Hello George,
On 11.09.18 18:54, George Dunlap wrote:
FYI, I never use xentrace_format; as far as I'm concerned it's been made
obsolete by xenalyze, and if it were up to me I'd remove it from the
tree. Lots of people seem to find it useful, so I review patches. But
I really care very little
Hello Dario,
On 12.09.18 10:42, Dario Faggioli wrote:
Sorry, I'm not sure I'm getting this properly. When you say "with the
current formula", do you mean before or after this series?
I did mean the formula existing before this series.
IAC, changing the default format file that we ship so
On Tue, 2018-09-11 at 16:54 +0100, George Dunlap wrote:
> On 09/11/2018 04:19 PM, Andrii Anisov wrote:
> >
> > On 11.09.18 13:44, George Dunlap wrote:
> > > What I do in xenalyze is to have the timestamps in seconds, but
> > > always
> > > print down to the nanosecond. (For this I actually break
On 09/11/2018 04:19 PM, Andrii Anisov wrote:
>
> On 11.09.18 13:44, George Dunlap wrote:
>> What I do in xenalyze is to have the timestamps in seconds, but always
>> print down to the nanosecond. (For this I actually break cpu cycles
>> into s and ns separately, and then print "%u.%09u".)
>
On 11.09.18 13:44, George Dunlap wrote:
What I do in xenalyze is to have the timestamps in seconds, but always
print down to the nanosecond. (For this I actually break cpu cycles
into s and ns separately, and then print "%u.%09u".)
Here, we can have the same. With the 0current formula in
On 09/11/2018 11:44 AM, George Dunlap wrote:
> On 09/11/2018 11:32 AM, Andrii Anisov wrote:
>> Hello George,
>>
>>
>> On 11.09.18 13:15, George Dunlap wrote:
if mhz:
- tsc = tsc / (mhz*100.0)
+ tsc = tsc * 1000.0 / mhz
>>> Why do you prefer this?
On 09/11/2018 11:32 AM, Andrii Anisov wrote:
> Hello George,
>
>
> On 11.09.18 13:15, George Dunlap wrote:
>>> if mhz:
>>> - tsc = tsc / (mhz*100.0)
>>> + tsc = tsc * 1000.0 / mhz
>> Why do you prefer this?
> I'm playing with scheduling from one hand, so time
Hello George,
On 11.09.18 13:15, George Dunlap wrote:
if mhz:
-tsc = tsc / (mhz*100.0)
+tsc = tsc * 1000.0 / mhz
Why do you prefer this?
I'm playing with scheduling from one hand, so time stamps in seconds
does not give understanding about what's going
