This change fixes a bug with the KmipSession logging shared
ciphers used by the TLS connection. The SSLSocket only supports
shared cipher information starting with Python 3.5. Any use of
the server with older versions of Python will fail when any
connection attempts are made. This fix adds a conditional check
that skips logging shared cipher information if the SSLSocket
does not support that information.
Fixes#361
This change fixes violations of E722, the use of except without
specifying an exception type. For now the high-level Exception
class is used as a generic catchall. In the future these cases
will be updated to handle the specific exceptions expected.
This change adds a ProxyKmipClient integration test that verifies
that a wrapped key can be registered with the server and can then
be retrieved, along with all of its key wrapping metadata. Minor
updates to the underlying metadata handling are included.
This change updates the ProxyKmipClient, allowing Get operation
calls to retrieve wrapped keys by providing key wrapping
specification information with the request. Unit tests have been
added and updated to reflect this change.
This change adds a logging level configuration option for the
server, allowing the admin to control what server activity gets
collected for logging. Unit tests have been added and updated to
cover this new configuration setting.
This change updates how private key bytes are loaded when signing
data. The prior approach required binascii to unhexlify the byte
string. The current approach removes this requirement, matching
the rest of the library. All unit tests have been updated to
reflect this change.
This change updates payload management, streamlining the import
process for kmip.core.messages.payloads. Now any request or
response payload is accessible by importing payloads. All code
importing and using individual payload modules has been updated
to use this new approach.
This change adds a server configuration option, tls_cipher_suites,
allowing the server admin to specify a list of cipher suites to be
used when establishing TLS connections with clients. The custom
list supports both cipher suite specification and OpenSSL suite
naming conventions. The list is filtered through a KMIP-approved
set of cipher suites, and then through a set of cipher suites
suitable for the configured authentication suite. Additional debug
logging has been added to the server to provide transparency on
this process.
This change adds a server configuration option to control the
enforcement of TLS certificate client authentication. Before,
client TLS certificates had to include the extended key usage
extension with the clientAuth bit set to be used as sources of
client identity. The new configuration option,
enable_tls_client_auth, allows server admins to enable/disable
this requirement. The configuration setting is optional and the
server defaults to the original enforcing behavior if it is not
set. Admins must explicitly set the option to False to disable
enforcement.
This change adds the SignatureVerify operation to the server. Unit
tests covering the additions are included. The Query operation has
been updated to reflect this addition.
This change adds signature verification support to the server
cryptography engine. Only RSA-based signatures are currently
supported. Unit tests have been added to verify the new
functionality.
This change adds demos for the ProxyKmipClient, demonstrating how
to encrypt and decrypt messages. Demo utilities have been updated
to support the new demo scripts and the KMIPProxy client has been
updated to correctly return operation results.
This change updates the encrypt/decrypt support in the cryptography
engine to support asymmetric key algorithms, specifically RSA. Unit
tests have been added to validate the new functionality.
This change updates DeriveKey support in the software server to
enforce key truncation. If the derived key is longer than the
requested cryptographic length, the derived key is truncated to
fit the requested length. A unit test has been added to cover
this update.
This change adds the Decrypt operation to the server. Support is
currently limited to symmetric decryption only. The decryption key
used with the operation must be in the Active state and it must
have the Decrypt bit set in its cryptographic usage mask.
This change adds the DeriveKey operation to the server. Unit tests
covering the new additions are included. The Query operation has
also been updated to reflect this addition.
This change adds support for retrieving wrapped keys from the KMIP
server. The only supported key wrapping algorithm currently is
the AES-based NIST Key Wrap algorithm (RFC 3394). MAC/signing is
not supported for key wrapping. Attribute-bundling with the wrapped
key value is not supported. Wrapping of the entire key block TTLV
encoding is not supported. Various additional error cases are
included and checked for.
Unit tests covering the additions to Get are included.
This change fixes key wrapping support in the cryptography engine.
The original implementation used a CryptographicAlgorithm enum to
determine what key wrapping algorithm to use for key wrapping.
Closer inspection of the KMIP spec indicates that a BlockCipherMode
enum should be used instead. The engine has been updated to reflect
this change, as have the corresponding key wrapping unit tests.
This change adds key wrapping support to the CryptographyEngine,
supporting RFC 3394, AES Key Wrap, only. Numerous unit tests from
using test vectors from RFC 3394 are included.
This change updates the Get payloads to reflect current coding
styles. It streamlines payload usage and makes it easier to create
and access payload fields. A new unit test suite dedicated to the
Get payloads is added. Surrounding code in the client/server and
associated utilities and unit tests are updated to reflect these
changes.
This change adds key derivation functionality to the cryptographic
engine, adding support for multiple key derivation methods,
including encrypting, hashing, HMACing, and specific algorithms
like PBKDF2 and NIST 800-108. Numerous unit tests are included
from established cryptographic testing sources to verify the
added functionality.
This change adds decryption functionality to the cryptographic
engine used by the server. It supports a variety of symmetric
decryption algorithms and block cipher modes. Asymmetric
decryption support will be added in a future patch.
Unit tests and minor updates to surrounding code are included.
This change adds Encrypt operation support to the KMIPProxy and
ProxyKmipClient clients, including unit tests to cover the new
functionality.
Extensive documentation has been added to the header comments for
the new client methods detailing the expected input parameters and
return values. This approach should be followed for all new client
additions going forward.
This change adds the Encrypt operation to the server. Support is
currently limited to symmetric encryption only. The encryption key
used with the operation must be in the Active state and it must
have the Encrypt bit set in its cryptographic usage mask.
This change adds encryption functionality to the cryptographic
engine used by the server. It supports a variety of symmetric
encryption algorithms and block cipher modes. Asymmetric encryption
support will be added in a future patch.
Unit tests and minor updates to surrounding core code are included.
This change updates the CryptographicParameters struct, removing the
primitive class wrappers that it used to use for attribute values
and replacing them with struct properties that internally manage the
primitive objects directly. This gutting and regutting necessitates
cascading changes to every part of the library that used these
internal primitive class wrappers, including unit tests, client and
client tests, and attribute factory handlers. All of these have been
updated to reflect the correct usage of the CryptographicParameters
struct.
This change also adds in additional attribute members for the
CryptographicParameters struct to bring it up to spec with KMIP 1.2.
This change loosens the input requirements for ProxyKmipClient
operations that accept a secret UID. Operations like Get and
Destroy used to require a string value but are allowed in the
KMIP specification to take no value at all. This change updates
the ProxyKmipClient to properly reflect the specification. The
underlying KMIPProxy client is mostly unchanged.
Closes#261
Peter Hamilton
Peter Hamilton
Dane
alishamayor
Hao Shen