Struct LuaVm

pub struct LuaVm { /* private fields */ }

Methods from Deref<Target = Lua>

pub fn load_core(&mut self)

Load the core parts of the stdlib that do not allow performing any I/O.

Calls:

• load_base
• load_coroutine
• load_math
• load_string
• load_table

pub fn load_io(&mut self)

Load the parts of the stdlib that allow I/O.

pub fn total_memory(&self) -> usize

Size of all memory used by this Lua context.

This is equivalent to self.gc_metrics().total_allocation(). This counts all Gc allocated memory and also all data Lua datastructures held inside Gc, as they are tracked as “external allocations” in gc-arena.

pub fn gc_collect(&mut self)

Finish the current collection cycle completely, calls gc_arena::Arena::collect_all().

pub fn gc_metrics(&self) -> &Metrics

pub fn enter<F, T>(&mut self, f: F) -> T

where F: for<'gc> FnOnce(Context<'gc>) -> T,

Enter the garbage collection arena and perform some operation.

In order to interact with Lua or do any useful work with Lua values, you must do so from within the garbage collection arena. All values branded with the 'gc branding lifetime must forever live inside the arena, and cannot escape it.

Garbage collection takes place in-between calls to Lua::enter, no garbage will be collected cocurrently with accessing the arena.

Automatically triggers garbage collection before returning if the allocation debt is larger than a small constant.

pub fn try_enter<F, R>(&mut self, f: F) -> Result<R, StaticError>

where F: for<'gc> FnOnce(Context<'gc>) -> Result<R, Error<'gc>>,

A version of Lua::enter that expects failure and also automatically converts Error types into StaticError, allowing the error type to escape the arena.

pub fn finish(&mut self, executor: &StashedExecutor)

Run the given executor to completion.

This will periodically exit the arena in order to collect garbage concurrently with running Lua code.

pub fn execute<R>( &mut self, executor: &StashedExecutor, ) -> Result<R, StaticError>

where R: for<'gc> FromMultiValue<'gc>,

Run the given executor to completion and then take return values from the returning thread.

This is equivalent to calling Lua::finish on an executor and then calling Executor::take_result yourself.

Trait Implementations

impl Deref for LuaVm

type Target = Lua

The resulting type after dereferencing.

fn deref(&self) -> &Self::Target

Dereferences the value.

impl DerefMut for LuaVm

fn deref_mut(&mut self) -> &mut Self::Target

Mutably dereferences the value.