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looking at a high resolution clock for each of the following events: function call, function return, interrupt entry, interrupt exit, and interesting branches. The differences between the times of these events are added at appropriate places in a ordinary histogram (as if very fast statistical profiling sampled the pc at those places) so that ordinary gprof can be used to analyze the times. gmon.h: Histogram counters need to be 4 bytes for microsecond resolutions. They will need to be larger for the 586 clock. The comments were vax-centric and wrong even on vaxes. Does anyone disagree? gprof4.c: The standard gprof should support counters of all integral sizes and the size of the counter should be in the gmon header. This hack will do until then. (Use gprof4 -u to examine the results of non-statistical profiling.) config/*: Non-statistical profiling is configured with `config -pp'. `config -p' still gives ordinary profiling. kgmon/*: Non-statistical profiling is enabled with `kgmon -B'. `kgmon -b' still enables ordinary profiling (and distables non-statistical profiling) if non-statistical profiling is configured. |
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| .. | ||
| PSD.doc | ||
| amd64.c | ||
| amd64.h | ||
| arcs.c | ||
| dfn.c | ||
| gprof.1 | ||
| gprof.c | ||
| gprof.callg | ||
| gprof.flat | ||
| gprof.h | ||
| hertz.c | ||
| hp300.c | ||
| hp300.h | ||
| i386.c | ||
| i386.h | ||
| lookup.c | ||
| Makefile | ||
| mips.c | ||
| mips.h | ||
| pathnames.h | ||
| printgprof.c | ||
| printlist.c | ||
| sparc.c | ||
| sparc.h | ||
| tahoe.c | ||
| tahoe.h | ||
| vax.c | ||
| vax.h | ||