| /src/external/ibm-public/postfix/dist/src/qmgr/ |
| qmgr_queue.c | 126 #define QMGR_LOG_FEEDBACK(feedback) \
128 msg_info("%s: feedback %g", myname, feedback);
221 double feedback; local
233 * Don't restart the negative feedback hysteresis cycle with every
234 * positive feedback. Restart it only when we make a positive concurrency
235 * adjustment (i.e. at the end of a positive feedback hysteresis cycle).
236 * Otherwise negative feedback would be too aggressive: negative feedback
271 * otherwise negative feedback will be ineffective. This expressio
301 double feedback; local
[all...] |
| /src/external/ibm-public/postfix/dist/src/oqmgr/ |
| qmgr_queue.c | 120 #define QMGR_LOG_FEEDBACK(feedback) \
122 msg_info("%s: feedback %g", myname, feedback);
204 double feedback; local
216 * Don't restart the negative feedback hysteresis cycle with every
217 * positive feedback. Restart it only when we make a positive concurrency
218 * adjustment (i.e. at the end of a positive feedback hysteresis cycle).
219 * Otherwise negative feedback would be too aggressive: negative feedback
254 * otherwise negative feedback will be ineffective. This expressio
284 double feedback; local
[all...] |
| /src/sys/dev/pci/ |
| pm3fb.c | 1299 unsigned long feedback, prescale, postscale, IntRef, VCO, out_freq, diff, VCOlow, VCOhigh, bdiff = 1000000; local
1309 feedback = (prescale * (1UL << postscale) * freq) / (2 * PM3_EXT_CLOCK_FREQ);
1310 VCOlow = (2 * PM3_EXT_CLOCK_FREQ * feedback) / prescale;
1315 feedback = (prescale * (1UL << postscale) * freq) / (2 * PM3_EXT_CLOCK_FREQ);
1316 VCOhigh = (2 * PM3_EXT_CLOCK_FREQ * feedback) / prescale;
1338 feedback = (prescale * (1UL << postscale) * freq) / (2 * PM3_EXT_CLOCK_FREQ);
1340 if (feedback > 255) {
1346 } else if (feedback == 255) {
1353 VCO = (2 * PM3_EXT_CLOCK_FREQ * feedback) / prescale;
1359 bf = feedback;
[all...] |
| /src/external/gpl3/gcc/dist/gcc/ |
| profile.cc | 403 /* BB statistics comparing guessed frequency of BB with feedback. */
408 double guessed, feedback;
420 if (p1->feedback < p2->feedback)
422 else if (p1->feedback > p2->feedback)
790 nsum2 += stat.feedback;
794 " feedback freq: %12.3f cumulative:%7.2f%%"
798 stat.feedback,
820 fprintf (dump_file, " Profile feedback for function")
407 double guessed, feedback; member in struct:bb_stats
[all...] |
| tree.cc | 8834 /* This relies on the raw feedback's top 4 bits being zero. */
8835 #define FEEDBACK(X) ((X) * 0x04c11db7)
8836 #define SYNDROME(X) (FEEDBACK ((X) & 1) ^ FEEDBACK ((X) & 2) \
8837 ^ FEEDBACK ((X) & 4) ^ FEEDBACK ((X) & 8))
8845 #undef FEEDBACK
8851 unsigned feedback = syndromes[((value ^ chksum) >> 28) & 0xf];
8853 chksum = (chksum << 4) ^ feedback;
8826 unsigned feedback = syndromes[((value ^ chksum) >> 28) & 0xf]; local
|
| /src/external/gpl3/gcc.old/dist/gcc/ |
| profile.cc | 391 /* BB statistics comparing guessed frequency of BB with feedback. */
396 double guessed, feedback;
408 if (p1->feedback < p2->feedback)
410 else if (p1->feedback > p2->feedback)
778 nsum2 += stat.feedback;
782 " feedback freq: %12.3f cummulative:%7.2f%%"
786 stat.feedback,
808 fprintf (dump_file, " Profile feedback for function")
395 double guessed, feedback; member in struct:bb_stats
[all...] |
| tree.cc | 8688 /* This relies on the raw feedback's top 4 bits being zero. */
8689 #define FEEDBACK(X) ((X) * 0x04c11db7)
8690 #define SYNDROME(X) (FEEDBACK ((X) & 1) ^ FEEDBACK ((X) & 2) \
8691 ^ FEEDBACK ((X) & 4) ^ FEEDBACK ((X) & 8))
8699 #undef FEEDBACK
8705 unsigned feedback = syndromes[((value ^ chksum) >> 28) & 0xf];
8707 chksum = (chksum << 4) ^ feedback;
8680 unsigned feedback = syndromes[((value ^ chksum) >> 28) & 0xf]; local
|
