This refactors the front-end collateral to all live within `site` - so no `package.json` at the root.
The reason we had this initially is that the jest test run and NextJS actually require having _two_ different `tsconfig`s - Next needs `jsx:"preserve"`, while jest needs `jsx:"react"` - we were using `tsconfig`s at different levels at the hierarchy to manage this.
I changed this behavior to still use two different `tsconfig.json`s, which is mandatory - but just side-by-side in `site`.
Once that's fixed, it was easy to move everything into `site`
Follow up from: https://github.com/coder/coder/pull/118#discussion_r796244577
@kylecarbs and I were debugging a gnarly postgres issue over the weekend, and unfortunately it looks like it is still coming up occassionally: https://github.com/coder/coder/runs/5014420662?check_suite_focus=true#step:8:35 - so thought this might be a good testing Monday task.
Intermittently, the test would fail with something like a `401` - invalid e-mail, or a `409` - initial user already created. This was quite surprising, because the tests are designed to spin up their own, isolated database.
We tried a few things to debug this...
## Attempt 1: Log out the generated port numbers when running the docker image.
Based on the errors, it seemed like one test must be connecting to another test's database - that would explain why we'd get these conflicts! However, logging out the port number that came from docker always gave a unique number... and we couldn't find evidence of one database connecting to another.
## Attempt 2: Store the database in unique, temporary folder.
@kylecarbs and I found that the there was a [volume](https://github.com/docker-library/postgres/blob/a83005b407ee6d810413500d8a041c957fb10cf0/11/alpine/Dockerfile#L155) for the postgres data... so @kylecarbs implemented mounting the volume to a unique, per-test temporary folder in https://github.com/coder/coder/pull/89
It sounded really promising... but unfortunately we hit the issue again!
### Attempt 3... this PR
After we hit the failure again, we noticed in the `docker ps` logs something quite strange:
When the docker image is run - it creates two port bindings, an IPv4 and an IPv6 one. These _should be the same_ - but surprisingly, they can sometimes be different. It isn't deterministic, and seems to be more common when there are multiple containers running. Importantly, __they can overlap__ as in the above image.
Turns out, it seems this is a docker bug: https://github.com/moby/moby/issues/42442 - which may be fixed in newer versions.
To work around this bug, we have to manipulate the port bindings (like you would with `-p`) at the command line. We can do this with `docker`/`dockertest`, but it means we have to get a free port ahead of time to know which port to map.
With that fix in - the `docker ps` is a little more sane:
...and hopefully means we can safely run the containers in parallel again.
Use the native 'concurrency' configuration feature to cancel
concurrent builds, rather than the cancel-workflow-action.
This also allows us to reduce permissions for the workflow.
* fix: Synchronize peer logging with a channel
We were depending on the close mutex to properly
report connection state. This ensures the RTC
connection is properly closed before returning.
* Disable pion logging
* Remove buffer
* Try ICE servers
* Remove flushed
* Add diagram explaining handshake
* Fix candidate accept ordering
* Add debug logging to peerbroker
* Fix send ordering
* Lock adding ICE candidate
* Add test for negotiating out of order
* Reduce connection to a single negotiation channel
* Improve test times by pre-installing Terraform
* Lock remote session description being applied
* Organize conn
* Revert to multi-channel setup
* Properly close ICE gatherer
* Improve comments
* Try removing buffered candidates
* Buffer local and remote messages
* Log dTLS transport state
* Add pion logging
When using parallel before, multiple PostgreSQL containers would
unintentionally interfere with the other's data. This ensures
both containers have separated data, and don't create a volume.
🌮 @bryphe-coder for the idea!
* feat: Add parameter and jobs database schema
This modifies a prior migration which is typically forbidden,
but because we're pre-production deployment I felt grouping
would be helpful to future contributors.
This adds database functions that are required for the provisioner
daemon and job queue logic.
* feat: Compute project build parameters
Adds a projectparameter package to compute build-time project
values for a provided scope.
This package will be used to return which variables are being
used for a build, and can visually indicate the hierarchy to
a user.
* Fix terraform provisioner
* Improve naming, abstract inject to consume scope
* Run CI on all branches
* feat: Add parameter and jobs database schema
This modifies a prior migration which is typically forbidden,
but because we're pre-production deployment I felt grouping
would be helpful to future contributors.
This adds database functions that are required for the provisioner
daemon and job queue logic.
* Add comment to acquire provisioner job query
* PostgreSQL hates running in parallel
* ci: Pin the golangci-lint version to prevent breakage
The main branch broke because golangci-lint released a new version.
This pins it, so hopefully it never happens again!
* Fix version string
* ci: Run tests using PostgreSQL database and mock
This allows us to use the mock database for quick iterative testing,
and have confidence from CI using a real PostgreSQL database.
PostgreSQL tests are only ran on Linux. They are *really* slow on MacOS
and Windows runners, and don't provide much additional confidence.
* Only run PostgreSQL tests once for speed
* Fix race condition of log after close
Not all resources were cleaned up immediately after a peer connection was
closed. DataChannels could have a goroutine exit after Close() prior to this.
* Fix comment
* test: Increase disconnectTimeout to reduce test flakes
WebRTC uses UDP, which means a network connection is never open or closed. It uses timeouts to determine connection state; on a slow CI runner, these timeouts could be reached. Increasing this timeout should reduce flakes, but is unlikely to remove this flake entirely.
* Fix close after offline
* Run tests in parallel
* feat: Create broker for negotiating connections
WebRTC require an exchange of encryption keys and network hops to connect. This package pipes the exchange over gRPC. This will be used in all connecting clients and agents.
* Regenerate protobuf definition
* Cache Go build and test
* Fix gRPC language with dRPC
Co-authored-by: Bryan <bryan@coder.com>
Co-authored-by: Bryan <bryan@coder.com>
* feat: Create provisioner abstraction
Creates a provisioner abstraction that takes prior art from the Terraform plugin system. It's safe to assume this code will change a lot when it becomes integrated with provisionerd.
Closes#10.
* Ignore generated files in diff view
* Check for unstaged file changes
* Install protoc-gen-go
* Use proper drpc plugin version
* Fix serve closed pipe
* Install sqlc with curl for speed
* Fix install command
* Format CI action
* Add linguist-generated and closed pipe test
* Cleanup code from comments
* Add dRPC comment
* Add Terraform installer for cross-platform
* Build provisioner tests on Linux only
* chore: Add golangci-lint and codecov
* Use consistent file names
* Format settings.json
* Add golangci-lint and codecov GitHub Actions
* Add base Go file for linting
* Add test coverage
This implements an initial GitHub Actions workflow for us - to be run on PRs and on `main` commits.
This just implements a really simple `style/fmt` check - running `prettier` on the `README.md`.
I assumed we'll stick with using a top-level `Makefile` for commands like in `m` and `link` - but open to alternatives, too!
Since I was adding a `package.json` and `node_modules` for this, I realized we were missing `.gitignore`s, so I added some a subset of the ignore files from `coder/m`
Bryan
