These packages are obsoleted by the promises API to the built-in Node fs
module. The fs-extra package is also causing problems with broken APIs
that don't behave the same as Node's fs module, and throwing errors
without code properties on them.
The Node.js documentation's examples all use this prefix, and there are
now builtin modules in Node.js only accessible via it. Add support for
using it in lib code shared in the web_ui.
Build and minify the Web UI using swc instead of babel, tsc and terser.
This results in a significant speedup of the build process as it skips
checking types and uses native code to do the minification.
To prevent accidental type errors being introduced the TypeScript
compiler is still used to perform type checking on the Web UI files.
Due to peer dependency resolving shenanigans the swc/core package had to
be added to the workspace, controller and web_ui to avoid pnpm creating
a duplicate install of webpack that break the build.
Rename the config files for the browser build of modules to better
communicate that it's purpose is to compile code for a browser
environment rather than the Web UI in particular. This also aligns with
the "browser" option in package.json, the existing browser.ts entrypoint
in lib, and how the browser environment is typically referred to.
Clean up the configuration for compiling TypeScript for the Web
interface to us its own tsconfig.web.json config files and reference the
TypeScript source files directly in the configuration and imports
instead of files compiled to dist.
To properly support recompliation with TypeScript's projects feature
each package's tsconfig.web.json file is set to output the build to
dist/web_build which is then ignored in .npmignore. Webpack is still
used to create the proper build in dist/web, so this is mainly to make
TypeScipt's compiler happy but it also allows the root tsconfig.json
file to include the web interface code, meaning running the build script
now also checks the typing of the web interface.
Final part of #491.
* .jsx to .tsx
* controller: tsc --build before webpack-cli
* Type Annotation
* disabled move into the <Input/> and <Checkbox/>
* cleanup debug left over
* documentation
* default ModPack
* modPackUpdateHandlers no undefined
* PluginInfo changes proposition
* PluginInfo changes proposition miss
* ModRecord & ModInfo feedback loop at const mods = [ ?
* ["connect", "drop", "resume", "close"] as const
* .tsx to .ts when possible
Only the controller has access to the secret needed to sign user tokens
so it makes sense for the user signing code to live in the controller.
This saves about 20ms on the time ctl takes to start up due to lib no
longer needing to import jsonwebtoken.
The data class pattern used for request and event payloads require the
class names to be preserved as they are used for identifying the type of
the requests and events.
Put all web assets including plugin assets under a shared static/ route
in the web interface that's declared as immutable and cacheable for 1
year. This allows all JavaScript bundles to be loaded from disk instead
of having to check with the web server each time and significantly
speeds up the web interface load time. It also fixes the public path
issue when using the --dev-plugin option behind a proxy.
To prevent collisions and stale data all assets now include a hash in
the filename. This means the entrypoint is now dynamic and specified in
a manifest.json file created from the web build. For plugins this means
the filename attribute needs to be removed from webpack.config.js.
Add options to pass map seed, map exchange string, map gen settings
and/or map settings when creating a save either through the create save
request or the load scenario request.
Remove the need for installing babel and the webpack loaders used in the
webpack.common.js file separately by resolving them from the web_ui
package. This allows future changes to done to the modules used without
having to update them in each plugin that uses the web_ui common config.
Add winston based logger for master, slave, ctl, lib, and web_ui code.
Logging done from slaves and instances are sent to the master server and
tagged with the instance and/or slave it originated from. This allows
for example error messages to propagate back to the source that iniated
the action. The master server also stores the log to allow it to be
queried at a later point. For slaves a copy of the slave's log is also
stored locally.
Hornwitser