hash+x86_64 +linux

Submodules

• adler32: Adler-32 checksum algorithm
• crc16: CRC-16 (Cyclic Redundancy Check) support
• crc32: CRC-32 (Cyclic Redundancy Check) support
• crc64: CRC-64 (Cyclic Redundancy Check) support
• fnv: Fowler–Noll–Vo (FNV) support, for trusted hash map keys
• siphash: SipHash keyed hash function, for untrusted hash map keys

Index

Types

type hash = struct {
	// A stream which only supports writes and never returns errors.
	stream: io::stream,
	// Returns the current hash.
	sum: *fn(hash: *hash, buf: []u8) void,
	// Resets the hash function to its initial state.
	reset: nullable *fn(hash: *hash) void,
	// Size of the hash in bytes.
	sz: size,
	// Internal block size of the hash. Writing data to the hash
	// function in chunks of this size will not require padding to
	// obtain the final hash.
	bsz: size,
};

Functions

fn bsz(h: *hash) size;
fn close(h: *hash) void;
fn reset(h: *hash) void;
fn sum(h: *hash, buf: []u8) void;
fn sz(h: *hash) size;
fn write(h: *hash, buf: const []u8) size;

Types

type hash = struct {
	// A stream which only supports writes and never returns errors.
	stream: io::stream,
	// Returns the current hash.
	sum: *fn(hash: *hash, buf: []u8) void,
	// Resets the hash function to its initial state.
	reset: nullable *fn(hash: *hash) void,
	// Size of the hash in bytes.
	sz: size,
	// Internal block size of the hash. Writing data to the hash
	// function in chunks of this size will not require padding to
	// obtain the final hash.
	bsz: size,
};

Functions

fn bsz(h: *hash) size;

fn close(h: *hash) void;

fn reset(h: *hash) void;

fn sum(h: *hash, buf: []u8) void;

fn sz(h: *hash) size;

fn write(h: *hash, buf: const []u8) size;