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-rw-r--r--.SRCINFO13
-rw-r--r--PKGBUILD20
-rwxr-xr-xhashcode-en.py418
-rw-r--r--hashcode.install16
4 files changed, 467 insertions, 0 deletions
diff --git a/.SRCINFO b/.SRCINFO
new file mode 100644
index 000000000000..7e53390419af
--- /dev/null
+++ b/.SRCINFO
@@ -0,0 +1,13 @@
+pkgbase = hashcode-en
+ pkgdesc = Its purpose is to encode and decode strings.
+ pkgver = 1.0
+ pkgrel = 1
+ url = https://github.com/Sup3r-Us3r/HashCode
+ install = hashcode.install
+ arch = any
+ depends = python
+ source = hashcode-en.py
+ conflicts = hashcode-pt
+ md5sums = 0c71c0b61b5615dbcb64a478b4698dee
+
+pkgname = hashcode-en
diff --git a/PKGBUILD b/PKGBUILD
new file mode 100644
index 000000000000..70ee70fbd360
--- /dev/null
+++ b/PKGBUILD
@@ -0,0 +1,20 @@
+# Maintainer: Magno-Tutor
+pkgname=hashcode-en
+pkgver=1.0
+pkgrel=1
+pkgdesc="Its purpose is to encode and decode strings."
+arch=('any')
+depends=('python')
+install=hashcode.install
+url="https://github.com/Sup3r-Us3r/HashCode"
+conflicts=('hashcode-pt')
+
+source=('hashcode-en.py')
+
+md5sums=('0c71c0b61b5615dbcb64a478b4698dee')
+
+package() {
+
+ install -D hashcode-en.py "${pkgdir}/usr/bin/hashcode"
+
+} \ No newline at end of file
diff --git a/hashcode-en.py b/hashcode-en.py
new file mode 100755
index 000000000000..04acf57dc8c5
--- /dev/null
+++ b/hashcode-en.py
@@ -0,0 +1,418 @@
+#!/usr/bin/env python3.6
+#coding: utf-8
+
+'''
+HashCode
+'''
+
+import hashlib
+from base64 import b64encode, b64decode
+import codecs
+import binascii
+import re
+from time import sleep
+from sys import exit
+import os
+
+Limpar = "clear"
+
+def Apresentacao():
+ os.system(Limpar)
+ print("""\033[31m
+
+ ▄ █ ██ ▄▄▄▄▄ ▄ █ ▄█▄ ████▄ ██▄ ▄███▄
+ █ █ █ █ █ ▀▄ █ █ █▀ ▀▄ █ █ █ █ █▀ ▀
+ ██▀▀█ █▄▄█ ▄ ▀▀▀▀▄ ██▀▀█ █ ▀ █ █ █ █ ██▄▄
+ █ █ █ █ ▀▄▄▄▄▀ █ █ █▄ ▄▀ ▀████ █ █ █▄ ▄▀
+ █ █ █ ▀███▀ ███▀ ▀███▀
+ ▀ █ ▀
+ ▀ \033[1mBy: Magno-Tutor\033[1;m
+
+""")
+
+def Again(frase, call):
+ opcao1 = input(frase)
+ if opcao1 == "y":
+ call()
+ elif opcao1 == "n":
+ Escolha()
+ else:
+ Again(frase,call)
+
+
+def Escolha():
+ Apresentacao()
+ print("""
+ [\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+ \033[31mA\033[1;m) \033[31mENCODE\033[1;m - \033[32mMD5\033[1;m
+ \033[31mB\033[1;m) \033[31mENCODE\033[1;m - \033[32mSHA1\033[1;m
+ \033[31mC\033[1;m) \033[31mENCODE\033[1;m - \033[32mSHA224\033[1;m
+ \033[31mD\033[1;m) \033[31mENCODE\033[1;m - \033[32mSHA256\033[1;m
+ \033[31mE\033[1;m) \033[31mENCODE\033[1;m - \033[32mSHA384\033[1;m
+ \033[31mF\033[1;m) \033[31mENCODE\033[1;m - \033[32mSHA512\033[1;m
+ \033[31mG\033[1;m) \033[31mENCODE/DECODE\033[1;m - \033[32mBASE64\033[1;m
+ \033[31mH\033[1;m) \033[31mENCODE/DECODE\033[1;m - \033[32mBINARY\033[1;m
+ \033[31mI\033[1;m) \033[31mENCODE/DECODE\033[1;m - \033[32mHEXADECIMAL\033[1;m
+ \033[31mJ\033[1;m) \033[31mENCODE/DECODE\033[1;m - \033[32mCIPHER OF CESAR\033[1;m
+ \033[31mK\033[1;m) \033[31mREVERSE\033[1;m - \033[32mTEXT\033[1;m
+ \033[31mL\033[1;m) \033[31mREVERSE\033[1;m - \033[32mWORDS\033[1;m
+
+ \033[31mq\033[1;m) EXIT
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "A" or opcao1 == "a":
+ Md5()
+ elif opcao1 == "B" or opcao1 == "b":
+ Sha1()
+ elif opcao1 == "C" or opcao1 == "c":
+ Sha224()
+ elif opcao1 == "D" or opcao1 == "d":
+ Sha256()
+ elif opcao1 == "E" or opcao1 == "e":
+ Sha384()
+ elif opcao1 == "F" or opcao1 == "f":
+ Sha512()
+ elif opcao1 == "G" or opcao1 == "g":
+ Base64()
+ elif opcao1 == "H" or opcao1 == "h":
+ Binario()
+ elif opcao1 == "I" or opcao1 == "i":
+ Hexadecimal()
+ elif opcao1 == "J" or opcao1 == "j":
+ CifraDeCesar()
+ elif opcao1 == "K" or opcao1 == "k":
+ TextReverse()
+ elif opcao1 == "L" or opcao1 == "l":
+ WordsReverse()
+ elif opcao1 == "q" or opcao1 == "q":
+ exit(1)
+ else:
+ Escolha()
+
+def Md5():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN MD5\033[1;m: ")
+ hash_object = hashlib.md5(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN MD5 (y/n) ?:\033[1;m ", Md5)
+
+def Sha1():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN SHA1\033[1;m: ")
+ hash_object = hashlib.sha1(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN SHA1 (y/n) ?:\033[1;m ", Sha1)
+
+def Sha224():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN SHA224\033[1;m: ")
+ hash_object = hashlib.sha224(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN SHA224 (y/n) ?:\033[1;m ", Sha224)
+
+def Sha256():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN SHA256\033[1;m: ")
+ hash_object = hashlib.sha256(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN SHA256 (y/n) ?:\033[1;m ", Sha256)
+
+def Sha384():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN SHA384\033[1;m: ")
+ hash_object = hashlib.sha384(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN SHA384 (y/n) ?:\033[1;m ", Sha384)
+
+def Sha512():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO ENCRYPT IN SHA512\033[1;m: ")
+ hash_object = hashlib.sha512(mystring.encode())
+ print("")
+ print(hash_object.hexdigest())
+ print("")
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE IN SHA512 (y/n) ?:\033[1;m ", Sha512)
+
+def Base64Encode():
+ Apresentacao()
+ mystring = str(input("\033[32mPLACE THE TEXT YOU WANT TO TRANSFORM IN BASE64\033[1;m: "))
+ print("")
+ encode = b64encode(mystring.encode('utf-8'))
+ decode = encode.decode('utf-8')
+ print(decode)
+ print("")
+ Again("\n\033[1;36mWOULD YOU LIKE TO TRANSFORM ANOTHER TEXT IN BASE64 (y/n) ?:\033[1;m ", Base64Encode)
+
+def Base64Decode():
+ Apresentacao()
+ mystring = str(input("\033[32mPLACE THE TEXT YOU WANT TO UNCOVER IN BASE64\033[1;m: "))
+ print("")
+ try:
+ decode = b64decode(mystring).decode('utf-8')
+ print(decode)
+ print("")
+ except:
+ print("\n[\033[1;91m!\033[1;m] INCORRECT PADDING")
+ sleep(3)
+ Base64Decode()
+ Again("\n\033[1;36mWISHES TO UNCOVER ANOTHER TEXT IN BASE64 (y/n) ?:\033[1;m ", Base64Decode)
+
+def Base64():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - BASE64
+\033[31m2\033[1;m) DECODE - BASE64
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ Base64Encode()
+ elif opcao1 == "2":
+ Base64Decode()
+ else:
+ Base64()
+
+
+def BinarioEncode(encoding='utf-8', errors='surrogatepass'):
+ Apresentacao()
+ try:
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO TRANSFORM IN BINÁRIO\033[1;m: ")
+ print("")
+ bits = bin(int(binascii.hexlify(mystring.encode(encoding, errors)), 16))[2:]
+ print(bits.zfill(8 * ((len(bits) + 7) // 8)))
+ print("")
+ except:
+ print("\n[\033[1;91m!\033[1;m] VALUE ERROR")
+ sleep(3)
+ BinarioEncode()
+ Again("\n\033[1;36mWOULD YOU LIKE TO TRANSFORM ANOTHER TEXT IN BINÁRIO (y/n) ?:\033[1;m ", BinarioEncode)
+
+def BinarioDecode(encoding='utf-8', errors='surrogatepass'):
+ Apresentacao()
+ try:
+ binario = input("\033[32mPLACE THE SEQUENCE OF NUMBERS YOU DESIRE TO UNCOVER IN BINARY\033[1;m: ")
+ binario = binario.replace(" ", "")
+ n = int(binario, 2)
+ print("")
+ print(int2bytes(n).decode(encoding, errors))
+ print("")
+ except:
+ print("\n\n[\033[1;91m!\033[1;m] VALUE ERROR")
+ sleep(3)
+ BinarioDecode()
+ Again("\n\033[1;36mWISHES TO UNCOVER ANOTHER SEQUENCE IN BINARY (y/n) ?:\033[1;m ", BinarioDecode)
+
+def int2bytes(i):
+ hex_string = '%x' % i
+ n = len(hex_string)
+ return binascii.unhexlify(hex_string.zfill(n + (n & 1)))
+
+
+def Binario():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - BINARY
+\033[31m2\033[1;m) DECODE - BINARY
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ BinarioEncode()
+ elif opcao1 == "2":
+ BinarioDecode()
+ else:
+ Binario()
+
+
+def HexaEncode():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO TRANSFORM IN HEXADECIMAL\033[1;m: ")
+ print("")
+ encode = binascii.hexlify(bytes(mystring, "utf-8"))
+ encode = str(encode).strip("b")
+ encode = encode.strip("'")
+ encode = re.sub(r'(..)', r'\1 ', encode).strip()
+ print(encode)
+ print("")
+ Again("\n\033[1;36mWANT TO TRANSFORM ANOTHER TEXT IN HEXADECIMAL (y/n) ?:\033[1;m ", HexaEncode)
+
+def HexaDecode():
+ Apresentacao()
+ try:
+ mystring = input("\033[32mPLACE THE SEQUENCE OF CHARACTERS YOU DESIRE TO UNCOVER IN HEXADECIMAL\033[1;m: ")
+ print("")
+ decode = bytes.fromhex(mystring).decode('utf-8')
+ print(decode)
+ print("")
+ except:
+ print("\n[\033[1;91m!\033[1;m] VALUE ERROR")
+ sleep(3)
+ HexaDecode()
+ Again("\n\033[1;36mWISHES TO UNCOVER ANOTHER SEQUENCE IN HEXADECIMAL (y/n) ?:\033[1;m ", HexaDecode)
+
+def Hexadecimal():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - HEXADECIMAL
+\033[31m2\033[1;m) DECODE - HEXADECIMAL
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ HexaEncode()
+ elif opcao1 == "2":
+ HexaDecode()
+ else:
+ Hexadecimal()
+
+
+def TextReverseEncode():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO REVERSE\033[1;m: ")
+ print("")
+ print(mystring[::-1])
+ print("")
+ Again("\n\033[1;36mWANTS TO MAKE ANOTHER REVERSE (y/n) ?:\033[1;m ", TextReverseEncode)
+
+
+def TextReverseDecode():
+ Apresentacao()
+ mystring = input("\033[32mPLACE TEXT YOU WANT TO UNCOVER THE REVERSE\033[1;m: ")
+ print("")
+ print(mystring[::-1])
+ print("")
+ Again("\n\033[1;36mWANT TO UNCOVER ANOTHER REVERSE (y/n) ?:\033[1;m ", TextReverseDecode)
+
+def TextReverse():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - REVERSE-TEXT
+\033[31m2\033[1;m) DECODE - REVERSE-TEXT
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ TextReverseEncode()
+ elif opcao1 == "2":
+ TextReverseDecode()
+ else:
+ TextReverse()
+
+
+def WordsReverseEncode():
+ Apresentacao()
+ mystring = input("\033[32mPLACE THE TEXT YOU WANT TO REVERSE\033[1;m: ")
+ print("")
+ print(' '.join(mystring.split()[::-1]))
+ print("")
+ Again("\n\033[1;36mWANTS TO MAKE ANOTHER REVERSE (y/n) ?:\033[1;m ", WordsReverseEncode)
+
+def WordsReverseDecode():
+ Apresentacao()
+ mystring = input("\033[32mPLACE TEXT YOU WANT TO UNCOVER THE REVERSE\033[1;m: ")
+ print("")
+ print(' '.join(mystring.split()[::-1]))
+ print("")
+ Again("\n\033[1;36mWANT TO UNCOVER ANOTHER REVERSE (y/n) ?:\033[1;m ", WordsReverseDecode)
+
+def WordsReverse():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - REVERSE-WORDS
+\033[31m2\033[1;m) DECODE - REVERSE-WORDS
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ WordsReverseEncode()
+ elif opcao1 == "2":
+ WordsReverseDecode()
+ else:
+ WordsReverse()
+
+
+def CifraDeCesar():
+ Apresentacao()
+ print("""
+[\033[1;32m*\033[1;m] CHOOSE ONE OF THE OPTIONS BELOW TO CONTINUE:
+
+\033[31m1\033[1;m) ENCODE - CIPHER OF CESAR
+\033[31m2\033[1;m) DECODE - CIPHER OF CESAR
+""")
+ opcao1 = input("\n\033[1;36m⟫⟫⟫\033[1;m ")
+ if opcao1 == "1":
+ ChamarBloco1()
+ elif opcao1 == "2":
+ ChamarBloco2()
+ else:
+ CifraDeCesar()
+
+
+def cifrar(palavras, chave):
+ abc = "abcdefghijklmnopqrstuvwxyz "
+ text_cifrado = ''
+
+ for letra in palavras:
+ soma = abc.find(letra) + chave
+ modulo = int(soma) % len(abc)
+ text_cifrado = text_cifrado + str(abc[modulo])
+
+ return text_cifrado
+
+
+def decifrar(palavras, chave):
+ abc = "abcdefghijklmnopqrstuvwxyz "
+ text_cifrado = ''
+
+ for letra in palavras:
+ soma = abc.find(letra) - chave
+ modulo = int(soma) % len(abc)
+ text_cifrado = text_cifrado + str(abc[modulo])
+
+ return text_cifrado
+
+def ChamarBloco1():
+ Apresentacao()
+ try:
+ c = str(input('\n\033[32mTEXT FOR CIPHER\033[1;m: ')).lower()
+ n = int(input('\033[32mNUMERICAL KEY\033[1;m: '))
+ print("\033[32mRESULT\033[1;m:", cifrar(c, n))
+ print("")
+ except:
+ print("\n\n[\033[1;91m!\033[1;m] VALUE ERROR")
+ sleep(3)
+ ChamarBloco1()
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER ENCODE GIVES CIPHER OF CESAR (y/n) ?:\033[1;m ", ChamarBloco1)
+
+
+def ChamarBloco2():
+ Apresentacao()
+ try:
+ cc = str(input('\n\033[32mTEXT TO BE DECODE\033[1;m: ')).lower()
+ cn = int(input('\033[32mNUMERICAL KEY\033[1;m: '))
+ print("\033[32mRESULT\033[1;m:", decifrar(cc, cn))
+ print("")
+ except:
+ print("\n\n[\033[1;91m!\033[1;m] VALUE ERROR")
+ sleep(3)
+ ChamarBloco2()
+ Again("\n\033[1;36mDESIRE TO DO ANOTHER DECODE GIVES CIPHER OF CESAR (y/n) ?:\033[1;m ", ChamarBloco2)
+
+
+Escolha() \ No newline at end of file
diff --git a/hashcode.install b/hashcode.install
new file mode 100644
index 000000000000..4fb717bfb6be
--- /dev/null
+++ b/hashcode.install
@@ -0,0 +1,16 @@
+post_install() {
+ echo "
+
+
+To use HashCode just run -> hashcode
+------------------------------------------------
+------------------------------------------------"
+}
+post_upgrade() {
+ echo "
+
+
+To use HashCode just run -> hashcode
+------------------------------------------------
+------------------------------------------------"
+} \ No newline at end of file