num 103 gc/AmigaOS.c int num;
num 139 gc/AmigaOS.c num=0;
num 152 gc/AmigaOS.c ++num;
num 272 gc/gcc_support.c int num = NUM_ARRAY_ELEMENTS( o );
num 276 gc/gcc_support.c char* p = first_p + (num - 1) * size;
num 278 gc/gcc_support.c if (num > 0) {
num 3619 gc/os_dep.c static void GC_darwin_sigbus(int num,siginfo_t *sip,void *context) {
num 3620 gc/os_dep.c if(num != SIGBUS) ABORT("Got a non-sigbus signal in the sigbus handler");
num 946 src/bignum.c #define DIGIT(num, n) (((n)%2)? HI((num)->values[(n)/2]) : LO((num)->values[(n)/2]))
num 947 src/bignum.c #define DIGIT2(num, n) \
num 949 src/bignum.c ((LO((num)->values[(n)/2+1])<<HALF_BITS)|HI((num)->values[(n)/2])): \
num 950 src/bignum.c (num)->values[(n)/2])
num 951 src/bignum.c #define SETDIGIT(num, n, v) \
num 953 src/bignum.c (num->values[(n)/2] = (num->values[(n)/2] & LOMASK)|((v) << HALF_BITS)) :\
num 954 src/bignum.c (num->values[(n)/2] = (num->values[(n)/2] & HIMASK)|((v) & LOMASK)))
num 955 src/bignum.c #define SETDIGIT2(num, n, v) \
num 957 src/bignum.c ((num->values[(n)/2] = LO(num->values[(n)/2])|((v)<<HALF_BITS)), \
num 958 src/bignum.c (num->values[(n)/2+1] = (num->values[(n)/2+1] & HIMASK)|HI(v))) : \
num 959 src/bignum.c (num->values[(n)/2] = (v)))
num 93 src/extlib.c ScmObj num;
num 98 src/extlib.c num = (num_scm);
num 105 src/extlib.c SCM_RESULT = Scm_Ash(num, cnt);
num 333 src/extlib.c ScmObj num;
num 336 src/extlib.c num = (num_scm);
num 338 src/extlib.c if (SCM_FLONUMP(num)) {
num 340 src/extlib.c ScmObj f = Scm_DecodeFlonum(SCM_FLONUM_VALUE(num), &exp, &sign);
num 346 src/extlib.c } else if (SCM_INTP(num)) {
num 348 src/extlib.c SCM_VECTOR_ELEMENT(v, 0) = Scm_Abs(num);
num 350 src/extlib.c SCM_VECTOR_ELEMENT(v, 2) = Scm_MakeInteger(Scm_Sign(num));
num 353 src/extlib.c Scm_Error("real number required, but got %S", num);
num 1548 src/extlib.c int num;
num 1552 src/extlib.c num = SCM_INT_VALUE(num_scm);
num 1556 src/extlib.c SCM_RESULT = Scm_GetStandardCharSet(num);
num 5472 src/extlib.c int newid, num;
num 5473 src/extlib.c num = Scm_MakeParameterSlot(Scm_VM(), &newid);
num 5474 src/extlib.c SCM_RETURN(Scm_Values2(SCM_MAKE_INT(num), SCM_MAKE_INT(newid)));
num 196 src/gauche.h #define SCM__MAKE_ITAG(num) (((num)<<4) + 6)
num 2192 src/gauche.h SCM_EXTERN ScmObj Scm_Round(ScmObj num, int mode);
num 2197 src/gauche.h SCM_EXTERN ScmObj Scm_NumberToString(ScmObj num, int radix, int use_upper);
num 85 src/gauche/mingw-compat.h #define sigaddset(pset, num) (*(pset) |= (1L<<(num)))
num 86 src/gauche/mingw-compat.h #define sigdelset(pset, num) (*(pset) &= ~(1L<<(num)))
num 87 src/gauche/mingw-compat.h #define sigismember(pset, num) (*(pset) & (1L<<(num)))
num 90 src/gauche/vm.h #define ENV_DATA(env, num) (*(((ScmObj*)(env))-(num)-1))
num 539 src/moplib.c int num;
num 545 src/moplib.c num = SCM_INT_VALUE(num_scm);
num 549 src/moplib.c SCM_RESULT = Scm_InstanceSlotRef(obj, num);
num 563 src/moplib.c int num;
num 571 src/moplib.c num = SCM_INT_VALUE(num_scm);
num 575 src/moplib.c Scm_InstanceSlotSet(obj, num, value);
num 1727 src/number.c ScmObj Scm_Round(ScmObj num, int mode)
num 1731 src/number.c if (SCM_EXACTP(num)) return num;
num 1732 src/number.c if (!SCM_FLONUMP(num))
num 1733 src/number.c Scm_Error("real number required, but got %S", num);
num 1734 src/number.c v = SCM_FLONUM_VALUE(num);
num 885 src/read.c ScmObj num = Scm_StringToNumber(s, 10, TRUE);
num 886 src/read.c if (num == SCM_FALSE)
num 888 src/read.c return num;
num 894 src/read.c ScmObj num = Scm_StringToNumber(s, 10, TRUE);
num 895 src/read.c if (num == SCM_FALSE)
num 898 src/read.c return num;
num 106 src/signal.c int num;
num 204 src/signal.c if (sigismember(set, desc->num)) {
num 216 src/signal.c if (desc->num == signum) return TRUE;
num 226 src/signal.c if (sigismember(s2, desc->num)) {
num 227 src/signal.c if (!delp) sigaddset(s1, desc->num);
num 228 src/signal.c else sigdelset(s1, desc->num);
num 237 src/signal.c if (desc->num == signum) {
num 258 src/signal.c if (desc->num == signum) {
num 513 src/signal.c if (!sigismember(&sigset, desc->num)) continue;
num 514 src/signal.c if (!sigismember(&sigHandlers.masterSigset, desc->num)) continue;
num 515 src/signal.c if (sigaction(desc->num, &act, NULL) != 0) {
num 516 src/signal.c sigactionfailed = desc->num;
num 518 src/signal.c sigHandlers.handlers[desc->num] = handler;
num 556 src/signal.c if (!sigismember(&masterSet, desc->num)) continue;
num 558 src/signal.c if (SCM_EQ(SCM_CDAR(hp), handlers[desc->num])) {
num 559 src/signal.c sigaddset(&(SCM_SYS_SIGSET(SCM_CAAR(hp))->set), desc->num);
num 565 src/signal.c sigaddset(&(set->set), desc->num);
num 566 src/signal.c h = Scm_Acons(SCM_OBJ(set), handlers[desc->num], h);
num 594 src/signal.c if (sigismember(&sigHandlers.masterSigset, desc->num)
num 595 src/signal.c && !sigismember(set, desc->num)) {
num 597 src/signal.c if (sigaction(desc->num, &actoff, NULL) != 0) {
num 598 src/signal.c Scm_SysError("sigaction on %d failed", desc->num);
num 600 src/signal.c sigHandlers.handlers[desc->num] = SCM_TRUE;
num 601 src/signal.c } else if (!sigismember(&sigHandlers.masterSigset, desc->num)
num 602 src/signal.c && sigismember(set, desc->num)) {
num 605 src/signal.c if (sigaction(desc->num, &actoff, NULL) != 0) {
num 606 src/signal.c Scm_SysError("sigaction on %d failed", desc->num);
num 608 src/signal.c sigHandlers.handlers[desc->num] = SCM_TRUE;
num 610 src/signal.c if (sigaction(desc->num, &acton, NULL) != 0) {
num 611 src/signal.c Scm_SysError("sigaction on %d failed", desc->num);
num 615 src/signal.c sigHandlers.handlers[desc->num] = DEFAULT_SIGHANDLER;
num 618 src/signal.c sigHandlers.handlers[desc->num] = EXIT_SIGHANDLER;
num 731 src/signal.c SCM_DEFINE(mod, desc->name, SCM_MAKE_INT(desc->num));