The base64 CLI utility has two different short flag arguments for decode
depending on the platform: -D and -d.
Previously, the docs used the -D flag exclusively with the base64 utility.
Luckily, the long form of the flag is the same across platforms: --decode.
All uses of the base64 -D flag have been replaced with --decode.
Knowing that blocking queries are firing does not provide much
information on its own. If we know the correlation IDs we can
piece together which parts of the snapshot have been populated.
Some of these responses might be empty from the blocking
query timing out. But if they're returning quickly I think we
can reasonably assume they contain data.
* return an error when the index is not valid
* check response as bool when applying `CAOpSetConfig`
* remove check for bool response
* fix error message and add check to test
* fix comment
* add changelog
Update output for /v1/session/ endpoints to match output post Consul
1.7.0.
Documents new `NodeChecks` and `ServiceChecks` parameters which were
added in that release.
Resolves#7341, resolves#10095
Update output for /v1/session/ endpoints to match output post Consul
1.7.0.
Documents new `NodeChecks` and `ServiceChecks` parameters which were
added in that release.
Resolves#7341, resolves#10095
If multiple instances of a service are co-located on the same node then
their proxies will all share a cache entry for their resolved service
configuration. This is because the cache key contains the name of the
watched service but does not take into account the ID of the watching
proxies.
This means that there will be multiple agent service manager watches
that can wake up on the same cache update. These watchers then
concurrently modify the value in the cache when merging the resolved
config into the local proxy definitions.
To avoid this concurrent map write we will only delete the key from
opaque config in the local proxy definition after the merge, rather
than from the cached value before the merge.
Previously when namespaces were enabled, we weren't requesting permission for the actively selected namespace, and instead always checking the permissions for the default namespace.
This commit ensures we request permissions for the actively selected namespace.
When clicking to create a KV within folder name, would would be viewing a form that was a form for creating a KV in the root, which when the user clicked to save, saved the KV in the root.
For the moment at least I've removed the code that strips double slashes, and whilst this isn't ideal, it looks like we've picked up one of those bugs that turns into a 'feature', and completely reworking KV to not rely on the double slashes is not really an option right now.
These changes ensure that the identity of services dialed is
cryptographically verified.
For all upstreams we validate against SPIFFE IDs in the format used by
Consul's service mesh:
spiffe://<trust-domain>/ns/<namespace>/dc/<datacenter>/svc/<service>
This commit adds a bit of string wrangling to avoid the keys in our javascript source file also being transformed. Additionally, whilst looking at this we decided that Maps are a better dictionary than javascript objects, so we moved to use those here also (but this doesn't affect the issue)
Adds 'can access ACLs' which means one of two things
1. When ACLs are disabled I can access the 'please enable ACLs' page
2. When ACLs are enabled, its the same as canRead
Jared Kirschner