- `CONSOLE_STS_DURATION_IN_SECONDS` env renamed to `CONSOLE_STS_DURATION` to support more time formats
Signed-off-by: Lenin Alevski <alevsk.8772@gmail.com>
- Update operator dependency
- Don't store policy on session token, instead obtain it during session
validation
Signed-off-by: Lenin Alevski <alevsk.8772@gmail.com>
User secret key is not really need it to be stored inside the encrypted
session key, since the `change-password` endpoint requires the user to
provide the current `secret key` that password will be used to
initialize a new minio client then we will leverage on the
`SetUser` operation, this api only works with actual user credentials
and not sts credentials
iam/policies now support wildcard actions for
all actions such as 's3:Get*', 's3:Put*'
new policies such as CreateBucket now honors
LocationConstraint set but rejecting calls
that do not honor region.
- Account change password endpoints
- Change account password modal
- Grouped account settings and service accounts
- Removed the SuperAdmin credentials from almost all places, only
missing place is Oauth login
- Renamed service-accounts UI labels to account in Menu
Co-authored-by: Daniel Valdivia <hola@danielvaldivia.com>
* Move heal and watch to tenant details view on operator-ui
* TLS skip verify in wss/watch endpoint
Use insecure: true in the meantime so the wss/watch endpoint works while
we add support for custotm TLS transport in the S3 client library.
Removed "InsecureSkipVerify: true" from s3AdminClient and s3Client HTTP clients
- We preserve the insecure parameter in the `newS3Config` and `NewAdminClientWithInsecure` functions for debugging and testing purposes.
- By default InsecureSkipVerify is false, therefore in order for Operator-Console to verify the TLS connections to MinIO tenants with self-signed certificates it requires the `ca.crt` or the `public.crt` of the tenant to exists under `~/.console/certs/CAs` which is the right way to do it.
Co-authored-by: Cesar Nieto <ces.nietor@gmail.com>
Co-authored-by: Daniel Valdivia <hola@danielvaldivia.com>
Use insecure: true in the meantime so the wss/watch endpoint works while
we add support for custotm TLS transport in the S3 client library.
Removed "InsecureSkipVerify: true" from s3AdminClient and s3Client HTTP clients
- If MinIO is configured with LDAP then users and groups are external, and
the credentials provided in the CONSOLE_ACCESS_KEY and
CONSOLE_SECRET_KEY env vars will belong to an existing user in the active
directory, therefore we need to authenticate first with
`credentials.NewLDAPIdentity`
- Fixed race condition bug in which TLS RootCAs certs were not loading
correctly (certPool was always null)
- Fixed TLS bug in which if Console was deployed without TLS enabled
RootCAs certs were not loading
- Initialize LDAP Admin credentials once
- Initialize stsClient once
Supports single and multiple objects which needs to be defined by recursive flag.
An object to be deleted needs to be defined by a query parameter, path, since it can be
an object or a folder.
* Support Usage API talk to MinIO over TLS with Insecure
Right now if MinIO is running with TLS, and the certificate is not trusted by console, we fail usage requests. We need to leverage the support for insecure connections so we can read Health Checks and Usage information.
* Remove unusd import
This PR adds the following features:
- Allow user to provide its own keypair certificates for enable TLS in
MinIO
- Allow user to configure data encryption at rest in MinIO with KES
- Removes JWT schema for login and instead Console authentication will use
encrypted session tokens
Enable TLS between client and MinIO with user provided certificates
Instead of using AutoCert feature now the user can provide `cert` and
`key` via `tls` object, values must be valid `x509.Certificate`
formatted files encoded in `base64`
Enable encryption at rest configuring KES
User can deploy KES via Console/Operator by defining the encryption
object, AutoCert must be enabled or custom certificates for KES must be
provided, KES support 3 KMS backends: `Vault`, `AWS KMS` and `Gemalto`,
previous configuration of the KMS is necessary.
eg of body request for create-tenant
```
{
"name": "honeywell",
"access_key": "minio",
"secret_key": "minio123",
"enable_mcs": false,
"enable_ssl": false,
"service_name": "honeywell",
"zones": [
{
"name": "honeywell-zone-1",
"servers": 1,
"volumes_per_server": 4,
"volume_configuration": {
"size": 256000000,
"storage_class": "vsan-default-storage-policy"
}
}
],
"namespace": "default",
"tls": {
"tls.crt": "",
"tls.key": ""
},
"encryption": {
"server": {
"tls.crt": "",
"tls.key": ""
},
"client": {
"tls.crt": "",
"tls.key": ""
},
"vault": {
"endpoint": "http://vault:8200",
"prefix": "",
"approle": {
"id": "",
"secret": ""
}
}
}
}
```
Previously every Handler function was receiving the session token in the
form of a jwt string, in consequence every time we want to access the
encrypted claims of the jwt we needed to run a decryption process,
additionally we were decrypting the jwt twice, first at the session
validation then inside each handler function, this was also causing a
lot of using related to the merge between m3 and mcs
What changed:
Now we validate and decrypt the jwt once in `configure_mcs.go`, this
works for both, mcs (console) and operator sessions, and then pass the
decrypted claims to all the functions that need it, so no further token
validation or decryption is need it.
`MCS` will authenticate against `Mkube`using bearer tokens via HTTP
`Authorization` header. The user will provide this token once
in the login form, MCS will validate it against Mkube (list tenants) and
if valid will generate and return a new MCS sessions
with encrypted claims (the user Service account token will be inside the
JWT in the data field)
Kubernetes
The provided `JWT token` corresponds to the `Kubernetes service account`
that `Mkube` will use to run tasks on behalf of the
user, ie: list, create, edit, delete tenants, storage class, etc.
Development
If you are running mcs in your local environment and wish to make
request to `Mkube` you can set `MCS_M3_HOSTNAME`, if
the environment variable is not present by default `MCS` will use
`"http://m3:8787"`, additionally you will need to set the
`MCS_MKUBE_ADMIN_ONLY=on` variable to make MCS display the Mkube UI
Extract the Service account token and use it with MCS
For local development you can use the jwt associated to the `m3-sa`
service account, you can get the token running
the following command in your terminal:
```
kubectl get secret $(kubectl get serviceaccount m3-sa -o
jsonpath="{.secrets[0].name}") -o jsonpath="{.data.token}" | base64
--decode
```
Then run the mcs server
```
MCS_M3_HOSTNAME=http://localhost:8787 MCS_MKUBE_ADMIN_ONLY=on ./mcs
server
```
Self-signed certificates and Custom certificate authority for Mkube
If Mkube uses TLS with a self-signed certificate, or a certificate
issued by a custom certificate authority you can add those
certificates usinng the `MCS_M3_SERVER_TLS_CA_CERTIFICATE` env variable
````
MCS_M3_SERVER_TLS_CA_CERTIFICATE=cert1.pem,cert2.pem,cert3.pem ./mcs
server
````
