21.09.2010 11:29, Bob Cowdery wrote:
if I say something like:
float[] xfer = new float[512];
xfer = buffer[0 .. $/2];
tid.send(xfer);
Try this
auto xfer = buffer[0..$/2].idup;
tid.send(xfer);
Bob Cowdery wrote:
Ok, so assumeUnique when I read it a bit more will still share data but
idup will copy data. Where are the docs for that. Something else not in
the book - but then I guess there is a lot of detail not in the book.
Thank goodness for forums.
The thing is, slices (as you did
Ok, so assumeUnique when I read it a bit more will still share data but
idup will copy data. Where are the docs for that. Something else not in
the book - but then I guess there is a lot of detail not in the book.
Thank goodness for forums.
bob
On 21/09/2010 09:10, Pelle wrote:
> On 09/21/2010 0
On 09/21/2010 09:29 AM, Bob Cowdery wrote:
Hi
I'm stuggling with immutable.
I have a fixed size buffer which is used as a circular buffer of floats
and is effectively double buffering data I wish to transfer to another
thread. At an appropriate point I take the top half or bottom half of
the
Bob Cowdery wrote:
Thanks, that at least builds now. I didn't see that trick in the book
but I've found it on the on-line library ref under std.exception. I
can't say I understand why its under std.exception.
I know. It used to be std.contracts, which makes a bit more sense. Then,
someone de
Thanks, that at least builds now. I didn't see that trick in the book
but I've found it on the on-line library ref under std.exception. I
can't say I understand why its under std.exception.
bob
On 21/09/2010 08:48, Simen kjaeraas wrote:
> Bob Cowdery wrote:
>
>> if I say something like:
>> flo
Bob Cowdery wrote:
if I say something like:
float[] xfer = new float[512];
xfer = buffer[0 .. $/2];
tid.send(xfer);
it rightly tells me 'thread local data not allowed'. If I make it:
immutable (float)[] xfer;
xfer = buffer[0 .. $/2];
tid.send(xfer);
it tells me 'can't implicitly convert floa
Hi
I'm stuggling with immutable.
I have a fixed size buffer which is used as a circular buffer of floats
and is effectively double buffering data I wish to transfer to another
thread. At an appropriate point I take the top half or bottom half of
the buffer and send it to another thread.
To do t
