Enum NativeHelper 

#[repr(u32)]
pub enum NativeHelper {
    LoadConstant = 0,
    Unary = 1,
    Binary = 2,
    CreateObject = 3,
    CreateArray = 4,
    CreateClosure = 5,
    GetProperty = 6,
    SetProperty = 7,
    DeleteProperty = 8,
    Call = 9,
    Construct = 10,
    Import = 11,
    Truthy = 12,
    ResumeValue = 13,
    DefineAccessor = 14,
    LoadGlobal = 15,
    StoreGlobal = 16,
    TypeOfGlobal = 17,
    LoadThis = 18,
    LoadArguments = 19,
    LoadNewTarget = 20,
    ArrayPush = 21,
    ArrayExtend = 22,
    ObjectSpread = 23,
    SetPrototype = 24,
    CreatePrivateName = 25,
    CreateRegExp = 26,
    GetIterator = 27,
    IteratorNext = 28,
    Export = 29,
    ConsumeFuel = 30,
    CreateCell = 31,
}

A runtime helper, identified by its stable ABI index. The variant order is the canonical external_index order (0..31) and is byte-identical to bamts_codegen::Helper; NativeHelper::symbol returns the exact linker symbol generated code resolves against.

Variants

LoadConstant = 0

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_load_constant — index 0.

Unary = 1

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_unary — index 1.

Binary = 2

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_binary — index 2.

CreateObject = 3

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_create_object — index 3.

CreateArray = 4

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_create_array — index 4.

CreateClosure = 5

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_create_closure — index 5.

GetProperty = 6

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_get_property — index 6.

SetProperty = 7

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_set_property — index 7.

DeleteProperty = 8

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_delete_property — index 8.

Call = 9

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_call — index 9.

Construct = 10

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_construct — index 10.

Import = 11

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_import — index 11.

Truthy = 12

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_truthy — index 12 (returns 0/1, never writes out).

ResumeValue = 13

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_resume_value — index 13.

DefineAccessor = 14

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_define_accessor — index 14.

LoadGlobal = 15

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_load_global — index 15.

StoreGlobal = 16

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_store_global — index 16.

TypeOfGlobal = 17

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_typeof_global — index 17.

LoadThis = 18

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_load_this — index 18.

LoadArguments = 19

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_load_arguments — index 19.

LoadNewTarget = 20

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_load_new_target — index 20.

ArrayPush = 21

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_array_push — index 21.

ArrayExtend = 22

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_array_extend — index 22.

ObjectSpread = 23

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_object_spread — index 23.

SetPrototype = 24

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_set_prototype — index 24.

CreatePrivateName = 25

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_create_private_name — index 25.

CreateRegExp = 26

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_create_regexp — index 26.

GetIterator = 27

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_get_iterator — index 27.

IteratorNext = 28

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_iterator_next — index 28 (writes two registers directly).

Export = 29

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_export — index 29.

ConsumeFuel = 30

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out. Both remain valid and unaliased for the full call.

bamts_consume_fuel — index 30.

CreateCell = 31

bamts_create_cell — index 31.

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out. Both remain valid and unaliased for the full call.

Implementations

impl NativeHelper

pub const fn symbol(self) -> &'static str

The C symbol generated code links against. Byte-identical to

Safety

The caller must provide a live, uniquely owned frame whose nonempty handle range is disjoint from its header, and a live, aligned, writable out when this helper has one. Both remain valid and unaliased for the full call.

bamts_codegen::Helper::symbol.

pub const fn as_u32(self) -> u32

The stable ABI index, 0..HELPER_COUNT.

pub const fn from_u32(index: u32) -> Option<NativeHelper>

Parses an ABI index, rejecting values outside 0..HELPER_COUNT.

Trait Implementations

impl Clone for NativeHelper

fn clone(&self) -> NativeHelper

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for NativeHelper

impl Debug for NativeHelper

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Eq for NativeHelper

impl Hash for NativeHelper

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl Ord for NativeHelper

fn cmp(&self, other: &NativeHelper) -> Ordering

This method returns an Ordering between self and other.

fn max(self, other: Self) -> Self

where Self: Sized,

Compares and returns the maximum of two values.

fn min(self, other: Self) -> Self

where Self: Sized,

Compares and returns the minimum of two values.

fn clamp(self, min: Self, max: Self) -> Self

where Self: Sized,

Restrict a value to a certain interval.

impl PartialEq for NativeHelper

fn eq(&self, other: &NativeHelper) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl PartialOrd for NativeHelper

fn partial_cmp(&self, other: &NativeHelper) -> Option<Ordering>

This method returns an ordering between self and other values if one exists.

fn lt(&self, other: &Rhs) -> bool

Tests less than (for self and other) and is used by the < operator.

fn le(&self, other: &Rhs) -> bool

Tests less than or equal to (for self and other) and is used by the <= operator.

fn gt(&self, other: &Rhs) -> bool

Tests greater than (for self and other) and is used by the > operator.

fn ge(&self, other: &Rhs) -> bool

Tests greater than or equal to (for self and other) and is used by the >= operator.

impl StructuralPartialEq for NativeHelper