Daniel Shapiro
dcsha****@gmail*****
2009年 1月 27日 (火) 23:13:45 JST
Hi, Thank you. This is exactly what I need. I'm trying to get this solution to work, but I'm getting an error from cygwin: Warning 3333: /usr/include/stdio.h 516: function '__sgetc_r' is defined though declared 'extern' C:\DOCUME~1\DCSHAP~1\LOCALS~1\Temp\COINS61531.tmp:fake:(.text+0x0): multiple definition of `___sgetc_r' fft\profile.o:fake:(.text+0x0): first defined here collect2: ld returned 1 exit status Any ideas? I looked in the cygwin forums and it seems that this is a linker error. Perhaps someone also has this error for the debugger? Thanks. On Tue, Jan 27, 2009 at 3:23 AM, Tan Watanabe <tan****@watan*****> wrote: > Hi, > > When coins option "debuginfo" is specified as in this case, the internal > representation > LIR carries LINE number showing the correspondence of each LIR expression > and source program. > By making a small program, you can get the execution count of each basic > block. > > At 23:51 09/01/26, you wrote: > >> Hi, >> >> I've tried out this solution, and it seems to bind execution counts to >> line numbers. Is there a quick way to find out the link between basic block >> numbers and execution count? >> >> Thanks, >> >> On Sun, Jan 25, 2009 at 1:27 PM, Daniel Shapiro <<mailto: >> dcsha****@gmail*****>dcsha****@gmail*****> wrote: >> Thank you. I will try it out and let you know how it goes. We were using >> MinGW, so I guess we'll switch to cygwin. >> >> >> On Fri, Jan 23, 2009 at 8:27 PM, Tan Watanabe <<mailto:tan****@watan***** >> >tan****@watan*****> wrote: >> Thank you for using COINS. >> >> In COINS, there is a profiler that output execution count of all >> executable statements. >> >> How to use it in Windows-cygwin: >> >> (1) Add >> __flush_profile(); >> as the last statement to be executed in main(). >> >> (2) Execute following command sequence to make executable module >> for profiling assuming foo.c as the program to be profiled. >> >> $(COINSCC) -c -coins:debuginfo,profile,target=x86-cygwin,assembler=as >> foo.c >> ./gen-profile-data-cygwin.pl foo.c > profile_data.c >> $(COINSCC) -c -coins:target=x86-cygwin,assembler=as flush_profile.c >> $(COINSCC) -coins:target=x86-cygwin,assembler=as foo.o flush_profile.c >> >> where, $(COINSCC) represents the fragment of a command >> to execute coins.driver.Driver. >> > > You can confirm the LINE information in LIR by adding > trace=LIR to the first command in such way as > > $(COINSCC) -c > -coins:debuginfo,profile,target=x86-cygwin,assembler=as,trace=LIR foo.c > > foo.lir.txt > > For a source program (with execution count) > > 1: /* tpprime2.c: Get 100 prime numbers (call _flush_profile()) > */ > 2: > 3: int printf(char*, ...); > 4: int candidat, quotient, remaindr, index, nth, primenum, > loopend ; > 5: int primeNumbers[1000] ; > 6: > 7: 1 void getPrime(int primevec[1000], int count) > 8: { > 9: 1 primevec[0] = 2 ; > 10: 1 nth = 1 ; > 11: 1 candidat = 3 ; > 12: 1 while (nth<count) { > 13: 270 remaindr = 1 ; > 14: 270 index = 0 ; > 15: 270 loopend = 0 ; > 16: 270 while(loopend==0) { > 17: 1180 primenum = primevec[index] ; > 18: 1180 quotient = candidat / primenum ; > 19: 1180 remaindr = candidat - quotient*primenum ; > 20: 1180 if (remaindr==0) > 21: 171 loopend = 1 ; > 22: 1180 if (quotient*quotient<candidat) > 23: 99 loopend = 1 ; > 24: 1180 index = index + 1 ; > 25: 1180 if (index>=nth) > 26: 1 loopend = 1 ; > 27: } > 28: 270 if (remaindr != 0) { > 29: 99 primevec[nth] = candidat ; > 30: 99 nth = nth + 1 ; > 31: } > 32: 270 candidat = candidat + 2 ; > 33: } > 34: 1 nth = 0 ; > 35: 1 while (nth<count) { > 36: 100 printf(" %d", primevec[nth]) ; > 37: 100 nth = nth + 1 ; > 38: } > 39: 1 return; > 40: } > 41: > 42: 1 int main() > 43: { > 44: 1 int n = 100; /* n <= 1000 */ > 45: 1 printf("Get %d prime numbers \n", n) ; > 46: 1 primeNumbers[0] = 2 ; > 47: 1 getPrime(primeNumbers, n); > 48: 1 printf("\n"); > 49: 1 __flush_profile(); > 50: 1 return 0; > 51: } > 52: > > the LIR corresponding to it is devided into basic blocks and each basic > block > has LINE information as follows: > > > Function "getPrime": > > Local Symbol table: > > ("primevec.1" FRAME I32 4 0 &syminfo "getPrime_primevec" "tpprime2.c" 7 0) > > ("count.2" FRAME I32 4 0 &syminfo "getPrime_count" "tpprime2.c" 7 0) > > ("functionvalue.4" FRAME I32 4 0) > > > > Control Flow Graph: > > > > #1 Basic Block (.L1): DFN=(1,1), <-() ->(#2) > > (PROLOGUE (0 0) (MEM I32 (FRAME I32 "primevec.1") &id ("primevec.1" 0)) > (MEM I32 (FRAME I32 "count.2") &id ("count.2" 1))) > > (JUMP (LABEL I32 ".L2")) > > > > #2 Basic Block (.L2): DFN=(2,2), parent=#1, <-(#1) ->(#3) > > (LINE 7) > > (LINE 9) > > (SET I32 (MEM I32 (ADD I32 (MEM I32 (FRAME I32 "primevec.1") &id > ("primevec.1" 2)) (MUL I32 (INTCONST I32 0) (INTCONST I32 4))) &id 3) > (INTCONST I32 2)) > > (LINE 10) > > (SET I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 4)) (INTCONST I32 1)) > > (LINE 11) > > (SET I32 (MEM I32 (STATIC I32 "candidat") &id ("candidat" 5)) (INTCONST > I32 3)) > > (LINE 12) > > (JUMP (LABEL I32 ".L3")) > > > > #3 Basic Block (.L3): DFN=(3,3), parent=#2, <-(#2,#15) ->(#4,#16) > > (JUMPC (TSTLTS I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 6)) (MEM I32 > (FRAME I32 "count.2") &id ("count.2" 7))) (LABEL I32 ".L4") (LABEL I32 > ".L16")) > > > > #4 Basic Block (.L4): DFN=(4,9), parent=#3, <-(#3) ->(#5) > > (LINE 13) > > (SET I32 (MEM I32 (STATIC I32 "remaindr") &id ("remaindr" 8)) (INTCONST > I32 1)) > > (LINE 14) > > (SET I32 (MEM I32 (STATIC I32 "index") &id ("index" 9)) (INTCONST I32 > 0)) > > (LINE 15) > > (SET I32 (MEM I32 (STATIC I32 "loopend") &id ("loopend" 10)) (INTCONST > I32 0)) > > (LINE 16) > > (JUMP (LABEL I32 ".L5")) > > > > #5 Basic Block (.L5): DFN=(5,10), parent=#4, <-(#4,#12) ->(#6,#13) > > (JUMPC (TSTEQ I32 (MEM I32 (STATIC I32 "loopend") &id ("loopend" 11)) > (INTCONST I32 0)) (LABEL I32 ".L6") (LABEL I32 ".L13")) > > > > #6 Basic Block (.L6): DFN=(6,14), parent=#5, <-(#5) ->(#7,#8) > > (LINE 17) > > (SET I32 (MEM I32 (STATIC I32 "primenum") &id ("primenum" 15)) (MEM I32 > (ADD I32 (MEM I32 (FRAME I32 "primevec.1") &id ("primevec.1" 12)) (MUL I32 > (MEM I32 (STATIC I32 "index") &id ("index" 13)) (INTCONST I32 4))) &id 14)) > > (LINE 18) > > (SET I32 (MEM I32 (STATIC I32 "quotient") &id ("quotient" 18)) (DIVS I32 > (MEM I32 (STATIC I32 "candidat") &id ("candidat" 16)) (MEM I32 (STATIC I32 > "primenum") &id ("primenum" 17)))) > > (LINE 19) > > (SET I32 (MEM I32 (STATIC I32 "remaindr") &id ("remaindr" 22)) (SUB I32 > (MEM I32 (STATIC I32 "candidat") &id ("candidat" 19)) (MUL I32 (MEM I32 > (STATIC I32 "quotient") &id ("quotient" 20)) (MEM I32 (STATIC I32 > "primenum") &id ("primenum" 21))))) > > (LINE 20) > > (JUMPC (TSTEQ I32 (MEM I32 (STATIC I32 "remaindr") &id ("remaindr" 23)) > (INTCONST I32 0)) (LABEL I32 ".L7") (LABEL I32 ".L8")) > > > > #7 Basic Block (.L7): DFN=(7,15), parent=#6, <-(#6) ->(#8) > > (LINE 21) > > (SET I32 (MEM I32 (STATIC I32 "loopend") &id ("loopend" 24)) (INTCONST > I32 1)) > > (JUMP (LABEL I32 ".L8")) > > > > #8 Basic Block (.L8): DFN=(8,16), parent=#7, <-(#6,#7) ->(#9,#10) > > (LINE 22) > > (JUMPC (TSTLTS I32 (MUL I32 (MEM I32 (STATIC I32 "quotient") &id > ("quotient" 25)) (MEM I32 (STATIC I32 "quotient") &id ("quotient" 26))) (MEM > I32 (STATIC I32 "candidat") &id ("candidat" 27))) (LABEL I32 ".L9") (LABEL > I32 ".L10")) > > > > #9 Basic Block (.L9): DFN=(9,17), parent=#8, <-(#8) ->(#10) > > (LINE 23) > > (SET I32 (MEM I32 (STATIC I32 "loopend") &id ("loopend" 28)) (INTCONST > I32 1)) > > (JUMP (LABEL I32 ".L10")) > > > > #10 Basic Block (.L10): DFN=(10,18), parent=#9, <-(#8,#9) ->(#11,#12) > > (LINE 24) > > (SET I32 (MEM I32 (STATIC I32 "index") &id ("index" 30)) (ADD I32 (MEM > I32 (STATIC I32 "index") &id ("index" 29)) (INTCONST I32 1))) > > (LINE 25) > > (JUMPC (TSTGES I32 (MEM I32 (STATIC I32 "index") &id ("index" 31)) (MEM > I32 (STATIC I32 "nth") &id ("nth" 32))) (LABEL I32 ".L11") (LABEL I32 > ".L12")) > > > > #11 Basic Block (.L11): DFN=(11,19), parent=#10, <-(#10) ->(#12) > > (LINE 26) > > (SET I32 (MEM I32 (STATIC I32 "loopend") &id ("loopend" 33)) (INTCONST > I32 1)) > > (JUMP (LABEL I32 ".L12")) > > > > #12 Basic Block (.L12): DFN=(12,20), parent=#11, <-(#10,#11) ->(#5) > > (JUMP (LABEL I32 ".L5")) > > > > #13 Basic Block (.L13): DFN=(13,11), parent=#5, <-(#5) ->(#14,#15) > > (LINE 28) > > (JUMPC (TSTNE I32 (MEM I32 (STATIC I32 "remaindr") &id ("remaindr" 34)) > (INTCONST I32 0)) (LABEL I32 ".L14") (LABEL I32 ".L15")) > > > > #14 Basic Block (.L14): DFN=(14,12), parent=#13, <-(#13) ->(#15) > > (LINE 29) > > (SET I32 (MEM I32 (ADD I32 (MEM I32 (FRAME I32 "primevec.1") &id > ("primevec.1" 36)) (MUL I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 37)) > (INTCONST I32 4))) &id 38) (MEM I32 (STATIC I32 "candidat") &id ("candidat" > 35))) > > (LINE 30) > > (SET I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 40)) (ADD I32 (MEM I32 > (STATIC I32 "nth") &id ("nth" 39)) (INTCONST I32 1))) > > (JUMP (LABEL I32 ".L15")) > > > > #15 Basic Block (.L15): DFN=(15,13), parent=#14, <-(#13,#14) ->(#3) > > (LINE 32) > > (SET I32 (MEM I32 (STATIC I32 "candidat") &id ("candidat" 42)) (ADD I32 > (MEM I32 (STATIC I32 "candidat") &id ("candidat" 41)) (INTCONST I32 2))) > > (JUMP (LABEL I32 ".L3")) > > > > #16 Basic Block (.L16): DFN=(16,4), parent=#3, <-(#3) ->(#17) > > (LINE 34) > > (SET I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 43)) (INTCONST I32 0)) > > (LINE 35) > > (JUMP (LABEL I32 ".L17")) > > > > #17 Basic Block (.L17): DFN=(17,5), parent=#16, <-(#16,#18) ->(#18,#19) > > (JUMPC (TSTLTS I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 44)) (MEM I32 > (FRAME I32 "count.2") &id ("count.2" 45))) (LABEL I32 ".L18") (LABEL I32 > ".L19")) > > > > #18 Basic Block (.L18): DFN=(18,8), parent=#17, <-(#17) ->(#17) > > (LINE 36) > > (CALL (STATIC I32 "printf") ((STATIC I32 "string.5") (MEM I32 (ADD I32 > (MEM I32 (FRAME I32 "primevec.1") &id ("primevec.1" 46)) (MUL I32 (MEM I32 > (STATIC I32 "nth") &id ("nth" 47)) (INTCONST I32 4))) &id 48)) ((MEM I32 > (FRAME I32 "functionvalue.4") &id ("functionvalue.4" 49))) &id ("printf" > 50)) > > (LINE 37) > > (SET I32 (MEM I32 (STATIC I32 "nth") &id ("nth" 52)) (ADD I32 (MEM I32 > (STATIC I32 "nth") &id ("nth" 51)) (INTCONST I32 1))) > > (JUMP (LABEL I32 ".L17")) > > > > #19 Basic Block (.L19): DFN=(19,6), parent=#17, <-(#17) ->(#20) > > (LINE 39) > > (JUMP (LABEL I32 ".L20")) > > > > #20 Basic Block (.L20): DFN=(20,7), parent=#19, <-(#19) ->() > > (EPILOGUE (0 0)) > > End Function > > > (3) Execute following command sequence to output the profile data. >> >> ./a.out // not a.exe >> ./prof-list-cygwin.pl foo.c >> >> On Sparc, replace >> gen-profile-data-cygwin.pl with gen-profile-data.pl >> prof-list-cygwin.pl with prof-list.pl >> and eraze target=x86-cygwin. >> > > Tan Watanabe <tan****@watan*****> > -- Daniel Shapiro, B.A.Sc ., M.A.Sc. (Candidate) School of Information Technology and Engineering (SITE), University of Ottawa Tel: (613) 562-5800 ext. 2189 Office: SITE4009 Email: dshap092 -at- site.uottawa.ca Website: site.uottawa.ca/~dshap092/ Research Group: carg.site.uottawa.ca/ -------------- next part -------------- HTML$B$NE:IU%U%!%$%k$rJ]4I$7$^$7$?(B...下载
