Minio V2 listing uses object names/prefixes as continuation tokens. This
is problematic when object names contain some characters that are forbidden
in XML documents. This PR will use base64 encoded form of continuation
and next continuation tokens to address that corner case.
errors.errorString() cannot be marshalled by gob
encoder, so using a slice of []error would fail
to be encoded. This leads to no errors being
generated instead gob.Decoder on the storage-client
would see an io.EOF
To avoid such bugs introduce a typed error for
handling such translations and register this type
for gob encoding support.
On objects bigger than 100MiB can have a corrupted object
stored due to partial blockListing attempted right after
each blocks uploaded. Simplify this code to ensure that
all the blocks successfully uploaded are committed right
away.
This PR also updates the azure-sdk-go to latest release.
- Choose a unique uuid such that under situations of duplicate
mounts we do not append to an existing json entry.
- Avoid AppendFile instead use WriteAll() to write the entire
byte array atomically.
When url encoding is passed in v2 listing handler, continuationToken
and nextContinuationToken needs to be encoded. The reason is that
both represents an object name/prefix in Minio server and it could
contain a character unsupported by XML specification.
This PR additionally also adds support for missing
- Session policy support for AD/LDAP
- Add API request/response parameters detail
- Update example to take ldap username,
password input from the command line
- Fixes session policy handling for
ClientGrants and WebIdentity
This commit removes the SSE-S3 key rotation functionality
from CopyObject since there will be a dedicated Admin-API
for this purpose.
Also update the security documentation to link to mc and
the admin documentation.
This commit allows the MinIO server to parse the metadata if:
- either the `X-Minio-Internal-Server-Side-Encryption-S3-Key-Id`
and the `X-Minio-Internal-Server-Side-Encryption-S3-Kms-Sealed-Key`
entries are present.
- or *both* headers are not present.
This is in service to support a K/V data key store.
In commit a8296445ad we changed the code to handle
some corner cases on ARM and other platforms, this
PR just avoids the return for unknown filetypes
prematurely and let the name be populated appropriately.
This fixes bug for older XFS implementations such as
in Ubuntu 14.04
This commit fixes a subtle bug that (probably)
caused an issue affecting encrypted multipart objects.
When a cluster has no quorum this bug causes `ListObjectParts`
to return nil as error instead of a quorum error.
Thanks to @harshavardhana for detecting this.
This PR changes cache on PUT behavior to background fill the cache
after PutObject completes. This will avoid concurrency issues as in #8219.
Added cleanup of partially filled cache to prevent cache corruption
- Fixes#8208
VerifyFile in the distributed setup does not work with
the non streaming highway hash. The reason is that the
internode mux router did not expect `storageRESTBitrotHash`
parameter.
endpoint.IsLocal will not have .Host entries so
using them to skip double entries will never work.
change the code such that we look for endpoint.Host
outside of endpoint.IsLocal logic to skip double
hosts appropriately.
Move these functions to their appropriate file.
- ListObjectsHeal should list only objects
which need healing, not the entire namespace.
- DeleteObjects() to be used to delete 1000s of
objects in bulk instead of serially.
Add LDAP based users-groups system
This change adds support to integrate an LDAP server for user
authentication. This works via a custom STS API for LDAP. Each user
accessing the MinIO who can be authenticated via LDAP receives
temporary credentials to access the MinIO server.
LDAP is enabled only over TLS.
User groups are also supported via LDAP. The administrator may
configure an LDAP search query to find the group attribute of a user -
this may correspond to any attribute in the LDAP tree (that the user
has access to view). One or more groups may be returned by such a
query.
A group is mapped to an IAM policy in the usual way, and the server
enforces a policy corresponding to all the groups and the user's own
mapped policy.
When LDAP is configured, the internal MinIO users system is disabled.
Anis Elleuch