happy-api 0.127.3
Install from the command line:
Learn more about npm packages
$ npm install @chanzuckerberg/happy-api@0.127.3
Install via package.json:
"@chanzuckerberg/happy-api": "0.127.3"
About this version
An API to encapsulate Happy functionality
To run the server, simply run:
make dev
To run all tests, simply run:
make test
To run a single test, run:
make test name=TestVersionCheckFail
(replace TestVersionCheckFail
with the name of the test you want to run)
golangci-lint
is used to lint the code in this repo. To run lint locally, run make lint
.
Fiber
has swagger support which we use to generate documentation (https://github.com/gofiber/swagger).
More information about the declarative comment format can be found here.
Make sure you have swag
installed. If not, you can install it with:
go install github.com/swaggo/swag/cmd/swag@latest
After updating annotations update the docs by running:
make update-docs
App configs are stored in YAML files. A file named app-config.yaml
will be loaded first (if it exists),
then a file named app-config.<env>.yaml
will be loaded (if such a file exists) and the values there will override
the values loaded from the first file. The value of <env>
is specified by the APP_ENV
environment variable.
The directory of these files is configurable by setting the CONFIG_YAML_DIRECTORY
environment variable (default is the api module root).
App config YAML files should only store non-sensitive values. Sensitive values should use the template syntax and be
set as environment variables. For example, oidc_client_id: "{{.OIDC_CLIENT_ID}}"
tells the app to inject the value of
the OIDC_CLIENT_ID
environment variable into the oidc_client_id
config value.
Use these resources as a general guide:
- https://github.com/uber-go/guide/blob/master/style.md
- https://go.dev/doc/effective_go
- https://github.com/golang/go/wiki/CommonMistakes
- https://github.com/golang/go/wiki/CodeReviewComments
For receivers, default to pointer receivers unless you are doing performance optimizations:
type A struct {
}
func (a *A) myFunc() {
}
- Until our structs get bigger and more complicated, pass values, not pointers. If you need to modify a struct, consider using a pointer receiver:
type myStruct struct {
value string
}
func myFunc(s myStruct) {
}
func (m *myStruct) editMyStruct {
m.value = "blah"
}
- https://stackoverflow.com/questions/23542989/pointers-vs-values-in-parameters-and-return-values: "Slices, maps, channels, strings, function values, and interface values are implemented with pointers internally, and a pointer to them is often redundant."
- Don't use a pointer to avoid memory allocations or for performance reasons. When we measure out program and find performance issues, we will optimize them based on the usecase.