* chore: use gnpm
* chore: fixed pnpm
* chore: fixed gnpm
* chore: fixed jq
* chore: use 0.0.7
* chore: use flag for building
* chore: fixed all backend tests
* chore: continue with porting things
* chore: fixed path
* chore: fixed backend tests
* chore: upgraded all to gnpm
* chore: updated to gnpm 0.0.9
* chore: echo current env with debug logs
* chore: install with frozen lockfile
* chore: use 0.0.10
* chore: use 0.0.11
* chore: use 0.0.12 globally
* chore: reworked handleRelease workflow to be up to date and depend on other workflows
* Add script to trigger test on utils
* Add new function to remove the comments from the settings file.
It reduces the size of the payload when we save on the admin page `.../admin/settings`
* Add font-family: monospace; to the settings
* Upgrade the live-plugin-manager
* Fix migration scripts to skip checking for the system directory of live-plugin-manager
* Updated lockfile
* Improved handling of install.
---------
Co-authored-by: yacchin1205 <968739+yacchin1205@users.noreply.github.com>
Co-authored-by: SamTV12345 <40429738+samtv12345@users.noreply.github.com>
* fix bin folder and workflows as far its possible
cleanup of dockerfile
changed paths of scripts
add lock file
fix working directory for workflows
fix windows bin
fix travis (is travis used anyway?)
fix package refs
remove pnpm-lock file in root as these conflicts with the docker volume setup
optimize comments
use install again
refactor prod image call to run
fix --workspace can only be used inside a workspace
correct comment
try fix pipeline
try fix pipeline for upgrade-from-latest-release
install all deps
smaller adjustments
save
update dockerfile
remove workspace command
fix run test command
start repair latest release workflow
start repair latest release workflow
start repair latest release workflow
further repairs
* remove test plugin from docker compose
Advantages of a top-level `package.json`:
* It prevents npm from printing benign warnings about missing
`package.json` whenever a plugin is installed.
* Semantically, it is "the right thing to do" if plugins are to be
installed in the top-level directory. This avoids violating
assumptions various tools make about `package.json`, which makes
it more likely that we can easily switch to a new version of npm
or to an npm alternative.
Disadvantages of a top-level `package.json`:
* Including a dependency of `ep_etherpad-lite@file:src` in the
top-level `package.json`, which is required to keep npm from
deleting the `node_modules/ep_etherpad-lite` symlink each time a
package is installed, drastically slows down plugin installation
because npm recursively walks the ep_etherpad-lite dependencies.
* npm has a horrible dependency hoisting behavior: It moves
dependencies from `src/node_modules/` to the top-level
`node_modules/` directory when possible. This causes numerous
mysterious problems, such as silent failures in `npm outdated` and
`npm update`, and it breaks plugins that do
`require('ep_etherpad-lite/node_modules/foo')`.
Right now, with npm v6.x, eliminating the disadvantages is far more
valuable than keeping the advantages. (This might change with npm
v7.x.)
For a long time there was no top-level `package.json` and it worked
fairly well, although users were often confused by npm's benign
warnings. The top-level `package.json` was added because we needed a
place to put ESLint config for the stuff in `bin/` and `tests/`, and
we wanted the advantages listed above. Unfortunately we were unaware
of the disadvantages at the time. The `bin/` and `tests/` directories
were moved under `src/` so we no longer need the top-level
`package.json` for ESLint.
An alternative to a top-level `package.json`: Create
`plugins/package.json` and install all plugins in `plugins/`. If
`plugins/package.json` has a dependency of
`ep_etherpad-lite@file:../src` then plugin installation will still be
slow (npm will still recursively walk the dependencies in
`src/package.json`) but it should avoid npm's nasty dependency
hoisting behavior. To avoid slow plugin installation we could create a
lightweight `etherpad-pluginlib` package that Etherpad plugins would
use to indirectly access Etherpad's internals. As an added bonus, this
intermediate package could become an adaptor that provides a stable
interface to plugins even when Etherpad core rapidly evolves.
