Crate commonware_utils 

Leverage common functionality across multiple primitives.

Re-exports

pub use sequence::Array;

pub use sequence::Span;

pub use net::IpAddrExt;

pub use time::DurationExt;

pub use time::SystemTimeExt;

pub use rational::BigRationalExt;

Modules

bitmap

Bitmap implementation

channels

Utilities for working with channels.

concurrency

Utilities for managing concurrency.

futures

Utilities for working with futures.

hex_literal

Hex literal macro implementation.

net

Utilities for working with IP addresses.

rational

Utilities for working with num_rational::BigRational.

sequence

set

Ordered collections that guarantee sorted, deduplicated keys.

time

Utility functions for std::time.

Macros

NZDuration

A macro to create a NonZeroDuration from a duration, panicking if the duration is zero.

NZU8

A macro to create a NonZeroU8 from a value, panicking if the value is zero.

NZU16

A macro to create a NonZeroU16 from a value, panicking if the value is zero.

NZU32

A macro to create a NonZeroU32 from a value, panicking if the value is zero.

NZU64

A macro to create a NonZeroU64 from a value, panicking if the value is zero.

NZUsize

A macro to create a NonZeroUsize from a value, panicking if the value is zero.

fixed_bytes

Macro for converting sequence of string literals containing hex-encoded data into a FixedBytes type.

hex

Macro for converting sequence of string literals containing hex-encoded data into an array of bytes.

Structs

NonZeroDuration

A wrapper around Duration that guarantees the duration is non-zero.

PrioritySet

A set that offers efficient iteration over its elements in priority-ascending order.

Enums

StableBuf

A buffer whose memory is stable as long as its not reallocated.

Functions

from_hex

Converts a hexadecimal string to bytes.

from_hex_formatted

Converts a hexadecimal string to bytes, stripping whitespace and/or a 0x prefix. Commonly used in testing to encode external test vectors without modification.

hex

Converts bytes to a hexadecimal string.

max_faults

Compute the maximum number of f (faults) that can be tolerated for a given set of n participants. This is the maximum integer f such that n >= 3*f + 1. f may be zero.

modulo

Compute the modulo of bytes interpreted as a big-endian integer.

quorum

Compute the quorum size for a given set of n participants. This is the minimum integer q such that 3*q >= 2*n + 1. It is also equal to n - f, where f is the maximum number of faults.

quorum_from_slice

Compute the quorum size for a given slice.

union

Computes the union of two byte slices.

union_unique

Concatenate a namespace and a message, prepended by a varint encoding of the namespace length.