* Update disco fixtures now we have partitions
* Add virtual-admin-6 fixture with partition 'redirects' and failovers
* Properly cope with extra partition segment for splitters and resolvers
* Make 'redirects' and failovers look/act consistently
* Fixup some unit tests
This commit uses all our new ways of doing things to Lock Sessions and their interactions with KV and Nodes. This is mostly around are new under-the-hood things, but also I took the opportunity to upgrade some of the CSS to reuse some of our CSS utils that have been made over the past few months (%csv-list and %horizontal-kv-list).
Also added (and worked on existing) documentation for Lock Session related components.
This sounds a bit 'backwards' as the end goal here is to add an improved UX to partitions, not namespaces. The reason for doing it this way is that Namespaces already has a type of 'improved UX' CRUD in that it has one to many relationship in the form when saving your namespaces (the end goal for partitions). In moving Namespaces to use the same approach as partitions we:
- Ensure the new approach works with one-to-many forms.
- Test the new approach without writing a single test (we already have a bunch of tests for namespaces which are now testing the approach used by both namespaces and partitions)
Additionally:
- Fixes issue with missing default nspace in the nspace selector
- In doing when checking to see that things where consistent between the two, I found a few little minor problems with the Admin Partition CRUD so fixed those up here also.
- Removed the old style Nspace notifications
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
* ui: Filter global intentions list by namespace and partition
Filters global intention listing by the current partition rather than trying to use a wildcard.
* ui: Ensure dc selector correctly shows the currently selected dc
* ui: Restrict access to non-default partitions in non-primaries (#11420)
This PR restricts access via the UI to only the default partition when in a non-primary datacenter i.e. you can only have multiple (non-default) partitions in the primary datacenter.
> In the future, this should all be moved to each individual repository now, which will mean we can finally get rid of this service.
This PR moves reconciliation to 'each individual repository'. I stopped short of getting rid of the service, but its so small now we pretty much don't need it. I'd rather wait until I look at the equivalent DataSink service and see if we can get rid of both equivalent services together (this also currently dependant on work soon to be merged)
Reconciliation of models (basically doing the extra work to clean up the ember-data store and bring our frontend 'truth' into line with the actual backend truth) when blocking/long-polling on different views/filters of data is slightly more complicated due to figuring out what should be cleaned up and what should be left in the store. This is especially apparent for KVs.
I built in a such a way to hopefully make sure it will all make sense for the future. I also checked that this all worked nicely with all our models, even KV which has never supported blocking queries. I left all that work in so that if we want to enable blocking queries/live updates for KV it now just involves deleting a couple of lines of code.
There is a tonne of old stuff that we can clean up here now (our 'fake headers' that we pass around) and I've added that to my list of thing for a 'Big Cleanup PR' that will remove lots of code that we no longer require.
* ui: Gracefully recover from non-existent DC errors
This PR fixes what happens in the UI if you try to navigate to a non-existing DC.
When we received a 500 error from an API response due to a non-existent DC, previously we would show a 404 error, which is what we were trying to convey. But in the spirit of the UI being a 'thin client', its probably best to just show the 500 error from the API response, which may help folks to debug any issues better.
* Automatically set the CONSUL_DATACENTER_LOCAL env var for testing
* ui: Ignore response from API for KV permissions
Currently there is no way for us to use our HTTP authorization API
endpoint to tell us whether a user has access to any KVs (including the
case where a user may not have access to the root KV store, but do have
access to a sub item)
This is a little weird still as in the above case the user would click
on this link and still get a 403 for the root, and then have to manually
type in the URL for the KV they do have access to.
Despite this we think this change makes sense as at least something about KV is
visible in the main navigation.
Once we have the ability to know if any KVs are accessible, we can add
this guard back in.
We'd initially just removed the logic around the button, but then
noticed there may be further related KV issues due to the nested nature
of KVs so we finally decided on simply ignoring the responses from the
HTTP API, essentially reverting the KV area back to being a thin client.
This means when things are revisited in the backend we can undo this
easily change in one place.
* Move acceptance tests to use ACLs perms instead of KV ones
This PR supersedes #10706 and fixes#10686 whilst making sure that saving intentions continues to work.
The original fix in #10706 ignored the change action configured for the change event on the menus, meaning that the selected source/destination namespace could not be set by the user when editing/creating intentions. This, coupled with the fact that using the later intention exact endpoint for API requests endpoint means that you could not use wildcard namespaces for saving intentions.
All in all this meant that intentions could no longer be saved using the UI (whilst using ENT)
This PR reverts #10706 to fix the intention saving issue, and adds a fix for the original visual issue of nspaces doubling up in the menu once clicked. This meant repeating the existing functionality for nspaces aswell as services. It did seem strange to me that the original issue was only apparent for the nspace menus and not the service menus which should all function exactly the same way.
There is potentially more to come here partly related to what the exact functionality should be, but I'm working with other folks to figure out what the best way forwards is longer term. In the meantime this brings us back to the original functionality with the visual issue fixed.
Squashed commits:
* Revert "ui: Fix dropdown option duplications (#10706)"
This reverts commit eb5512fb74781ea49be743e2f0f16b3f1863ef61.
* ui: Ensure additional nspaces are added to the unique list of nspaces
* Add some acceptance tests
* Add Partition to all our models
* Add partitions into our serializers/fingerprinting
* Make some amends to a few adapters ready for partitions
* Amend blueprints to avoid linting error
* Update all our repositories to include partitions, also
Remove enabled/disable nspace repo and just use a nspace with
conditionals
* Ensure nspace and parition parameters always return '' no matter what
* Ensure data-sink finds the model properly
This will later be replaced by a @dataSink decorator but we are find
kicking that can down the road a little more
* Add all the new partition data layer
* Add a way to set the title of the page from inside the route
and make it accessibile via a route announcer
* Make the Consul Route the default/basic one
* Tweak nspace and partition abilities not to check the length
* Thread partition through all the components that need it
* Some ACL tweaks
* Move the entire app to use partitions
* Delete all the tests we no longer need
* Update some Unit tests to use partition
* Fix up KV title tests
* Fix up a few more acceptance tests
* Fixup and temporarily ignore some acceptance tests
* Stop using ember-cli-page-objects fillable as it doesn't seem to work
* Fix lint error
* Remove old ACL related test
* Add a tick after filling out forms
* Fix token warning modal
* Found some more places where we need a partition var
* Fixup some more acceptance tests
* Tokens still needs a repo service for CRUD
* Remove acceptance tests we no longer need
* Fixup and "FIXME ignore" a few tests
* Remove an s
* Disable blocking queries for KV to revert to previous release for now
* Fixup adapter tests to follow async/function resolving interface
* Fixup all the serializer integration tests
* Fixup service/repo integration tests
* Fixup deleting acceptance test
* Fixup some ent tests
* Make sure nspaces passes the dc through for when thats important
* ...aaaand acceptance nspaces with the extra dc param
This PR mainly adds partition to our HTTP adapter. Additionally and perhaps most importantly, we've also taken the opportunity to move our 'conditional namespaces' deeper into the app.
The reason for doing this was, we like that namespaces should be thought of as required instead of conditional, 'special' things and would like the same thinking to be applied to partitions.
Now, instead of using code throughout the app throughout the adapters to add/remove namespaces or partitions depending on whether they are enabled or not. As a UI engineer you just pretend that namespaces and partitions are always enabled, and we remove them for you deeper in the app, out of the way of you forgetting to treat these properties as a special case.
Notes:
Added a PartitionAbility while we were there (not used as yet)
Started to remove the CONSTANT variables we had just for property names. I prefer that our adapters are as readable and straightforwards as possible, it just looks like HTTP.
We'll probably remove our formatDatacenter method we use also at some point, it was mainly too make it look the same as our previous formatNspace, but now we don't have that, it instead now looks different!
We enable parsing of partition in the UIs URL, but this is feature flagged so still does nothing just yet.
All of the test changes were related to the fact that we were treating client.url as a function rather than a method, and now that we reference this in client.url (etc) it needs binding to client.
During #9617 we added a list view only for AuthMethods, but not a detail view. We did add the Adapter/Serializer that collected/reshaped data for a detail view.
The test for this serializer was skipped here, but I'm not sure why.
We then added #9845 which began to use this AuthMethod Serializer, but we didn't go back to finish up the skipped test here either.
This PR unskips this test and finishes off the test correctly.
This commit fixes 2 problems with our OIDC flow in the UI, the first is straightforwards, the second is relatively more in depth:
1: A typo (1.10.1 only)
During #10503 we injected our settings service into the our oidc-provider service, there are some comments in the PR as to the whys and wherefores for this change (https://github.com/hashicorp/consul/pull/10503/files#diff-aa2ffda6d0a966ba631c079fa3a5f60a2a1bdc7eed5b3a98ee7b5b682f1cb4c3R28)
Fixing the typo so it was no longer looking for an unknown service (repository/settings > settings)
fixed this.
2: URL encoding (1.9.x, 1.10.x)
TL;DR: /oidc/authorize/provider/with/slashes/code/with/slashes/status/with/slashes should be /oidc/authorize/provider%2Fwith%2Fslashes/code%2Fwith%2Fslashes/status%2Fwith%2Fslashes
When we receive our authorization response back from the OIDC 3rd party, we POST the code and status data from that response back to consul via acallback as part of the OIDC flow. From what I remember back when this feature was originally added, the method is a POST request to avoid folks putting secret-like things into API requests/URLs/query params that are more likely to be visible to the human eye, and POSTing is expected behaviour.
Additionally, in the UI we identify all external resources using unique resource identifiers. Our OIDC flow uses these resources and their identifiers to perform the OIDC flow using a declarative state machine. If any information in these identifiers uses non-URL-safe characters then these characters require URL encoding and we added a helper a while back to specifically help us to do this once we started using this for things that required URL encoding.
The final fix here make sure that we URL encode code and status before using them with one of our unique resource identifiers, just like we do with the majority of other places where we use these identifiers.
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
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.
The default namespace, and the tokens default namespace (or its origin namespace) is slightly more complicated than other things we deal with in the UI, there's plenty of info/docs on this that I've added in this PR.
Previously:
When a namespace was not specified in the URL, we used to default to the default namespace. When you logged in using a token we automatically forward you the namespace URL that your token originates from, so you are then using the namespace for your token by default. You can of course then edit the URL to remove the namespace portion, or perhaps revisit the UI at the root path with you token already set. In these latter cases we would show you information from the default namespace. So if you had no namespace segment/portion in the URL, we would assume default, perform actions against the default namespace and highlight the default namespace in the namespace selector menu. If you wanted to perform actions in your tokens origin namespace you would have to manually select it from the namespace selector menu.
This PR:
Now, when you have no namespace segment/portion in the URL, we use the token's origin namespace instead (and if you don't have a token, we then use the default namespace like it was previously)
Notes/thoughts:
I originally thought we were showing an incorrectly selected namespace in the namespace selector, but it also matched up with what we were doing with the API, so it was in fact correct. The issue was more that we weren't selecting the origin namespace of the token for the user when a namespace segment was omitted from the URL. Seeing as we automatically forward you to the tokens origin namespace when you log in, and we were correctly showing the namespace we were acting on when you had no namespace segment in the URL (in the previous case default), I'm not entirely sure how much of an issue this actually was.
This characteristic of namespace+token+namespace is a little weird and its easy to miss a subtlety or two so I tried to add some documentation in here for future me/someone else (including some in depth code comment around one of the API endpoints where this is very subtle and very hard to miss). I'm not the greatest at words, so would be great to get some edits there if it doesn't seem clear to folks.
The fact that we used to save your previous datacenter and namespace into local storage for reasons also meant the interaction here was slightly more complicated than it needed to be, so whilst we were here we rejigged things slightly to satisfy said reasons still but not use local storage (we try and grab the info from higher up). A lot of the related code here is from before we had our Routlets which I think could probably make all of this a lot less complicated, but I didn't want to do a wholesale replacement in this PR, we can save that for a separate PR on its own at some point.
* Create and use collapsible notices
* Refactor collapsible-notices
* Split up the topology acceptance tests
* Add acceptance tests for tproxy notices
* Add component file
* Adds additional TProxy notices tests
* Adds conditional to only show collapsable if more than 2 notices are present
* Adds changelog
* Refactorting the conditonal for collapsing the notices
* Renaming undefinedIntention to be notDefinedIntention
* Refactor tests
When the Consul serf health check is failing, this means that the health checks registered with the agent may no longer be correct. Therefore we show a notice to the user when we detect that the serf health check is failing both for the health check listing for nodes and for service instances.
There were a few little things we fixed up whilst we were here:
- We use our @replace decorator to replace an empty Type with serf in the model.
- We noticed that ServiceTags can be null, so we replace that with an empty array.
- We added docs for both our Notice component and the Consul::HealthCheck::List component. Notice now defaults to @type=info.
* Add before and after skip links portals
* Move EmptyState and ErrorState to use a @login action/function
* Move page title setting to the Route component
* Add Routes and Outlets everywhere, and use those to access login modal
* Add some aria-labels to the modals
* Docs
* Remove the label/input now we no longer need it, fixup pageobject
* Add basic modal docs
* Switch out old toggle names for ids
* Wrap nspace Route template in a Route component
* type > class
* Create BindingRule adapter and tests
* Create BindingRule serializer and test
* Create BindingRule model and repository
* Add binding-rules mock data
* Create binding-rules router and call endpoint
* Create Binding rules tab
* Create and use BindingView component
* Create empty state for BindingView
* Remove binding rule requestForQueryRecord endpoint and tests
* Update binding rules selector to be monospaced
* Add bind type tooltip
* Create and Tabular-dl styling component
* Update hr tag global styling
* Rename BindingView to BindingList and refactor
* Add translations for bind types tooltip info
* Remove unused endpoint
* Refactor based on review notes
* Pin ember-changeset-validations and its dependencies to 3.9
Future versions produce a 'validator is not a function' error
* yarn upgrade
* Upgrade the majority of user facing deps that don't required add. change
not upgraded here due to more changes required:
- ember-page-title
- ember-href-to
* Upgrade ember-page-title which no longer requires ember-cli-head
* Upgrade some devtools related dependencies
* Upgrade some non ember-core test utils
* Upgrade js-yaml which required safeLoad > load
* Upgrade some compilation utils
* Yarn install from workspace root
* Add Python-2.0 to compliance checker
* Update list items to be linkable to auth-methods show
* Add general, namespace, and binding sub-routes
* Remove namespace and binding tabs to be done separately
* Update auth-method byId endpoint
* Style the show auth-method kubernetes type
* Finish Kubernetes auth-method type styling
* OIDC and JWT auth-method styling
* Create consul-auth-method-view component
* Add navigation test for auth-methods
* Create Certificate component
This PR uses the excellent a11y-dialog to implement our modal functionality across the UI.
This package covers all our a11y needs - overlay click and ESC to close, controlling aria-* attributes, focus trap and restore. It's also very small (1.6kb) and has good DOM and JS APIs and also seems to be widely used and well tested.
There is one downside to using this, and that is:
We made use of a very handy characteristic of the relationship between HTML labels and inputs in order to implement our modals previously. Adding a for="id" attribute to a label meant you can control an <input id="id" /> from anywhere else in the page without having to pass javascript objects around. It's just based on using the same string for the for attribute and the id attribute. This allowed us to easily open our login dialog with CSS from anywhere within the UI without having to manage passing around a javascript object/function/method in order to open the dialog.
We've PRed #9813 which includes an approach which would make passing around JS modal object easier to do. But in the meantime we've added a little 'hack' here using an additional <input /> element and a change listener which allows us to keep this label/input characteristic of our old modals. I'd originally thought this would be a temporary amend in order to wait on #9813 but the more I think about it, the more I think its quite a nice thing to keep - so longer term we may/may not keep this.
We use a `<DataSource @src={{url}} />` component throughout our UI for when we want to load data from within our components. The URL specified as the `@src` is used to map/lookup what is used in to retrieve data, for example we mostly use our repository methods wrapped with our Promise backed `EventSource` implementation, but DataSource URLs can also be mapped to EventTarget backed `EventSource`s and native `EventSource`s or `WebSockets` if we ever need to use those (for example these are options for potential streaming support with the Consul backend).
The URL to function/method mapping previous to this PR used a very naive humongous `switch` statement which was a temporary 'this is fine for the moment' solution, although we'd always wanted to replace with something more manageable.
Here we add `wayfarer` as a dependency - a very small (1kb), very fast, radix trie based router, and use that to perform the URL to function/method mapping.
This essentially turns every `DataSource` into a very small SPA - change its URL and the view of data changes. When the data itself changes, either the yielded view of data changes or the `onchange` event is fired with the changed data, making the externally sourced view of data completely reactive.
```javascript
// use the new decorator a service somewhere to annotate/decorate
// a method with the URL that can be used to access this method
@dataSource('/:ns/:dc/services')
async findAllByDatacenter(params) {
// get the data
}
// can use with JS in a route somewhere
async model() {
return this.data.source(uri => uri`/${nspace}/${dc}/services`)
}
```
```hbs
{{!-- or just straight in a template using the component --}}
<DataSource @src="/default/dc1/services" @onchange="" />
```
This also uses a new `container` Service to automatically execute/import certain services yet not execute them. This new service also provides a lookup that supports both standard ember DI lookup plus Class based lookup or these specific services. Lastly we also provide another debug function called DataSourceRoutes() which can be called from console which gives you a list of URLs and their mappings.
This commit use the internal authorize endpoint along wiht ember-can to further restrict user access to certain UI features and navigational elements depending on the users ACL token
John Cowen