pub struct Prover { /* private fields */ }Expand description
A synchronous, configurable prover for post-execution Miden VM witnesses.
This type does not execute programs. It owns proof-generation policy — including the memory budget for materializing a VM execution trace — and consumes witnesses produced by the processor.
Implementations§
Source§impl Prover
impl Prover
Sourcepub const DEFAULT_MAX_PROVER_MEMORY_BYTES: u64 = trace::DEFAULT_MAX_PROVER_MEMORY_BYTES
pub const DEFAULT_MAX_PROVER_MEMORY_BYTES: u64 = trace::DEFAULT_MAX_PROVER_MEMORY_BYTES
Default maximum memory, in bytes, this prover is permitted to allocate for a proof over a VM execution trace.
This bounds only the lifted-STARK Miden VM proof modelled by miden_air::memory; it does
not cover the precompile prover’s memory footprint.
Sourcepub const fn new() -> Prover
pub const fn new() -> Prover
Creates a prover with the canonical proof-generation configuration.
Sourcepub const fn with_hash_fn(self, hash_fn: HashFunction) -> Prover
pub const fn with_hash_fn(self, hash_fn: HashFunction) -> Prover
Sets the hash function used for proofs generated by this prover.
Sourcepub const fn with_max_prover_memory_bytes(
self,
max_prover_memory_bytes: u64,
) -> Prover
pub const fn with_max_prover_memory_bytes( self, max_prover_memory_bytes: u64, ) -> Prover
Sets the maximum memory, in bytes, this prover is permitted to allocate for a proof over a VM execution trace.
Sourcepub const fn max_prover_memory_bytes(&self) -> u64
pub const fn max_prover_memory_bytes(&self) -> u64
Returns the maximum memory, in bytes, this prover is permitted to allocate for a proof over a VM execution trace.
Sourcepub fn prove(
&self,
witness: ExecutionWitness,
) -> Result<ExecutionProof, ProverError>
pub fn prove( &self, witness: ExecutionWitness, ) -> Result<ExecutionProof, ProverError>
Proves only the VM portion of an execution witness.
If the execution authenticated deferred precompile work, the returned proof carries its portable singleton witness for later proving. Otherwise, it is complete.
Sourcepub fn prove_full(
&self,
witness: ExecutionWitness,
) -> Result<ExecutionProof, ProverError>
pub fn prove_full( &self, witness: ExecutionWitness, ) -> Result<ExecutionProof, ProverError>
Proves a complete execution witness entirely in memory.
VM replay and direct precompile import consume the in-memory witness without serialization.
Sourcepub fn prove_vm_witness(
&self,
witness: VmWitness,
) -> Result<ExecutionProof, ProverError>
pub fn prove_vm_witness( &self, witness: VmWitness, ) -> Result<ExecutionProof, ProverError>
Proves a VM witness that does not authenticate deferred precompile work.
The returned execution proof has an empty precompile status. Use Self::prove or
Self::prove_full when the original execution witness contains precompile work.
Sourcepub fn prove_precompiles(
&self,
witnesses: Vec<PrecompileWitness>,
) -> Result<PrecompileProof, ProverError>
pub fn prove_precompiles( &self, witnesses: Vec<PrecompileWitness>, ) -> Result<PrecompileProof, ProverError>
Proves an owned batch of singleton execution obligations in one STARK.
The proof preserves the input roots in order, including repeated roots. An empty batch is rejected. Single-execution proving uses this same path with a one-element vector.
Batch-wide limits are checked during import, before STARK generation. Individually valid witnesses may exceed these limits when combined. Input accounting counts each supplied occurrence before sharing computations, including repeated data across witnesses.
Trait Implementations§
impl Eq for Prover
impl StructuralPartialEq for Prover
Auto Trait Implementations§
impl Freeze for Prover
impl RefUnwindSafe for Prover
impl Send for Prover
impl Sync for Prover
impl Unpin for Prover
impl UnsafeUnpin for Prover
impl UnwindSafe for Prover
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