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task
Responsible for providing a continuous execution or calls.
This is used for simply providing a "runtime" for lua states.
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Functions
task.isthreaded(): boolean
- Checks if the current execution is from a threaded lua_State.
task.defer(f: function)
- Stores & calls the function at the next runtime cycle.
task.delay(t: number, f: function)
- Stores & calls the function after x amount of seconds.
- This is also called in the runtime cycle.
task.add(name: string, identity: string, callback: function)
- Adds a function to the continuous runtime
task.remove(name: string, identity: string)
- Removes a function from the continuous runtime
task.get(name: string, identity: string): function?
- Attempts to retrieve a function from the continuous runtime's callbacks
task.connect(callback: function, identity: string)
- Different call style under the RBLX standard
- Same as
task.add(name: string, identity: string, callback: function)
task.disconnect(name: string, identity: string)
- Different call style under the RBLX standard
- Same as
task.remove(name: string, identity: string)
task.connection(name: string, identity: string): function?
- Different call style under the RBLX standard
- Same as
task.get(name: string, identity: string): function?
This is specific to the injectable variant of interstellar.
task.invoke()
- Force interstellar to commit a runtime calculation.
- This is responsible for inlining the execution of interstellar.
- We recommend that you attach this to a routine that runs every frame/tick.
task.subroutine(): memory.address
- Gets the address of the task subroutine.
- This is responsible for inlining the execution of interstellar.
- We recommend that you attach this to a routine that runs every frame/tick.
task.deferred(state: boolean)
- This will disable the internal threaded runtime.
- Makes interstellar depend on
task.invoke()ortask.subroutine()