func EncodeAll(src []uint64) ([]uint64, error) {
	i := 0

	// Re-use the input slice and write encoded values back in place
	dst := src
	j := 0

	for {
		if i >= len(src) {
			break
		}
		remaining := src[i:]

		if canPack(remaining, 240, 0) {
			dst[j] = 0
			i += 240
		} else if canPack(remaining, 120, 0) {
			dst[j] = 1 << 60
			i += 120
		} else if canPack(remaining, 60, 1) {
			dst[j] = pack60(src[i : i+60])
			i += 60
		} else if canPack(remaining, 30, 2) {
			dst[j] = pack30(src[i : i+30])
			i += 30
		} else if canPack(remaining, 20, 3) {
			dst[j] = pack20(src[i : i+20])
			i += 20
		} else if canPack(remaining, 15, 4) {
			dst[j] = pack15(src[i : i+15])
			i += 15
		} else if canPack(remaining, 12, 5) {
			dst[j] = pack12(src[i : i+12])
			i += 12
		} else if canPack(remaining, 10, 6) {
			dst[j] = pack10(src[i : i+10])
			i += 10
		} else if canPack(remaining, 8, 7) {
			dst[j] = pack8(src[i : i+8])
			i += 8
		} else if canPack(remaining, 7, 8) {
			dst[j] = pack7(src[i : i+7])
			i += 7
		} else if canPack(remaining, 6, 10) {
			dst[j] = pack6(src[i : i+6])
			i += 6
		} else if canPack(remaining, 5, 12) {
			dst[j] = pack5(src[i : i+5])
			i += 5
		} else if canPack(remaining, 4, 15) {
			dst[j] = pack4(src[i : i+4])
			i += 4
		} else if canPack(remaining, 3, 20) {
			dst[j] = pack3(src[i : i+3])
			i += 3
		} else if canPack(remaining, 2, 30) {
			dst[j] = pack2(src[i : i+2])
			i += 2
		} else if canPack(remaining, 1, 60) {
			dst[j] = pack1(src[i : i+1])
			i += 1
		} else {
			return nil, fmt.Errorf("value out of bounds")
		}
		j += 1
	}
	return dst[:j], nil
}
func EncodeAll(src []uint64) ([]uint64, error) {
	i := 0

	
	dst := src
	j := 0

	for {
		if i >= len(src) {
			break
		}
		remaining := src[i:]

		if canPack(remaining, 240, 0) {
			dst[j] = 0
			i += 240
		} else if canPack(remaining, 120, 0) {
			dst[j] = 1 << 60
			i += 120
		} else if canPack(remaining, 60, 1) {
			dst[j] = pack60(src[i : i+60])
			i += 60
		} else if canPack(remaining, 30, 2) {
			dst[j] = pack30(src[i : i+30])
			i += 30
		} else if canPack(remaining, 20, 3) {
			dst[j] = pack20(src[i : i+20])
			i += 20
		} else if canPack(remaining, 15, 4) {
			dst[j] = pack15(src[i : i+15])
			i += 15
		} else if canPack(remaining, 12, 5) {
			dst[j] = pack12(src[i : i+12])
			i += 12
		} else if canPack(remaining, 10, 6) {
			dst[j] = pack10(src[i : i+10])
			i += 10
		} else if canPack(remaining, 8, 7) {
			dst[j] = pack8(src[i : i+8])
			i += 8
		} else if canPack(remaining, 7, 8) {
			dst[j] = pack7(src[i : i+7])
			i += 7
		} else if canPack(remaining, 6, 10) {
			dst[j] = pack6(src[i : i+6])
			i += 6
		} else if canPack(remaining, 5, 12) {
			dst[j] = pack5(src[i : i+5])
			i += 5
		} else if canPack(remaining, 4, 15) {
			dst[j] = pack4(src[i : i+4])
			i += 4
		} else if canPack(remaining, 3, 20) {
			dst[j] = pack3(src[i : i+3])
			i += 3
		} else if canPack(remaining, 2, 30) {
			dst[j] = pack2(src[i : i+2])
			i += 2
		} else if canPack(remaining, 1, 60) {
			dst[j] = pack1(src[i : i+1])
			i += 1
		} else {
			return nil, fmt.Errorf("value out of bounds")
		}
		j += 1
	}
	return dst[:j], nil
}
func EncodeAll ( src [ ] uint64 ) ( [ ] uint64 , error ) { i := 0 // Re-use the input slice and write encoded values back in place dst := src j := 0 for { if i >= len ( src ) { break } remaining := src [ i : ] if canPack ( remaining , 240 , 0 ) { dst [ j ] = 0 i += 240 } else if canPack ( remaining , 120 , 0 ) { dst [ j ] = 1 << 60 i += 120 } else if canPack ( remaining , 60 , 1 ) { dst [ j ] = pack60 ( src [ i : i + 60 ] ) i += 60 } else if canPack ( remaining , 30 , 2 ) { dst [ j ] = pack30 ( src [ i : i + 30 ] ) i += 30 } else if canPack ( remaining , 20 , 3 ) { dst [ j ] = pack20 ( src [ i : i + 20 ] ) i += 20 } else if canPack ( remaining , 15 , 4 ) { dst [ j ] = pack15 ( src [ i : i + 15 ] ) i += 15 } else if canPack ( remaining , 12 , 5 ) { dst [ j ] = pack12 ( src [ i : i + 12 ] ) i += 12 } else if canPack ( remaining , 10 , 6 ) { dst [ j ] = pack10 ( src [ i : i + 10 ] ) i += 10 } else if canPack ( remaining , 8 , 7 ) { dst [ j ] = pack8 ( src [ i : i + 8 ] ) i += 8 } else if canPack ( remaining , 7 , 8 ) { dst [ j ] = pack7 ( src [ i : i + 7 ] ) i += 7 } else if canPack ( remaining , 6 , 10 ) { dst [ j ] = pack6 ( src [ i : i + 6 ] ) i += 6 } else if canPack ( remaining , 5 , 12 ) { dst [ j ] = pack5 ( src [ i : i + 5 ] ) i += 5 } else if canPack ( remaining , 4 , 15 ) { dst [ j ] = pack4 ( src [ i : i + 4 ] ) i += 4 } else if canPack ( remaining , 3 , 20 ) { dst [ j ] = pack3 ( src [ i : i + 3 ] ) i += 3 } else if canPack ( remaining , 2 , 30 ) { dst [ j ] = pack2 ( src [ i : i + 2 ] ) i += 2 } else if canPack ( remaining , 1 , 60 ) { dst [ j ] = pack1 ( src [ i : i + 1 ] ) i += 1 } else { return nil , fmt . Errorf ( " " ) } j += 1 } return dst [ : j ] , nil }
// Encode returns a packed slice of the values from src.  If a value is over
// 1 << 60, an error is returned.  The input src is modified to avoid extra
// allocations.  If you need to re-use, use a copy.
Encode returns a packed slice of the values from src . If a value is over 1 << 60 an error is returned . The input src is modified to avoid extra allocations . If you need to re - use use a copy .