This requires adding an application id function to platform and adding a mini definition to sds into platform.h. All platforms except Android return NULL (no application id)
Currently provides only a lovr.android.getApplicationId(). This returns an Android-specific identifier that doesn't cleanly map to anything specific in other OSes.
There is a problem when a Thread stops: it destroys all of the modules
that it required. This is because we unconditionally call luax_atexit
when modules are required, and when the thread lua_State dies it takes
all of the modules with it. To fix this, lovr<Module>Init will return
whether or not initialization successfully happened, which provides us
with enough info to know if we should place the luax_atexit destructor
Dynamically loading things was cool but is causing more pain than
pleasure because it just barely doesn't work everywhere. Instead,
find a better way to load modules. Use a data driven luaL_Reg array
to define the module mapping and luaL_register to smoosh it into
package.preload at boot time. Benefits:
- LOVR_ENABLE_<x> defines are respected and only require a single #if
- Module list is data driven and defined in one place
- It's faster (luax_preloadmodule did a global lookup every invocation)
- It works everywhere
Oh also threads were totally broken and this (mostly) fixes them.
Back out lovrHeadsetExtractRenderFn, don't let oculus_mobile.c pcall the render function, instead fit the render error saving inside renderHelper (emscripten/oculusmobile path). The render error is now saved in the environment at _lovrHeadsetRenderError. For this to work, luax now keeps track of a global variable for the current "main" environment.
This does means the render error path now works on emscripten (this has not been tested).
General changes:
- Amended the boot.lua error handling so when an error occurs in the error handler, the inner error is printed before quitting
- Silent quit instead of crash if a user implements lovr.errhand but it doesn't return a function
Oculus Mobile changes:
- The lovr.errhand screen is now correctly invoked for errors that occur inside lovr.draw. Multiple changes were needed to make this work:
- Instead of calling renderHelper, which uses lua_call (unsafe as Oculus Mobile does not call renderHelper) the oculus driver gets hold of the Lua ref and lua_pcalls itself. A new lovrHeadsetExtractRenderFn is added to make this possible.
- A mechanism is added where if the coroutine resume in boot.lua returns a value, boot.lua treats this as the string returned from luax_getstack and invokes lovr.errhand.
- Added a custom atpanic that routes through lovrThrow (since stderr gets eaten). With the draw() changes this should never be encountered, but it's good just in case. In current testing the tracebacks this prints don't seem to be right.
- Fix major bug in android_vthrow that meant % codes didn't work in lovrThrow on Android
- Nothing to do with errors, but fix getAxis("trigger")
This is used in the oculus mobile driver, allowing replacement of the (dubious) recursive-copy-from-zip code.
In order for this to work, the argument parsing must be beefed up a bit and also PhysFS must be updated to the newest master in order to get a new PHYSFS_setRoot. The github submodule source has been changed to one which updates more frequently to get this.
It's not very good. It only takes Transforms and sets the projection
for both eyes. And the projection gets reset at the beginning and
end of lovr.headset.renderTo. It's meant to be a backdoor.
