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crypto

Cross-platform Crypto Tool

Introduction:

Crypto is a command-line utility that allows you to encode, decode, encrypt, decrypt and digest with files of any size. It has more than 64 bases, 35 ciphers and 126 digestive algorithms.

System requirements:

This application is a console executable for x86 processors, and has been developed in C Sharp under .Net 2.0 Framework. This means that it's necessary to have installed the .Net libraries in your system. In this sense, the application can also be executed by means of Mono.

For the rest, just copy the executable file to any folder you want, and run it with the desired command line option, according to your needs.

Recommendations:

For files that are too large, it's recommended to increase the maximum buffer size.

Index

Usage:

    crypto [options...] input-file-name
    mono crypto.exe [options...] input-file-name
    dotnet crypto.dll [options...] input-file-name	

Options:

    -m  --mode            Algorithm mode. You can use the help combined with this 
                          modifier to list the available modes.

    -e  --enc             Encrypt or encode operation indicator.
    -d  --dec             Decrypt or decode operation indicator.
    -2  --b32-hex         For B32 mode. Uses the extended hex alphabet.
    -8  --no-rfc4648      For B32 and B64 modes. Encoding without the RFC4648 
                          specification.

    -1  --base-code       Custom characters to be encoding in BaseN without RFC4648 
                          specification. The length must be equal to or greater than 
                          the specified base number.

    -6  --base-line-wrap  Number of characters to adjust the lines for BaseN mode. 
                          The value must be in increments of 8 characters with B2, 
                          6 characters with B3, 4 characters from B4 to B6 (or B64 
                          with RFC4648), 3 characters from B7 to B15, and 2 
                          characters from B16 to B64 (without RFC4648). The maximum 
                          value is 252 for B3, 255 from B7 to B15, and 256 for all 
                          others.

    -5  --rounds          For RC5, SALSA20, and CHACHA the number of rounds should 
                          be a integer value (20 by default).

    -4  --rc5-64b         For RC5 mode. It indicates that 64-bit word should be 
                          used.

    -3  --vmpc-ksa3       For VMPC mode. It indicates that the Key Scheduling 
                          Algorithm should be used.

    -x  --max-buffer-size Maximum buffer size in bytes for read and write. Modes: 
                          All symmetric ciphers and PGP. The default value is 1024.

    -k  --key             The key characters must have a key size length divided by 
                          8. It must be accompanied by the initial vector in the 
                          terms subject to that modifier. This option is prioritized
                          over hash, password, salt, and iterations. Modes: All 
                          symmetric ciphers. This modifier supports hexadecimal byte 
                          notation by the escape characters \x (two-digit) and \u 
                          for Unicode (four-digit).

    -i  --initial-vector  It needs to be 16 characters for AES, 3DES, DES, RC2, 						
                          3FISH, and MARS. SALSA20 requires exactly 8 characters. 
                          The RIJNDAEL long must be equal to the block size divided 
                          by 8. With VMPC the value should be between 1 and 768 
                          depending on the block size. This modifier supports 
                          hexadecimal byte notation by the escape characters \x 
                          (two-digit) and \u for Unicode (four-digit).

    -p  --password        Word, phrase or file. Modes: All symmetric ciphers and PGP 
                          private key or x509 certificates (*.pfx or *.pem). This 
                          modifier supports hexadecimal byte notation by the escape 
                          characters \x (two-digit) and \u for Unicode (four-digit)
                          with symmetric ciphers.

    -s  --salt            At least 8 characters. Modes: All symmetric ciphers.
    -h  --hash            Hash algorithm. Modes: DIGEST, CHECKSUM, all symmetric  
                          ciphers, ECIES, DLIES, and ELGAMAL or RSA with OAEP 
                          (Bouncy Castle). You can use the help combined with this 
                          modifier to list the available hashes or for more info.

    -t  --iterations      Number of iterations to do. Range from 1 to 2147483647 
                          (1000 by default). You have to bear in mind that a 
                          greater number of iterations implies a slower process. 
                          Modes: All symmetric ciphers.

    -c  --cipher-mode     CBC (Cipher Block Chianing) by default for all symmetric 
                          block ciphers. The cipher modes CFB (Cipher feedback), or 
                          OFB (Output feedback) are valid for all block ciphers 
                          except AES. Other cipher modes like ECB (Electronic Code 
                          Book), or CTS (Cipher Text Stealing) are only valid for 
                          RC2, 3DES, DES, MARS, AES, and RIJNDAEL with initial 
                          vector.

    -n  --padding         X923, ZEROS, ISO10126, or PKCS7 (by default). Modes: 
                          3FISH, AES, 3DES, DES, RC2, and RIJNDAEL. MARS only 
                          support PKCS7, and the others block ciphers also support 
                          ISO7816D4 or TBC but no ZEROS padding mode. RSA and 
                          ELGAMAL support PKCS1 (by default) and ISO9796D1 is 
                          supported only by RSA with Bouncy Castle.

    -r  --random-gen      Random password and salt generator. Modes: All symmetric 
                          ciphers.

    -l  --block-size      The RIJNDAEL legal values: 128, 160, 192, 224, and 256 
                          (by default). The HC legal values: 128 (by default) or 
                          256. For VMPC the value must be between 8 and 6144 bits 
                          in increments of 8 bits (256 by default).

    -z  --feedback-size   For RIJNDAEL only. The feedback size determines the 
                          amount of data that is fed back to successive encryption 
                          or decryption operations. The feed back size cannot be 
                          greater than the block size.

    -y  --key-size        Key size in bits. You can use the help combined with this 
                          modifier for more info.

    -g  --key-pair-gen    Key pair generator. Modes: ECIES, DLIES, ELGAMAL, 
                          NACCACHE, RSA, and PGP. The public and private key file 
                          names will be required.

    -b  --public-key      Public key file name. Modes: ECIES, DLIES, RSA, PGP, 
                          NACCACHE, ELGAMAL, and all symmetric ciphers.

    -v  --private-key     Private key file name. Modes: ECIES, DLIES, RSA, PGP, 
                          NACCACHE, ELGAMAL, and all symmetric ciphers.

    -9  --x509-file        X509 certificate file name. Modes: RSA, PGP, and all 
                          symmetric ciphers.

    -0  --x509-store      X509 common name or thumbprint in the certificate store. 
                          Modes: RSA, PGP, and all symmetric ciphers.

    -f  --format          For Asymmetric keys. The available formats are: [XML] 
                          for intrinsic RSA mode; [B64] for RSA, ELGAMAL, NACCACHE,
                          ECIES, and DLIES modes; [ARMORED] for PGP mode.

    -a  --oaep            For ELGAMAL and RSA. Microsoft CryptoAPI only supports 
                          OAEP since Windows XP for RSA.

    -q  --pgp-cipher      Symmetric cipher for PGP encryption: AES128, AES192, 
                          AES256 (by default), BLOWFISH, 2FISH, CAST5, DES, 3DES,
                          IDEA, CAMELLIA128, CAMELLIA192, CAMELLIA256, and SAFER.

    -u  --crossbreeding   For RSA, ELGAMAL, and PGP. It allows use either keys from 
                          RSA to PGP and PGP to RSA or ELGAMAL to PGP and PGP to
                          ELGAMAL.

    -j  --tell-apart      It sets customized password and salt for each file in batch 
                          process with symmetric ciphers.

    -o  --output          Output file name or path.
    -w  --overwrite       Overwrites the existing output file(s) without asking.
    -7  --io-options      Input and output options. You can use the help combined 
                          with this modifier for more info.

    --export              For RSA, PGP, and ELGAMAL. Exports certificates and keys. 
                          You can use the help combined with this modifier for more 
                          info.

    --encoding            Character encoding for password, salt, key, and initial 
                          vector with symmetric ciphers and B64 mode. The available 
                          encodings  are: ASCII (by default), UNICODE-LE, UNICODE-BE,  
                          UTF-7, UTF-8, and UTF-32.

    --gost-box            Specifies s-box for GOST mode. The available s-boxes are: 
                          DEFAULT, E-TEST, E-A, E-B, E-C, E-D, D-TEST, D-A, IV, or 
                          empty string for nothing at all.

    --without-iv-tweak    Without tweak or initial vector if possible for symmetric 
                          block ciphers (with Bouncy Castle).

    --rsa-bouncy-castle   It uses the Bouncy Castle for RSA, PGP, and all symmetric
                          ciphers with key exchange (Key pair generation, 
                          encription, and decryption).

    --public-exponent     Long prime number for RSA or PGP mode with RSA algorithm 
                          and use of Bouncy Castle (65537 by default). For key pair 
                          generation only.

    --certainty           Percentage of certainty when prime numbers are produced 
                          with Bouncy Castle. For RSA, PGP, ELGAMAL, NACCACHE, 
                          ECDH, and DLIES modes. For key pair generation only.

    --small-primes        Length of small primes for NACCACHE mode (30 by default).
    --signature           Signature for encryption and decription. A file must be 
                          specified and private key is required for RSA mode. You 
                          can specify Probabilistic Signature Schema (PSS) or 
                          ISO9796D2 (for RSA mode only) before the file. Modes: RSA, 
                          NACCACHE, and ELGAMAL.

    --pgp-id              Identity for PGP key pair generation.
    --pgp-sha1            It uses SHA1 with PGP for key pair generation.
    --pgp-algorithm       Public and private keys algorithm for PGP mode. The 
                          available algorithms are: RSA (by default), ECDH, and 
                          ELGAMAL.

    --pgp-master          Master key pair type for PGP. The available masters are:
                          DSA (by default for ELGAMAL), ECDSA (by default for
                          ECDH), and RSA.

    --pgp-signature       Signature for PGP encryption and decription. The key pair 
                          or certificates will be required.

    --pgp-compress        It specifies a compression algorithm for encryption. The 
                          available algorithms are: BZIP2, ZIP (by default), ZLIB, 
                          and NONE.

    --ies-cipher          Symmetric cipher for ECIES and DLIES modes: AES (by 
                          default), RIJNDAEL, SERPENT, TNEPRES, CAMELLIA, GOST, 
                          2FISH, 3FISH, DES, 3DES, RC2, RC5, RC6, SKIPJACK, 
                          BLOWFISH, CAST5, CAST6, TEA, XTEA, SEED, IDEA, NOEKEON, 
                          or empty string for nothing at all.

    --curve               It specifies a curve name for ECIES mode and PGP with  
                          ECDSA master key or ECDH algorithm.

    --curve-store         It specifies a store of curves for ECIES mode and PGP with 
                          ECDSA master key or ECDH algorithm. The stores curve are: 
                          CUSTOM, TELETRUST, NIST, ANSSI, X962, GOST, and SEC.

    --show-store-curves   Show the available curves in the specified store.
    --raise-pwd-exception Raise exception for incorrect password or salt.
    --inhibit-errors      Continue even with errors if possible in batch process.
    --inhibit-esc-chars   Does not process hexadecimal byte notation by the escape 
                          characters \x or \u for Unicode.

    --inhibit-delimiter   Does not process semicolon as a path delimiter.
    --input-notes         Show informative notes of input data.
    --examples            Show command line examples for specified mode.
    --help                Show usage info. This modifier can be combined with others 
                          from behind or ahead for more info.

Input notes:

> The parameter "file:", at the beginning of the modifier --password, allows to 
  obtain the complete text of a file as password.

> The parameter "batch:", at the beginning of the input file, processes the input 
  data paths as batch files. The paths must be separated by line feed or semicolon 
  unless otherwise indicated.

> The semicolon character is the path delimiter unless otherwise indicated.

> The parameter "public:" or "private:", at the beginning of the modifier 
  --x509-file or --x509-store specifies the certificate type, otherwise they will be 
  used in order of occurrence.

Modes:

List of available modes.

Encoding:

  	Bn (Base n, Where n must be a number from 2 to 64)

Symmetric Block Ciphers:

  	RIJNDAEL
  	AES (Advanced Encryption Standard)
  	3DES (Triple Data Encryption Standard)
  	DES (Data Encryption Standard)
  	RC2 (Rivest Cipher 2)
  	RC5 (Rivest Cipher 5)
  	RC6 (Rivest Cipher 6)
  	MARS
  	SERPENT
  	TNEPRES
  	2FISH (Twofish)
  	3FISH (Threefish)
  	BLOWFISH
  	CAST5
  	CAST6
  	IDEA (International Data Encryption Algorithm)
  	GOST (The Government Standard of the USSR 28147)
  	NOEKEON
  	SEED
  	TEA
  	XTEA
  	SKIPJACK

Symmetric Stream Ciphers:

  	RC4 (Rivest Cipher 4)
  	ISAAC
  	SALSA20
  	XSALSA20
  	CHACHA
  	VMPC (Variably Modified Permutation Composition)
  	HC (Hongjun Cipher)

Asymmetric Ciphers:

  	RSA (Rivest, Shamir and Adleman)
  	ELGAMAL
  	NACCACHE

Hybrid Ciphers:

  	PGP (Pretty Good Privacy, Open, RFC 4880)
  	ECIES (Elliptic Curve Integrated Encryption Scheme)
  	DLIES (Discrete Logarithm Integrated Encryption Scheme)

Others:

  	DIGEST (Digest file mode)
  	CHECKSUM (Checksum file mode)

Hashes:

List of available hashes.

SHA-3 (Candidates):

  	BLAKE224
  	BLAKE256
  	BLAKE384
  	BLAKE512
  	BMW224 (Blue Midnight Wish)
  	BMW256 (Blue Midnight Wish)
  	BMW384 (Blue Midnight Wish)
  	BMW512 (Blue Midnight Wish)
  	CUBE224
  	CUBE256
  	CUBE384
  	CUBE512
  	ECHO224
  	ECHO256
  	ECHO384
  	ECHO512
  	FUGUE224
  	FUGUE256
  	FUGUE384
  	FUGUE512
  	GROESTL224
  	GROESTL256
  	GROESTL384
  	GROESTL512
  	HAMSI224
  	HAMSI256
  	HAMSI384
  	HAMSI512
  	JH224
  	JH256
  	JH384
  	JH512
  	KECCAK224 *
  	KECCAK256 *
  	KECCAK384 *
  	KECCAK512 *
  	LUFFA224
  	LUFFA256
  	LUFFA384
  	LUFFA512
  	SHABAL224
  	SHABAL256
  	SHABAL384
  	SHABAL512
  	SHAVITE224
  	SHAVITE256
  	SHAVITE384
  	SHAVITE512
  	SIMD224
  	SIMD256
  	SIMD384
  	SIMD512
  	SKEIN224
  	SKEIN256 *
  	SKEIN384
  	SKEIN512 *

SHA-2:

  	SHA224 *#@~
  	SHA256 *#@~
  	SHA384 *#@~
  	SHA512 *#@~ (By default)

SHA (Old):

  	SHA1 *#@~
  	SHA0

MD (Message Digest):

  	MD2 *#@
  	MD4 *@
  	MD5 *#@~

Race Integrity Primitives Evaluation Message Digest:

  	RIPEMD
  	RIPEMD128 *@
  	RIPEMD160 *#@
  	RIPEMD256 *@
  	RIPEMD320 *

Others (32-bit):

  	AP
  	BERNSTEIN
  	BERNSTEIN1
  	BKDR
  	DEK
  	DJB
  	DOTNET
  	ELF
  	FNV
  	FNV1A
  	JENKINS3
  	JS
  	MURMUR2
  	MURMUR3
  	ONEATTIME
  	PJW
  	ROTATING
  	RS
  	SDBM
  	SNX (Shift And Xor)
  	SUPERFAST

Others (64-bit):

  	FNV64
  	FNV1A64
	MURMUR2-64
	SIPHASH

Others (128-bit):

  	MURMUR3-128

Others:

  	GOST
  	GRINDAHL256
  	GRINDAHL512
  	HAS160
  	HAVAL3-128
  	HAVAL3-160
  	HAVAL3-192
  	HAVAL3-224
  	HAVAL3-256
  	HAVAL4-128
  	HAVAL4-160
  	HAVAL4-192
  	HAVAL4-224
  	HAVAL4-256
  	HAVAL5-128
  	HAVAL5-160
  	HAVAL5-192
  	HAVAL5-224
  	HAVAL5-256
  	PANAMA
  	RG32 (Radio Gatun)
  	RG64 (Radio Gatun)
  	SNEFRU4-128
  	SNEFRU4-256
  	SNEFRU8-128
  	SNEFRU8-256
  	TIGER2
  	TIGER3-192
  	TIGER4-192
  	WHIRLPOOL *

Checksum:

  	ADLER32
  	CRC32-IEEE
  	CRC32-CASTAGNOLI
  	CRC32-KOOPMAN
  	CRC32-Q
  	CRC64-ISO
  	CRC64-ECMA

* DLIES and ECIES modes.

# Signature for PGP mode.

@ Signature for RSA, ELGAMAL, and NACCACHE modes.

~ OAEP with Bouncy Castle.

Curves:

List of available curves.

Custom:

   	curve25519   secp128r1    secp160k1    secp160r1    secp160r2

   	secp192k1    secp192r1    secp224k1    secp224r1    secp256k1

   	secp256r1    secp384r1    secp521r1    sect113r1    sect113r2

   	sect131r1    sect131r2    sect163k1    sect163r1    sect163r2

   	sect193r1    sect193r2    sect233k1    sect233r1    sect239k1

   	sect283k1    sect283r1    sect409k1    sect409r1    sect571k1

   	sect571r1    sm2p256v1

Teletrust:

   	brainpoolP160t1    brainpoolP384t1    brainpoolP384r1    brainpoolP192t1

   	brainpoolP224t1    brainpoolP160r1    brainpoolP256t1    brainpoolP192r1

   	brainpoolP224r1    brainpoolP512t1    brainpoolP256r1    brainpoolP512r1

   	brainpoolP320r1    brainpoolP320t1

Nist:

	K-571 K-283 B-283 B-233 P-256 B-409 B-571 P-521 P-384 B-163 K-163 K-233

	P-192 K-409 P-224

Anssi:

	FRP256v1

X962:

	c2tnb191v1   prime239v2   c2pnb272w1   c2pnb208w1   c2pnb304w1

	c2tnb239v1   c2tnb359v1   c2pnb176w1   prime239v1   c2pnb368w1

	c2pnb163v2   prime192v2   c2tnb239v2   c2pnb163v3   prime192v3

	c2tnb239v3   c2pnb163v1   prime192v1   c2tnb431r1   c2tnb191v2

	prime239v3   c2tnb191v3   prime256v1

Gost:

	GostR3410-2001-CryptoPro-XchA     Tc26-Gost-3410-12-512-paramSetA

	Tc26-Gost-3410-12-256-paramSetA   Tc26-Gost-3410-12-512-paramSetC

	GostR3410-2001-CryptoPro-A        Tc26-Gost-3410-12-512-paramSetB

	GostR3410-2001-CryptoPro-XchB     GostR3410-2001-CryptoPro-B

	GostR3410-2001-CryptoPro-C

Sec:

	secp224k1  sect193r1  sect571r1  secp521r1  secp256k1

	secp112r2  secp224r1  sect193r2  sect409r1  sect131r1

	secp160r2  sect131r2  secp192k1  sect233k1  sect163r1

	secp128r1  secp160r1  sect233r1  sect113r2  secp128r2

	secp384r1  secp112r1  sect163r2  secp192r1  sect163k1

	sect239k1  secp160k1  sect283k1  sect409k1  sect571k1

	sect113r1  sect283r1  secp256r1

Examples:

BASE-2

	Encode:

		crypto -o file.b2 -m b2 -e file.txt
		crypto -o file.b2 -m b2 -6 128 -e file.txt
		crypto -o file.b2 -m b2 -1 01 -e file.txt

	Decode:

		crypto -o file.txt -m b2 -d file.b2
		crypto -o file.txt -m b2 -1 01 -d file.b2

BASE-16

	Encode:

		crypto -o file.b16 -m b16 -e file.txt
		crypto -o file.b16 -m b16 -6 128 -e file.txt
		crypto -o file.b16 -m b16 -1 0123456789abcdef -e file.txt

	Decode:

		crypto -o file.txt -m b16 -d file.b16
		crypto -o file.txt -m b16 -1 0123456789abcdef -d file.b16

BASE-32

	Encode:

		crypto -o file.b32 -m b32 -e file.txt
		crypto -o file.b32 -m b32 -6 128 -e file.txt
		crypto -o file.b32 -m b32 -8 -e file.txt
		crypto -o file.b32 -m b32 -1 0123456789abcdefghijklmnopqrstuv
		       -e file.txt

	Decode:

		crypto -o file.txt -m b32 -d file.b32
		crypto -o file.txt -m b32 -8 -d file.b32
		crypto -o file.txt -m b32 -1 0123456789abcdefghijklmnopqrstuv
		       -d file.b32

BASE-64

	Encode:

		crypto -o file.b64 -m b64 -e file.txt
		crypto -o file.b64 -m b64 -6 128 -e file.txt
		crypto -o file.b64 -m b64 -8 -e file.txt
		crypto -o file.b64 -m b64 -1
		       0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTU
		       VWXYZ+/ -e file.txt

	Decode:

		crypto -o file.txt -m b64 -d file.b64
		crypto -o file.txt -m b64 -8 -d file.b64
		crypto -o file.txt -m b64 -1
		       0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTU
		       VWXYZ+/ -d file.b64

DIGEST

		crypto -m digest file.bin
		crypto -m digest -h sha256 file.bin
		crypto -o file.txt -m digest -h md5 file.bin

CHECKSUM

		crypto -m checksum -h adler32 file.bin
		crypto -o file.txt -m checksum -h crc32-ieee file.bin

AES

	Encryption:

		crypto -o file.aes -m aes -e file.bin
		crypto -o file.aes -m aes -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.aes -m aes -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.aes -m aes -s "" -h sha1 -e file.bin
		crypto -o file.aes -m aes -b rsa-public.key -e file.bin
		crypto -o file.aes -m aes -b elgamal-public.key -e file.bin
		crypto -o file.aes -m aes -b naccache-public.key -e file.bin
		crypto -o file.aes -m aes -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.aes -m aes -9 public.cer -e file.bin
		crypto -o file.aes -m aes -9 public.pem -e file.bin
		crypto -o file.aes -m aes -y 128 -k 1234567890123456 -i
		       6543210987654321 -e file.bin

	Decryption:

		crypto -o file.bin -m aes -d file.aes
		crypto -o file.bin -m aes -p "my password" -s "my salt8" -d
		       file.aes

		crypto -o file.bin -m aes -p file:"my password file.txt" -d
		       file.aes

		crypto -o file.bin -m aes -s "" -h sha1 -d file.aes
		crypto -o file.bin -m aes -v rsa-private.key -d file.aes
		crypto -o file.bin -m aes -v elgamal-private.key -d file.aes
		crypto -o file.bin -m aes -v naccache-private.key -d file.aes
		crypto -o file.bin -m aes -b ecdh-public.key -v
		       ecdh-private.key -d file.aes

		crypto -o file.bin -m aes -9 private.pfx -d file.aes
		crypto -o file.bin -m aes -9 private.pem -d file.aes
		crypto -o file.bin -m aes -y 128 -k 1234567890123456 -i
		       6543210987654321 -d file.aes

RIJNDAEL

	Encryption:

		crypto -o file.rij -m rijndael -e file.bin
		crypto -o file.rij -m rijndael -s "" -h sha1 -e file.bin
		crypto -o file.rij -m rijndael -b rsa-public.key -e file.bin
		crypto -o file.rij -m rijndael -b elgamal-public.key -e file.bin
		crypto -o file.rij -m rijndael -b naccache-public.key -e
		       file.bin

		crypto -o file.rij -m rijndael -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.rij -m rijndael -9 public.cer -e file.bin
		crypto -o file.rij -m rijndael -9 public.pem -e file.bin
		crypto -o file.rij -m rijndael -y 128 -l 128 -k
		       1234567890123456 -i 6543210987654321 -e file.bin

	Decryption:

		crypto -o file.bin -m rijndael -d file.rij
		crypto -o file.bin -m rijndael -s "" -h sha1 -d file.rij
		crypto -o file.bin -m rijndael -v rsa-private.key -d file.rij
		crypto -o file.bin -m rijndael -v elgamal-private.key -d
		       file.rij

		crypto -o file.bin -m rijndael -v naccache-private.key -d
		       file.rij

		crypto -o file.bin -m rijndael -b ecdh-public.key -v
		       ecdh-private.key -d file.rij

		crypto -o file.bin -m rijndael -9 private.cer -d file.rij
		crypto -o file.bin -m rijndael -9 private.pem -d file.rij
		crypto -o file.bin -m rijndael -y 128 -l 128 -k
		       1234567890123456 -i 6543210987654321 -d file.rij

TRIPLE-DES

	Encryption:

		crypto -o file.3des -m 3des -e file.bin
		crypto -o file.3des -m 3des -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.3des -m 3des -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.3des -m 3des -s "" -h sha1 -e file.bin
		crypto -o file.3des -m 3des -b rsa-public.key -e file.bin
		crypto -o file.3des -m 3des -b elgamal-public.key -e file.bin
		crypto -o file.3des -m 3des -b naccache-public.key -e file.bin
		crypto -o file.3des -m 3des -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.3des -m 3des -9 public.cer -e file.bin
		crypto -o file.3des -m 3des -9 public.pem -e file.bin
		crypto -o file.3des -m 3des -y 128 -k 1234567890123456 -i
		       6543210987654321 -e file.bin

	Decryption:

		crypto -o file.bin -m 3des -d file.3des
		crypto -o file.bin -m 3des -p "my password" -s "my salt8" -d
		       file.3des

		crypto -o file.bin -m 3des -p file:"my password file.txt" -d
		       file.3des

		crypto -o file.bin -m 3des -s "" -h sha1 -d file.3des
		crypto -o file.bin -m 3des -v rsa-private.key -d file.3des
		crypto -o file.bin -m 3des -v elgamal-private.key -d file.3des
		crypto -o file.bin -m 3des -v naccache-private.key -d file.3des
		crypto -o file.bin -m 3des -b ecdh-public.key -v
		       ecdh-private.key -d file.3des

		crypto -o file.bin -m 3des -9 private.pfx -d file.3des
		crypto -o file.bin -m 3des -9 private.pem -d file.3des
		crypto -o file.bin -m 3des -y 128 -k 1234567890123456 -i
		       6543210987654321 -d file.3des

DES

	Encryption:

		crypto -o file.des -m des -e file.bin
		crypto -o file.des -m des -p "my password" -s "my salt8" -e file.bin
		crypto -o file.des -m des -p file:"my password file.txt" -e file.bin

		crypto -o file.des -m des -s "" -h sha1 -e file.bin
		crypto -o file.des -m des -b rsa-public.key -e file.bin
		crypto -o file.des -m des -b elgamal-public.key -e file.bin
		crypto -o file.des -m des -b naccache-public.key -e file.bin
		crypto -o file.des -m des -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.des -m des -9 public.cer -e file.bin
		crypto -o file.des -m des -9 public.pem -e file.bin
		crypto -o file.des -m des -k 12345678 -i 87654321 -e file.bin


	Decryption:

		crypto -o file.bin -m des -d file.des
		crypto -o file.bin -m des -p "my password" -s "my salt8" -d file.des
		crypto -o file.bin -m des -p file:"my password file.txt" -d file.des
		crypto -o file.bin -m des -s "" -h sha1 -d file.des
		crypto -o file.bin -m des -v rsa-private.key -d file.des
		crypto -o file.bin -m des -v elgamal-private.key -d file.des
		crypto -o file.bin -m des -v naccache-private.key -d file.des
		crypto -o file.bin -m des -b ecdh-public.key -v
		       ecdh-private.key -d file.des

		crypto -o file.bin -m des -9 private.pfx -d file.des
		crypto -o file.bin -m des -9 private.pem -d file.des
		crypto -o file.bin -m des -k 12345678 -i 87654321 -d file.des

MARS

	Encryption:

		crypto -o file.mar -m mars -e file.bin
		crypto -o file.mar -m mars -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.mar -m mars -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.mar -m mars -s "" -h sha1 -e file.bin
		crypto -o file.mar -m mars -b rsa-public.key -e file.bin
		crypto -o file.mar -m mars -b elgamal-public.key -e file.bin
		crypto -o file.mar -m mars -b naccache-public.key -e file.bin
		crypto -o file.mar -m mars -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.mar -m mars -9 public.cer -e file.bin
		crypto -o file.mar -m mars -9 public.pem -e file.bin
		crypto -o file.mar -m mars -y 128 -k 1234567890123456 -i
		       6543210987654321 -e file.bin

	Decryption:

		crypto -o file.bin -m mars -d file.mar
		crypto -o file.bin -m mars -p "my password" -s "my salt8" -d
		       file.mar

		crypto -o file.bin -m mars -p file:"my password file.txt" -d
		       file.mar

		crypto -o file.bin -m mars -s "" -h sha1 -d file.mar
		crypto -o file.bin -m mars -v rsa-private.key -d file.mar
		crypto -o file.bin -m mars -v elgamal-private.key -d file.mar
		crypto -o file.bin -m mars -v naccache-private.key -d file.mar
		crypto -o file.bin -m mars -b ecdh-public.key -v
		       ecdh-private.key -d file.mar

		crypto -o file.bin -m mars -9 private.pfx -d file.mar
		crypto -o file.bin -m mars -9 private.pem -d file.mar
		crypto -o file.bin -m mars -y 128 -k 1234567890123456 -i
		       6543210987654321 -d file.mar

SALSA20

	Encryption:

		crypto -o file.sal -m salsa20 -e file.bin
		crypto -o file.sal -m salsa20 -s "" -h sha1 -e file.bin
		crypto -o file.sal -m salsa20 -b rsa-public.key -e file.bin
		crypto -o file.sal -m salsa20 -b elgamal-public.key -e file.bin
		crypto -o file.sal -m salsa20 -b naccache-public.key -e file.bin
		crypto -o file.sal -m salsa20 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.sal -m salsa20 -9 public.cer -e file.bin
		crypto -o file.sal -m salsa20 -9 public.pem -e file.bin
		crypto -o file.sal -m salsa20 -y 128 -k 1234567890123456 -i
		       87654321 -e file.bin


	Decryption:

		crypto -o file.bin -m salsa20 -d file.sal
		crypto -o file.bin -m salsa20 -s "" -h sha1 -d file.sal
		crypto -o file.bin -m salsa20 -v rsa-private.key -d file.sal
		crypto -o file.bin -m salsa20 -v elgamal-private.key -d file.sal
		crypto -o file.bin -m salsa20 -v naccache-private.key -d
		       file.sal

		crypto -o file.bin -m salsa20 -b ecdh-public.key -v
		       ecdh-private.key -d file.sal

		crypto -o file.bin -m salsa20 -9 private.pfx -d file.sal
		crypto -o file.bin -m salsa20 -9 private.pem -d file.sal
		crypto -o file.bin -m salsa20 -y 128 -k 1234567890123456 -i
		       87654321 -d file.sal

XSALSA20

	Encryption:

		crypto -o file.x20 -m xsalsa20 -e file.bin
		crypto -o file.x20 -m xsalsa20 -s "" -h sha1 -e file.bin
		crypto -o file.x20 -m xsalsa20 -b rsa-public.key -e file.bin
		crypto -o file.x20 -m xsalsa20 -b elgamal-public.key -e file.bin
		crypto -o file.x20 -m xsalsa20 -b naccache-public.key -e
		       file.bin

		crypto -o file.x20 -m xsalsa20 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.x20 -m xsalsa20 -9 public.cer -e file.bin
		crypto -o file.x20 -m xsalsa20 -9 public.pem -e file.bin

	Decryption:

		crypto -o file.bin -m xsalsa20 -d file.x20
		crypto -o file.bin -m xsalsa20 -s "" -h sha1 -d file.x20
		crypto -o file.bin -m xsalsa20 -v rsa-private.key -d file.x20
		crypto -o file.bin -m xsalsa20 -v elgamal-private.key -d
		       file.x20

		crypto -o file.bin -m xsalsa20 -v naccache-private.key -d
		       file.x20

		crypto -o file.bin -m xsalsa20 -b ecdh-public.key -v
		       ecdh-private.key -d file.x20

		crypto -o file.bin -m xsalsa20 -9 private.pfx -d file.x20
		crypto -o file.bin -m xsalsa20 -9 private.pem -d file.x20

CHACHA

	Encryption:

		crypto -o file.cha -m chacha -e file.bin
		crypto -o file.cha -m chacha -s "" -h sha1 -e file.bin
		crypto -o file.cha -m chacha -b rsa-public.key -e file.bin
		crypto -o file.cha -m chacha -b elgamal-public.key -e file.bin
		crypto -o file.cha -m chacha -b naccache-public.key -e file.bin
		crypto -o file.cha -m chacha -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.cha -m chacha -9 public.cer -e file.bin
		crypto -o file.cha -m chacha -9 public.pem -e file.bin
		crypto -o file.cha -m chacha -y 128 -k 1234567890123456 -i
		       87654321 -e file.bin

	Decryption:

		crypto -o file.bin -m chacha -d file.cha
		crypto -o file.bin -m chacha -s "" -h sha1 -d file.cha
		crypto -o file.bin -m chacha -v rsa-private.key -d file.cha
		crypto -o file.bin -m chacha -v elgamal-private.key -d file.cha
		crypto -o file.bin -m chacha -v naccache-private.key -d file.cha
		crypto -o file.bin -m chacha -b ecdh-public.key -v
		       ecdh-private.key -d file.cha

		crypto -o file.bin -m chacha -9 private.pfx -d file.cha
		crypto -o file.bin -m chacha -9 private.pem -d file.cha
		crypto -o file.bin -m chacha -y 128 -k 1234567890123456 -i
		       87654321 -d file.cha

VMPC

	Encryption:

		crypto -o file.vmp -m vmpc -e file.bin
		crypto -o file.vmp -m vmpc -3 -e file.bin
		crypto -o file.vmp -m vmpc -s "" -h sha1 -e file.bin
		crypto -o file.vmp -m vmpc -b rsa-public.key -e file.bin
		crypto -o file.vmp -m vmpc -b elgamal-public.key -e file.bin
		crypto -o file.vmp -m vmpc -b naccache-public.key -e file.bin
		crypto -o file.vmp -m vmpc -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.vmp -m vmpc -9 public.cer -e file.bin
		crypto -o file.vmp -m vmpc -9 public.pem -e file.bin
		crypto -o file.vmp -m vmpc -y 64 -l 64 -k 12345678 -i 87654321
		       -e file.bin


	Decryption:

		crypto -o file.bin -m vmpc -d file.vmp
		crypto -o file.bin -m vmpc -3 -d file.vmp
		crypto -o file.bin -m vmpc -s "" -h sha1 -d file.vmp
		crypto -o file.bin -m vmpc -v rsa-private.key -d file.vmp
		crypto -o file.bin -m vmpc -v elgamal-private.key -d file.vmp
		crypto -o file.bin -m vmpc -v naccache-private.key -d file.vmp
		crypto -o file.bin -m vmpc -b ecdh-public.key -v
		       ecdh-private.key -d file.vmp

		crypto -o file.bin -m vmpc -9 private.pfx -d file.vmp
		crypto -o file.bin -m vmpc -9 private.pem -d file.vmp
		crypto -o file.bin -m vmpc -y 64 -l 64 -k 12345678 -i 87654321
		       -d file.vmp

RC2

	Encryption:

		crypto -o file.rc2 -m rc2 -e file.bin
		crypto -o file.rc2 -m rc2 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.rc2 -m rc2 -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.rc2 -m rc2 -s "" -h sha1 -e file.bin
		crypto -o file.rc2 -m rc2 -b rsa-public.key -e file.bin
		crypto -o file.rc2 -m rc2 -b elgamal-public.key -e file.bin
		crypto -o file.rc2 -m rc2 -b naccache-public.key -e file.bin
		crypto -o file.rc2 -m rc2 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.rc2 -m rc2 -9 public.cer -e file.bin
		crypto -o file.rc2 -m rc2 -9 public.pem -e file.bin
		crypto -o file.rc2 -m rc2 -y 64 -k 12345678 -i 87654321 -e
		       file.bin

	Decryption:

  		crypto -o file.bin -m rc2 -d file.rc2
		crypto -o file.bin -m rc2 -p "my password" -s "my salt8" -d
		       file.rc2

		crypto -o file.bin -m rc2 -p file:"my password file.txt" -d
		       file.rc2

		crypto -o file.bin -m rc2 -s "" -h sha1 -d file.rc2
		crypto -o file.bin -m rc2 -v rsa-private.key -d file.rc2
		crypto -o file.bin -m rc2 -v elgamal-private.key -d file.rc2
		crypto -o file.bin -m rc2 -v naccache-private.key -d file.rc2
		crypto -o file.bin -m rc2 -b ecdh-public.key -v
		       ecdh-private.key -d file.rc2

		crypto -o file.bin -m rc2 -9 private.pfx -d file.rc2
		crypto -o file.bin -m rc2 -9 private.pem -d file.rc2
		crypto -o file.bin -m rc2 -y 64 -k 12345678 -i 87654321 -d
		       file.rc2

CAMELLIA

	Encryption:

		crypto -o file.cam -m camellia -e file.bin
		crypto -o file.cam -m camellia -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.cam -m camellia -s "" -h sha1 -e file.bin
		crypto -o file.cam -m camellia -b rsa-public.key -e file.bin
		crypto -o file.cam -m camellia -b elgamal-public.key -e file.bin
		crypto -o file.cam -m camellia -b naccache-public.key -e
		       file.bin

		crypto -o file.cam -m camellia -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.cam -m camellia -9 public.cer -e file.bin
		crypto -o file.cam -m camellia -9 public.pem -e file.bin
		crypto -o file.cam -m camellia -p "my password" -s "my salt8"
		       -e file.bin

		crypto -o file.cam -m camellia -p file:"my password file.txt"
		       -e file.bin

	Decryption:

		crypto -o file.bin -m camellia -d file.cam
		crypto -o file.bin -m camellia -y 128 -k 1234567890123456 -d
		       file.cam

		crypto -o file.bin -m camellia -s "" -h sha1 -d file.cam
		crypto -o file.bin -m camellia -v rsa-private.key -d file.cam
		crypto -o file.bin -m camellia -v elgamal-private.key -d
		       file.cam

		crypto -o file.bin -m camellia -v naccache-private.key -d
		       file.cam

		crypto -o file.bin -m camellia -b ecdh-public.key -v
		       ecdh-private.key -d file.cam

		crypto -o file.bin -m camellia -9 private.pfx -d file.cam
		crypto -o file.bin -m camellia -9 private.pem -d file.cam
		crypto -o file.bin -m camellia -p "my password" -s "my salt8"
		       -d file.cam

		crypto -o file.bin -m camellia -p file:"my password file.txt"
		       -d file.cam

BLOWFISH

	Encryption:

		crypto -o file.blf -m blowfish -e file.bin
		crypto -o file.blf -m blowfish -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.blf -m blowfish -s "" -h sha1 -e file.bin
		crypto -o file.blf -m blowfish -b rsa-public.key -e file.bin
		crypto -o file.blf -m blowfish -b elgamal-public.key -e file.bin
		crypto -o file.blf -m blowfish -b naccache-public.key -e
		       file.bin

		crypto -o file.blf -m blowfish -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.blf -m blowfish -9 public.cer -e file.bin
		crypto -o file.blf -m blowfish -9 public.pem -e file.bin
		crypto -o file.blf -m blowfish -p "my password" -s "my salt8"
		       -e file.bin

		crypto -o file.blf -m blowfish -p file:"my password file.txt"
		       -e file.bin


	Decryption:

		crypto -o file.bin -m blowfish -d file.blf
		crypto -o file.bin -m blowfish -y 128 -k 1234567890123456 -d
		       file.blf

		crypto -o file.bin -m blowfish -s "" -h sha1 -d file.blf
		crypto -o file.bin -m blowfish -v rsa-private.key -d file.blf
		crypto -o file.bin -m blowfish -v elgamal-private.key -d
		       file.blf

		crypto -o file.bin -m blowfish -v naccache-private.key -d
		       file.blf

		crypto -o file.bin -m blowfish -b ecdh-public.key -v
		       ecdh-private.key -d file.blf

		crypto -o file.bin -m blowfish -9 private.pfx -d file.blf
		crypto -o file.bin -m blowfish -9 private.pem -d file.blf
		crypto -o file.bin -m blowfish -p "my password" -s "my salt8"
		       -d file.blf

		crypto -o file.bin -m blowfish -p file:"my password file.txt"
		       -d file.blf

2FISH

	Encryption:

		crypto -o file.2f -m 2fish -e file.bin
		crypto -o file.2f -m 2fish -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.2f -m 2fish -s "" -h sha1 -e file.bin
		crypto -o file.2f -m 2fish -b rsa-public.key -e file.bin
		crypto -o file.2f -m 2fish -b elgamal-public.key -e file.bin
		crypto -o file.2f -m 2fish -b naccache-public.key -e file.bin
		crypto -o file.2f -m 2fish -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.2f -m 2fish -9 public.cer -e file.bin
		crypto -o file.2f -m 2fish -9 public.pem -e file.bin
		crypto -o file.2f -m 2fish -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.2f -m 2fish -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m 2fish -d file.2f
		crypto -o file.bin -m 2fish -y 128 -k 1234567890123456 -d
		       file.2f

		crypto -o file.bin -m 2fish -s "" -h sha1 -d file.2f
		crypto -o file.bin -m 2fish -v rsa-private.key -d file.2f
		crypto -o file.bin -m 2fish -v elgamal-private.key -d file.2f
		crypto -o file.bin -m 2fish -v naccache-private.key -d file.2f
		crypto -o file.bin -m 2fish -b ecdh-public.key -v
		       ecdh-private.key -d file.2f

		crypto -o file.bin -m 2fish -9 private.pfx -d file.2f
		crypto -o file.bin -m 2fish -9 private.pem -d file.2f
		crypto -o file.bin -m 2fish -p "my password" -s "my salt8" -d
		       file.2f

		crypto -o file.bin -m 2fish -p file:"my password file.txt" -d
		       file.2f

3FISH

	Encryption:

		crypto -o file.3f -m 3fish -e file.bin
		crypto -o file.3f -m 3fish -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.3f -m 3fish -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.3f -m 3fish -s "" -h sha1 -e file.bin
		crypto -o file.3f -m 3fish -b rsa-public.key -e file.bin
		crypto -o file.3f -m 3fish -b elgamal-public.key -e file.bin
		crypto -o file.3f -m 3fish -b naccache-public.key -e file.bin
		crypto -o file.3f -m 3fish -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.3f -m 3fish -9 public.cer -e file.bin
		crypto -o file.3f -m 3fish -9 public.pem -e file.bin
		crypto -o file.3f -m 3fish -k 12345678901234567890123456789012
		       -i 6543210987654321 -e file.bin


	Decryption:

		crypto -o file.bin -m 3fish -d file.3f
		crypto -o file.bin -m 3fish -p "my password" -s "my salt8" -d
		       file.3f

		crypto -o file.bin -m 3fish -p file:"my password file.txt" -d
		       file.3f

		crypto -o file.bin -m 3fish -s "" -h sha1 -d file.3f
		crypto -o file.bin -m 3fish -v rsa-private.key -d file.3f
		crypto -o file.bin -m 3fish -v elgamal-private.key -d file.3f
		crypto -o file.bin -m 3fish -v naccache-private.key -d file.3f
		crypto -o file.bin -m 3fish -b ecdh-public.key -v
		       ecdh-private.key -d file.3f

		crypto -o file.bin -m 3fish -9 private.pfx -d file.3f
		crypto -o file.bin -m 3fish -9 private.pem -d file.3f
		crypto -o file.bin -m 3fish -k 12345678901234567890123456789012
		       -i 6543210987654321 -d file.3f

SERPENT

	Encryption:

		crypto -o file.ser -m serpent -e file.bin
		crypto -o file.ser -m serpent -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.ser -m serpent -s "" -h sha1 -e file.bin
		crypto -o file.ser -m serpent -b rsa-public.key -e file.bin
		crypto -o file.ser -m serpent -b elgamal-public.key -e file.bin
		crypto -o file.ser -m serpent -b naccache-public.key -e file.bin
		crypto -o file.ser -m serpent -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.ser -m serpent -9 public.cer -e file.bin
		crypto -o file.ser -m serpent -9 public.pem -e file.bin
		crypto -o file.ser -m serpent -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.ser -m serpent -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m serpent -d file.ser
		crypto -o file.bin -m serpent -y 128 -k 1234567890123456 -d
		       file.ser

		crypto -o file.bin -m serpent -s "" -h sha1 -d file.ser
		crypto -o file.bin -m serpent -v rsa-private.key -d file.ser
		crypto -o file.bin -m serpent -v elgamal-private.key -d file.ser
		crypto -o file.bin -m serpent -v naccache-private.key -d
		       file.ser

		crypto -o file.bin -m serpent -b ecdh-public.key -v
		       ecdh-private.key -d file.ser

		crypto -o file.bin -m serpent -9 private.pfx -d file.ser
		crypto -o file.bin -m serpent -9 private.pem -d file.ser
		crypto -o file.bin -m serpent -p "my password" -s "my salt8" -d
		       file.ser

		crypto -o file.bin -m serpent -p file:"my password file.txt" -d
		       file.ser

CAST5

	Encryption:

		crypto -o file.c5 -m cast5 -e file.bin
		crypto -o file.c5 -m cast5 -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.c5 -m cast5 -s "" -h sha1 -e file.bin
		crypto -o file.c5 -m cast5 -b rsa-public.key -e file.bin
		crypto -o file.c5 -m cast5 -b elgamal-public.key -e file.bin
		crypto -o file.c5 -m cast5 -b naccache-public.key -e file.bin
		crypto -o file.c5 -m cast5 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.c5 -m cast5 -9 public.cer -e file.bin
		crypto -o file.c5 -m cast5 -9 public.pem -e file.bin
		crypto -o file.c5 -m cast5 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.c5 -m cast5 -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m cast5 -d file.c5
		crypto -o file.bin -m cast5 -y 128 -k 1234567890123456 -d
		       file.c5

		crypto -o file.bin -m cast5 -s "" -h sha1 -d file.c5
		crypto -o file.bin -m cast5 -v rsa-private.key -d file.c5
		crypto -o file.bin -m cast5 -v elgamal-private.key -d file.c5
		crypto -o file.bin -m cast5 -v naccache-private.key -d file.c5
		crypto -o file.bin -m cast5 -b ecdh-public.key -v
		       ecdh-private.key -d file.c5

		crypto -o file.bin -m cast5 -9 private.pfx -d file.c5
		crypto -o file.bin -m cast5 -9 private.pem -d file.c5
		crypto -o file.bin -m cast5 -p "my password" -s "my salt8" -d
		       file.c5

		crypto -o file.bin -m cast5 -p file:"my password file.txt" -d
		       file.c5

CAST6

	Encryption:

		crypto -o file.c6 -m cast6 -e file.bin
		crypto -o file.c6 -m cast6 -y 128 -k 1234567890123456 -e
		       file.bin

		crypto -o file.c6 -m cast6 -s "" -h sha1 -e file.bin
		crypto -o file.c6 -m cast6 -b rsa-public.key -e file.bin
		crypto -o file.c6 -m cast6 -b elgamal-public.key -e file.bin
		crypto -o file.c6 -m cast6 -b naccache-public.key -e file.bin
		crypto -o file.c6 -m cast6 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.c6 -m cast6 -9 public.cer -e file.bin
		crypto -o file.c6 -m cast6 -9 public.pem -e file.bin
		crypto -o file.c6 -m cast6 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.c6 -m cast6 -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m cast6 -d file.c6
		crypto -o file.bin -m cast6 -y 128 -k 1234567890123456 -d
		       file.c6

		crypto -o file.bin -m cast6 -s "" -h sha1 -d file.c6
		crypto -o file.bin -m cast6 -v rsa-private.key -d file.c6
		crypto -o file.bin -m cast6 -v elgamal-private.key -d file.c6
		crypto -o file.bin -m cast6 -v naccache-private.key -d file.c6
		crypto -o file.bin -m cast6 -b ecdh-public.key -v
		       ecdh-private.key -d file.c6

		crypto -o file.bin -m cast6 -9 private.pfx -d file.c6
		crypto -o file.bin -m cast6 -9 private.pem -d file.c6
		crypto -o file.bin -m cast6 -p "my password" -s "my salt8" -d
		       file.c6

		crypto -o file.bin -m cast6 -p file:"my password file.txt" -d
		       file.c6

IDEA

	Encryption:

		crypto -o file.ide -m idea -e file.bin
		crypto -o file.ide -m idea -k 1234567890123456 -e file.bin
		crypto -o file.ide -m idea -s "" -h sha1 -e file.bin
		crypto -o file.ide -m idea -b rsa-public.key -e file.bin
		crypto -o file.ide -m idea -b elgamal-public.key -e file.bin
		crypto -o file.ide -m idea -b naccache-public.key -e file.bin
		crypto -o file.ide -m idea -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.ide -m idea -9 public.cer -e file.bin
		crypto -o file.ide -m idea -9 public.pem -e file.bin
		crypto -o file.ide -m idea -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.ide -m idea -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m idea -d file.ide
		crypto -o file.bin -m idea -k 1234567890123456 -d file.ide
		crypto -o file.bin -m idea -s "" -h sha1 -d file.ide
		crypto -o file.bin -m idea -v rsa-private.key -d file.ide
		crypto -o file.bin -m idea -v elgamal-private.key -d file.ide
		crypto -o file.bin -m idea -v naccache-private.key -d file.ide
		crypto -o file.bin -m idea -b ecdh-public.key -v
		       ecdh-private.key -d file.ide

		crypto -o file.bin -m idea -9 private.pfx -d file.ide
		crypto -o file.bin -m idea -9 private.pem -d file.ide
		crypto -o file.bin -m idea -p "my password" -s "my salt8" -d
		       file.ide

		crypto -o file.bin -m idea -p file:"my password file.txt" -d
		       file.ide

NOEKEON

	Encryption:

		crypto -o file.noe -m noekeon -e file.bin
		crypto -o file.noe -m noekeon -k 1234567890123456 -e file.bin
		crypto -o file.noe -m noekeon -s "" -h sha1 -e file.bin
		crypto -o file.noe -m noekeon -b rsa-public.key -e file.bin
		crypto -o file.noe -m noekeon -b elgamal-public.key -e file.bin
		crypto -o file.noe -m noekeon -b naccache-public.key -e file.bin
		crypto -o file.noe -m noekeon -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.noe -m noekeon -9 public.cer -e file.bin
		crypto -o file.noe -m noekeon -9 public.pem -e file.bin
		crypto -o file.noe -m noekeon -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.noe -m noekeon -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m noekeon -d file.noe
		crypto -o file.bin -m noekeon -k 1234567890123456 -d file.noe
		crypto -o file.bin -m noekeon -s "" -h sha1 -d file.noe
		crypto -o file.bin -m noekeon -v rsa-private.key -d file.noe
		crypto -o file.bin -m noekeon -v elgamal-private.key -d file.noe
		crypto -o file.bin -m noekeon -v naccache-private.key -d
		       file.noe

		crypto -o file.bin -m noekeon -b ecdh-public.key -v
		       ecdh-private.key -d file.noe

		crypto -o file.bin -m noekeon -9 private.pfx -d file.noe
		crypto -o file.bin -m noekeon -9 private.pem -d file.noe
		crypto -o file.bin -m noekeon -p "my password" -s "my salt8" -d
		       file.noe

		crypto -o file.bin -m noekeon -p file:"my password file.txt" -d
		       file.noe

TEA

	Encryption:

		crypto -o file.tea -m tea -e file.bin
		crypto -o file.tea -m tea -k 1234567890123456 -e file.bin
		crypto -o file.tea -m tea -s "" -h sha1 -e file.bin
		crypto -o file.tea -m tea -b rsa-public.key -e file.bin
		crypto -o file.tea -m tea -b elgamal-public.key -e file.bin
		crypto -o file.tea -m tea -b naccache-public.key -e file.bin
		crypto -o file.tea -m tea -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.tea -m tea -9 public.cer -e file.bin
		crypto -o file.tea -m tea -9 public.pem -e file.bin
		crypto -o file.tea -m tea -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.tea -m tea -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m tea -d file.tea
		crypto -o file.bin -m tea -k 1234567890123456 -d file.tea
		crypto -o file.bin -m tea -s "" -h sha1 -d file.tea
		crypto -o file.bin -m tea -v rsa-private.key -d file.tea
		crypto -o file.bin -m tea -v elgamal-private.key -d file.tea
		crypto -o file.bin -m tea -v naccache-private.key -d file.tea
		crypto -o file.bin -m tea -b ecdh-public.key -v
		       ecdh-private.key -d file.tea

		crypto -o file.bin -m tea -9 private.pfx -d file.tea
		crypto -o file.bin -m tea -9 private.pem -d file.tea
		crypto -o file.bin -m tea -p "my password" -s "my salt8" -d
		       file.tea

		crypto -o file.bin -m tea -p file:"my password file.txt" -d
		       file.tea

XTEA

	Encryption:

		crypto -o file.xtea -m xtea -e file.bin
		crypto -o file.xtea -m xtea -k 1234567890123456 -e file.bin
		crypto -o file.xtea -m xtea -s "" -h sha1 -e file.bin
		crypto -o file.xtea -m xtea -b rsa-public.key -e file.bin
		crypto -o file.xtea -m xtea -b elgamal-public.key -e file.bin
		crypto -o file.xtea -m xtea -b naccache-public.key -e file.bin
		crypto -o file.xtea -m xtea -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.xtea -m xtea -9 public.cer -e file.bin
		crypto -o file.xtea -m xtea -9 public.pem -e file.bin
		crypto -o file.xtea -m xtea -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.xtea -m xtea -p file:"my password file.txt" -e
		       file.bin

	Decryption:

		crypto -o file.bin -m xtea -d file.xtea
		crypto -o file.bin -m xtea -k 1234567890123456 -d file.xtea
		crypto -o file.bin -m xtea -s "" -h sha1 -d file.xtea
		crypto -o file.bin -m xtea -v rsa-private.key -d file.xtea
		crypto -o file.bin -m xtea -v elgamal-private.key -d file.xtea
		crypto -o file.bin -m xtea -v naccache-private.key -d file.xtea
		crypto -o file.bin -m xtea -b ecdh-public.key -v
		       ecdh-private.key -d file.xtea

		crypto -o file.bin -m xtea -9 private.pfx -d file.xtea
		crypto -o file.bin -m xtea -9 private.pem -d file.xtea
		crypto -o file.bin -m xtea -p "my password" -s "my salt8" -d
		       file.xtea

		crypto -o file.bin -m xtea -p file:"my password file.txt" -d
		       file.xtea

GOST

	Encryption:

		crypto -o file.gost -m gost -e file.bin
		crypto -o file.gost -m gost -k 12345678901234567890123456789012
		       -e file.bin

		crypto -o file.gost -m gost -b rsa-public.key -e file.bin
		crypto -o file.gost -m gost -b elgamal-public.key -e file.bin
		crypto -o file.gost -m gost -b naccache-public.key -e file.bin
		crypto -o file.gost -m gost -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.gost -m gost -9 public.cer -e file.bin
		crypto -o file.gost -m gost -9 public.pem -e file.bin
		crypto -o file.gost -m gost -s "" -h sha1 -e file.bin
		crypto -o file.gost -m gost -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.gost -m gost -p file:"my password file.txt" -e
		       file.bin

		crypto -o file.gost -m gost --gost-box iv -e file.bin


	Decryption:

		crypto -o file.bin -m gost -d file.gost
		crypto -o file.bin -m gost -k 12345678901234567890123456789012
		       -d file.gost

		crypto -o file.bin -m gost -v rsa-private.key -d file.gost
		crypto -o file.bin -m gost -v elgamal-private.key -d file.gost
		crypto -o file.bin -m gost -v naccache-private.key -d file.gost
		crypto -o file.bin -m gost -b ecdh-public.key -v
		       ecdh-private.key -d file.gost

		crypto -o file.bin -m gost -9 private.pfx -d file.gost
		crypto -o file.bin -m gost -9 private.pem -d file.gost
		crypto -o file.bin -m gost -s "" -h sha1 -d file.gost
		crypto -o file.bin -m gost -p "my password" -s "my salt8" -d
		       file.gost

		crypto -o file.bin -m gost -p file:"my password file.txt" -d
		       file.gost

		crypto -o file.bin -m gost --gost-box iv -d file.gost

SEED

	Encryption:

		crypto -o file.seed -m seed -e file.bin
		crypto -o file.seed -m seed -k 1234567890123456 -e file.bin
		crypto -o file.seed -m seed -s "" -h sha1 -e file.bin
		crypto -o file.seed -m seed -b rsa-public.key -e file.bin
		crypto -o file.seed -m seed -b elgamal-public.key -e file.bin
		crypto -o file.seed -m seed -b naccache-public.key -e file.bin
		crypto -o file.seed -m seed -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.seed -m seed -9 public.cer -e file.bin
		crypto -o file.seed -m seed -9 public.pem -e file.bin
		crypto -o file.seed -m seed -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.seed -m seed -p file:"my password file.txt" -e
		       file.bin

			   
	Decryption:

		crypto -o file.bin -m seed -d file.seed
		crypto -o file.bin -m seed -k 1234567890123456 -d file.seed
		crypto -o file.bin -m seed -s "" -h sha1 -d file.seed
		crypto -o file.bin -m seed -v rsa-private.key -d file.seed
		crypto -o file.bin -m seed -v elgamal-private.key -d file.seed
		crypto -o file.bin -m seed -v naccache-private.key -d file.seed
		crypto -o file.bin -m seed -b ecdh-public.key -v
		       ecdh-private.key -d file.seed

		crypto -o file.bin -m seed -9 private.pfx -d file.seed
		crypto -o file.bin -m seed -9 private.pem -d file.seed
		crypto -o file.bin -m seed -p "my password" -s "my salt8" -d
		       file.seed

		crypto -o file.bin -m seed -p file:"my password file.txt" -d
		       file.seed

SKIPJACK

	Encryption:

		crypto -o file.sj -m skipjack -e file.bin
		crypto -o file.sj -m skipjack -k 1234567890123456 -e file.bin
		crypto -o file.sj -m skipjack -s "" -h sha1 -e file.bin
		crypto -o file.sj -m skipjack -b rsa-public.key -e file.bin
		crypto -o file.sj -m skipjack -b elgamal-public.key -e file.bin
		crypto -o file.sj -m skipjack -b naccache-public.key -e file.bin
		crypto -o file.sj -m skipjack -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.sj -m skipjack -9 public.cer -e file.bin
		crypto -o file.sj -m skipjack -9 public.pem -e file.bin
		crypto -o file.sj -m skipjack -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.sj -m skipjack -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m skipjack -d file.sj
		crypto -o file.bin -m skipjack -k 1234567890123456 -d file.sj
		crypto -o file.bin -m skipjack -s "" -h sha1 -d file.sj
		crypto -o file.bin -m skipjack -v rsa-private.key -d file.sj
		crypto -o file.bin -m skipjack -v elgamal-private.key -d file.sj
		crypto -o file.bin -m skipjack -v naccache-private.key -d
		       file.sj

		crypto -o file.bin -m skipjack -b ecdh-public.key -v
		       ecdh-private.key -d file.sj

		crypto -o file.bin -m skipjack -9 private.pfx -d file.sj
		crypto -o file.bin -m skipjack -9 private.pem -d file.sj
		crypto -o file.bin -m skipjack -p "my password" -s "my salt8"
		       -d file.sj

		crypto -o file.bin -m skipjack -p file:"my password file.txt"
		       -d file.sj

RC4

	Encryption:

		crypto -o file.rc4 -m rc4 -e file.bin
		crypto -o file.rc4 -m rc4 -b rsa-public.key -e file.bin
		crypto -o file.rc4 -m rc4 -b elgamal-public.key -e file.bin
		crypto -o file.rc4 -m rc4 -b naccache-public.key -e file.bin
		crypto -o file.rc4 -m rc4 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.rc4 -m rc4 -9 public.cer -e file.bin
		crypto -o file.rc4 -m rc4 -9 public.pem -e file.bin
		crypto -o file.rc4 -m rc4 -y 128 -k 1234567890123456 -e file.bin
		crypto -o file.rc4 -m rc4 -s "" -h sha1 -e file.bin
		crypto -o file.rc4 -m rc4 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.rc4 -m rc4 -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m rc4 -d file.rc4
		crypto -o file.bin -m rc4 -v rsa-private.key -d file.rc4
		crypto -o file.bin -m rc4 -v elgamal-private.key -d file.rc4
		crypto -o file.bin -m rc4 -v naccache-private.key -d file.rc4
		crypto -o file.bin -m rc4 -b ecdh-public.key -v
		       ecdh-private.key -d file.rc4

		crypto -o file.bin -m rc4 -9 private.pfx -d file.rc4
		crypto -o file.bin -m rc4 -9 private.pem -d file.rc4
		crypto -o file.bin -m rc4 -y 128 -k 1234567890123456 -d file.rc4
		crypto -o file.bin -m rc4 -s "" -h sha1 -d file.rc4
		crypto -o file.bin -m rc4 -p "my password" -s "my salt8" -d
		       file.rc4

		crypto -o file.bin -m rc4 -p file:"my password file.txt" -d
		       file.rc4

RC5

	Encryption:

		crypto -o file.rc5 -m rc5 -e file.bin
		crypto -o file.rc5 -m rc5 -e -4 -5 255 -e file.bin
		crypto -o file.rc5 -m rc5 -b rsa-public.key -e file.bin
		crypto -o file.rc5 -m rc5 -b elgamal-public.key -e file.bin
		crypto -o file.rc5 -m rc5 -b naccache-public.key -e file.bin
		crypto -o file.rc5 -m rc5 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.rc5 -m rc5 -9 public.cer -e file.bin
		crypto -o file.rc5 -m rc5 -9 public.pem -e file.bin
		crypto -o file.rc5 -m rc5 -k 1234567890123456 -e file.bin
		crypto -o file.rc5 -m rc5 -s "" -h sha1 -e file.bin
		crypto -o file.rc5 -m rc5 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.rc5 -m rc5 -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m rc5 -d file.rc5
		crypto -o file.bin -m rc5 -e -4 -5 255 -d file.rc5
		crypto -o file.bin -m rc5 -v rsa-private.key -d file.rc5
		crypto -o file.bin -m rc5 -v elgamal-private.key -d file.rc5
		crypto -o file.bin -m rc5 -v naccache-private.key -d file.rc5
		crypto -o file.bin -m rc5 -b ecdh-public.key -v
		       ecdh-private.key -d file.rc5

		crypto -o file.bin -m rc5 -9 private.pfx -d file.rc5
		crypto -o file.bin -m rc5 -9 private.pem -d file.rc5
		crypto -o file.bin -m rc5 -k 1234567890123456 -d file.rc5
		crypto -o file.bin -m rc5 -s "" -h sha1 -d file.rc5
		crypto -o file.bin -m rc5 -p "my password" -s "my salt8" -d
		       file.rc5

		crypto -o file.bin -m rc5 -p file:"my password file.txt" -d
		       file.rc5

RC6

	Encryption:

		crypto -o file.rc6 -m rc6 -e file.bin
		crypto -o file.rc6 -m rc6 -b rsa-public.key -e file.bin
		crypto -o file.rc6 -m rc6 -b elgamal-public.key -e file.bin
		crypto -o file.rc6 -m rc6 -b naccache-public.key -e file.bin
		crypto -o file.rc6 -m rc6 -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.rc6 -m rc6 -9 public.cer -e file.bin
		crypto -o file.rc6 -m rc6 -9 public.pem -e file.bin
		crypto -o file.rc6 -m rc6 -k 1234567890123456 -e file.bin
		crypto -o file.rc6 -m rc6 -s "" -h sha1 -e file.bin
		crypto -o file.rc6 -m rc6 -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.rc6 -m rc6 -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m rc6 -d file.rc6
		crypto -o file.bin -m rc6 -v rsa-private.key -d file.rc6
		crypto -o file.bin -m rc6 -v elgamal-private.key -d file.rc6
		crypto -o file.bin -m rc6 -v naccache-private.key -d file.rc6
		crypto -o file.bin -m rc6 -b ecdh-public.key -v
		       ecdh-private.key -d file.rc6

		crypto -o file.bin -m rc6 -9 private.pfx -d file.rc6
		crypto -o file.bin -m rc6 -9 private.pem -d file.rc6
		crypto -o file.bin -m rc6 -k 1234567890123456 -d file.rc6
		crypto -o file.bin -m rc6 -s "" -h sha1 -d file.rc6
		crypto -o file.bin -m rc6 -p "my password" -s "my salt8" -d
		       file.rc6

		crypto -o file.bin -m rc6 -p file:"my password file.txt" -d
		       file.rc6

HC

	Encryption:

		crypto -o file.hc -m hc -e file.bin
		crypto -o file.hc -m hc -b rsa-public.key -e file.bin
		crypto -o file.hc -m hc -b elgamal-public.key -e file.bin
		crypto -o file.hc -m hc -b naccache-public.key -e file.bin
		crypto -o file.hc -m hc -b ecdh-public.key -v ecdh-private.key
		       -e file.bin

		crypto -o file.hc -m hc -9 public.cer -e file.bin
		crypto -o file.hc -m hc -9 public.pem -e file.bin
		crypto -o file.hc -m hc -y 128 -k 1234567890123456 -e file.bin
		crypto -o file.hc -m hc -s "" -h sha1 -e file.bin
		crypto -o file.hc -m hc -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.hc -m hc -p file:"my password file.txt" -e
		       file.bin
			   

	Decryption:

		crypto -o file.bin -m hc -d file.hc
		crypto -o file.bin -m hc -v rsa-private.key -d file.hc
		crypto -o file.bin -m hc -v elgamal-private.key -d file.hc
		crypto -o file.bin -m hc -v naccache-private.key -d file.hc
		crypto -o file.bin -m hc -b ecdh-public.key -v ecdh-private.key
		       -d file.hc

		crypto -o file.bin -m hc -9 private.pfx -d file.hc
		crypto -o file.bin -m hc -9 private.pem -d file.hc
		crypto -o file.bin -m hc -y 128 -k 1234567890123456 -d file.hc
		crypto -o file.bin -m hc -s "" -h sha1 -d file.hc
		crypto -o file.bin -m hc -p "my password" -s "my salt8" -d
		       file.hc

		crypto -o file.bin -m hc -p file:"my password file.txt" -d
		       file.hc

ISAAC

	Encryption:

		crypto -o file.isa -m isaac -e file.bin
		crypto -o file.isa -m isaac -b rsa-public.key -e file.bin
		crypto -o file.isa -m isaac -b elgamal-public.key -e file.bin
		crypto -o file.isa -m isaac -b naccache-public.key -e file.bin
		crypto -o file.isa -m isaac -b ecdh-public.key -v
		       ecdh-private.key -e file.bin

		crypto -o file.isa -m isaac -9 public.cer -e file.bin
		crypto -o file.isa -m isaac -9 public.pem -e file.bin
		crypto -o file.isa -m isaac -y 8192 -e file.bin
		crypto -o file.isa -m isaac -s "" -h sha1 -e file.bin
		crypto -o file.isa -m isaac -p "my password" -s "my salt8" -e
		       file.bin

		crypto -o file.isa -m isaac -p file:"my password file.txt" -e
		       file.bin


	Decryption:

		crypto -o file.bin -m isaac -d file.isa
		crypto -o file.bin -m isaac -v rsa-private.key -d file.isa
		crypto -o file.bin -m isaac -v elgamal-private.key -d file.isa
		crypto -o file.bin -m isaac -v naccache-private.key -d file.isa
		crypto -o file.bin -m isaac -b ecdh-public.key -v
		       ecdh-private.key -d file.isa

		crypto -o file.bin -m isaac -9 private.pfx -d file.isa
		crypto -o file.bin -m isaac -9 private.pem -d file.isa
		crypto -o file.bin -m isaac -y 8192 -d file.isa
		crypto -o file.bin -m isaac -s "" -h sha1 -d file.isa
		crypto -o file.bin -m isaac -p "my password" -s "my salt8" -d
		       file.isa

		crypto -o file.bin -m isaac -p file:"my password file.txt" -d
		       file.isa

ECIES

	Key pair generation:

		crypto -m ecies -g -b public.key -v private.key --curve prime256v1
		crypto -m ecies -g -b public.key -v private.key --curve-store x962
		       --curve prime256v1

			   
	Encryption:

		crypto -o file.ies -m ecies -b public.key -v private.key -e
		       file.bin

		crypto -o file.ies -m ecies -b public.key -v private.key -h
		       sha1 --ies-cipher rijndael -y 128 -l 128 -e file.bin


	Decryption:

		crypto -o file.bin -m ecies -b public.key -v private.key -d
		       file.ies

		crypto -o file.bin -m ecies -b public.key -v private.key -h
		       sha1 --ies-cipher rijndael -y 128 -l 128 -d file.ies

DLIES

	Key pair generation:

		crypto -m dlies -g -b public.key -v private.key
		crypto -m dlies -g -b public.key -v private.key -y 1024
		       --certainty 8


	Encryption:

		crypto -o file.ies -m dlies -b public.key -v private.key -e
		       file.bin

		crypto -o file.ies -m dlies -b public.key -v private.key -h
		       sha1 --ies-cipher rijndael -y 128 -l 128 -e file.bin


	Decryption:

		crypto -o file.bin -m dlies -b public.key -v private.key -d
		       file.ies

		crypto -o file.bin -m dlies -b public.key -v private.key -h
		       sha1 --ies-cipher rijndael -y 128 -l 128 -d file.ies

RSA

	Key pair generation:

		crypto -m rsa -g -b public.key -v private.key
		crypto -m rsa -g -b public.key -v private.key -y 2048 -6 128
		crypto -m rsa -g -f xml -b public-key.xml -v private-key.xml
		crypto -m rsa -g --rsa-bouncy-castle -b public.key -v
		       private.key

		crypto -m rsa -g -y 2048 --rsa-bouncy-castle --certainty 20
		       --public-exponent 17 -b public.key -v private.key


	Encryption:

		crypto -o file.rsa -m rsa -b public.key -e file.bin
		crypto -o file.rsa -m rsa -b public-key.xml -a -e file.bin
		crypto -o file.rsa -m rsa -u -b pgp-public.key -e file.bin
		crypto -o file.rsa -m rsa -9 file.pem -e file.bin
		crypto -o file.rsa -m rsa -9 file.cer -e -a file.bin
		crypto -o file.rsa -m rsa -0 "my certificate common-name" -e
		       file.bin

		crypto -o file.rsa -m rsa --rsa-bouncy-castle -b public.key -e
		       file.bin

		crypto -o file.rsa -m rsa --signature file.sig -v private.key
		       -e file.bin

		crypto -o file.rsa -m rsa --signature pss file.sig -h sha1 -v
		       private.key -e file.bin

		crypto -o file.rsa -m rsa --rsa-bouncy-castle --signature
		       file.sig -a -h sha1 -v private.key -e file.bin


	Decryption:

		crypto -o file.bin -m rsa -b private.key -d file.rsa
		crypto -o file.bin -m rsa -v private-key.xml -a -d file.rsa
		crypto -o file.bin -m rsa -u -v pgp-private.key -d file.rsa
		crypto -o file.bin -m rsa -9 file.pem -d file.rsa
		crypto -o file.bin -m rsa -9 file.pfx -p "my password" -a -d
		       file.rsa

		crypto -o file.bin -m rsa --rsa-bouncy-castle -b private.key -d
		       file.rsa

		crypto -o file.bin -m rsa --signature file.sig -v private.key
		       -d file.rsa

		crypto -o file.bin -m rsa --signature pss file.sig -h sha1 -v
		       private.key -d file.rsa

		crypto -o file.bin -m rsa --rsa-bouncy-castle --signature
		       file.sig -a -h sha1 -v private.key -d file.rsa

PGP

	Key pair generation:

		crypto -m pgp -g -b public.key -v private.key -y 2048 --pgp-sha1
		crypto -m pgp -g -f armored -b public.asc -v private.asc -q 2fish
		crypto -m pgp -g -b public.key -v private.key --pgp-id "My Name
		       <my@email.com>"

		crypto -m pgp -g -y 2048 --rsa-bouncy-castle --public-exponent 17
		       --certainty 80 -b public.key -v private.key

		crypto -m pgp --pgp-algorithm elgamal -g -b public.key -v 
		       private.key

		crypto -m pgp --pgp-algorithm elgamal --pgp-master ecdsa
		       --curve-store x962 --curve prime256v1 -g -b public.key
		       -v private.key

		crypto -m pgp --pgp-algorithm elgamal --pgp-master rsa -g -b
		       public.key -v private.key

		crypto -m pgp --pgp-algorithm ecdh -y 256 -g -b public.key -v
		       private.key

		crypto -m pgp --pgp-algorithm ecdh -y 192 --pgp-master dsa -g  -b
		       public.key -v private.key

		crypto -m pgp --pgp-algorithm ecdh --curve prime256v1 -g -b 
		       public.key -v private.key


	Encryption:

		crypto -o file.pgp -m pgp -b public.key -q safer -e file.bin
		crypto -o file.pgp -m pgp -b public.key --pgp-compress zlib -e 
		       file.bin

		crypto -o file.pgp -m pgp -f armored -b public.asc -e file.bin
		crypto -o file.pgp -m pgp -u -b rsa-public.key -e file.bin
		crypto -o file.pgp -m pgp --pgp-algorithm elgamal -u -b
		       elgamal-public.key -e file.bin

		crypto -o file.pgp -m pgp -9 file.pem -e file.bin
		crypto -o file.pgp -m pgp -9 file.cer -e file.bin
		crypto -o file.pgp -m pgp -0 "my certificate common-name" -e file.bin
		crypto -o file.pgp -m pgp --pgp-signature -u -v rsa-private.key
		       -e file.bin

		crypto -o file.pgp -m pgp --pgp-signature -9 file.pfx -e file.bin
		crypto -o file.pgp -m pgp --pgp-signature -9 public.pem -9
		       private.pem -e file.bin

		crypto -o file.pgp -m pgp --pgp-signature -9 private:
		       private.pem -9 public: public.pem -e file.bin

		crypto -o file.pgp -m pgp --pgp-signature -b public.key -v
		       private.key -e file.bin

	Decryption:

		crypto -o file.bin -m pgp -v private.key -d file.pgp
		crypto -o file.bin -m pgp -v private.asc -d file.pgp
		crypto -o file.bin -m pgp -u -v rsa-private.key -d file.pgp
		crypto -o file.bin -m pgp --pgp-algorithm elgamal -u -b
		       elgamal-public.key -v elgamal-private.key -d file.pgp

		crypto -o file.bin -m pgp -9 file.pem -d file.pgp
		crypto -o file.bin -m pgp -9 file.pfx -p "my password" -d
		       file.pgp

		crypto -o file.bin -m pgp --pgp-signature -u -v rsa-private.key
		       -d file.pgp

		crypto -o file.bin -m pgp --pgp-signature -9 file.pfx -d
		       file.pgp

		crypto -o file.bin -m pgp --pgp-signature -9 private.pem -9
		       public.pem -d file.pgp

		crypto -o file.bin -m pgp --pgp-signature -9 public: public.pem
		       -9 private: private.pem -d file.pgp

		crypto -o file.bin -m pgp --pgp-signature -v private.key -b
		       public.key -d file.pgp

ELGAMAL

	Key pair generation:

		crypto -m elgamal -g -b public.key -v private.key
		crypto -m elgamal -g -b public.key -v private.key -y 1024
		crypto -m elgamal -g --certainty 80 -b public.key -v private.key

	Encryption:

		crypto -o file.elg -m elgamal -b public.key -e file.bin
		crypto -o file.elg -m elgamal -b public.key -a -e file.bin
		crypto -o file.elg -m elgamal -b public.key -a -h sha1 -e
		       file.bin

		crypto -o file.elg -m elgamal -u -b pgp-public.key -e file.bin
		crypto -o file.elg -m elgamal --signature file.sig -h sha1 -b
		       public.key -e file.bin


	Decryption:

		crypto -o file.bin -m elgamal -v private.key -d file.elg
		crypto -o file.bin -m elgamal -v private.key -a -d file.elg
		crypto -o file.bin -m elgamal -v private.key -a -h sha1 -d
		       file.elg

		crypto -o file.bin -m elgamal -u -v pgp-private.key -d file.elg
		crypto -o file.bin -m elgamal --signature file.sig -h sha1 -v
		       private.key -d file.elg

NACCACHE

	Key pair generation:

		crypto -m naccache -g -b public.key -v private.key
		crypto -m naccache -g -b public.key -v private.key -y 1024
		crypto -m naccache -g -y 2048 --certainty 12 --small-primes 60
		       -b public.key -v private.key


	Encryption:

		crypto -o file.nac -m naccache -b public.key -e file.bin
		crypto -o file.nac -m naccache --signature file.sig -b
		       public.key -e file.bin


	Decryption:

		crypto -o file.bin -m naccache -v private.key -d file.nac
		crypto -o file.bin -m naccache --signature file.sig -v
		       private.key -d file.nac

ECDH

	Key pair generation:

		crypto -m ecdh -g -y 256 -b public.key -v private.key
		crypto -m ecdh -g -y 521 --certainty 80 -b public.key -v
		       private.key

		crypto -m ecdh --curve-store x962 --curve prime256v1 -g -b
		       public.key -v private.key

				 
	Encryption and decryption:

		You can see any example of all symmetric ciphers, Pgp, and Ecies.