Struct miden_processor::MemAdviceProvider

pub struct MemAdviceProvider { /* private fields */ }

An in-memory [AdviceProvider] implementation which uses BTreeMaps as its backing storage.

Implementations

impl MemAdviceProvider

pub fn into_parts( self ) -> (Vec<Felt>, BTreeMap<RpoDigest, Vec<Felt>>, MerkleStore)

Consumes the MemAdviceProvider and returns a (Vec, SimpleAdviceMap, MerkleStore), containing the stack, map, store respectively, of the advice provider.

Trait Implementations

impl AdviceProvider for MemAdviceProvider

Pass-through implementations of AdviceProvider methods.

TODO: potentially do this via a macro.

fn pop_stack<S: ProcessState>( &mut self, process: &S ) -> Result<Felt, ExecutionError>

Pops an element from the advice stack and returns it.

fn pop_stack_word<S: ProcessState>( &mut self, process: &S ) -> Result<Word, ExecutionError>

Pops a word (4 elements) from the advice stack and returns it.

fn pop_stack_dword<S: ProcessState>( &mut self, process: &S ) -> Result<[Word; 2], ExecutionError>

Pops a double word (8 elements) from the advice stack and returns them.

fn push_stack(&mut self, source: AdviceSource) -> Result<(), ExecutionError>

Pushes the value(s) specified by the source onto the advice stack.

fn insert_into_map( &mut self, key: Word, values: Vec<Felt> ) -> Result<(), ExecutionError>

Inserts the provided value into the advice map under the specified key.

fn get_signature( &self, kind: SignatureKind, pub_key: Word, msg: Word ) -> Result<Vec<Felt>, ExecutionError>

Returns a signature on a message using a public key.

fn get_mapped_values(&self, key: &RpoDigest) -> Option<&[Felt]>

Returns a reference to the value(s) associated with the specified key in the advice map.

fn get_tree_node( &self, root: Word, depth: &Felt, index: &Felt ) -> Result<Word, ExecutionError>

Returns a node at the specified depth and index in a Merkle tree with the given root.

fn get_merkle_path( &self, root: Word, depth: &Felt, index: &Felt ) -> Result<MerklePath, ExecutionError>

Returns a path to a node at the specified depth and index in a Merkle tree with the specified root.

fn get_leaf_depth( &self, root: Word, tree_depth: &Felt, index: &Felt ) -> Result<u8, ExecutionError>

Reconstructs a path from the root until a leaf or empty node and returns its depth.

fn update_merkle_node( &mut self, root: Word, depth: &Felt, index: &Felt, value: Word ) -> Result<(MerklePath, Word), ExecutionError>

Updates a node at the specified depth and index in a Merkle tree with the specified root; returns the Merkle path from the updated node to the new root, together with the new root.

fn merge_roots(&mut self, lhs: Word, rhs: Word) -> Result<Word, ExecutionError>

Creates a new Merkle tree in the advice provider by combining Merkle trees with the specified roots. The root of the new tree is defined as hash(left_root, right_root).

fn get_store_subset<I, R>(&self, roots: I) -> MerkleStore

where I: Iterator<Item = R>, R: Borrow<RpoDigest>,

Returns a subset of this Merkle store such that the returned Merkle store contains all nodes which are descendants of the specified roots.

fn set_advice<S: ProcessState>( &mut self, process: &S, advice_injector: &AdviceInjector ) -> Result<HostResponse, ExecutionError>

Handles the specified advice injector request.

fn get_advice<S: ProcessState>( &mut self, process: &S, advice_extractor: &AdviceExtractor ) -> Result<HostResponse, ExecutionError>

Handles the specified advice extractor request.

fn insert_mem_values_into_adv_map<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Reads words from memory at the specified range and inserts them into the advice map under the key KEY located at the top of the stack.

fn insert_hdword_into_adv_map<S: ProcessState>( &mut self, process: &S, domain: Felt ) -> Result<HostResponse, ExecutionError>

Reads two word from the operand stack and inserts them into the advice map under the key defined by the hash of these words.

fn insert_hperm_into_adv_map<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Reads three words from the operand stack and inserts the top two words into the advice map under the key defined by applying an RPO permutation to all three words.

fn merge_merkle_nodes<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Creates a new Merkle tree in the advice provider by combining Merkle trees with the specified roots. The root of the new tree is defined as Hash(LEFT_ROOT, RIGHT_ROOT).

fn copy_merkle_node_to_adv_stack<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes a node of the Merkle tree specified by the values on the top of the operand stack onto the advice stack.

fn copy_map_value_to_adv_stack<S: ProcessState>( &mut self, process: &S, include_len: bool, key_offset: usize ) -> Result<HostResponse, ExecutionError>

Pushes a list of field elements onto the advice stack. The list is looked up in the advice map using the specified word from the operand stack as the key. If include_len is set to true, the number of elements in the value is also pushed onto the advice stack.

fn push_u64_div_result<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the result of u64 division (both the quotient and the remainder) onto the advice stack.

fn push_ext2_inv_result<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Given an element in a quadratic extension field on the top of the stack (i.e., a0, b1), computes its multiplicative inverse and push the result onto the advice stack.

fn push_ext2_intt_result<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Given evaluations of a polynomial over some specified domain, interpolates the evaluations into a polynomial in coefficient form and pushes the result into the advice stack.

fn push_signature<S: ProcessState>( &mut self, process: &S, kind: SignatureKind ) -> Result<HostResponse, ExecutionError>

Pushes values onto the advice stack which are required for verification of a DSA in Miden VM.

fn push_leading_zeros<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the number of the leading zeros of the top stack element onto the advice stack.

fn push_trailing_zeros<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the number of the trailing zeros of the top stack element onto the advice stack.

fn push_leading_ones<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the number of the leading ones of the top stack element onto the advice stack.

fn push_trailing_ones<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the number of the trailing ones of the top stack element onto the advice stack.

fn push_ilog2<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes the base 2 logarithm of the top stack element, rounded down. Inputs: Operand stack: [n, …] Advice stack: […]

fn update_operand_stack_merkle_node<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Updates the node of a Merkle tree specified by the values on the top of the operand stack. Returns the path from the updated node to the new root of the tree to the caller.

fn get_operand_stack_merkle_path<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Extracts a Merkle path for the node specified by the values at the top of the operand stack and returns it to the caller.

fn push_smtpeek_result<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Pushes onto the advice stack the value associated with the specified key in a Sparse Merkle Tree defined by the specified root.

fn push_smtget_inputs<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Currently unimplemented

fn push_smtset_inputs<S: ProcessState>( &mut self, process: &S ) -> Result<HostResponse, ExecutionError>

Currently unimplemented

fn by_ref(&mut self) -> &mut Self

Creates a “by reference” advice provider for this instance.

impl Clone for MemAdviceProvider

fn clone(&self) -> MemAdviceProvider

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for MemAdviceProvider

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

Formats the value using the given formatter.

impl Default for MemAdviceProvider

fn default() -> MemAdviceProvider

Returns the “default value” for a type.

impl From<AdviceInputs> for MemAdviceProvider

fn from(inputs: AdviceInputs) -> Self

Converts to this type from the input type.