Verify

Module for the verify subcommand.

crypto_condor.cli.verify.aes(input_file, mode, operation, filename='', no_save=False)

Tests the output of an AES implementation.

Parameters:

  • input_file (Annotated[Path, <typer.models.ArgumentInfo object at 0x7f0fc7cf75d0>]) – The input file to read and parse.

  • mode (Annotated[Mode, <typer.models.ArgumentInfo object at 0x7f0fc7cf7490>]) – The mode of operation.

  • operation (Annotated[Operation, <typer.models.ArgumentInfo object at 0x7f0fc7cf7810>]) – The operation being tested (encrypt/decrypt).

Keyword Arguments:

  • filename – Name of the file to save results.

  • no_save – Do not save results or prompt the user.

crypto_condor.cli.verify.ecdsa(input_file, pubkey_encoding, hash_function, filename='', no_save=False)

Tests ECDSA signatures.

Parameters:

  • input_file (Annotated[Path, <typer.models.ArgumentInfo object at 0x7f0fc7cf75d0>]) – The input file to read and parse.

  • pubkey_encoding (Annotated[PubKeyEncoding, <typer.models.ArgumentInfo object at 0x7f0fc7cf7b10>]) – The encoding used for the public keys.

  • hash_function (Annotated[Hash, <typer.models.ArgumentInfo object at 0x7f0fc7cf7bd0>]) – The hash function used to generate the signatures.

  • filename (Annotated[str, <typer.models.OptionInfo object at 0x7f0fc7cf7550>]) – Name of the file to save results.

  • no_save (Annotated[bool, <typer.models.OptionInfo object at 0x7f0fc7cf7510>]) – Do not save results or prompt the user.

crypto_condor.cli.verify.sha(input_file, algorithm, filename='', no_save=False)

Tests SHA hashes.

Parameters:

  • input_file (Annotated[Path, <typer.models.ArgumentInfo object at 0x7f0fc7cf75d0>]) – The input file.

  • algorithm (Annotated[Algorithm, <typer.models.ArgumentInfo object at 0x7f0fc7cf7e10>]) – The hash algorithm used.

  • filename (Annotated[str, <typer.models.OptionInfo object at 0x7f0fc7cf7550>]) – Name of the file to save results.

  • no_save (Annotated[bool, <typer.models.OptionInfo object at 0x7f0fc7cf7510>]) – Do not save results or prompt the user.

crypto_condor.cli.verify.chacha20(input_file, mode, operation, filename='', no_save=False)

Tests the output of an ChaCha20 implementation.

Parameters:

  • input_file (Annotated[Path, <typer.models.ArgumentInfo object at 0x7f0fc7cf75d0>]) – The input file to read and parse.

  • mode (Annotated[Mode, <typer.models.ArgumentInfo object at 0x7f0fc7d00090>]) – The mode of operation.

  • operation (Annotated[Operation, <typer.models.ArgumentInfo object at 0x7f0fc7d00150>]) – The operation being tested (encrypt/decrypt).

  • filename (Annotated[str, <typer.models.OptionInfo object at 0x7f0fc7cf7550>]) – Name of the file to save results.

  • no_save (Annotated[bool, <typer.models.OptionInfo object at 0x7f0fc7cf7510>]) – Do not save results or prompt the user.

crypto_condor.cli.verify.shake(input_file, algorithm, filename='', no_save=False, debug=None)

Tests the output of a SHAKE implementation.

Parameters:

  • input_file (Annotated[Path, <typer.models.ArgumentInfo object at 0x7f0fc7d00390>]) – The file to test.

  • algorithm (Annotated[Algorithm, <typer.models.ArgumentInfo object at 0x7f0fc7d00410>]) – The SHAKE variant used to generate the outputs.

Keyword Arguments:

  • filename – The name of the file to save the results.

  • no_save – If True, results are not saved and the user is not prompted.

  • debug – If the results are saved, include debug data.

crypto_condor.cli.verify.test_hmac(input_file, hash_function, filename='', no_save=False, debug=None)

Tests the output of a SHAKE implementation.

Parameters:

  • input_file (Annotated[str, <typer.models.ArgumentInfo object at 0x7f0fc7d00650>]) – The file to test.

  • hash_function (Annotated[Hash, <typer.models.ArgumentInfo object at 0x7f0fc7d00750>]) – The hash function used to generate the HMAC tags.

Keyword Arguments:

  • filename – The name of the file to save the results.

  • no_save – If True, results are not saved and the user is not prompted.

  • debug – If the results are saved, include debug data.

enum crypto_condor.cli.verify.EcdhCurve(value)

Bases: StrEnum

Elliptic curves supported by cryptography.

Member Type:

str

Valid values are as follows:

P192 = <EcdhCurve.P192: 'P-192'>
P224 = <EcdhCurve.P224: 'P-224'>
P256 = <EcdhCurve.P256: 'P-256'>
P384 = <EcdhCurve.P384: 'P-384'>
P521 = <EcdhCurve.P521: 'P-521'>
K163 = <EcdhCurve.K163: 'K-163'>
K233 = <EcdhCurve.K233: 'K-233'>
K283 = <EcdhCurve.K283: 'K-283'>
K409 = <EcdhCurve.K409: 'K-409'>
K571 = <EcdhCurve.K571: 'K-571'>
B163 = <EcdhCurve.B163: 'B-163'>
B233 = <EcdhCurve.B233: 'B-233'>
B283 = <EcdhCurve.B283: 'B-283'>
B409 = <EcdhCurve.B409: 'B-409'>
B571 = <EcdhCurve.B571: 'B-571'>
BRAINPOOLP256R1 = <EcdhCurve.BRAINPOOLP256R1: 'brainpoolP256r1'>
BRAINPOOLP384R1 = <EcdhCurve.BRAINPOOLP384R1: 'brainpoolP384r1'>
BRAINPOOLP512R1 = <EcdhCurve.BRAINPOOLP512R1: 'brainpoolP512r1'>
SECP256K1 = <EcdhCurve.SECP256K1: 'secp256k1'>
crypto_condor.cli.verify.test_ecdh(input_file, curve, filename='', no_save=False, debug=None)

Tests the output of a SHAKE implementation.

Parameters:

  • input_file (Annotated[str, <typer.models.ArgumentInfo object at 0x7f0fc8bf4990>]) – The file to test.

  • curve (Annotated[EcdhCurve, <typer.models.ArgumentInfo object at 0x7f0fc9494f50>]) – The elliptic curve used for the exchange.

Keyword Arguments:

  • filename – The name of the file to save the results.

  • no_save – If True, results are not saved and the user is not prompted.

  • debug – If the results are saved, include debug data.