Function LeEncode

encoding/gbinary/gbinary_le.go:26–72

LeEncode encodes one or multiple `values` into bytes using LittleEndian. It uses type asserting checking the type of each value of `values` and internally calls corresponding converting function do the bytes converting. It supports common variable type asserting, and finally it uses fmt.Sprintf con

(values ...any)

// It supports common variable type asserting, and finally it uses fmt.Sprintf converting
// value to string and then to bytes.
func LeEncode(values ...any) []byte {
	buf := new(bytes.Buffer)
	for i := 0; i < len(values); i++ {
		if values[i] == nil {
			return buf.Bytes()
		}
		switch value := values[i].(type) {
		case int:
			buf.Write(LeEncodeInt(value))
		case int8:
			buf.Write(LeEncodeInt8(value))
		case int16:
			buf.Write(LeEncodeInt16(value))
		case int32:
			buf.Write(LeEncodeInt32(value))
		case int64:
			buf.Write(LeEncodeInt64(value))
		case uint:
			buf.Write(LeEncodeUint(value))
		case uint8:
			buf.Write(LeEncodeUint8(value))
		case uint16:
			buf.Write(LeEncodeUint16(value))
		case uint32:
			buf.Write(LeEncodeUint32(value))
		case uint64:
			buf.Write(LeEncodeUint64(value))
		case bool:
			buf.Write(LeEncodeBool(value))
		case string:
			buf.Write(LeEncodeString(value))
		case []byte:
			buf.Write(value)
		case float32:
			buf.Write(LeEncodeFloat32(value))
		case float64:
			buf.Write(LeEncodeFloat64(value))

		default:
			if err := binary.Write(buf, binary.LittleEndian, value); err != nil {
				intlog.Errorf(context.TODO(), `%+v`, err)
				buf.Write(LeEncodeString(fmt.Sprintf("%v", value)))
			}
		}
	}
	return buf.Bytes()
}

func LeEncodeByLength(length int, values ...any) []byte {
	b := LeEncode(values...)