CryptoPie

Encryptor, decryptor, encoder and decoder with implemented collection of cryptography and encoding algorithms and CLI interface

Requirements

• Python3
• Optionally:
  • PipEnv

Dependencies installation

If you have pipenv you can install or update dependencies by:

pipenv sync

Else:

pip install -r requirements.txt

Install new dependencies if you have pipenv:

pipenv install <name_of_package>
pipenv requirements > requirements.txt

Else:

pip install <name_of_package>
pip freeze > requirements.txt

Usage

CryptoPie

usage: python crypto_pie.py [-h] {encrypt,decrypt} [-p [PATHES ...]] [-d DESTINATION] [-r] [-k KEY] [-b [BORDERS ...]]
                         [-e {utf-8, ascii, ...}]
                         {ceasar,replacement,additive_stream,s-des-block,rsa} ... input [input ...]

Encryptor/Decryptor/Encoder/Decoder with CLI interface

positional arguments:
  {encrypt,decrypt,generate_key,encode,decode}     List of purposes handlers
    encrypt             Encrypt options
      options:
        -h, --help            show help message
        -p [PATHES ...], --pathes [PATHES ...]
                              A path/pathes to a file/files/directory/directories
        -d DESTINATION, --destination DESTINATION, --dest DESTINATION
                              Destination path
        -r, --recursively     Recursively encrypt/decrypt everuthing in input path. Doesnt do anything if file on input
        -v, --verbose         Print results into stdout
        -k KEY, --key KEY     The value by which an input will be encrypted/decrypted
        -g, --generate_key  Generate random key
        -b [BORDERS ...], --borders [BORDERS ...]
                              Alphabet/alphabets borders in format: a-z A-Z а-я А-Я
        -e {utf-8, ascii, ...}, --encoding {utf-8, ascii, ...}
                              Encoding of texts of input and output files
    decrypt             Decrypt options
      options:
        -h, --help            show help message
        -p [PATHES ...], --pathes [PATHES ...]
                              A path/pathes to a file/files/directory/directories
        -d DESTINATION, --destination DESTINATION, --dest DESTINATION
                              Destination path
        -r, --recursively     Recursively encrypt/decrypt everuthing in input path. Doesnt do anything if file on input
        -v, --verbose         Print results into stdout
        -k KEY, --key KEY     The value by which an input will be encrypted/decrypted
        -b [BORDERS ...], --borders [BORDERS ...]
                              Alphabet/alphabets borders in format: a-z A-Z а-я А-Я
        -e {utf-8, ascii, ...}, --encoding {utf-8, ascii, ...}
                              Encoding of texts of input and output files
    generate_key             Decrypt options
      options:
        -h, --help            show help message
        -l LENGTH_KEY, --length_key LENGTH_KEY     
                              Specify length of random key
        -b [BORDERS ...], --borders [BORDERS ...]
                              Alphabet/alphabets borders in format: a-z A-Z а-я А-Я
    encode
      options:
        -e {utf-8, ascii, ...}, --encoding {utf-8, ascii, ...}
        -p [PATHES ...], --pathes [PATHES ...]
                        A path/pathes to a input file/files/directory/directories
        -r, --recursively     Recursively encrypt/decrypt everuthing in input path. Doesnt do anything if file on input
        -d DESTINATION, --destination DESTINATION, --dest DESTINATION
                        Destination path
        -h, --help  show this help message and exit
    decode
      options:
        -e {utf-8, ascii, ...}, --encoding {utf-8, ascii, ...}
        -p [PATHES ...], --pathes [PATHES ...]
                        A path/pathes to a input file/files/directory/directories
        -r, --recursively     Recursively encrypt/decrypt everuthing in input path. Doesnt do anything if file on input
        -d DESTINATION, --destination DESTINATION, --dest DESTINATION
                        Destination path
        -v, --verbose         Print results into stdout
        -h, --help  show this help message and exit
  {ceasar,substitution,additive_stream,s-des-bloc,rsa}   A cryptographic algorithm for encryption/decryption
    ceasar 
      key format:
        integer_num,  -inf <= integer_num <= inf
        May be any positive or negative integer
    substitution
      key format:
        value_to_be_replaced1:value_to_replace1,value_to_be_replaced2:value_to_replace1,...
        Sequence of pairs of values to be replace and values to replace and values to be replaced by this value
    additive_stream
      options:
        -l LENGTH_KEY, --length_key LENGTH_KEY     
                              Specify length of random key
      key format:
        interval_to_encrypt1:interval1_key1,interval1_key2,interval1_key3,...;interval_to_encrypt2:interval2_key1,interval2_key2,interval2_key3,...;... interval_to_encrypt1 - in format a-z, A-Z; 0 <=interval_key <= length of interval
        Sequence of pairs of intervals to encrypt and sequence of keys for encryption. The length of keys sequence must be greater than 3 or equal to count + 1 of characters if count is lesser than 3. It is best if the length of the keys sequence is equal to the count of characters of the input text
    s-des-block
    rsa
  {b64,}   An encoding/decoding algorithm 
options:
        -h, --help            show help message

Use by:

cd src/
python crypto_pie.py [purpose] [method] [options] <input>

Or if pipenv installed:

pipenv run crypto_pie [purpose] [method] [options] <input>

Diffie Hellman algorithm

usage: python diffie_hellman.py [-h] {get-public-key,get-joint-key} ...

Diffie Hellman protocol

positional arguments:
  {get-public-key,get-joint-key}
                        Generate public key or generate joint key
    get-public-key      Generate public key of this user by given/generated public prime number, public primitive root of this prime number and privite key of this user
      options:
        -h, --help            show this help message and exit
        -gp, --generate-prime-number
                              Generate random public prime number
        -gr, --generate-primitive-root
                              Generate first public primitive root for given/generated prime number
        -gk, --generate-privite-key
                              Generate privite key
        -p PRIME_NUMBER, --prime-number PRIME_NUMBER
                              Public prime number
        -r PRIMITIVE_ROOT, --primitive-root PRIMITIVE_ROOT
                              Public primitive root for given prime number
        -k PRIVITE_KEY, --privite-key PRIVITE_KEY
                              Privite key (1 <= privite_key <= given prime number - 1)
    get-joint-key       Get joint with other user key by public key of other user, public prime number and privite key of this user
      options:
        -h, --help            show this help message and exit
        -p PRIME_NUMBER, --prime-number PRIME_NUMBER
                              Public prime number
        -pvk PRIVITE_KEY, --privite-key PRIVITE_KEY
                              Privite key of this user
        -pbk PUBLIC_KEY, --public-key PUBLIC_KEY
                              Public key of other user

options:
  -h, --help            show this help message and exit

Use by:

cd src/
python diffie_hellman.py [purpose] [options]

Or if pipenv installed:

pipenv run diffie_hellman [purpose] [options]