Various CSS tweaks/HTML cleanup around upstreams (but impacts other 'rows')
- Prefer {{tooltip}} to <Tooltip>
- Removed some now unnecessary spans
- Stop using an empty class="" for styling purposes.
- Renamed any classes used to identify response properties to follow the exact property name but kebab-cased.
- Fixed up the alignment of things in the rows when used with a 'tiny copy button' (see screengrab) which was minus positioning and knocking things out (pending a proper refactor of our copy button CSS which is from the very very start of things)
Fixes an issue where the code editor would not resizing to the full extent of the browser window plus CodeEditor restyling/refactoring
- :label named block
- :tools named block
- :content named block
- code and CSS cleanup
- CodeEditor.mdx
Signed-off-by: Alessandro De Blasis <alex@deblasis.net>
Co-authored-by: John Cowen <johncowen@users.noreply.github.com>
Most HTTP API calls will use the default namespace of the calling token to additionally filter/select the data used for the response if one is not specified by the frontend.
The internal permissions/authorize endpoint does not do this (you can ask for permissions from different namespaces in on request).
Therefore this PR adds the tokens default namespace in the frontend only to our calls to the authorize endpoint. I tried to do it in a place that made it feel like it's getting added in the backend, i.e. in a place which was least likely to ever require changing or thinking about.
Note: We are probably going to change this internal endpoint to also inspect the tokens default namespace on the backend. At which point we can revert this commit/PR.
* Add the same support for the tokens default partition
The secondary DC now takes longer to populate the MGW snapshot because
it needs to wait for the secondary CA to be initialized before it can
receive roots and generate xDS config.
Previously MGWs could receive empty roots before the CA was
initialized. This wasn't necessarily a problem since the cluster ID in
the trust domain isn't verified.
The TrustDomain is populated from the Host() method which includes the
hard-coded "consul" domain. This means that despite having an empty
cluster ID, the TrustDomain won't be empty.
changed 'segments' in this page to 'resource labels' to disambiguate from 'network segments
updated the code snippets to use CodeBlock component and to include JSON
* command/redirect_traffic: add rules to redirect DNS to Consul. Currently uses a hack to get the consul dns service ip, and this hack only works when the service is deployed in the same namespace as consul.
* command/redirect_traffic: redirect DNS to Consul when -consul-dns-ip is passed in
* Add unit tests to Consul DNS IP table redirect rules
Co-authored-by: Ashwin Venkatesh <ashwin@hashicorp.com>
Co-authored-by: Iryna Shustava <ishustava@users.noreply.github.com>
Temporarily revert to pre-1.10 UI functionality by overwriting frontend
permissions. These are used to hide certain UI elements, but they are
still enforced on the backend.
This temporary measure should be removed again once https://github.com/hashicorp/consul/issues/11098
has been resolved
There are two restrictions:
- Writes from the primary DC which explicitly target a secondary DC.
- Writes to a secondary DC that do not explicitly target the primary DC.
The first restriction is because the config entry is not supported in
secondary datacenters.
The second restriction is to prevent the scenario where a user writes
the config entry to a secondary DC, the write gets forwarded to the
primary, but then the config entry does not apply in the secondary.
This makes the scope more explicit.
The duo of `makeUpstreamFilterChainForDiscoveryChain` and `makeListenerForDiscoveryChain` were really hard to reason about, and led to concealing a bug in their branching logic. There were several issues here:
- They tried to accomplish too much: determining filter name, cluster name, and whether RDS should be used.
- They embedded logic to handle significantly different kinds of upstream listeners (passthrough, prepared query, typical services, and catch-all)
- They needed to coalesce different data sources (Upstream and CompiledDiscoveryChain)
Rather than handling all of those tasks inside of these functions, this PR pulls out the RDS/clusterName/filterName logic.
This refactor also fixed a bug with the handling of [UpstreamDefaults](https://www.consul.io/docs/connect/config-entries/service-defaults#defaults). These defaults get stored as UpstreamConfig in the proxy snapshot with a DestinationName of "*", since they apply to all upstreams. However, this wildcard destination name must not be used when creating the name of the associated upstream cluster. The coalescing logic in the original functions here was in some situations creating clusters with a `*.` prefix, which is not a valid destination.
