Module payment 

Wire-side payment artifacts shared by client and node.

This module holds the types and helpers that both the client (when building a payment proof for a PUT request) and the node (when verifying that proof before storing a chunk) must agree on.

The analogue in evmlib is the co-location of pay and verify on PaymentVault — keeping both halves in one crate means the encoding, validation, and on-chain interaction are tested end to end.

Re-exports

pub use commitment::commitment_hash;

pub use commitment::verify_commitment_signature;

pub use commitment::StorageCommitment;

pub use commitment::MAX_COMMITMENT_KEY_COUNT;

pub use pricing::calculate_price;

pub use pricing::derive_records_stored_from_price;

pub use proof::deserialize_merkle_proof;

pub use proof::deserialize_proof;

pub use proof::detect_proof_type;

pub use proof::serialize_merkle_proof;

pub use proof::serialize_single_node_proof;

pub use proof::PaymentProof;

pub use proof::ProofType;

pub use single_node::QuotePaymentInfo;

pub use single_node::SingleNodePayment;

pub use verify::verify_merkle_candidate_signature;

pub use verify::verify_quote_content;

pub use verify::verify_quote_signature;

Modules

commitment

Signed storage-commitment type + verification shared by node and client (ADR-0004). The signed storage commitment — shared between node and client (ADR-0004).

pricing

Quadratic storage-pricing formula shared by node and client (ADR-0004). Quadratic pricing with a baseline floor.

proof

Payment proof serialization and type tagging. Payment proof wrapper that includes transaction hashes.

single_node

SingleNodePayment construction, on-chain payment, and verification. SingleNode payment strategy.

verify

Pure ML-DSA-65 verification helpers for quotes and merkle candidates. Pure verification helpers for payment quotes and merkle candidates.