On 17 November 2014 17:17, Georg-Johann Lay wrote:
> as a test case which works both for C and C++. The C++ front fails in
> applying a similar type demotion like the C front,
Well, duh, that's because it's a different language.
>
>
> Is there a solution that is more reliable than combine? Cur
Am 11/09/2014 10:00 PM, schrieb Joern Rennecke:
On 8 November 2014 00:32, Szikra István wrote:
Hi everyone!
My problem in sort: I’m getting
in r24, 0x18
ldi r25, 0x00
andir24, 0xEF
out 0x18, r24
instead of
cbi 0x18, 4
.
I’m try
Am 11/09/2014 05:35 PM, schrieb Joern Rennecke:
On 8 November 2014 00:32, Szikra István wrote:
Unfortunately GCC support for AVR (among other things) is not always
flawless. And it changes from versions to version (and not always for the
better).
regression tests can help to catch instances
On 08/11/14 21:42, Szikra István wrote:
> On 2014.11.08. 13:48, David Brown wrote:
>> On 08/11/14 01:32, Szikra István wrote:
>>> Hi everyone!
>>>
>>> My problem in sort: I’m getting
>>> inr24, 0x18
>>> ldir25, 0x00
>>> andir24, 0xEF
>>> out0x18, r24
>>> instead
On 8 November 2014 00:32, Szikra István wrote:
> Hi everyone!
>
> My problem in sort: I’m getting
> in r24, 0x18
> ldi r25, 0x00
> andir24, 0xEF
> out 0x18, r24
> instead of
> cbi 0x18, 4
> .
>
> I’m trying to write efficient modern C/C+
On 8 November 2014 00:32, Szikra István wrote:
> Unfortunately GCC support for AVR (among other things) is not always
> flawless. And it changes from versions to version (and not always for the
> better).
regression tests can help to catch instances where the compiler looses
functionality.
I'm
On 2014.11.08. 13:48, David Brown wrote:
On 08/11/14 01:32, Szikra István wrote:
Hi everyone!
My problem in sort: I’m getting
inr24, 0x18
ldir25, 0x00
andir24, 0xEF
out0x18, r24
instead of
cbi0x18, 4
.
I’m trying to write efficient modern C/C++ code
On 08/11/14 01:32, Szikra István wrote:
Hi everyone!
My problem in sort: I’m getting
inr24, 0x18
ldir25, 0x00
andir24, 0xEF
out0x18, r24
instead of
cbi0x18, 4
.
I’m trying to write efficient modern C/C++ code for multiple platforms
including AVR 8 bi
