To get started, you need a recent version of Go. v1.16 and onward should be sufficient.
Also, if you want to develop the CSS and HTML on the website, you need Node.js v14 in order to compile Tailwind.
To build the server and see a list of its options:
cd cmd/server
go build
./server -h
Usage of ./server:
-aliases-as-subdomains
needs to be disabled if a wildcard certificate for the room is not available. (default true)
-dbg string
listen addr for metrics and pprof HTTP server (default "localhost:6078")
-https-domain string
which domain to use for TLS and AllowedHosts checks
-lishttp string
address to listen on for HTTP requests (default ":3000")
-lismux string
address to listen on for secret-handshake+muxrpc (default ":8008")
-logs string
where to write debug output to (default is just stderr)
-mode value
the privacy mode (values: open, community, restricted) determining room access controls
-nounixsock
disable the UNIX socket RPC interface
-repo string
where to put the log and indexes (default "~/.ssb-go-room")
-shscap string
secret-handshake app-key (or capability) (default "1KHLiKZvAvjbY1ziZEHMXawbCEIM6qwjCDm3VYRan/s=")
-version
print version number and build date
If you want to view the development server in your browser:
# change to the root of the project (e.g. cd go-ssb-room) and generate the frontend's styling; requires npm
go generate -tags dev ./...
# now let's build & run the development server
cd cmd/server && go build -tags dev && ./server
# and visit http://localhost:3000
This can be useful if you are working on:
- the sqlite migrations,
- html templates,
- styling elements using tailwind
- if you don't run generate with
-tags dev
, the bundled css will only contain the tailwind classes found in *.tmpl at the time of generation!
- if you don't run generate with
- or website templates or assets like JavaScript files, the favicon or other images that are used inside the HTML.
This way, the build won't use the assets embedded in the binary, but instead read them directly from the local filesystem.
Once you are done with your changes and want to update the embedded assets to the production versions:
# cd to the root of the folder, and then run go generate
go generate ./...
# now build the server without the development mode
cd cmd/server && go build && ./server -htts-domain=my.room.example
counterfeiter
enables generating mocks for defined interfaces. To update the mocks, run go generate
in package roomdb.
This project uses sql-migrate to upgrade the sqlite database when necessary.
To upgrade, create a new file in admindb/sqlite/migrations
with your changes.
Note: similar to the web assets, you need to use go test -tags dev
to test them. Afterwards run, go generate
to embed the assets in the code and thus the resulting server binary.
We use sqlboiler to generate type-safe Go code directly from SQL statements and table definitions. This approach suits the programming language much more then classical ORM approaches, which usually rely havily on reflection for (un)packing structs.
To generate them run the following commands. This will populate admindb/sqlite/models
:
- (TODO: automate this with
go generate
)
# also included as generate_models.sh
cd admindb/sqlite
go test
sqlboiler sqlite3 --wipe
The generated package admindb/sqlite/models
is then used to implemente the custom logic of the different services in admindb/sqlite
.
Aside: I would have used sqlc
since it's a bit more minimal and uses hand written SQL queries instead of generic query builders but it currently doesn't support sqlite.
cmd/insert-user
contains code to create a fallback user. Build it and point it to your database with a username:
cd cmd/insert-user
go build
# optional step: run a script to generate a valid ssb id @<pubkey>.ed25519, useful for trying things out quickly
./generate-fake-id.sh
./insert-user <@pubkey.ed25519>
Then repeat your password twice and you are all set for development.
Run insert-user
without any flags to see all the options.
For a few high-level overviews and diagrams of how the codebase works, read architecture.md.
See the testing.md for a thorough walkthorugh of the different testing approaches.
Because of issue #79 we can't simply create binaries for all platforms independantly. Therefore binaries for re-distributions need to be created on the relevant distributions themselvs. We currently do this for debian. The process is as follows:
- Install a recent debian stable version onto a dedicated machine or VM for instance (docker might also be possible).
- Install Go.
- Install a C compiler (
sudo apt install gcc
for instance) for the CGo based sqlite dependency. - Install GoReleaser.
- Create a version tag in git.
- run
goreleaser release
at the root of the repo to create thedist/
folder with the.deb
file. - Upload the built packages.