def Args(parser):
flags.AddKeyResourceFlags(parser)
flags.AddExternalKeyUriFlag(parser)
parser.add_argument(
'--primary',
action='store_true',
help='If specified, immediately make the new version primary.')
def Args(parser):
flags.AddKeyResourceFlags(parser, 'The containing key to import into.')
flags.AddRsaAesWrappedKeyFileFlag(parser, 'to import')
flags.AddImportedVersionAlgorithmFlag(parser)
flags.AddRequiredImportJobArgument(parser, 'to import from')
flags.AddOptionalPublicKeyFileArgument(parser)
flags.AddOptionalTargetKeyFileArgument(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser, 'to use for signing.')
flags.AddCryptoKeyVersionFlag(parser, 'to use for signing')
flags.AddDigestAlgorithmFlag(parser,
'The algorithm to digest the input.')
flags.AddInputFileFlag(parser, 'to sign')
flags.AddSignatureFileFlag(parser, 'to output')
def Args(parser):
flags.AddKeyResourceFlags(parser, 'to use for asymmetric-decryption.')
flags.AddCryptoKeyVersionFlag(parser,
'to use for asymmetric-decryption')
flags.AddCiphertextFileFlag(parser, 'to decrypt')
flags.AddPlaintextFileFlag(parser, 'to output')
flags.AddSkipIntegrityVerification(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser, 'The key to use for encryption.')
flags.AddCryptoKeyVersionFlag(parser, 'to use for encryption')
flags.AddPlaintextFileFlag(parser, 'to encrypt')
flags.AddCiphertextFileFlag(parser, 'to output')
flags.AddAadFileFlag(parser)
flags.AddSkipIntegrityVerification(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser, 'The containing key to import into.')
flags.AddCryptoKeyVersionFlag(
parser, 'to re-import into. Omit this field for first-time import')
flags.AddRsaAesWrappedKeyFileFlag(parser, 'to import')
flags.AddImportedVersionAlgorithmFlag(parser)
flags.AddRequiredImportJobArgument(parser, 'to import from')
flags.AddOptionalPublicKeyFileArgument(parser)
flags.AddOptionalTargetKeyFileArgument(parser)
def Args(parser):
flags.AddKeyResourceFlags(
parser, 'Cloud KMS key to use for decryption.\n'
'* For symmetric keys, Cloud KMS detects the decryption key version '
'from the ciphertext. If you specify a key version as part of a '
'symmetric decryption request, an error is logged and decryption '
'fails.\n'
'* For asymmetric keys, the encryption key version can\'t be detected '
'automatically. You must keep track of this information and provide '
'the key version in the decryption request. The key version itself '
'is not sensitive data and does not need to be encrypted.')
flags.AddCiphertextFileFlag(
parser,
'to decrypt. This file should contain the result of encrypting '
'a file with `gcloud kms encrypt`')
flags.AddPlaintextFileFlag(parser, 'to output')
flags.AddAadFileFlag(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser)
parser.display_info.AddFormat('table(name, state)')
def Args(parser):
flags.AddKeyResourceFlags(parser, 'to use for signing.')
flags.AddCryptoKeyVersionFlag(parser, 'to use for signing')
flags.AddInputFileFlag(parser, 'to sign')
flags.AddSignatureFileFlag(parser, 'to output')
flags.AddSkipIntegrityVerification(parser)
def Args(parser):
flags.AddKeyResourceFlags(parser,
'Cloud KMS key to use for decryption.')
flags.AddCiphertextFileFlag(parser, 'to decrypt')
flags.AddPlaintextFileFlag(parser, 'to output')
flags.AddAadFileFlag(parser)
