On Thursday, 7 July 2016 at 10:48:56 UTC, Lodovico Giaretta wrote:
On Thursday, 7 July 2016 at 10:45:12 UTC, Gary Willoughby wrote:
On Thursday, 7 July 2016 at 08:21:53 UTC, Lodovico Giaretta
wrote:
Are you sure that this works in both big-endian and
little-endian systems?
It shouldn't
On Thursday, 7 July 2016 at 10:45:12 UTC, Gary Willoughby wrote:
On Thursday, 7 July 2016 at 08:21:53 UTC, Lodovico Giaretta
wrote:
Are you sure that this works in both big-endian and
little-endian systems?
It shouldn't matter. You're just interested in the high and low
4 byte chunks (which
On Thursday, 7 July 2016 at 08:21:53 UTC, Lodovico Giaretta wrote:
Are you sure that this works in both big-endian and
little-endian systems?
It shouldn't matter. You're just interested in the high and low 4
byte chunks (which are to be interpreted as an int) which will
return in the
On Thursday, 7 July 2016 at 08:14:40 UTC, Gary Willoughby wrote:
What about something like:
import std.stdio;
union Value
{
ulong full;
static struct Bits
{
uint high;
uint low;
}
Bits bits;
alias bits this;
this(ulong value)
{
On Wednesday, 6 July 2016 at 21:44:37 UTC, BitGuy wrote:
I'm trying to implement a feistel cipher that'll give the same
results regardless of the endianness of the machine it runs on.
To make the cipher I need to split a 64bit value into two 32bit
values, mess with them, and then put them back
On Wednesday, 6 July 2016 at 21:44:37 UTC, BitGuy wrote:
I'm trying to implement a feistel cipher that'll give the same
results regardless of the endianness of the machine it runs on.
To make the cipher I need to split a 64bit value into two 32bit
values, mess with them, and then put them back
On Wednesday, 6 July 2016 at 21:44:37 UTC, BitGuy wrote:
I'm trying to implement a feistel cipher that'll give the same
results regardless of the endianness of the machine it runs on.
To make the cipher I need to split a 64bit value into two 32bit
values, mess with them, and then put them back
I'm trying to implement a feistel cipher that'll give the same
results regardless of the endianness of the machine it runs on.
To make the cipher I need to split a 64bit value into two 32bit
values, mess with them, and then put them back together. I can
think of a few ways to split a 64bit
