+action_list.insert(3, "Encrypt with generated keys")
+action_list.insert(4, "Decrypt with generated keys (password locked)")
+action_list.insert(5, "Decrypt with generated keys (no password)")
+action_list.insert(6, "Only create fresh keys (password locked)")
+action_list.insert(7, "Only create fresh keys (no password)")
action_list.pack(fill='both', pady="10")
submit_action = tk.Button(action, text="Begin Process", font=("Arial", "12"), command=lambda: setup(action_list.curselection()), bg="#643181", fg="#B494C7")
submit_action.pack()
-step_two =tk.Frame(frame, bg="#1A181C")
+step_two = tk.Frame(frame, bg="#1A181C")
step_two.pack(fill="both")
file_frame = tk.Frame(step_two, bg="#1A181C", pady="8")
diff --git a/Windows/initiate_key.py b/Windows/initiate_key.py
@@ -42,4 +42,41 @@ def rsa_key(passkey, savefolder):
with open(public_key_file, 'wb') as public_file:
public_file.write(public_key_text)
with open(symmetric_key_file, 'wb') as symmetric_file:
+ symmetric_file.write(symmetric_key)
+
+#weak_key() generates a symmetric key as well as a public and private key
+def weak_key(savefolder):
+ # Generating the symmetric key for use encrypting the file
+ symmetric_key = Fernet.generate_key()
+ # Generating the private key object for use encrypting the symmetric key
+ private_key = rsa.generate_private_key(
+ public_exponent=65537,
+ key_size=4096,
+ backend=default_backend()
+ )
+ # Generating the public key object for use decrypting the symmetric key
+ public_key = private_key.public_key()
+ # Turning the private key object to readable text for export
+ private_key_text = private_key.private_bytes(
+ encoding=serialization.Encoding.PEM,
+ format=serialization.PrivateFormat.PKCS8,
+ encryption_algorithm=serialization.NoEncryption()
+ )
+ # Turning the public key object to readable text for export
+ public_key_text = public_key.public_bytes(
+ encoding=serialization.Encoding.PEM,
+ format=serialization.PublicFormat.SubjectPublicKeyInfo
+ )
+ # Checking the validity of the filepath provided
+ if savefolder[-1] != '/':
+ savefolder += '/'
+ # Writing the keys to their respective files
+ private_key_file = savefolder + 'private_key.pem'
+ public_key_file = savefolder + 'public_key.pem'
+ symmetric_key_file = savefolder + 'symmetric_key.key'
+ with open(private_key_file, 'wb') as private_file:
+ private_file.write(private_key_text)
+ with open(public_key_file, 'wb') as public_file:
+ public_file.write(public_key_text)
+ with open(symmetric_key_file, 'wb') as symmetric_file:
symmetric_file.write(symmetric_key)
\ No newline at end of file
