aclocal.m4:357:# The HP-UX ksh and POSIX shell print the target directory to stdout
aclocal.m4:1168:  test -z "$old_striplib" && old_striplib="$STRIP --strip-debug"
aclocal.m4:1169:  test -z "$striplib" && striplib="$STRIP --strip-unneeded"
aclocal.m4:1508:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
aclocal.m4:2464:	# Adding the `sed 1q' prevents false positives on HP-UX, which says:
aclocal.m4:3284:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
aclocal.m4:3413:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
aclocal.m4:3473:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
aclocal.m4:3683:	# NonStop-UX NCC 3.20
aclocal.m4:4232:# The HP-UX ksh and POSIX shell print the target directory to stdout
aclocal.m4:4862:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
aclocal.m4:4863:      # not for PA HP-UX.
aclocal.m4:5063:	    # NonStop-UX NCC 3.20
aclocal.m4:5143:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
aclocal.m4:5144:      # not for PA HP-UX.
aclocal.m4:5190:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
aclocal.m4:5191:      # not for PA HP-UX.
aclocal.m4:6540:  # instance it was reported that on HP-UX the gcc test will end up
aclocal.m4:6826:# When config.status generates a header, we must update the stamp-h file.
aclocal.m4:6844:echo "timestamp for $1" >`AS_DIRNAME([$1])`/stamp-h[]$_am_stamp_count])
autom4te.cache/output.0:288:# The HP-UX ksh and POSIX shell print the target directory to stdout
autom4te.cache/output.0:3049:# HP-UX 10.20 and later	-Ae
autom4te.cache/output.0:3050:# HP-UX older versions	-Aa -D_HPUX_SOURCE
autom4te.cache/output.0:3325:  # instance it was reported that on HP-UX the gcc test will end up
autom4te.cache/output.0:3789:  # instance it was reported that on HP-UX the gcc test will end up
autom4te.cache/output.0:4792:	# Adding the `sed 1q' prevents false positives on HP-UX, which says:
autom4te.cache/output.0:7348:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:7349:      # not for PA HP-UX.
autom4te.cache/output.0:7395:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:7396:      # not for PA HP-UX.
autom4te.cache/output.0:9022:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
autom4te.cache/output.0:9346:  test -z "$old_striplib" && old_striplib="$STRIP --strip-debug"
autom4te.cache/output.0:9347:  test -z "$striplib" && striplib="$STRIP --strip-unneeded"
autom4te.cache/output.0:9486:   For example, HP-UX 11i <limits.h> declares gettimeofday.  */
autom4te.cache/output.0:9646:   For example, HP-UX 11i <limits.h> declares gettimeofday.  */
autom4te.cache/output.0:10348:# The HP-UX ksh and POSIX shell print the target directory to stdout
autom4te.cache/output.0:11557:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
autom4te.cache/output.0:11686:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
autom4te.cache/output.0:11746:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
autom4te.cache/output.0:11956:	# NonStop-UX NCC 3.20
autom4te.cache/output.0:12164:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:12165:      # not for PA HP-UX.
autom4te.cache/output.0:12365:	    # NonStop-UX NCC 3.20
autom4te.cache/output.0:12978:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
autom4te.cache/output.0:13911:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:13912:      # not for PA HP-UX.
autom4te.cache/output.0:13958:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:13959:      # not for PA HP-UX.
autom4te.cache/output.0:15565:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
autom4te.cache/output.0:16486:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:16487:      # not for PA HP-UX.
autom4te.cache/output.0:16533:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
autom4te.cache/output.0:16534:      # not for PA HP-UX.
autom4te.cache/output.0:18160:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
autom4te.cache/output.0:21197:  # small command number limits, like on Digital OSF/1 and HP-UX.
autom4te.cache/output.0:21671:  	  s/.*/./; q'`/stamp-h$_am_stamp_count
Bazaar/Controller/controller.cpp:131:                cout << _interp->result << endl;
Bazaar/Controller/controller.cpp:135:                cerr << "TCL Error : " << _interp->result << endl;
Binary file Bazaar/Images/copy.png matches
Binary file Bazaar/Images/zoom_in.png matches
Binary file Bazaar/Images/zoom_out.png matches
Binary file Bazaar/Images/random_icon_large.png matches
Binary file Bazaar/Images/stopwatch_icon.png matches
Binary file Bazaar/Images/plug_icon.png matches
Bazaar/runCapoOptions.ui.h:37:    verbosityGroup->setEnabled(en);
Bazaar/PlugIns/CapoPlugIn/runCapoOptions.ui.h:188:    verbosityGroup->setEnabled(en);
Buffer/oagBufferSimpleInserter.cpp:292:        if (!p->isPO() && path[i].first->isOccTerm()) {
Buffer/oagBufferSimpleInserter.cpp:295:        } else if (p->type == TIMING_POINT_SIGNAL_OUT) {
Buffer/oagBufferSimpleInserter.cpp:449:    return (p-oldWorstSlack);
Build/config.guess:491:	echo romp-ibm-aix     # uname -m gives an 8 hex-code CPU id
Build/config.guess:547:    ibmrt:4.4BSD:*|romp-ibm:BSD:*)
Build/config.guess:548:	echo romp-ibm-bsd4.4
Build/config.guess:550:    ibmrt:*BSD:*|romp-ibm:BSD:*)            # covers RT/PC BSD and
Build/config.guess:551:	echo romp-ibm-bsd${UNAME_RELEASE}   # 4.3 with uname added to
Build/config.guess:552:	exit ;;                             # report: romp-ibm BSD 4.3
Build/config.guess:560:	echo m68k-hp-bsd
Build/config.guess:563:	echo m68k-hp-bsd4.4
Build/config.guess:565:    9000/[34678]??:HP-UX:*:*)
Build/config.guess:581:			  '') HP_ARCH="hppa2.0" ;;   # HP-UX 10.20
Build/config.guess:628:	    # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating
Build/config.guess:629:	    # 32-bit code.  hppa64-hp-hpux* has the same kernel and a compiler
Build/config.guess:633:	    # => hppa2.0w-hp-hpux11.23
Build/config.guess:635:	    # => hppa64-hp-hpux11.23
Build/config.guess:645:	echo ${HP_ARCH}-hp-hpux${HPUX_REV}
Build/config.guess:647:    ia64:HP-UX:*:*)
Build/config.guess:649:	echo ia64-hp-hpux${HPUX_REV}
Build/config.guess:683:	echo hppa1.1-hp-bsd
Build/config.guess:686:	echo hppa1.0-hp-bsd
Build/config.guess:689:	echo hppa1.0-hp-mpeix
Build/config.guess:692:	echo hppa1.1-hp-osf
Build/config.guess:695:	echo hppa1.0-hp-osf
Build/config.guess:705:	echo hppa1.1-hp-lites
Build/config.guess:726:	echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
Build/config.guess:1212:    *:NonStop-UX:*:*)
Build/config.guess:1307:  printf ("m68k-hp-bsd\n"); exit (0);
Build/config.guess:1468:# time-stamp-start: "timestamp='"
Build/config.guess:1469:# time-stamp-format: "%:y-%02m-%02d"
Build/config.guess:1470:# time-stamp-end: "'"
Build/config.sub:358:	| romp-* | rs6000-* \
Build/config.sub:371:	| ymp-* \
Build/config.sub:889:		basic_machine=romp-ibm
Build/config.sub:1075:		basic_machine=ymp-cray
Build/config.sub:1099:		basic_machine=romp-ibm
Build/config.sub:1596:# time-stamp-start: "timestamp='"
Build/config.sub:1597:# time-stamp-format: "%:y-%02m-%02d"
Build/config.sub:1598:# time-stamp-end: "'"
Build/depcomp:527:# time-stamp-start: "scriptversion="
Build/depcomp:528:# time-stamp-format: "%:y-%02m-%02d.%02H"
Build/depcomp:529:# time-stamp-end: "$"
Build/install-sh:320:# time-stamp-start: "scriptversion="
Build/install-sh:321:# time-stamp-format: "%:y-%02m-%02d.%02H"
Build/install-sh:322:# time-stamp-end: "$"
Build/ltmain.sh:504:  --preserve-dup-deps) duplicate_deps="yes" ;;
Build/ltmain.sh:2610:	    newlib="libimp-`$echo $soname | ${SED} 's/^lib//;s/\.dll$//'`.a"
Build/ltmain.sh:5256:# The HP-UX ksh and POSIX shell print the target directory to stdout
Build/missing:357:# time-stamp-start: "scriptversion="
Build/missing:358:# time-stamp-format: "%:y-%02m-%02d.%02H"
Build/missing:359:# time-stamp-end: "$"
Build/ylwrap:161:	target="tmp-`echo $target | sed s/.*[\\/]//g`"
Build/ylwrap:220:# time-stamp-start: "scriptversion="
Build/ylwrap:221:# time-stamp-format: "%:y-%02m-%02d.%02H"
Build/ylwrap:222:# time-stamp-end: "$"
Build/metamake:17:# through the setup-developer script.
config.log:2106:|    For example, HP-UX 11i <limits.h> declares gettimeofday.  */
config.log:2229:|    For example, HP-UX 11i <limits.h> declares gettimeofday.  */
config.status:679:  # small command number limits, like on Digital OSF/1 and HP-UX.
config.status:1118:  	  s/.*/./; q'`/stamp-h$_am_stamp_count
configure:288:# The HP-UX ksh and POSIX shell print the target directory to stdout
configure:3049:# HP-UX 10.20 and later	-Ae
configure:3050:# HP-UX older versions	-Aa -D_HPUX_SOURCE
configure:3325:  # instance it was reported that on HP-UX the gcc test will end up
configure:3789:  # instance it was reported that on HP-UX the gcc test will end up
configure:4792:	# Adding the `sed 1q' prevents false positives on HP-UX, which says:
configure:7348:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:7349:      # not for PA HP-UX.
configure:7395:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:7396:      # not for PA HP-UX.
configure:9022:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
configure:9346:  test -z "$old_striplib" && old_striplib="$STRIP --strip-debug"
configure:9347:  test -z "$striplib" && striplib="$STRIP --strip-unneeded"
configure:9486:   For example, HP-UX 11i <limits.h> declares gettimeofday.  */
configure:9646:   For example, HP-UX 11i <limits.h> declares gettimeofday.  */
configure:10348:# The HP-UX ksh and POSIX shell print the target directory to stdout
configure:11557:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
configure:11686:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
configure:11746:	# ends with ".so" (or ".sl" for HP-UX), so rename the library
configure:11956:	# NonStop-UX NCC 3.20
configure:12164:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:12165:      # not for PA HP-UX.
configure:12365:	    # NonStop-UX NCC 3.20
configure:12978:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
configure:13911:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:13912:      # not for PA HP-UX.
configure:13958:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:13959:      # not for PA HP-UX.
configure:15565:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
configure:16486:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:16487:      # not for PA HP-UX.
configure:16533:      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but
configure:16534:      # not for PA HP-UX.
configure:18160:  # HP-UX runs *really* slowly unless shared libraries are mode 555.
configure:21197:  # small command number limits, like on Digital OSF/1 and HP-UX.
configure:21671:  	  s/.*/./; q'`/stamp-h$_am_stamp_count
Examples/Makefile.am:23:EXTRA_DIST = ISCAS89/bdnet2v ISCAS89/map-iscas \
Examples/Makefile.in:233:EXTRA_DIST = ISCAS89/bdnet2v ISCAS89/map-iscas \
Examples/Makefile:233:EXTRA_DIST = ISCAS89/bdnet2v ISCAS89/map-iscas \
Func/Documentation/oagFunc.dox:61:of a set of library cells, its top-level functionality is unknown without
Func/Documentation/oagFunc.dox:93:obtained.  Unless the top-level design is entirely
Func/oagFuncOccGraph.cpp:323:    oa::oaIter<oa::oaOccTerm> termIter(top->getTerms(oacTermIterSingleBit));
Func/oagFuncOccGraph.cpp:351:    oa::oaIter<oa::oaOccTerm> termIter(top->getTerms(oacTermIterSingleBit));
Func/oagFuncOccGraph.cpp:375:    oa::oaIter<oa::oaOccTerm> termIter(top->getTerms(oacTermIterSingleBit));
Func/oagFuncOccGraph.cpp:400:    oa::oaIter<oa::oaOccTerm> termIter(top->getTerms(oacTermIterSingleBit));
Func/oagFuncSynthesis.cpp:408:        for(int b = 0; b<=abs(stop-start); b++) {
Func/oagFuncVerilogSynthesis.cpp:1975:                for(int i=0; i<=abs(stop-start); i++) {
Func/oagFuncVerilogSynthesis.cpp:1977:                    if (i*sign(stop-start)+start < (1 << op1.size())) {
Func/oagFuncVerilogSynthesis.cpp:1979:                        multiBitConstant(constantBits, i*sign(stop-start)+start);
Func/oagFuncVerilogSynthesis.cpp:2203:                            for(int b=0; b<=abs(stop-start); b++) {
Func/oagFuncVerilogSynthesis.cpp:2261:                for(int i=0; i<=abs(stop-start); i++) {
Func/oagFuncVerilogSynthesis.cpp:2263:                    if (i*sign(stop-start)+start < (1 << op1.size())) {
Func/oagFuncVerilogSynthesis.cpp:2265:                        multiBitConstant(constantBits, i*sign(stop-start)+start);
Func/oagFuncLibParser.cxx:1593:#define YYPOPSTACK   (oagFuncLib_yyvsp--, oagFuncLib_yyssp--)
Func/oagFuncLibParser.cxx:1838:            cerr << "ERROR: Flip-flop defined without a next state input" << endl;
Func/oagFuncLibParser.cxx:1857:            cerr << "WARNING: Flip-flop defined without a clock" << endl;
Func/oagFuncLibParser.cxx:2041:        cerr << "WARNING: Only single-clock flip-flops are supported.  Ignoring additional clocks."  << endl;
Func/oagFuncLibParser.yxx:340:            cerr << "ERROR: Flip-flop defined without a next state input" << endl;
Func/oagFuncLibParser.yxx:359:            cerr << "WARNING: Flip-flop defined without a clock" << endl;
Func/oagFuncLibParser.yxx:582:        cerr << "WARNING: Only single-clock flip-flops are supported.  Ignoring additional clocks."  << endl;
Func/oagFuncVerilogParser.cxx:1786:#define YYPOPSTACK   (oagFuncVerilog_yyvsp--, oagFuncVerilog_yyssp--)
libtool:38:# The HP-UX ksh and POSIX shell print the target directory to stdout
libtool:227:old_striplib="strip --strip-debug"
libtool:228:striplib="strip --strip-unneeded"
libtool:856:  --preserve-dup-deps) duplicate_deps="yes" ;;
libtool:2962:	    newlib="libimp-`$echo $soname | ${SED} 's/^lib//;s/\.dll$//'`.a"
libtool:5608:# The HP-UX ksh and POSIX shell print the target directory to stdout
libtool:7395:old_striplib="strip --strip-debug"
libtool:7396:striplib="strip --strip-unneeded"
libtool:7703:old_striplib="strip --strip-debug"
libtool:7704:striplib="strip --strip-unneeded"
Makefile:269:    Build/setup-developer \
Makefile:315:config.h: stamp-h1
Makefile:317:	  rm -f stamp-h1; \
Makefile:318:	  $(MAKE) stamp-h1; \
Makefile:321:stamp-h1: $(srcdir)/config.h.in $(top_builddir)/config.status
Makefile:322:	@rm -f stamp-h1
Makefile:326:	rm -f stamp-h1
Makefile:330:	-rm -f config.h stamp-h1
Makefile.am:18:    Build/setup-developer \
Makefile.in:269:    Build/setup-developer \
Makefile.in:315:config.h: stamp-h1
Makefile.in:317:	  rm -f stamp-h1; \
Makefile.in:318:	  $(MAKE) stamp-h1; \
Makefile.in:321:stamp-h1: $(srcdir)/config.h.in $(top_builddir)/config.status
Makefile.in:322:	@rm -f stamp-h1
Makefile.in:326:	rm -f stamp-h1
Makefile.in:330:	-rm -f config.h stamp-h1
Mapper/oagMapperTable.cpp:780:        DEBUG_PRINTLN("\tp-cost = " << minCost_p << " n-cost = " << minCost_n);
Mapper/oagMapperTable.cpp:1377:        DEBUG_PRINTLN("\tp-cost = " << minCost_p << " n-cost = " << minCost_n);
Mapper/simpleMap/simpleMap.cpp:245:            prop->setValue(libraryLibString);
MiniSat/Solver.h:132:    int                 simpDB_assigns;   // Number of top-level assignments since last execution of 'simplify()'.
MiniSat/Solver.cpp:506:|    Simplify the clause database according to the current top-level assigment. Currently, the only
README-developer:19:		Build/setup-developer
README-developer:129:will have to run 'Build/setup-developer'. This controls the process of
README-developer:247:setup-developer
README-developer:250:The setup-developer script in the Build/ directory should be run whenever
README-developer:254:    Build/setup-developer
README-developer:255:Note that ./configure should also be run after setup-developer.
README-developer:258:setup-developer.  "make" will regenerate the appropriate files.
README-developer:502:Then run "make check" in the top-level directory or the subdirectory of
README-developer:686:(defun my-build-tab-stop-list (width)
README-developer:693:    (set (make-local-variable 'tab-stop-list) (nreverse ls))))
README-developer:696:  (my-build-tab-stop-list tab-width)
SimEqui/README:16:package we have included a Makefile.mm.  Please run Build/setup-developer to
SimEqui/mSatSolver.h:74:    int                 simpDB_assigns;   // Number of top-level assignments since last execution of 'simplifyDB()'.
SimEqui/mSatSolver.cpp:556:|    Simplify the clause database according to the current top-level assigment. Currently, the only
SimEqui/mSatSolver.cpp:718:|    Top-level solve. If using assumptions (non-empty 'assumps' vector), you must call
SimEqui/mSatSolver.cpp:719:|    'simplifyDB()' first to see that no top-level conflict is present (which would put the solver
Timer/oagTimerTimer.cpp:129:        if (tp && tp->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:200:            tp->type = TIMING_POINT_PI_CLOCK;
Timer/oagTimerTimer.cpp:201:	    cout << "Sdc PI Clock:" << tp->type << endl;
Timer/oagTimerTimer.cpp:206:            p->delay = ModelType::ZERO_DELAY();
Timer/oagTimerTimer.cpp:209:            if (tp->isPI()) {
Timer/oagTimerTimer.cpp:211:                    p->delay = sdcParseData.allInputsDelay;
Timer/oagTimerTimer.cpp:218:                        p->delay = (*it).second;
Timer/oagTimerTimer.cpp:226:                                p->delay = (*it).second;
Timer/oagTimerTimer.cpp:234:            } else if (tp->isPO()) {
Timer/oagTimerTimer.cpp:236:                    p->delay = sdcParseData.allOutputsDelay;
Timer/oagTimerTimer.cpp:244:                        p->delay = (*it).second;
Timer/oagTimerTimer.cpp:252:                                p->delay = (*it).second;
Timer/oagTimerTimer.cpp:266:        if (tp->isPI() && !static_cast<TimerDrivingCell*>
Timer/oagTimerTimer.cpp:295:                p->driver = driver;
Timer/oagTimerTimer.cpp:322:                    p->driver = driver;
Timer/oagTimerTimer.cpp:352:                            p->driver = driver;
Timer/oagTimerTimer.cpp:365:        if (tp->isPO() && !static_cast<TimerFanoutLoad*>
Timer/oagTimerTimer.cpp:368:            p->load = 0.0;
Timer/oagTimerTimer.cpp:370:                p->load = sdcParseData.allFanoutLoads;
Timer/oagTimerTimer.cpp:379:                    p->load = (*it).second;
Timer/oagTimerTimer.cpp:387:                            p->load = (*it).second;
Timer/oagTimerTimer.cpp:425:        if (p->multiCycleConstraint < (*it).second) {
Timer/oagTimerTimer.cpp:426:            p->multiCycleConstraint = (*it).second;
Timer/oagTimerTimer.cpp:433:            if (p->multiCycleConstraint < (*it).second) {
Timer/oagTimerTimer.cpp:434:                p->multiCycleConstraint = (*it).second;
Timer/oagTimerTimer.cpp:480:    return tp->getSlack();
Timer/oagTimerTimer.cpp:491:    return tp->getSlack();
Timer/oagTimerTimer.cpp:501:    TimeType a1 = tp->getFallArr();
Timer/oagTimerTimer.cpp:502:    TimeType a2 = tp->getRiseArr();
Timer/oagTimerTimer.cpp:514:    TimeType a1 = tp->getFallReq();
Timer/oagTimerTimer.cpp:515:    TimeType a2 = tp->getRiseReq();
Timer/oagTimerTimer.cpp:528:    return tp->getFallArr();
Timer/oagTimerTimer.cpp:538:    return tp->getRiseArr();
Timer/oagTimerTimer.cpp:549:    return tp->getFallReq();
Timer/oagTimerTimer.cpp:559:    return tp->getRiseReq();
Timer/oagTimerTimer.cpp:624:            if (p->isPO()) {
Timer/oagTimerTimer.cpp:649:        if (otherTP->getSlack()<ws) {
Timer/oagTimerTimer.cpp:650:            ws=otherTP->getSlack();
Timer/oagTimerTimer.cpp:662:            if (p->isPO()) {
Timer/oagTimerTimer.cpp:663:                if (p->getSlack()<ws) {
Timer/oagTimerTimer.cpp:664:                    ws=p->getSlack();
Timer/oagTimerTimer.cpp:776:    std::vector<timingData*> v = p->multiClockData;
Timer/oagTimerTimer.cpp:777:    if (p->multiCycleConstraint == 1) {
Timer/oagTimerTimer.cpp:826:    assert(otherTP->atValid);
Timer/oagTimerTimer.cpp:827:    for (unsigned j = 0; j < p->multiClockData.size(); ++j) {
Timer/oagTimerTimer.cpp:828:        timingData *d = p->multiClockData[j];
Timer/oagTimerTimer.cpp:831:        timingData *td = otherTP->multiClockData[x];
Timer/oagTimerTimer.cpp:842:            delay = i->delay->lookup(otherTP->load, d->riseSlew, 
Timer/oagTimerTimer.cpp:855:            delay = i->delay->lookup(otherTP->load, d->fallSlew, 
Timer/oagTimerTimer.cpp:893:    for (unsigned int j = 0; j < tp->multiClockData.size(); ++j) { 
Timer/oagTimerTimer.cpp:894:        timingData *td = tp->multiClockData[j];
Timer/oagTimerTimer.cpp:906:            insertTimingData((p->multiClockData), d);
Timer/oagTimerTimer.cpp:908:            d = p->multiClockData[x];
Timer/oagTimerTimer.cpp:924:	//std::cout << "*Load:" << p->load << " Net Delay:" << tp->netDelay << "\n";	
Timer/oagTimerTimer.cpp:927:	sl1 = sqrt(pow(sl1,2) + pow((log(step)*tp->netDelay),2));
Timer/oagTimerTimer.cpp:928:	sl2 = sqrt(pow(sl2,2) + pow((log(step)*tp->netDelay),2));
Timer/oagTimerTimer.cpp:934:            delay = i->delay->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:944:            delay = i->delay->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:977:                    sl3 = i->slew->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:991:                    sl3 = i->slew->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:1013:                    sl3 = i->slew->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:1026:                    sl3 = i->slew->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:1098:    if (!tp->multiClockData.size()) {
Timer/oagTimerTimer.cpp:1101:    timingData *d, *td = tp->multiClockData[0];
Timer/oagTimerTimer.cpp:1104:    if (!p->multiClockData.size()) {
Timer/oagTimerTimer.cpp:1110:        insertTimingData(p->multiClockData, d);
Timer/oagTimerTimer.cpp:1112:        d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:1119:    d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:1127:            delay = i->delay->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:1144:            delay = i->delay->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:1190:                sl3 = i->slew->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:1200:                sl3 = i->slew->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:1216:                sl3 = i->slew->lookup(p->load, sl1, tm->loadLimit);
Timer/oagTimerTimer.cpp:1225:                sl3 = i->slew->lookup(p->load, sl2, tm->loadLimit);
Timer/oagTimerTimer.cpp:1260:    if (!tp->multiClockData.size()) {
Timer/oagTimerTimer.cpp:1263:    timingData *d, *td = tp->multiClockData[0];
Timer/oagTimerTimer.cpp:1264:    if (!p->multiClockData.size()) {
Timer/oagTimerTimer.cpp:1273:        insertTimingData((p->multiClockData), d);
Timer/oagTimerTimer.cpp:1275:        d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:1314:    for (unsigned k = 0; k < tp->multiClockData.size(); ++k) { 
Timer/oagTimerTimer.cpp:1315:        timingData *td = tp->multiClockData[k];
Timer/oagTimerTimer.cpp:1324:            insertTimingData((p->multiClockData), d);
Timer/oagTimerTimer.cpp:1326:            timingData *d = p->multiClockData[x];
Timer/oagTimerTimer.cpp:1352:    if (p->isPI() || p->isPO() || p->type == TIMING_POINT_PI_CLOCK) {
Timer/oagTimerTimer.cpp:1392:    if (p->isPO()) {
Timer/oagTimerTimer.cpp:1397:        for (unsigned int j = 0; j < p->multiClockData.size(); ++j) {
Timer/oagTimerTimer.cpp:1398:            timingData *d = p->multiClockData[j];
Timer/oagTimerTimer.cpp:1413:                d->riseReq = d->riseReq - dp->delay;
Timer/oagTimerTimer.cpp:1414:                d->fallReq = d->fallReq - dp->delay;
Timer/oagTimerTimer.cpp:1417:        p->ratValid = true;
Timer/oagTimerTimer.cpp:1418:    } else if (p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:1425:        for (unsigned k = 0; k < p->multiClockData.size(); ++k) {
Timer/oagTimerTimer.cpp:1426:            p->multiClockData[k]->riseReq = p1->multiClockData[0]->riseEarly;
Timer/oagTimerTimer.cpp:1427:            p->multiClockData[k]->fallReq = p1->multiClockData[0]->fallEarly;
Timer/oagTimerTimer.cpp:1436:        for (unsigned int j = 0; j < p->multiClockData.size(); ++j) {
Timer/oagTimerTimer.cpp:1437:            timingData *d = p->multiClockData[j];
Timer/oagTimerTimer.cpp:1458:        p->ratValid = true;
Timer/oagTimerTimer.cpp:1473:    for (unsigned int j = 0; j < p->multiClockData.size(); ++j) {
Timer/oagTimerTimer.cpp:1474:        timingData *d = p->multiClockData[j];
Timer/oagTimerTimer.cpp:1491:    for (unsigned k = 0; k < p->multiClockData.size(); ++k) {
Timer/oagTimerTimer.cpp:1492:        timingData *d = p->multiClockData[k];
Timer/oagTimerTimer.cpp:1495:        timingData *td = tp->multiClockData[x];
Timer/oagTimerTimer.cpp:1496:        if (d->riseReq > td->riseReq - tp->netDelay) {
Timer/oagTimerTimer.cpp:1497:            d->riseReq = td->riseReq - tp->netDelay;
Timer/oagTimerTimer.cpp:1499:        if (d->fallReq > td->fallReq - tp->netDelay) {
Timer/oagTimerTimer.cpp:1500:            d->fallReq = td->fallReq - tp->netDelay;
Timer/oagTimerTimer.cpp:1586:        if (otherTP->type == TIMING_POINT_CLOCK) { 
Timer/oagTimerTimer.cpp:1588:            if (!tp->atValid) {
Timer/oagTimerTimer.cpp:1593:            if (!otherTP->atValid) {
Timer/oagTimerTimer.cpp:1604:        timingData *d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:1610:            //createNewClock(p->multiClockData[0]);
Timer/oagTimerTimer.cpp:1631:    p->atValid = true;
Timer/oagTimerTimer.cpp:1633:    std::cout << "updateClockCellArr(" << getBlockName(block) << ") p->atValid=true" << std::endl;
Timer/oagTimerTimer.cpp:1664:        if (otherTP->type == TIMING_POINT_CLOCK) { 
Timer/oagTimerTimer.cpp:1666:            if (!tp->atValid) {
Timer/oagTimerTimer.cpp:1675:    p->atValid = true;
Timer/oagTimerTimer.cpp:1694:    if (p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:1715:        if (!otherTP->atValid) {
Timer/oagTimerTimer.cpp:1718:        if (otherTP->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:1719:            if (!otherTP->ratValid) {
Timer/oagTimerTimer.cpp:1725:        if (p->type == TIMING_POINT_CLOCK) { 
Timer/oagTimerTimer.cpp:1732:    if (p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:1735:        p->ratValid = true;
Timer/oagTimerTimer.cpp:1758:        if (tp->type == TIMING_POINT_PO) {
Timer/oagTimerTimer.cpp:1759:            if (tp->atValid) {
Timer/oagTimerTimer.cpp:1774:            if (!tp->isClock()) {
Timer/oagTimerTimer.cpp:1775:                if (tp->atValid) {
Timer/oagTimerTimer.cpp:1782:    p->ratValid = true;
Timer/oagTimerTimer.cpp:1805:        if ((tp->type == TIMING_POINT_PI) ||
Timer/oagTimerTimer.cpp:1806:                (tp->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:1807:            if (!tp->atValid) {
Timer/oagTimerTimer.cpp:1811:            if (!tp->isClock()) {
Timer/oagTimerTimer.cpp:1812:                if (tp->atValid) {
Timer/oagTimerTimer.cpp:1819:    p->ratValid = true;
Timer/oagTimerTimer.cpp:1842:        if ((tp->type == TIMING_POINT_PI) ||
Timer/oagTimerTimer.cpp:1843:                (tp->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:1844:            if (!tp->atValid) {
Timer/oagTimerTimer.cpp:1858:            if (!tp->atValid) {
Timer/oagTimerTimer.cpp:1866:        for (unsigned int k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerTimer.cpp:1867:            timingData *d = p->multiClockData[k];
Timer/oagTimerTimer.cpp:1868:            d->riseArr = d->riseArr + p->netDelay;
Timer/oagTimerTimer.cpp:1869:            d->fallArr = d->fallArr + p->netDelay;
Timer/oagTimerTimer.cpp:1872:    p->atValid = true;
Timer/oagTimerTimer.cpp:1893:        if ((tp->type == TIMING_POINT_PI) ||
Timer/oagTimerTimer.cpp:1894:            (tp->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:1910:    for (unsigned k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerTimer.cpp:1911:        timingData *d = p->multiClockData[k];
Timer/oagTimerTimer.cpp:1912:	d->riseArr = d->riseArr + p->netDelay;
Timer/oagTimerTimer.cpp:1913:	d->fallArr = d->fallArr + p->netDelay;
Timer/oagTimerTimer.cpp:1915:    p->atValid = true;
Timer/oagTimerTimer.cpp:1940:	DelayType s = op->getRiseSlew();
Timer/oagTimerTimer.cpp:1941:            if (op->atValid) {
Timer/oagTimerTimer.cpp:1949:                netLoad += fp->load;
Timer/oagTimerTimer.cpp:1958:	DelayType s = op->getRiseSlew();
Timer/oagTimerTimer.cpp:1960:            if (op->atValid) {
Timer/oagTimerTimer.cpp:1968:            if (op->atValid) {
Timer/oagTimerTimer.cpp:1984:            if (tp->type == TIMING_POINT_PI)
Timer/oagTimerTimer.cpp:1985:                tp->load = netLoad;
Timer/oagTimerTimer.cpp:1986:            else if (tp->type == TIMING_POINT_PO){
Timer/oagTimerTimer.cpp:1987:                tp->netDelay = netDelay;
Timer/oagTimerTimer.cpp:1997:                tp->load = netLoad;
Timer/oagTimerTimer.cpp:1999:                tp->netDelay = netDelay;
Timer/oagTimerTimer.cpp:2018:		if (tp->type == TIMING_POINT_PI){
Timer/oagTimerTimer.cpp:2019:		    tp->load = netLoad;
Timer/oagTimerTimer.cpp:2020:		    tp->res = netRes;
Timer/oagTimerTimer.cpp:2022:		else if (tp->type == TIMING_POINT_PO){
Timer/oagTimerTimer.cpp:2026:			tp->netDelay = Constant*tIter->second;
Timer/oagTimerTimer.cpp:2033:			    cout << "Delay:" << tp->netDelay << endl;
Timer/oagTimerTimer.cpp:2035:		    }else { tp->netDelay = Constant*netDelay; }
Timer/oagTimerTimer.cpp:2047:		    tp->load = netLoad;
Timer/oagTimerTimer.cpp:2048:		    tp->res = netRes;
Timer/oagTimerTimer.cpp:2054:			tp->netDelay = Constant*iTIter->second;
Timer/oagTimerTimer.cpp:2061:			    cout << "Delay:" << tp->netDelay << endl;
Timer/oagTimerTimer.cpp:2064:		    }else{ tp->netDelay = Constant*netDelay; }
Timer/oagTimerTimer.cpp:2084:    if (p->type == TIMING_POINT_PI_CLOCK) {
Timer/oagTimerTimer.cpp:2086:        if (p->multiClockData.size()) {
Timer/oagTimerTimer.cpp:2087:            d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:2091:            p->multiClockData.push_back(d);
Timer/oagTimerTimer.cpp:2096:        p->atValid = true;
Timer/oagTimerTimer.cpp:2098:    } else if (p->type == TIMING_POINT_PI || p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:2099:        p->atValid = true;
Timer/oagTimerTimer.cpp:2118:    if ((p->type == TIMING_POINT_PI) || (p->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:2120:        if (p->multiClockData.size()) {
Timer/oagTimerTimer.cpp:2121:            d = p->multiClockData[0];
Timer/oagTimerTimer.cpp:2125:            p->multiClockData.push_back(d);
Timer/oagTimerTimer.cpp:2134:            p->piDriverForward(driver, ModelType::ZERO_DELAY());
Timer/oagTimerTimer.cpp:2142:        p->atValid = true;
Timer/oagTimerTimer.cpp:2162:    for (unsigned int k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerTimer.cpp:2163:        timingData *d = p->multiClockData[k];
Timer/oagTimerTimer.cpp:2167:    for (unsigned int k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerTimer.cpp:2168:        timingData *d = p->multiClockData[k];
Timer/oagTimerTimer.cpp:2185:    if (p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:2190:        int m = m1 + p->multiCycleConstraint - 1;
Timer/oagTimerTimer.cpp:2207:        p->multiCycleConstraint  = 0;
Timer/oagTimerTimer.cpp:2210:    for (unsigned i = 0; i <  p->multiClockData.size(); ++i) {
Timer/oagTimerTimer.cpp:2211:        timingData *d1 = p->multiClockData[i];
Timer/oagTimerTimer.cpp:2214:        int m = m1 + p->multiCycleConstraint - 1;
Timer/oagTimerTimer.cpp:2232:    p->multiCycleConstraint  = 0;
Timer/oagTimerTimer.cpp:2255:    if (p->atValid) {
Timer/oagTimerTimer.cpp:2258:    if ((p->type == TIMING_POINT_PI) || 
Timer/oagTimerTimer.cpp:2259:            (p->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:2263:    initVector(p->multiClockData);
Timer/oagTimerTimer.cpp:2264:    if (p->type == TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:2266:    } else if (p->type==TIMING_POINT_SIGNAL_IN) { 
Timer/oagTimerTimer.cpp:2290:    if (p->atValid) {
Timer/oagTimerTimer.cpp:2293:    if ((p->type == TIMING_POINT_PI) || (p->type == TIMING_POINT_PI_CLOCK)) {
Timer/oagTimerTimer.cpp:2295:        if (p->multiCycleConstraint > 1) {
Timer/oagTimerTimer.cpp:2301:    timingDataCopy(p->multiClockData, oldTimeimgDataVector);
Timer/oagTimerTimer.cpp:2302:    initVector(p->multiClockData);
Timer/oagTimerTimer.cpp:2303:    if (p->isPO() || p->type==TIMING_POINT_SIGNAL_IN) {
Timer/oagTimerTimer.cpp:2308:    if (p->type==TIMING_POINT_CLOCK) {
Timer/oagTimerTimer.cpp:2311:    if (p->multiCycleConstraint > 1) {
Timer/oagTimerTimer.cpp:2319:    p->ratValid = !timingDataCompare(p->multiClockData, oldTimeimgDataVector);
Timer/oagTimerTimer.cpp:2320:    if (!p->ratValid) {
Timer/oagTimerTimer.cpp:2321:        p->invalidateFanin(block);
Timer/oagTimerTimer.cpp:2367:    if (p->ratValid) {
Timer/oagTimerTimer.cpp:2370:    if (p->isPO()) {
Timer/oagTimerTimer.cpp:2374:    if (p->type == TIMING_POINT_SIGNAL_OUT || p->type == TIMING_POINT_PI_CLOCK || p->isPI()) {
Timer/oagTimerTimer.cpp:2407:            if (p->isPO()) {
Timer/oagTimerTimer.cpp:2426:        if (!p->ratValid) {
Timer/oagTimerTimer.cpp:2439:            if (p->isPI()) {
Timer/oagTimerTimer.cpp:2463:        //if (p->isPI()) {
Timer/oagTimerTimer.cpp:2464:        if (p->isPI() || p->isClock()) {
Timer/oagTimerTimer.cpp:2465:            p->invalidateFanout(i);
Timer/oagTimerTimer.cpp:2477:            p->invalidateFanout(i);
Timer/oagTimerTimer.cpp:2501:        if (p->isPO()) {
Timer/oagTimerTimer.cpp:2502:            p->invalidateFanin(i);
Timer/oagTimerTimer.cpp:2514:            p->invalidateFanin(i);
Timer/oagTimerTimer.cpp:2570:            if (p->isPI() && !p->isClock()) {
Timer/oagTimerTimer.cpp:2583:        if (p->isClock()) {
Timer/oagTimerTimer.cpp:2605:  if (p->isPO() || (p->isClock() && !isStartingClock))
Timer/oagTimerTimer.cpp:2611:  } else if (p->type == TIMING_POINT_SIGNAL_OUT) {
Timer/oagTimerTimer.cpp:2720:  DelayType s1 = p->getRiseSlack();
Timer/oagTimerTimer.cpp:2721:  DelayType s2 = p->getFallSlack();
Timer/oagTimerTimer.cpp:2731:  if (p->isClock()) isRise = true;
Timer/oagTimerTimer.cpp:2734:  if (p->isClock()) {
Timer/oagTimerTimer.cpp:2754:  DelayType s1 = p->getRiseSlack();
Timer/oagTimerTimer.cpp:2755:  DelayType s2 = p->getFallSlack();
Timer/oagTimerTimer.cpp:2767:  if (p->isClock()) {
Timer/oagTimerTimer.cpp:2788:  if (p->isPI() || (p->isClock() && !isEndingClock))
Timer/oagTimerTimer.cpp:2794:  } else if (p->type == TIMING_POINT_SIGNAL_IN) {
Timer/oagTimerTimer.cpp:2924:    DelayType s1 = tp->getRiseSlack();
Timer/oagTimerTimer.cpp:2931:    DelayType s2 = tp->getFallSlack();
Timer/oagTimerLibData.cpp:584:    p->cap = i->cap;
Timer/oagTimerLibData.cpp:585:    p->loadLimit = i->loadLimit;
Timer/oagTimerLibData.cpp:646:    srcP->addOutPath(dstTerm, i->delay, i->slew, trans);
Timer/oagTimerLibData.cpp:647:    dstP->addInPath(srcTerm, i->delay, i->slew, trans);
Timer/oagTimerLibData.cpp:652:  for(oaIter<oaModTerm> i = top->getTerms(); oaModTerm *term = i.getNext(); ) {
Timer/oagTimerTPoint.cpp:222:            otherTP->invalidateFanout(other);
Timer/oagTimerTPoint.cpp:242:                    tp->invalidateFanout(i);
Timer/oagTimerTPoint.cpp:253:                    tp->invalidateFanout(i);
Timer/oagTimerTPoint.cpp:299:            if (otherTP->isClock()) {
Timer/oagTimerTPoint.cpp:304:            otherTP->invalidateFanin(other);
Timer/oagTimerTPoint.cpp:323:                    tp->invalidateFanin(i);
Timer/oagTimerTPoint.cpp:334:                    tp->invalidateFanin(i);
Timer/oagTimerTPoint.cpp:422:            tp->type = TIMING_POINT_CLOCK;
Timer/oagTimerTPoint.cpp:424:            tp->type = TIMING_POINT_SIGNAL_IN;
Timer/oagTimerTPoint.cpp:430:        tp->type = TIMING_POINT_SIGNAL_OUT;
Timer/oagTimerTPoint.cpp:459:        tp->type = TIMING_POINT_PI;
Timer/oagTimerTPoint.cpp:461:        tp->type = TIMING_POINT_PO;
Timer/oagTimerTPoint.cpp:505:            tp->type = p1->type;
Timer/oagTimerTPoint.cpp:514:            tp->type = p1->type;
Timer/oagTimerReport.cpp:83:        if (p->multiClockData.size() == 0) {
Timer/oagTimerReport.cpp:91:        print(20, p->getLoad());
Timer/oagTimerReport.cpp:103:        if ((p->type == TIMING_POINT_CLOCK) ||
Timer/oagTimerReport.cpp:104:                (p->multiClockData.size() == 0)) {
Timer/oagTimerReport.cpp:125:        for (unsigned int k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerReport.cpp:126:            timingData *d =  p->multiClockData[k];
Timer/oagTimerReport.cpp:131:            print(15, p->getRiseSlew(k));
Timer/oagTimerReport.cpp:132:            print(20, p->getFallSlew(k));
Timer/oagTimerReport.cpp:133:            print(20, p->getRiseReq(k)-p->getRiseArr(k));
Timer/oagTimerReport.cpp:134:            print(20, p->getFallReq(k)-p->getFallArr(k));
Timer/oagTimerReport.cpp:135:            print(20, p->getRiseArr(k));
Timer/oagTimerReport.cpp:136:            print(20, p->getFallArr(k));
Timer/oagTimerReport.cpp:161:        if (p->isPI()) {
Timer/oagTimerReport.cpp:167:                print(80, dp->delay);
Timer/oagTimerReport.cpp:174:        if (p->multiClockData.size() == 0) {
Timer/oagTimerReport.cpp:181:        print(20, p->getLoad());
Timer/oagTimerReport.cpp:193:        if ((p->type == TIMING_POINT_CLOCK) ||
Timer/oagTimerReport.cpp:194:                (p->multiClockData.size() == 0)) {
Timer/oagTimerReport.cpp:215:        for (unsigned int k = 0; k < p->multiClockData.size(); ++k) { 
Timer/oagTimerReport.cpp:216:            timingData *d =  p->multiClockData[k];
Timer/oagTimerReport.cpp:221:            print(15, p->getRiseSlew(k));
Timer/oagTimerReport.cpp:222:            print(20, p->getFallSlew(k));
Timer/oagTimerReport.cpp:223:            print(20, p->getRiseReq(k)-p->getRiseArr(k));
Timer/oagTimerReport.cpp:224:            print(20, p->getFallReq(k)-p->getFallArr(k));
Timer/oagTimerReport.cpp:225:            print(20, p->getRiseArr(k));
Timer/oagTimerReport.cpp:226:            print(20, p->getFallArr(k));
Timer/oagTimerReport.cpp:330:    if (p->isPO()) {
Timer/oagTimerReport.cpp:333:      print(20, p->getSlack());
Timer/oagTimerReport.cpp:361:    print(20, otherTP->getSlack());
Binary file Timer/.libs/oagTimerTimer.o matches
Binary file Timer/.libs/oagTimerUtil.o matches
Binary file Timer/.libs/oagTimerElmoreWireModel.o matches
Binary file Timer/.libs/oagTimerExtDelay.o matches
Binary file Timer/.libs/oagTimerInstTermObserver.o matches
Binary file Timer/.libs/oagTimerLibData.o matches
Binary file Timer/.libs/oagTimerUtilSwap.o matches
Binary file Timer/.libs/oagTimerModel.o matches
Binary file Timer/.libs/oagTimerTPoint.o matches
Binary file Timer/.libs/oagTimerTPointMaster.o matches
Binary file Timer/.libs/oagTimerSdcData.o matches
Binary file Timer/.libs/oagTimerReport.o matches
Binary file Timer/.libs/oagTimerLinearWireModel.o matches
Binary file Timer/.libs/oagTimerLibParser.o matches
Binary file Timer/.libs/oagTimerSdcParser.o matches
Binary file Timer/.libs/oagTimerSensitivity.o matches
Binary file Timer/.libs/liboagTimer.so.0.0.0 matches
Binary file Timer/.libs/liboagTimer.so.0 matches
Binary file Timer/.libs/liboagTimer.so matches
Binary file Timer/.libs/oagTimerPowerSensitivity.o matches
Binary file Timer/.libs/liboagTimer.so.0.0.0T matches
Timer/oagTimerLibParser.cxx:1547:#define YYPOPSTACK   (oagTimerLib_yyvsp--, oagTimerLib_yyssp--)
Timer/UnitTest/oagTimerTimerUnitTest.cpp:43:    logOneTest(p->multiCycleConstraint == 2, "Multi Cycle Constraint of G5");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:52:    logOneTest(p->atValid, "Updating arrival time of G0");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:53:    logOneTest(p->multiClockData.size()==1, "Multi clock data size of G0");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:54:    logOneTest(p->multiClockData[0]->riseArr == 0.0, "rise arrival of G0");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:55:    logOneTest(p->multiClockData[0]->fallArr == 0.0, "fall arrival of G0");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:64:    logOneTest(p->atValid, "Updating arrival time of i_12/A");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:65:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:67:    logOneTest(p->multiClockData[0]->riseArr == 0.0, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:69:    logOneTest(p->multiClockData[0]->fallArr == 0.0, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:79:    logOneTest(p->atValid, "Updating arrival time of i_12/O");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:80:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:82:    logOneTest(fabs(p->multiClockData[0]->riseArr - 0.0780043) < 0.0000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:84:    logOneTest(fabs(p->multiClockData[0]->fallArr - 0.0780043) < 0.0000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:86:    logOneTest(fabs(p->multiClockData[0]->riseSlew - 0.0072) < 0.0001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:88:    logOneTest(fabs(p->multiClockData[0]->fallSlew - 0.0072) < 0.0001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:98:    logOneTest(p->atValid, "Updating arrival time of i_1/D");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:99:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:101:    logOneTest(fabs(p->multiClockData[0]->riseArr - 0.0780043) < 0.0000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:103:    logOneTest(fabs(p->multiClockData[0]->fallArr - 0.0780043) < 0.0000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:105:    logOneTest(fabs(p->multiClockData[0]->riseSlew - 0.0072) < 0.0001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:107:    logOneTest(fabs(p->multiClockData[0]->fallSlew - 0.0072) < 0.0001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:117:    logOneTest(p->atValid, "Updating arrival time of i_1/C");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:118:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:120:    logOneTest(fabs(p->multiClockData[0]->riseArr - 0.0790487) < 0.0000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:122:    logOneTest(fabs(p->multiClockData[0]->riseSlew - 0.0072) < 0.0001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:132:    logOneTest(fabs(p->multiClockData[0]->riseReq - 0.499999) < 0.000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:142:    logOneTest(p->atValid, "Updating arrival time of i_1/D");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:143:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:145:    logOneTest(fabs(p->multiClockData[0]->riseReq - 0.498955) < 0.000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:147:    logOneTest(fabs(p->multiClockData[0]->fallReq - 0.498955) < 0.000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:157:    logOneTest(p->atValid, "Updating arrival time of i_12/O");
Timer/UnitTest/oagTimerTimerUnitTest.cpp:158:    logOneTest(p->multiClockData.size()==1, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:160:    logOneTest(fabs(p->multiClockData[0]->riseReq - 0.498955) < 0.000001, 
Timer/UnitTest/oagTimerTimerUnitTest.cpp:162:    logOneTest(fabs(p->multiClockData[0]->fallReq - 0.498955) < 0.000001, 
Binary file Timer/UnitTest/oagTimerTimerUnitTest.o matches
Binary file Timer/UnitTest/.libs/oagTimerUnitTest matches
Timer/UnitTest/oagTimerUnitTest:17:# The HP-UX ksh and POSIX shell print the target directory to stdout
Binary file Timer/analyzeTiming/analyzeTiming.o matches
Binary file Timer/analyzeTiming/.libs/analyzeTiming matches
Timer/analyzeTiming/analyzeTiming:17:# The HP-UX ksh and POSIX shell print the target directory to stdout
Timer/oagTimerSdcParser.cxx:882:#define YYPOPSTACK   (oagTimerSdc_yyvsp--, oagTimerSdc_yyssp--)
Binary file Timer/.oagTimerTimer.cpp.swp matches
Binary file Timer/.oagTimerTPoint.cpp.swp matches
Timer/oagTimerUtilSA.cpp:105:	sd.powerSense = p->getSensitivity(newMaster, newCell);
Timer/oagTimerUtilSA.cpp:155:	    float f = p->getSensitivity(masterName,cellName);
Timer/temp.txt:3:oagTimerTimer.cpp:826:    assert(otherTP->atValid);
Timer/temp.txt:4:oagTimerTimer.cpp:1417:        p->ratValid = true;
Timer/temp.txt:6:oagTimerTimer.cpp:1458:        p->ratValid = true;
Timer/temp.txt:7:oagTimerTimer.cpp:1588:            if (!tp->atValid) {
Timer/temp.txt:8:oagTimerTimer.cpp:1593:            if (!otherTP->atValid) {
Timer/temp.txt:9:oagTimerTimer.cpp:1631:    p->atValid = true;
Timer/temp.txt:10:oagTimerTimer.cpp:1633:    std::cout << "updateClockCellArr(" << getBlockName(block) << ") p->atValid=true" << std::endl;
Timer/temp.txt:11:oagTimerTimer.cpp:1666:            if (!tp->atValid) {
Timer/temp.txt:12:oagTimerTimer.cpp:1675:    p->atValid = true;
Timer/temp.txt:13:oagTimerTimer.cpp:1715:        if (!otherTP->atValid) {
Timer/temp.txt:14:oagTimerTimer.cpp:1719:            if (!otherTP->ratValid) {
Timer/temp.txt:16:oagTimerTimer.cpp:1735:        p->ratValid = true;
Timer/temp.txt:17:oagTimerTimer.cpp:1759:            if (tp->atValid) {
Timer/temp.txt:18:oagTimerTimer.cpp:1775:                if (tp->atValid) {
Timer/temp.txt:19:oagTimerTimer.cpp:1782:    p->ratValid = true;
Timer/temp.txt:20:oagTimerTimer.cpp:1807:            if (!tp->atValid) {
Timer/temp.txt:21:oagTimerTimer.cpp:1812:                if (tp->atValid) {
Timer/temp.txt:22:oagTimerTimer.cpp:1819:    p->ratValid = true;
Timer/temp.txt:23:oagTimerTimer.cpp:1844:            if (!tp->atValid) {
Timer/temp.txt:24:oagTimerTimer.cpp:1858:            if (!tp->atValid) {
Timer/temp.txt:25:oagTimerTimer.cpp:1872:    p->atValid = true;
Timer/temp.txt:26:oagTimerTimer.cpp:1915:    p->atValid = true;
Timer/temp.txt:27:oagTimerTimer.cpp:1941:            if (op->atValid) {
Timer/temp.txt:28:oagTimerTimer.cpp:1960:            if (op->atValid) {
Timer/temp.txt:29:oagTimerTimer.cpp:1968:            if (op->atValid) {
Timer/temp.txt:30:oagTimerTimer.cpp:2096:        p->atValid = true;
Timer/temp.txt:31:oagTimerTimer.cpp:2099:        p->atValid = true;
Timer/temp.txt:32:oagTimerTimer.cpp:2142:        p->atValid = true;
Timer/temp.txt:33:oagTimerTimer.cpp:2255:    if (p->atValid) {
Timer/temp.txt:34:oagTimerTimer.cpp:2290:    if (p->atValid) {
Timer/temp.txt:35:oagTimerTimer.cpp:2319:    p->ratValid = !timingDataCompare(p->multiClockData, oldTimeimgDataVector);
Timer/temp.txt:36:oagTimerTimer.cpp:2320:    if (!p->ratValid) {
Timer/temp.txt:37:oagTimerTimer.cpp:2367:    if (p->ratValid) {
Timer/temp.txt:38:oagTimerTimer.cpp:2426:        if (!p->ratValid) {
Timer/temp.txt:47:UnitTest/oagTimerTimerUnitTest.cpp:52:    logOneTest(p->atValid, "Updating arrival time of G0");
Timer/temp.txt:48:UnitTest/oagTimerTimerUnitTest.cpp:64:    logOneTest(p->atValid, "Updating arrival time of i_12/A");
Timer/temp.txt:49:UnitTest/oagTimerTimerUnitTest.cpp:79:    logOneTest(p->atValid, "Updating arrival time of i_12/O");
Timer/temp.txt:50:UnitTest/oagTimerTimerUnitTest.cpp:98:    logOneTest(p->atValid, "Updating arrival time of i_1/D");
Timer/temp.txt:51:UnitTest/oagTimerTimerUnitTest.cpp:117:    logOneTest(p->atValid, "Updating arrival time of i_1/C");
Timer/temp.txt:52:UnitTest/oagTimerTimerUnitTest.cpp:142:    logOneTest(p->atValid, "Updating arrival time of i_1/D");
Timer/temp.txt:53:UnitTest/oagTimerTimerUnitTest.cpp:157:    logOneTest(p->atValid, "Updating arrival time of i_12/O");
Tools/oa2bk/oa2bk.cpp:511:            p->getBBox(bbox);
Binary file Tools/oa2bk/oa2bk.o matches
Binary file Tools/oa2bk/oa2bk matches
Binary file Tools/oaWritePl/oaWritePl.o matches
Binary file Tools/oaWritePl/oaWritePl matches
Binary file Tools/countPaths/countPaths.o matches
Binary file Tools/countPaths/countPaths matches
Binary file Tools/genPhysical/genPhysical.o matches
Binary file Tools/genPhysical/.libs/genPhysical matches
Tools/genPhysical/genPhysical:17:# The HP-UX ksh and POSIX shell print the target directory to stdout
Util/oagUtilOptions.cpp:61:        (p->second).given = true;
Util/oagUtilOptions.cpp:62:        if ((p->second).takesArgument) {
Util/oagUtilOptions.cpp:67:            (p->second).argument = argv[i];
Util/oagUtilOptions.cpp:80:    return ((p->second).given);
Util/oagUtilOptions.cpp:90:    if (!(p->second).given) {
Util/oagUtilOptions.cpp:93:    if (!(p->second).takesArgument) {
Util/oagUtilOptions.cpp:96:    return (p->second).argument.c_str();
Util/oagUtilOptionParser.cpp:62:        if (std::strcmp(name, p->_name) == 0) {
Util/oagUtilOptionParser.cpp:104:            if (std::strcmp(p->_name, t) == 0) {
Util/oagUtilOptionParser.cpp:114:        if (p->_argName) {
Util/oagUtilOptionParser.cpp:123:            p->_argValue = argv[i];
Util/oagUtilOptionParser.cpp:126:            p->_argValue = "x";
Util/oagUtilOptionParser.cpp:141:        p->_argValue.clear();
Util/oagUtilOptionParser.cpp:155:        if (p->_isMandatory && p->_argValue.empty()) {
Util/oagUtilOptionParser.cpp:156:            _message << "ERROR: Mandatory option \'-" << p->_name
Util/oagUtilOptionParser.cpp:177:                (p->_isMandatory ? "" : "["),
Util/oagUtilOptionParser.cpp:178:                p->_name,
Util/oagUtilOptionParser.cpp:179:                (p->_argName ? " " : ""),
Util/oagUtilOptionParser.cpp:180:                (p->_argName ? p->_argName : ""),
Util/oagUtilOptionParser.cpp:181:                (p->_isMandatory ? "" : "]"));
Util/oagUtilOptionParser.cpp:184:        const char *t = p->_helpString;
Util/UnitTest/oagUtilOptionsUnitTest.cpp:30:    logOneTest(!(p->second).takesArgument, "add 1.3");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:31:    logOneTest(!(p->second).isMandatory, "add 1.4");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:38:    logOneTest((p->second).takesArgument, "add 2.3");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:39:    logOneTest((p->second).isMandatory, "add 2.4");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:42:    logOneTest(!(p->second).takesArgument, "add 2.6");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:43:    logOneTest(!(p->second).isMandatory, "add 2.7");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:51:    logOneTest(!(p->second).given, "parse 1.3");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:54:    logOneTest((p->second).given, "parse 1.5");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:55:    logOneTest((p->second).argument == "testarg", "parse 1.6");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:67:    logOneTest((p->second).given, "parse 2.3");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:70:    logOneTest((p->second).given, "parse 2.5");
Util/UnitTest/oagUtilOptionsUnitTest.cpp:71:    logOneTest((p->second).argument == "testarg", "parse 2.6");
Util/UnitTest/oagUtilUnitTest:17:# The HP-UX ksh and POSIX shell print the target directory to stdout
Binary file Util/.libs/oagUtilOptionParser.o matches
Binary file Util/.libs/oagUtilOaUtil.o matches
Binary file Util/.libs/oagUtilGlobMatch.o matches
Binary file Util/.libs/liboagUtil.so.0.0.0 matches
Binary file Util/.libs/liboagUtil.so.0 matches
Binary file Util/.libs/liboagUtil.so matches
