The next patch tries to avoid the costly perf_trace_buf_* calls
when possible but there is a problem. We can only do this if
__task == NULL, perf_tp_event(task != NULL) has the additional
code for this case.
Unfortunately, TP_perf_assign/__perf_xxx which changes the default
values of
The next patch tries to avoid the costly perf_trace_buf_* calls
when possible but there is a problem. We can only do this if
__task == NULL, perf_tp_event(task != NULL) has the additional
code for this case.
Unfortunately, TP_perf_assign/__perf_xxx which changes the default
values of
The next patch tries to avoid the costly perf_trace_buf_* calls
when possible but there is a problem. We can only do this if
__task == NULL, perf_tp_event(task != NULL) has the additional
code for this case.
Unfortunately, TP_perf_assign/__perf_xxx which changes the default
values of
The next patch tries to avoid the costly perf_trace_buf_* calls
when possible but there is a problem. We can only do this if
__task == NULL, perf_tp_event(task != NULL) has the additional
code for this case.
Unfortunately, TP_perf_assign/__perf_xxx which changes the default
values of
TP_perf_assign/__perf_xxx is used to change the default values
of __addr/__count/__task variables for perf_trace_buf_submit().
Unfortunately, TP_perf_assign() is called "too late", we want to
have a fast-path "__task != NULL" check in perf_trace_##call() at
the start. So this patch simply embeds
TP_perf_assign/__perf_xxx is used to change the default values
of __addr/__count/__task variables for perf_trace_buf_submit().
Unfortunately, TP_perf_assign() is called too late, we want to
have a fast-path __task != NULL check in perf_trace_##call() at
the start. So this patch simply embeds
6 matches
Mail list logo
