pub struct ComponentTypeVerifyCompute;Expand description
Identifier for the component type of Verify Compute Circuit
Trait Implementations§
Source§impl ComponentType<Fr> for ComponentTypeVerifyCompute
Verify Compute has no virtual table as output
impl ComponentType<Fr> for ComponentTypeVerifyCompute
Verify Compute has no virtual table as output
type InputValue = LogicalEmpty<Fr>
type InputWitness = LogicalEmpty<AssignedValue<Fr>>
type OutputValue = LogicalEmpty<Fr>
type OutputWitness = LogicalEmpty<AssignedValue<Fr>>
type LogicalInput = LogicalEmpty<Fr>
Source§fn get_type_id() -> ComponentTypeId
fn get_type_id() -> ComponentTypeId
Get ComponentTypeId of this component type.
Source§fn logical_result_to_virtual_rows_impl(
_ins: &LogicalResult<Fr, Self>,
) -> Vec<(Self::InputValue, Self::OutputValue)>
fn logical_result_to_virtual_rows_impl( _ins: &LogicalResult<Fr, Self>, ) -> Vec<(Self::InputValue, Self::OutputValue)>
Convert a logical result to 1 or multiple virtual rows.
Source§fn logical_input_to_virtual_rows_impl(
_li: &Self::LogicalInput,
) -> Vec<Self::InputValue>
fn logical_input_to_virtual_rows_impl( _li: &Self::LogicalInput, ) -> Vec<Self::InputValue>
Real implementation to convert a logical input to virtual rows.
type Commiter = BasicComponentCommiter<F>
Source§fn get_type_name() -> &'static str
fn get_type_name() -> &'static str
Get ComponentTypeName for logging/debugging.
Source§fn logical_result_to_virtual_rows(
ins: &LogicalResult<F, Self>,
) -> Vec<(Self::InputValue, Self::OutputValue)>
fn logical_result_to_virtual_rows( ins: &LogicalResult<F, Self>, ) -> Vec<(Self::InputValue, Self::OutputValue)>
Wrap logical_result_to_virtual_rows_impl with sanity check.
Source§fn logical_input_to_virtual_rows(
li: &Self::LogicalInput,
) -> Vec<Self::InputValue>
fn logical_input_to_virtual_rows( li: &Self::LogicalInput, ) -> Vec<Self::InputValue>
Wrap logical_input_to_virtual_rows_impl with sanity check.
TODO: we are not using this.
Source§fn rlc_virtual_rows(
_: (&mut Context<F>, &mut Context<F>),
range_chip: &RangeChip<F>,
rlc_chip: &RlcChip<F>,
inputs: &[(Self::InputWitness, Self::OutputWitness)],
) -> Vec<AssignedValue<F>>
fn rlc_virtual_rows( _: (&mut Context<F>, &mut Context<F>), range_chip: &RangeChip<F>, rlc_chip: &RlcChip<F>, inputs: &[(Self::InputWitness, Self::OutputWitness)], ) -> Vec<AssignedValue<F>>
RLC virtual rows. A logical input might take multiple virtual rows.
The default implementation is for the fixed length case.
Auto Trait Implementations§
impl Freeze for ComponentTypeVerifyCompute
impl RefUnwindSafe for ComponentTypeVerifyCompute
impl Send for ComponentTypeVerifyCompute
impl Sync for ComponentTypeVerifyCompute
impl Unpin for ComponentTypeVerifyCompute
impl UnwindSafe for ComponentTypeVerifyCompute
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