<br>
Here are the roadmaps for the LTTV and LTTng development. I use a priority indice
for the TODO items :<br>
-1 : very high priority<br>
-10: lowest priority<br>
+(1) : very high priority<br>
+(10): lowest priority<br>
<br>
<br>
<big>LTTV Roadmap<small><br>
<br>
* TODO<br>
-migrate align to lttv parser.<br>
-create a event rate graphical view : Will be useful in conjonction with the
+(4) create a event rate graphical view : Will be useful in conjonction with the
filter.<br>
-create an analysis of function time (like a precise gprof)<br>
+(6) migrate align to lttv parser.<br>
+(7) create an analysis of function time (like a precise gprof)<br>
-> with gcc -f inline-functions<br>
<br>
<br>
<big>LTT Next Generation Roadmap<small><br>
<br>
* TODO<br>
-make LTT tracing code completely atomic (thus remove locks)<br>
-add efficient and secure user space tracing. (1 month)<br>
-integrate LTTng State Dump : missing irq and process state.<br>
-add genevent full functionnality : alignment, array, sequences, nested
+(1) make LTT tracing code completely atomic (thus remove locks)<br>
+(2) add efficient and secure user space tracing. (1 month)<br>
+(3) integrate LTTng State Dump : missing irq and process state.<br>
+(9) add genevent full functionnality : alignment, array, sequences, nested
structures.<br>
-add gcc -finstrument-functions instrumentation<br>
+(7) add gcc -finstrument-functions instrumentation<br>
<br>
<br>
* Done<br>