Useful extras for Account
state.
The definition of address lookup table accounts.
Hashing with the
blake3 hash function.
Utilities for the
borsh serialization format.
The latest BPF loader native program.
The original and now deprecated Cartallum CBE BPF loader.
An upgradeable BPF loader native program.
Cartallum CBE helper macros for declaring built-in programs.
Defines traits for blocking (synchronous) and non-blocking (asynchronous)
communication with a Cartallum CBE server as well a a trait that encompasses both.
Information about the network’s clock, ticks, slots, etc.
Definitions of commitment levels.
The compute budget native program.
Debug-formatting of account data.
Converting custom error codes to enums.
The Rust-based BPF program entrypoint supported by the latest BPF loader.
The Rust-based BPF program entrypoint supported by the original BPF loader.
Information about the current epoch.
Configuration for epochs and slots.
Used by validators to run events on exit.
Methods for working with Feature
accounts.
Collection of all runtime features.
Calculation of transaction fees.
The chain’s genesis config.
The list of slot boundaries at which a hard fork should
occur.
Hashing with the
SHA-256 hash function, and a general
Hash
type.
A designated address for burning scoobies.
configuration for network inflation
Types for directing the execution of Cartallum CBE programs.
Hashing with the
keccak (SHA-3) hash function.
Sequences of
Instruction
s executed within a single transaction.
The native loader native program.
Definitions for the native CBC token and its fractional scoobies.
Durable transaction nonces.
Functions related to nonce accounts.
Off-chain message container for storing non-transaction messages.
The definition of a Cartallum CBE network packet.
Definitions of Cartallum CBE’s proof of history.
Cartallum CBE precompiled programs.
Cross-program invocation.
Basic low-level memory operations.
A C representation of Rust’s Option
, used across the FFI
boundary for Cartallum CBE program interfaces.
The
Pack
serialization trait.
Implementations of syscalls used when cbe-program
is built for non-SBF targets.
Contains a single utility function for deserializing from
bincode.
Cartallum CBE account addresses.
Definitions related to Cartallum CBE over QUIC.
Helpers for the recent blockhashes sysvar.
Configuration for network
rent.
Enumeration of reward types.
RPC default port numbers.
A trait for sanitizing values and members of over the wire messages.
A vector of Cartallum CBE SDK IDs.
Public key recovery from
secp256k1 ECDSA signatures.
Helpers for reading and writing bytes.
Compact serde-encoding of vectors with small length.
Calculation of
shred versions.
Functionality for public and private keys.
Abstractions and implementations for transaction signers.
Declarations of Cartallum CBE program syscalls.
Instructions and constructors for the system program.
The system_transaction
module provides functionality for creating system transactions.
Access to special accounts with dynamically-updated data.
The timing
module provides std::time utility functions.
Atomically-committed sequences of instructions.
Data shared between program runtime and built-in programs as well as SBF programs.
Define the default global allocator.
Define the default global panic handler.
Convenience macro to declare a built-in program.
Same as declare_id
except report that this id has been deprecated.
Same as [declare_sysvar_id
] except that it reports that this ID has been deprecated.
Convenience macro to declare a static public key and functions to interact with it.
Declares an ID that implements
SysvarId
.
Implements the
Sysvar::get
method for both SBF and host targets.
Print a message to the log.
Convenience macro to define a static public key.
Convenience macro to define multiple static public keys.
A proc-macro which respans the tokens in its first argument (a Path
)
to be resolved at the tokens of its second argument.
For internal use only.
Convenience macro for AddAssign
with saturating arithmetic.
Replace by std::num::Saturating
once stable
Convenience macro for doing integer division where the operation’s safety
can be checked at compile-time.