SHA384 online Hash Generator

I have three variables (password, nonce, and timestamp) and I need to get the value from them using this function:

Base64(SHA1($NONCE + $TIMESTAMP + SHA1($CLEARPASSWORD)))

My code in Postman is:

var clear_password = "AMADEUS";var nonce = "secretnonce10111";var timestamp = "2015-09-30T14:12:15Z";var crypto_pass = btoa(CryptoJS.SHA1(nonce + timestamp + CryptoJS.SHA1(clear_password)));

Using this values the result should be +LzcaRc+ndGAcZIXmq/N7xGes+k= but the real result is NWE1MGRhM2ZmNjFhMDA2ODUyNmIxMGM4MTczODQ0NjE2MWQyM2IxZQ==, and this result is like if I was doing:

Base64(HEX(SHA1($NONCE) + $TIMESTAMP + HEX(SHA1($CLEARPASSWORD))))

Is there any way to get the raw result from the SHA1 algorithm instead the HEX??

Thanks in advance.

EDIT

This is what I should to do, but I am stuck in the error of the third point:

I'm trying to pass a random string (which happens to be a number) "4176730.5" to SHA in Haskell to get a larger random string like "2d711642b726b04401627ca9fbac32f5c8530fb1903cc4db02258717921a4881".

I have this code to generate a random number and cast it to a string

  num <- randomIO :: IO Float  let x = C.pack (show (num*10000000))  print x

but when I pass it to SHA with

  let a = sha256 x

I get the error

Couldn't match expected type ‘Data.ByteString.Lazy.Internal.ByteString’            with actual type ‘C.ByteString’

I've tried casting my number to C.ByteString, but I think there are two types of Bytestring, according to the Haskell compiler.

The full code is:

import Data.Digest.Pure.SHAimport System.Randomimport qualified Data.ByteString.Char8 as Cmain :: IO ()main = do  num <- randomIO :: IO Float  let x = C.pack (show (num*10000000))  print x  let a = sha256 x      b = hmacSha256 "key" "some test message"  mapM_ print [showDigest a, showDigest b]

Seeing as how there are apparently two types of Bytestring, and I'm casting to the wrong one, how do I cast my random string correctly?

Further to @Cubic's answer below if I replace import qualified Data.ByteString.Char8 as Cwith

import qualified Data.ByteString.Lazy as C

I just get these errors

Couldn't match type ‘Char’ with ‘GHC.Word.Word8’Expected type: [GHC.Word.Word8]  Actual type: String

and

Couldn't match expected type ‘C.ByteString’            with actual type ‘[Char]’

I'm new to Python and I'm creating a login system that hashes the passwords with hashlib. I want to add easygui to the code but don't know how i'd go about it, i've imported easygui and have tried adding multipassword boxes and msgbox. However, everytime i try and implement the gui I always ruin my code, so its not able to read username or password.

Import hashlibfrom easygui import *username = ""def main():global usernameok, name, username = checkLogin()if ok:     print("Hello and Welcome to my Logon system", name.upper())     print("\n")     runMenu()else:    print("that is incorrect, please try again.") print("Thank you for using my system.")def checkLogin():    validUser = False    numAttempts = 0    while (not validUser) and numAttempts < 3:          uName = input("enter Username: ")          pWord = str(hashlib.sha256(input("enter password: ")encode()).hexdigest())if uName in users and pWord == users[uName]['pwd']:   validUser = True   return True, users[uName]['fName'], uNameelse:    numAttempts += 1if uName in users:    users[uName]['valid'] = "INVALID"return False

How would you guys go about adding easygui to this code?i've only imported easygui, as I'm confused on how to implement it so i get a username and password box that can verify the password. Also when the user logs in, a choicebox should appear:

def runMenu():    choice = ' '    choices = [None, addUser, changePassword, viewUserDetails, listAllUsers, remUser]while choice != '6':    choice = displayMenu()    if '1' <= choice <='5': choices[int(choice)]()    elif choice != '6' print("invalid input, please enter a number from 1 - 6." )with open('dict.txt', 'wb') as dataFile:     dataFile.write(encryptor.ecnrypt(str(users)))#end def

(The username and passwords are stored in a dictionary called dict.txt) Sorry if its confusing as its my first time on stackoverflow! :)

Thanks!

Through the use of openssl's sha 512 algorithm I'm currently able to calculate the hash of a 2GB file in between 3 - 3.3 seconds (my CPU is an i7-5820k) - including the time it takes to open, write to, and close files (open the input & write hash to text file).

I wondered if there are any known methods to speed this process up, or whether my HDD is entirely at fault, creating a bottleneck (Seagate BarraCuda Green 2TB 5900RPM SATA 6Gb/s 64MB Cache).

            FILE *ftest=fopen(hashInBuf, "rb");            FILE *ftest2=fopen(hashOutBuf, "wt");            //HASH FUNCTION            SHA512_Init (&mdContext);            while ((bytes = fread (data, 1, 1024, ftest)) != 0)            SHA512_Update (&mdContext, data, bytes);            SHA512_Final (c,&mdContext);            for(i = 0; i < SHA512_DIGEST_LENGTH; i++){              fprintf(ftest2, "%02x", c[i]);              printf("%02x", c[i]);

(the code I'm currently using to calculate the sha 512)

My issue is that when I have the program running, and delete a file in said directory, when it (the same file) is placed back it returns a different value. I wondered whether this code below is the issue?

int main (int argc, char *argv[]){        int fd;        int wd;        unsigned char c[SHA512_DIGEST_LENGTH];        int i;        SHA512_CTX mdContext;        int bytes;        unsigned char data[1024];        const int event_size = sizeof(struct inotify_event);        const int buf_len = 1024 * (event_size + FILENAME_MAX);        char *directory = "/home/joe/Documents/";        char *hashDirectory = "/home/joe/Documents/_Hash/";        char hashInBuf[500];        char hashOutBuf[500];        fd = inotify_init();        if (fd < 0) {          perror("inotify_init");        }        wd = inotify_add_watch(fd, "/home/joe/Documents", IN_CREATE);        while (1) {          char buff[buf_len];          int no_of_events, count = 0;          //SEARCH FOR NEW FILES WITHIN DIRECTORY          no_of_events = read (fd, buff, buf_len);          while (count < no_of_events) {            struct inotify_event *event = (struct inotify_event *)&buff[count];            if (event->len) {              if ((event->mask & IN_CREATE))              if(!(event->mask & IN_ISDIR)) {                    snprintf(hashInBuf, sizeof(hashInBuf), "%s/%s", directory, event->name);                    snprintf(hashOutBuf, sizeof(hashOutBuf), "%s/%s.txt", hashDirectory, event->name);                    //OPEN FILES                    FILE *ftest=fopen(hashInBuf, "rb");    //ORIGINAL FILE                    FILE *ftest2=fopen(hashOutBuf, "wt");  //HASH FILE (stored in separate directory)                    //HASH FUNCTION                    SHA512_Init (&mdContext);                    while ((bytes = fread (data, 1, 1024, ftest)) != 0)                        SHA512_Update (&mdContext, data, bytes);                    SHA512_Final (c,&mdContext);                    for(i = 0; i < SHA512_DIGEST_LENGTH; i++){                      fprintf(ftest2, "%02x", c[i]);                      printf("%02x", c[i]);                    }                    fclose (ftest);                    fclose (ftest2);                    fflush (stdout);                  }}                  count += event_size + event->len;                 }}                 return 0;         } //CLOSES INT MAIN

I can assure you the variables are defined correctly as for all intensive purposes it does work, just not correctly...