finished product without tests yet

This commit is contained in:
yanvoi 2024-05-26 15:34:09 +02:00
parent 5599850c59
commit 673a455ada
5 changed files with 149 additions and 20 deletions

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@ -1 +1,8 @@
# HasswordManager
A simple password manager that uses a master password to encrypt and decrypt passwords. \
The master password is hashed with salt and pepper. \
The passwords are stored encrypted in sqlite3 database and are decrypted only when needed.
## Authors:
- Jan Wojciechowski
- Sebastian Jerzykiewicz

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@ -51,7 +51,7 @@ create_mpass conn = do
create_mpass conn
Ut.TooShort -> do
Ut.set_red
putStrLn "Password is too short!!!\n"
putStrLn "Password is too short (min 8 symbols)!!!\n"
Ut.reset_color
create_mpass conn
Ut.Empty -> do
@ -62,7 +62,7 @@ create_mpass conn = do
input_new_valid_mpass :: IO (Ut.MasterPasswordValidationCases)
input_new_valid_mpass = do
(password1:password2:_) <- sequence [putStrLn "Please Enter new MASTER PASSWORD:" >> Ut.get_password, putStrLn "Confirm password:" >> Ut.get_password]
(password1:password2:_) <- sequence [putStrLn "Please Enter new MASTER PASSWORD:" >> Ut.get_password, putStrLn "Enter the password again:" >> Ut.get_password]
return $ Ut.validate_password password1 password2
open_hassword_book :: Connection -> IO (String)
@ -83,10 +83,10 @@ get_action_choice :: IO (Ut.ActionChoice)
get_action_choice = do
putStrLn "\nWhat would you like to do?"
putStrLn "1. List all entries"
putStrLn "2. Copy entry password"
putStrLn "2. Copy an entry password"
putStrLn "3. Add a new entry"
putStrLn "4. Delete an entry"
putStrLn "5. Update an entry"
putStrLn "5. Update an entry password"
putStrLn "6. Change Master Password"
putStrLn "7. Close the application"
choice <- getLine
@ -105,25 +105,64 @@ application_loop conn mpass = do
choice <- get_action_choice
case choice of
Ut.ListAllEntries -> do
list_all_entries conn
application_loop conn mpass
entries <- Db.get_all_entries conn
if null entries
then do
Ut.clear_screen
Ut.set_red
putStrLn "No entries to list!!!"
Ut.reset_color
application_loop conn mpass
else do
list_all_entries conn
application_loop conn mpass
Ut.CopyEntryPassword -> do
copy_entry_pass conn mpass
application_loop conn mpass
entries <- Db.get_all_entries conn
if null entries
then do
Ut.clear_screen
Ut.set_red
putStrLn "No entries to copy a password from!!!"
Ut.reset_color
application_loop conn mpass
else do
copy_entry_pass conn mpass
application_loop conn mpass
Ut.AddNewEntry -> do
add_entry conn mpass
application_loop conn mpass
Ut.DeleteEntry -> do
delete_entry conn
application_loop conn mpass
entries <- Db.get_all_entries conn
if null entries
then do
Ut.clear_screen
Ut.set_red
putStrLn "No entries to delete!!!"
Ut.reset_color
application_loop conn mpass
else do
delete_entry conn
application_loop conn mpass
Ut.UpdateEntry -> do
update_entry conn mpass
application_loop conn mpass
entries <- Db.get_all_entries conn
if null entries
then do
Ut.clear_screen
Ut.set_red
putStrLn "No entries to update!!!"
Ut.reset_color
application_loop conn mpass
else do
update_entry conn mpass
application_loop conn mpass
Ut.ChangeMasterPassword -> do
return ()
mpass <- change_mpass conn mpass
application_loop conn mpass
Ut.InvalidAction -> do
Ut.clear_screen
Ut.set_red
putStrLn "Invalid choice!!!"
Ut.reset_color
application_loop conn mpass
Ut.Exit -> do
return ()
@ -145,10 +184,12 @@ copy_entry_pass conn mpass = do
Just (service, login) -> do
entry <- Db.get_entry conn (T.pack service) (T.pack login)
setClipboard (Cr.decrypt' mpass (T.unpack $ Db.entryPassword entry))
Ut.clear_screen
Ut.set_green
putStrLn "Password copied to clipboard!!!"
Ut.reset_color
Nothing -> do
Ut.clear_screen
Ut.set_red
putStrLn "Invalid entry ID!!!"
Ut.reset_color
@ -156,13 +197,15 @@ copy_entry_pass conn mpass = do
add_entry :: Connection -> String -> IO ()
add_entry conn mpass = do
putStrLn "Please Enter the service name:"
Ut.clear_screen
putStrLn "Please Enter the service name for the new entry:"
service <- getLine
putStrLn "Please Enter the login:"
putStrLn "Please Enter the login for the new entry:"
login <- getLine
entry_exists <- Db.entry_already_exists conn (T.pack service) (T.pack login)
if entry_exists
then do
Ut.clear_screen
Ut.set_red
putStrLn "Entry already exists!!!"
Ut.reset_color
@ -171,6 +214,10 @@ add_entry conn mpass = do
putStrLn "Please Enter the password:"
password <- Ut.get_password
Db.add_entry conn (T.pack service) (T.pack login) (T.pack (Cr.encrypt' mpass password))
Ut.clear_screen
Ut.set_green
putStrLn "Entry added successfully!!!"
Ut.reset_color
update_entry :: Connection -> String -> IO ()
update_entry conn mpass = do
@ -183,7 +230,12 @@ update_entry conn mpass = do
putStrLn "Please Enter the new password:"
password <- Ut.get_password
Db.update_entry conn (T.pack service) (T.pack login) (T.pack (Cr.encrypt' mpass password))
Ut.clear_screen
Ut.set_green
putStrLn "Entry updated successfully!!!"
Ut.reset_color
Nothing -> do
Ut.clear_screen
Ut.set_red
putStrLn "Invalid entry ID!!!"
Ut.reset_color
@ -197,8 +249,56 @@ delete_entry conn = do
case result of
Just (service, login) -> do
Db.delete_entry conn (T.pack service) (T.pack login)
Ut.clear_screen
Ut.set_green
putStrLn "Entry deleted successfully!!!"
Ut.reset_color
Nothing -> do
Ut.clear_screen
Ut.set_red
putStrLn "Invalid entry ID!!!"
Ut.reset_color
return ()
change_mpass :: Connection -> String -> IO (String)
change_mpass conn mpass = do
putStrLn "Please Enter your current MASTER PASSWORD:"
current_mpass <- Ut.get_password
mpass_valid <- Db.check_if_mpass_valid conn (Cr.hash' $ fromString current_mpass)
if mpass_valid
then do
res <- input_new_valid_mpass
case res of
Ut.Valid new_mpass -> do
Db.insert_new_mpass conn (Cr.hash' $ fromString new_mpass)
entries <- Db.get_all_entries conn
mapM_ (\entry -> Db.update_entry conn (Db.entryService entry) (Db.entryLogin entry) (T.pack (Cr.encrypt' new_mpass (Cr.decrypt' mpass (T.unpack (Db.entryPassword entry)))))) entries
Ut.clear_screen
Ut.set_green
putStrLn "Master Password changed successfully!!!\n"
Ut.reset_color
return new_mpass
Ut.DoNotMatch -> do
Ut.clear_screen
Ut.set_red
putStrLn "Passwords do not match!!!\n"
Ut.reset_color
return mpass
Ut.TooShort -> do
Ut.clear_screen
Ut.set_red
putStrLn "Password is too short (min 8 symbols)!!!\n"
Ut.reset_color
return mpass
Ut.Empty -> do
Ut.clear_screen
Ut.set_red
putStrLn "Password cannot be empty!!!\n"
Ut.reset_color
return mpass
else do
Ut.clear_screen
Ut.set_red
putStrLn "Invalid MASTER PASSWORD!!!\n"
Ut.reset_color
return mpass

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@ -1,6 +1,9 @@
module UserInterface where
import qualified Database as Db
import qualified Data.Text as T
import qualified Utils as Ut
import Text.Read (readMaybe)
print_entries :: [Db.Entry] -> IO ()
print_entries entries = do
@ -9,10 +12,18 @@ print_entries entries = do
print_entry :: (Int, Db.Entry) -> IO ()
print_entry (num, entry) = do
putStrLn $ show num ++ " " ++ show (Db.entryService entry) ++ " " ++ show (Db.entryLogin entry) ++ " " ++ "********"
putStrLn $ show num ++ ". " ++ T.unpack (Db.entryService entry) ++ " " ++ T.unpack (Db.entryLogin entry) ++ " " ++ "********"
choose_entry :: String -> IO Int
choose_entry command = do
putStrLn $ command
putStrLn command
entry_id <- getLine
return (read entry_id :: Int)
let res = readMaybe entry_id :: Maybe Int
case res of
Just x -> return x
Nothing -> do
Ut.set_red
putStrLn "Invalid entry ID!!!"
Ut.reset_color
choose_entry command

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@ -20,7 +20,8 @@ validate_password p1 p2
| otherwise = Valid p1
clear_screen :: IO ()
clear_screen = clearScreen
clear_screen = do
clearFromCursorToScreenBeginning
set_red :: IO ()
set_red = setSGR [SetColor Foreground Vivid Red]

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@ -1,2 +1,12 @@
import Test.Hspec
import qualified Crypto as Cr
main :: IO ()
main = putStrLn "Test suite not yet implemented"
main = hspec $ do
describe "Crypto" $ do
it "should encrypt and decrypt a message correctly" $ do
let originalMessage = "Hello, World!"
masterPassword = "mysecretpassword"
encryptedMessage = Cr.encrypt' masterPassword originalMessage
decryptedMessage = Cr.decrypt' masterPassword encryptedMessage
decryptedMessage `shouldBe` originalMessage