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std/encoding/binary

Structures

jule
struct BigEndian

Binary encoding implementation for big-endian order.

Methods:

static fn PutU16(mut b: []byte, x: u16)
Encodes unsigned 16-bit integer into 2-bytes slice.

static fn AppendU16(mut b: []byte, x: u16): []byte
Encodes unsigned 16-bit integer and appends to slice.

static fn DecodeU16(b: []byte): u16
Decodes unsigned 16-bit integer from 2-bytes.

static fn PutU32(mut b: []byte, x: u32)
Encodes unsigned 32-bit integer into 4-bytes slice.

static fn AppendU32(mut b: []byte, x: u32): []byte
Encodes unsigned 32-bit integer and appends to slice.

static fn DecodeU32(b: []byte): u32
Decodes unsigned 32-bit integer from 4-bytes.

static fn PutU64(mut b: []byte, x: u64)
Encodes unsigned 64-bit integer into 8-bytes slice.

static fn AppendU64(mut b: []byte, x: u64): []byte
Encodes unsigned 64-bit integer and appends to slice.

static fn DecodeU64(b: []byte): u64
Decodes unsigned 64-bit integer from 8-bytes.


jule
struct LittleEndian

Binary encoding implementation for little-endian order.

Methods:

static fn PutU16(mut b: []byte, x: u16)
Encodes unsigned 16-bit integer into 2-bytes slice.

static fn AppendU16(mut b: []byte, x: u16): []byte
Encodes unsigned 16-bit integer and appends to slice.

static fn DecodeU16(b: []byte): u16
Decodes unsigned 16-bit integer from 2-bytes.

static fn PutU32(mut b: []byte, x: u32)
Encodes unsigned 32-bit integer into 4-bytes slice.

static fn AppendU32(mut b: []byte, x: u32): []byte
Encodes unsigned 32-bit integer and appends to slice.

static fn DecodeU32(b: []byte): u32
Decodes unsigned 32-bit integer from 4-bytes.

static fn PutU64(mut b: []byte, x: u64)
Encodes unsigned 64-bit integer into 8-bytes slice.

static fn AppendU64(mut b: []byte, x: u64): []byte
Encodes unsigned 64-bit integer and appends to slice.

static fn DecodeU64(b: []byte): u64
Decodes unsigned 64-bit integer from 8-bytes.