Crate thegraph_core

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Expand description

Rust core modules for The Graph network.

§Re-export of the alloy crate

This crate re-exports the alloy crate, which provides essential types, traits, and macros.

To avoid potential future crate version conflicts, it is recommended to use the re-exported alloy crate instead of adding it directly to your Cargo.toml file.

For convenience, this crate also re-exports the features of the alloy crate. These features follow the naming convention alloy-<feature>. For example, the alloy-signers and alloy-signer-local features enable the signers and signer-local optional features of the alloy crate, respectively.

If you need to enable an alloy crate feature that is not yet re-exported by this crate, you can enable the alloy-full feature to enable all alloy features.

§Features

The following features are available for this crate:

  • attestation: Enables the attestation module, which provides types and functions for attestation-related operations.
  • async-graphql: Enables support for the [async-graphql] crate.
  • fake: Enables the fake crate integration for generating random test data.
  • serde: Enables serde serialization and deserialization support for types in this crate.
  • signed-message: Enables the signed_message module, which provides types and functions for EIP-712 message signing and verification.

Additionally, this crate re-exports other features from the alloy crate as described above.

Re-exports§

Modules§

  • attestationattestation
    Attestation types and functions for verifying attestations.
  • signed_messagesigned-message
    EIP-712 message signing and verification.

Macros§

Structs§

  • A unique identifier for an allocation: the allocation’s Ethereum address.
  • A pointer to a block in the chain.
  • A Subgraph’s Deployment ID represents unique identifier for a deployed subgraph on The Graph.
  • A unique identifier for an indexer: the indexer’s Ethereum address.
  • A Proof of Indexing, “POI”, is a cryptographic proof submitted by indexers to demonstrate that they have accurately indexed a subgraph.
  • A Subgraph ID is a 32-byte identifier for a subgraph.

Enums§