Struct UntypedVal

pub struct UntypedVal { /* private fields */ }

An untyped value.

Provides a dense and simple interface to all functional Wasm operations.

Implementations

impl UntypedVal

pub fn to_bits(self) -> u64

Returns the underlying bits of the UntypedVal.

impl UntypedVal

pub fn i32_load( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i32.load Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn f32_load( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the f32.load Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn f64_load( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the f64.load Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i32_load8_s( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i32.load8_s Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i32_load8_u( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i32.load8_u Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i32_load16_s( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i32.load16_s Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i32_load16_u( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i32.load16_u Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load8_s( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load8_s Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load8_u( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load8_u Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load16_s( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load16_s Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load16_u( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load16_u Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load32_s( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load32_s Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i64_load32_u( memory: &[u8], address: UntypedVal, offset: u32, ) -> Result<UntypedVal, TrapCode>

Executes the i64.load32_u Wasm operation.

Errors

• If address + offset overflows.
• If address + offset loads out of bounds from memory.

pub fn i32_store( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i32.store Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i64_store( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i64.store Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn f32_store( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the f32.store Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn f64_store( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the f64.store Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i32_store8( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i32.store8 Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i32_store16( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i32.store16 Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i64_store8( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i64.store8 Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i64_store16( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i64.store16 Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i64_store32( memory: &mut [u8], address: UntypedVal, offset: u32, value: UntypedVal, ) -> Result<(), TrapCode>

Executes the i64.store32 Wasm operation.

Errors

• If address + offset overflows.
• If address + offset stores out of bounds from memory.

pub fn i32_add(self, rhs: UntypedVal) -> UntypedVal

Execute i32.add Wasm operation.

pub fn i64_add(self, rhs: UntypedVal) -> UntypedVal

Execute i64.add Wasm operation.

pub fn i32_sub(self, rhs: UntypedVal) -> UntypedVal

Execute i32.sub Wasm operation.

pub fn i64_sub(self, rhs: UntypedVal) -> UntypedVal

Execute i64.sub Wasm operation.

pub fn i32_mul(self, rhs: UntypedVal) -> UntypedVal

Execute i32.mul Wasm operation.

pub fn i64_mul(self, rhs: UntypedVal) -> UntypedVal

Execute i64.mul Wasm operation.

pub fn i32_div_s(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i32.div_s Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i64_div_s(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i64.div_s Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i32_div_u(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i32.div_u Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i64_div_u(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i64.div_u Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i32_rem_s(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i32.rem_s Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i64_rem_s(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i64.rem_s Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i32_rem_u(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i32.rem_u Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i64_rem_u(self, rhs: UntypedVal) -> Result<UntypedVal, TrapCode>

Execute i64.rem_u Wasm operation.

Errors

• If rhs is equal to zero.
• If the operation result overflows.

pub fn i32_and(self, rhs: UntypedVal) -> UntypedVal

Execute i32.and Wasm operation.

pub fn i64_and(self, rhs: UntypedVal) -> UntypedVal

Execute i64.and Wasm operation.

pub fn i32_or(self, rhs: UntypedVal) -> UntypedVal

Execute i32.or Wasm operation.

pub fn i64_or(self, rhs: UntypedVal) -> UntypedVal

Execute i64.or Wasm operation.

pub fn i32_xor(self, rhs: UntypedVal) -> UntypedVal

Execute i32.xor Wasm operation.

pub fn i64_xor(self, rhs: UntypedVal) -> UntypedVal

Execute i64.xor Wasm operation.

pub fn i32_shl(self, rhs: UntypedVal) -> UntypedVal

Execute i32.shl Wasm operation.

pub fn i64_shl(self, rhs: UntypedVal) -> UntypedVal

Execute i64.shl Wasm operation.

pub fn i32_shr_s(self, rhs: UntypedVal) -> UntypedVal

Execute i32.shr_s Wasm operation.

pub fn i64_shr_s(self, rhs: UntypedVal) -> UntypedVal

Execute i64.shr_s Wasm operation.

pub fn i32_shr_u(self, rhs: UntypedVal) -> UntypedVal

Execute i32.shr_u Wasm operation.

pub fn i64_shr_u(self, rhs: UntypedVal) -> UntypedVal

Execute i64.shr_u Wasm operation.

pub fn i32_clz(self) -> UntypedVal

Execute i32.clz Wasm operation.

pub fn i64_clz(self) -> UntypedVal

Execute i64.clz Wasm operation.

pub fn i32_ctz(self) -> UntypedVal

Execute i32.ctz Wasm operation.

pub fn i64_ctz(self) -> UntypedVal

Execute i64.ctz Wasm operation.

pub fn i32_popcnt(self) -> UntypedVal

Execute i32.popcnt Wasm operation.

pub fn i64_popcnt(self) -> UntypedVal

Execute i64.popcnt Wasm operation.

pub fn i32_rotl(self, rhs: UntypedVal) -> UntypedVal

Execute i32.rotl Wasm operation.

pub fn i64_rotl(self, rhs: UntypedVal) -> UntypedVal

Execute i64.rotl Wasm operation.

pub fn i32_rotr(self, rhs: UntypedVal) -> UntypedVal

Execute i32.rotr Wasm operation.

pub fn i64_rotr(self, rhs: UntypedVal) -> UntypedVal

Execute i64.rotr Wasm operation.

pub fn i32_eqz(self) -> UntypedVal

Execute i32.eqz Wasm operation.

pub fn i64_eqz(self) -> UntypedVal

Execute i64.eqz Wasm operation.

pub fn i32_eq(self, rhs: UntypedVal) -> UntypedVal

Execute i32.eq Wasm operation.

pub fn i64_eq(self, rhs: UntypedVal) -> UntypedVal

Execute i64.eq Wasm operation.

pub fn f32_eq(self, rhs: UntypedVal) -> UntypedVal

Execute f32.eq Wasm operation.

pub fn f64_eq(self, rhs: UntypedVal) -> UntypedVal

Execute f64.eq Wasm operation.

pub fn i32_ne(self, rhs: UntypedVal) -> UntypedVal

Execute i32.ne Wasm operation.

pub fn i64_ne(self, rhs: UntypedVal) -> UntypedVal

Execute i64.ne Wasm operation.

pub fn f32_ne(self, rhs: UntypedVal) -> UntypedVal

Execute f32.ne Wasm operation.

pub fn f64_ne(self, rhs: UntypedVal) -> UntypedVal

Execute f64.ne Wasm operation.

pub fn i32_lt_s(self, rhs: UntypedVal) -> UntypedVal

Execute i32.lt_s Wasm operation.

pub fn i64_lt_s(self, rhs: UntypedVal) -> UntypedVal

Execute i64.lt_s Wasm operation.

pub fn i32_lt_u(self, rhs: UntypedVal) -> UntypedVal

Execute i32.lt_u Wasm operation.

pub fn i64_lt_u(self, rhs: UntypedVal) -> UntypedVal

Execute i64.lt_u Wasm operation.

pub fn f32_lt(self, rhs: UntypedVal) -> UntypedVal

Execute f32.lt Wasm operation.

pub fn f64_lt(self, rhs: UntypedVal) -> UntypedVal

Execute f64.lt Wasm operation.

pub fn i32_le_s(self, rhs: UntypedVal) -> UntypedVal

Execute i32.le_s Wasm operation.

pub fn i64_le_s(self, rhs: UntypedVal) -> UntypedVal

Execute i64.le_s Wasm operation.

pub fn i32_le_u(self, rhs: UntypedVal) -> UntypedVal

Execute i32.le_u Wasm operation.

pub fn i64_le_u(self, rhs: UntypedVal) -> UntypedVal

Execute i64.le_u Wasm operation.

pub fn f32_le(self, rhs: UntypedVal) -> UntypedVal

Execute f32.le Wasm operation.

pub fn f64_le(self, rhs: UntypedVal) -> UntypedVal

Execute f64.le Wasm operation.

pub fn i32_gt_s(self, rhs: UntypedVal) -> UntypedVal

Execute i32.gt_s Wasm operation.

pub fn i64_gt_s(self, rhs: UntypedVal) -> UntypedVal

Execute i64.gt_s Wasm operation.

pub fn i32_gt_u(self, rhs: UntypedVal) -> UntypedVal

Execute i32.gt_u Wasm operation.

pub fn i64_gt_u(self, rhs: UntypedVal) -> UntypedVal

Execute i64.gt_u Wasm operation.

pub fn f32_gt(self, rhs: UntypedVal) -> UntypedVal

Execute f32.gt Wasm operation.

pub fn f64_gt(self, rhs: UntypedVal) -> UntypedVal

Execute f64.gt Wasm operation.

pub fn i32_ge_s(self, rhs: UntypedVal) -> UntypedVal

Execute i32.ge_s Wasm operation.

pub fn i64_ge_s(self, rhs: UntypedVal) -> UntypedVal

Execute i64.ge_s Wasm operation.

pub fn i32_ge_u(self, rhs: UntypedVal) -> UntypedVal

Execute i32.ge_u Wasm operation.

pub fn i64_ge_u(self, rhs: UntypedVal) -> UntypedVal

Execute i64.ge_u Wasm operation.

pub fn f32_ge(self, rhs: UntypedVal) -> UntypedVal

Execute f32.ge Wasm operation.

pub fn f64_ge(self, rhs: UntypedVal) -> UntypedVal

Execute f64.ge Wasm operation.

pub fn f32_abs(self) -> UntypedVal

Execute f32.abs Wasm operation.

pub fn f32_neg(self) -> UntypedVal

Execute f32.neg Wasm operation.

pub fn f32_ceil(self) -> UntypedVal

Execute f32.ceil Wasm operation.

pub fn f32_floor(self) -> UntypedVal

Execute f32.floor Wasm operation.

pub fn f32_trunc(self) -> UntypedVal

Execute f32.trunc Wasm operation.

pub fn f32_nearest(self) -> UntypedVal

Execute f32.nearest Wasm operation.

pub fn f32_sqrt(self) -> UntypedVal

Execute f32.sqrt Wasm operation.

pub fn f32_min(self, other: UntypedVal) -> UntypedVal

Execute f32.min Wasm operation.

pub fn f32_max(self, other: UntypedVal) -> UntypedVal

Execute f32.max Wasm operation.

pub fn f32_copysign(self, other: UntypedVal) -> UntypedVal

Execute f32.copysign Wasm operation.

pub fn f64_abs(self) -> UntypedVal

Execute f64.abs Wasm operation.

pub fn f64_neg(self) -> UntypedVal

Execute f64.neg Wasm operation.

pub fn f64_ceil(self) -> UntypedVal

Execute f64.ceil Wasm operation.

pub fn f64_floor(self) -> UntypedVal

Execute f64.floor Wasm operation.

pub fn f64_trunc(self) -> UntypedVal

Execute f64.trunc Wasm operation.

pub fn f64_nearest(self) -> UntypedVal

Execute f64.nearest Wasm operation.

pub fn f64_sqrt(self) -> UntypedVal

Execute f64.sqrt Wasm operation.

pub fn f32_add(self, rhs: UntypedVal) -> UntypedVal

Execute f32.add Wasm operation.

pub fn f64_add(self, rhs: UntypedVal) -> UntypedVal

Execute f64.add Wasm operation.

pub fn f32_sub(self, rhs: UntypedVal) -> UntypedVal

Execute f32.sub Wasm operation.

pub fn f64_sub(self, rhs: UntypedVal) -> UntypedVal

Execute f64.sub Wasm operation.

pub fn f32_mul(self, rhs: UntypedVal) -> UntypedVal

Execute f32.mul Wasm operation.

pub fn f64_mul(self, rhs: UntypedVal) -> UntypedVal

Execute f64.mul Wasm operation.

pub fn f32_div(self, rhs: UntypedVal) -> UntypedVal

Execute f32.div Wasm operation.

pub fn f64_div(self, rhs: UntypedVal) -> UntypedVal

Execute f64.div Wasm operation.

pub fn f64_min(self, other: UntypedVal) -> UntypedVal

Execute f64.min Wasm operation.

pub fn f64_max(self, other: UntypedVal) -> UntypedVal

Execute f64.max Wasm operation.

pub fn f64_copysign(self, other: UntypedVal) -> UntypedVal

Execute f64.copysign Wasm operation.

pub fn i32_wrap_i64(self) -> UntypedVal

Execute i32.wrap_i64 Wasm operation.

pub fn i32_trunc_f32_s(self) -> Result<UntypedVal, TrapCode>

Execute i32.trunc_f32_s Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i32_trunc_f32_u(self) -> Result<UntypedVal, TrapCode>

Execute i32.trunc_f32_u Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i32_trunc_f64_s(self) -> Result<UntypedVal, TrapCode>

Execute i32.trunc_f64_s Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i32_trunc_f64_u(self) -> Result<UntypedVal, TrapCode>

Execute i32.trunc_f64_u Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i64_extend_i32_s(self) -> UntypedVal

Execute i64.extend_i32_s Wasm operation.

pub fn i64_extend_i32_u(self) -> UntypedVal

Execute i64.extend_i32_u Wasm operation.

pub fn i64_trunc_f32_s(self) -> Result<UntypedVal, TrapCode>

Execute i64.trunc_f32_s Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i64_trunc_f32_u(self) -> Result<UntypedVal, TrapCode>

Execute i64.trunc_f32_u Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i64_trunc_f64_s(self) -> Result<UntypedVal, TrapCode>

Execute i64.trunc_f64_s Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn i64_trunc_f64_u(self) -> Result<UntypedVal, TrapCode>

Execute i64.trunc_f64_u Wasm operation.

Errors

• If self is NaN (not a number).
• If self is positive or negative infinity.
• If the integer value of self is out of bounds of the target type.

Read more about the failure cases in the WebAssembly specification.

pub fn f32_convert_i32_s(self) -> UntypedVal

Execute f32.convert_i32_s Wasm operation.

pub fn f32_convert_i32_u(self) -> UntypedVal

Execute f32.convert_i32_u Wasm operation.

pub fn f32_convert_i64_s(self) -> UntypedVal

Execute f32.convert_i64_s Wasm operation.

pub fn f32_convert_i64_u(self) -> UntypedVal

Execute f32.convert_i64_u Wasm operation.

pub fn f32_demote_f64(self) -> UntypedVal

Execute f32.demote_f64 Wasm operation.

pub fn f64_convert_i32_s(self) -> UntypedVal

Execute f64.convert_i32_s Wasm operation.

pub fn f64_convert_i32_u(self) -> UntypedVal

Execute f64.convert_i32_u Wasm operation.

pub fn f64_convert_i64_s(self) -> UntypedVal

Execute f64.convert_i64_s Wasm operation.

pub fn f64_convert_i64_u(self) -> UntypedVal

Execute f64.convert_i64_u Wasm operation.

pub fn f64_promote_f32(self) -> UntypedVal

Execute f64.promote_f32 Wasm operation.

pub fn i32_extend8_s(self) -> UntypedVal

Execute i32.extend8_s Wasm operation.

pub fn i32_extend16_s(self) -> UntypedVal

Execute i32.extend16_s Wasm operation.

pub fn i64_extend8_s(self) -> UntypedVal

Execute i64.extend8_s Wasm operation.

pub fn i64_extend16_s(self) -> UntypedVal

Execute i64.extend16_s Wasm operation.

pub fn i64_extend32_s(self) -> UntypedVal

Execute i64.extend32_s Wasm operation.

pub fn i32_trunc_sat_f32_s(self) -> UntypedVal

Execute i32.trunc_sat_f32_s Wasm operation.

pub fn i32_trunc_sat_f32_u(self) -> UntypedVal

Execute i32.trunc_sat_f32_u Wasm operation.

pub fn i32_trunc_sat_f64_s(self) -> UntypedVal

Execute i32.trunc_sat_f64_s Wasm operation.

pub fn i32_trunc_sat_f64_u(self) -> UntypedVal

Execute i32.trunc_sat_f64_u Wasm operation.

pub fn i64_trunc_sat_f32_s(self) -> UntypedVal

Execute i64.trunc_sat_f32_s Wasm operation.

pub fn i64_trunc_sat_f32_u(self) -> UntypedVal

Execute i64.trunc_sat_f32_u Wasm operation.

pub fn i64_trunc_sat_f64_s(self) -> UntypedVal

Execute i64.trunc_sat_f64_s Wasm operation.

pub fn i64_trunc_sat_f64_u(self) -> UntypedVal

Execute i64.trunc_sat_f64_u Wasm operation.

impl UntypedVal

pub fn decode_slice<T>(slice: &[UntypedVal]) -> Result<T, UntypedError>

where T: DecodeUntypedSlice,

Decodes the slice of UntypedVal as a value of type T.

Note

T can either be a single type or a tuple of types depending on the length of the slice.

Errors

If the tuple length of T and the length of slice does not match.

pub fn encode_slice<T>( slice: &mut [UntypedVal], input: T, ) -> Result<(), UntypedError>

where T: EncodeUntypedSlice,

Encodes the slice of UntypedVal from the given value of type T.

Note

T can either be a single type or a tuple of types depending on the length of the slice.

Errors

If the tuple length of T and the length of slice does not match.

Trait Implementations

impl Clone for UntypedVal

fn clone(&self) -> UntypedVal

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for UntypedVal

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

Formats the value using the given formatter.

impl Default for UntypedVal

fn default() -> UntypedVal

Returns the “default value” for a type.

impl From<ExternRef> for UntypedVal

fn from(externref: ExternRef) -> Self

Converts to this type from the input type.

impl From<F32> for UntypedVal

fn from(value: F32) -> UntypedVal

Converts to this type from the input type.

impl From<F64> for UntypedVal

fn from(value: F64) -> UntypedVal

Converts to this type from the input type.

impl From<FuncRef> for UntypedVal

fn from(funcref: FuncRef) -> Self

Converts to this type from the input type.

impl From<UntypedVal> for ExternRef

fn from(untyped: UntypedVal) -> Self

Converts to this type from the input type.

impl From<UntypedVal> for F32

fn from(untyped: UntypedVal) -> F32

Converts to this type from the input type.

impl From<UntypedVal> for F64

fn from(untyped: UntypedVal) -> F64

Converts to this type from the input type.

impl From<UntypedVal> for FuncRef

fn from(untyped: UntypedVal) -> Self

Converts to this type from the input type.

impl From<Val> for UntypedVal

fn from(value: Val) -> Self

Converts to this type from the input type.

impl From<bool> for UntypedVal

fn from(value: bool) -> UntypedVal

Converts to this type from the input type.

impl From<f32> for UntypedVal

fn from(value: f32) -> UntypedVal

Converts to this type from the input type.

impl From<f64> for UntypedVal

fn from(value: f64) -> UntypedVal

Converts to this type from the input type.

impl From<i16> for UntypedVal

fn from(value: i16) -> UntypedVal

Converts to this type from the input type.

impl From<i32> for UntypedVal

fn from(value: i32) -> UntypedVal

Converts to this type from the input type.

impl From<i64> for UntypedVal

fn from(value: i64) -> UntypedVal

Converts to this type from the input type.

impl From<i8> for UntypedVal

fn from(value: i8) -> UntypedVal

Converts to this type from the input type.

impl From<u16> for UntypedVal

fn from(value: u16) -> UntypedVal

Converts to this type from the input type.

impl From<u32> for UntypedVal

fn from(value: u32) -> UntypedVal

Converts to this type from the input type.

impl From<u64> for UntypedVal

fn from(value: u64) -> UntypedVal

Converts to this type from the input type.

impl From<u8> for UntypedVal

fn from(value: u8) -> UntypedVal

Converts to this type from the input type.

impl Ord for UntypedVal

fn cmp(&self, other: &UntypedVal) -> 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 UntypedVal

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

Tests for self and other values to be equal, and is used by ==.

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl PartialOrd for UntypedVal

fn partial_cmp(&self, other: &UntypedVal) -> 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 Copy for UntypedVal

impl Eq for UntypedVal

impl StructuralPartialEq for UntypedVal