%PDF-
%PDF-
Mini Shell
Mini Shell
require '_h2ph_pre.ph';
no warnings qw(redefine misc);
unless(defined(&_SYS_TIME_H_)) {
eval 'sub _SYS_TIME_H_ () {1;}' unless defined(&_SYS_TIME_H_);
require 'sys/_timeval.ph';
require 'sys/types.ph';
require 'sys/timespec.ph';
eval 'sub DST_NONE () {0;}' unless defined(&DST_NONE);
eval 'sub DST_USA () {1;}' unless defined(&DST_USA);
eval 'sub DST_AUST () {2;}' unless defined(&DST_AUST);
eval 'sub DST_WET () {3;}' unless defined(&DST_WET);
eval 'sub DST_MET () {4;}' unless defined(&DST_MET);
eval 'sub DST_EET () {5;}' unless defined(&DST_EET);
eval 'sub DST_CAN () {6;}' unless defined(&DST_CAN);
if((defined(&__BSD_VISIBLE) ? &__BSD_VISIBLE : undef)) {
eval 'sub bintime_addx {
my($_bt,$_x) = @_;
eval q({ &uint64_t &_u; &_u = ($_bt->{frac}); ($_bt->{frac}) += $_x; &if ( &_u > ($_bt->{frac})) ($_bt->{sec})++; });
}' unless defined(&bintime_addx);
eval 'sub bintime_add {
my($_bt,$_bt2) = @_;
eval q({ &uint64_t &_u; &_u = ($_bt->{frac}); ($_bt->{frac}) += ($_bt2->{frac}); &if ( &_u > ($_bt->{frac})) ($_bt->{sec})++; ($_bt->{sec}) += ($_bt2->{sec}); });
}' unless defined(&bintime_add);
eval 'sub bintime_sub {
my($_bt,$_bt2) = @_;
eval q({ &uint64_t &_u; &_u = ($_bt->{frac}); ($_bt->{frac}) -= ($_bt2->{frac}); &if ( &_u < ($_bt->{frac})) ($_bt->{sec})--; ($_bt->{sec}) -= ($_bt2->{sec}); });
}' unless defined(&bintime_sub);
eval 'sub bintime_mul {
my($_bt,$_x) = @_;
eval q({ &uint64_t &_p1, &_p2; &_p1 = ( ($_bt->{frac}) & 0xffffffff) * $_x; &_p2 = ( ($_bt->{frac}) >> 32) * $_x + ( &_p1 >> 32); ($_bt->{sec}) *= $_x; ($_bt->{sec}) += ( &_p2 >> 32); ($_bt->{frac}) = ( &_p2 << 32) | ( &_p1 & 0xffffffff); });
}' unless defined(&bintime_mul);
eval 'sub bintime_shift {
my($_bt,$_exp) = @_;
eval q({ &if ($_exp > 0) { ($_bt->{sec}) <<= $_exp; ($_bt->{sec}) |= ($_bt->{frac}) >> (64- $_exp); ($_bt->{frac}) <<= $_exp; } &else &if ($_exp < 0) { ($_bt->{frac}) >>= -$_exp; ($_bt->{frac}) |= ( &uint64_t) ($_bt->{sec}) << (64+ $_exp); ($_bt->{sec}) >>= -$_exp; } });
}' unless defined(&bintime_shift);
eval 'sub bintime_clear {
my($a) = @_;
eval q((($a)-> &sec = ($a)-> &frac = 0));
}' unless defined(&bintime_clear);
eval 'sub bintime_isset {
my($a) = @_;
eval q((($a)-> &sec || ($a)-> &frac));
}' unless defined(&bintime_isset);
eval 'sub bintime_cmp {
my($a, $b, $cmp) = @_;
eval q(((($a)-> &sec == ($b)-> &sec) ? (($a)-> &frac $cmp ($b)-> &frac) : (($a)-> &sec $cmp ($b)-> &sec)));
}' unless defined(&bintime_cmp);
eval 'sub SBT_1S () {(( &sbintime_t)1<< 32);}' unless defined(&SBT_1S);
eval 'sub SBT_1M () {( &SBT_1S * 60);}' unless defined(&SBT_1M);
eval 'sub SBT_1MS () {( &SBT_1S / 1000);}' unless defined(&SBT_1MS);
eval 'sub SBT_1US () {( &SBT_1S / 1000000);}' unless defined(&SBT_1US);
eval 'sub SBT_1NS () {( &SBT_1S / 1000000000);}' unless defined(&SBT_1NS);
eval 'sub SBT_MAX () {0x7fffffffffffffff;}' unless defined(&SBT_MAX);
eval 'sub sbintime_getsec {
my($_sbt) = @_;
eval q({ ($_sbt >> 32); });
}' unless defined(&sbintime_getsec);
eval 'sub bttosbt {
my($_bt) = @_;
eval q({ ((( &sbintime_t) ($_bt->{sec}) << 32) + ( ($_bt->{frac}) >> 32)); });
}' unless defined(&bttosbt);
eval 'sub sbttobt {
my($_sbt) = @_;
eval q({ \'struct bintime\' &_bt; ($_bt->{sec}) = $_sbt >> 32; ($_bt->{frac}) = $_sbt << 32; ( &_bt); });
}' unless defined(&sbttobt);
if(defined(&KASSERT)) {
}
# some #ifdef were dropped here -- fill in the blanks
eval 'sub nstosbt {
my($_ns) = @_;
eval q({ &sbintime_t &sb = 0; &if ($_ns >= &SBT_1S) { &sb = ($_ns / 1000000000) * &SBT_1S; $_ns = $_ns % 1000000000; } &sb += (($_ns * 9223372037) + 0x7fffffff) >> 31; ( &sb); });
}' unless defined(&nstosbt);
eval 'sub sbttous {
my($_sbt) = @_;
eval q({ ((1000000* $_sbt) >> 32); });
}' unless defined(&sbttous);
# some #ifdef were dropped here -- fill in the blanks
eval 'sub ustosbt {
my($_us) = @_;
eval q({ &sbintime_t &sb = 0; &if ($_us >= &SBT_1S) { &sb = ($_us / 1000000) * &SBT_1S; $_us = $_us % 1000000; } &sb += (($_us * 9223372036855) + 0x7fffffff) >> 31; ( &sb); });
}' unless defined(&ustosbt);
eval 'sub sbttoms {
my($_sbt) = @_;
eval q({ ((1000* $_sbt) >> 32); });
}' unless defined(&sbttoms);
# some #ifdef were dropped here -- fill in the blanks
eval 'sub mstosbt {
my($_ms) = @_;
eval q({ &sbintime_t &sb = 0; &if ($_ms >= &SBT_1S) { &sb = ($_ms / 1000) * &SBT_1S; $_ms = $_ms % 1000; } &sb += (($_ms * 9223372036854776) + 0x7fffffff) >> 31; ( &sb); });
}' unless defined(&mstosbt);
eval 'sub timespec2bintime {
my($_ts,$_bt) = @_;
eval q({ ($_bt->{sec}) = ($_ts->{tv_sec}); ($_bt->{frac}) = ($_ts->{tv_nsec}) * ( &uint64_t)18446744073; });
}' unless defined(×pec2bintime);
eval 'sub bintime2timeval {
my($_bt,$_tv) = @_;
eval q({ ($_tv->{tv_sec}) = ($_bt->{sec}); ($_tv->{tv_usec}) = (( &uint64_t)1000000* ( &uint32_t)( ($_bt->{frac}) >> 32)) >> 32; });
}' unless defined(&bintime2timeval);
eval 'sub timeval2bintime {
my($_tv,$_bt) = @_;
eval q({ ($_bt->{sec}) = ($_tv->{tv_sec}); ($_bt->{frac}) = ($_tv->{tv_usec}) * ( &uint64_t)18446744073709; });
}' unless defined(&timeval2bintime);
eval 'sub sbttots {
my($_sbt) = @_;
eval q({ \'struct timespec\' &_ts; ($_ts->{tv_sec}) = $_sbt >> 32; ($_ts->{tv_nsec}) = &sbttons(( &uint32_t)$_sbt); ( &_ts); });
}' unless defined(&sbttots);
eval 'sub tstosbt {
my($_ts) = @_;
eval q({ ((( &sbintime_t) ($_ts->{tv_sec}) << 32) + &nstosbt( ($_ts->{tv_nsec}))); });
}' unless defined(&tstosbt);
eval 'sub sbttotv {
my($_sbt) = @_;
eval q({ \'struct timeval\' &_tv; ($_tv->{tv_sec}) = $_sbt >> 32; ($_tv->{tv_usec}) = &sbttous(( &uint32_t)$_sbt); ( &_tv); });
}' unless defined(&sbttotv);
eval 'sub tvtosbt {
my($_tv) = @_;
eval q({ ((( &sbintime_t) ($_tv->{tv_sec}) << 32) + &ustosbt( ($_tv->{tv_usec}))); });
}' unless defined(&tvtosbt);
}
if(defined(&_KERNEL)) {
eval 'sub TICKS_2_MSEC {
my($t) = @_;
eval q( &max(1, ( &uint32_t)( &hz == 1000) ? ($t) : ((( &uint64_t)($t) * ( &uint64_t)1000)/( &uint64_t) &hz)));
}' unless defined(&TICKS_2_MSEC);
eval 'sub TICKS_2_USEC {
my($t) = @_;
eval q( &max(1, ( &uint32_t)( &hz == 1000) ? (($t) * 1000) : ((( &uint64_t)($t) * ( &uint64_t)1000000)/( &uint64_t) &hz)));
}' unless defined(&TICKS_2_USEC);
eval 'sub MSEC_2_TICKS {
my($m) = @_;
eval q( &max(1, ( &uint32_t)(( &hz == 1000) ? ($m) : (( &uint64_t)($m) * ( &uint64_t) &hz)/( &uint64_t)1000)));
}' unless defined(&MSEC_2_TICKS);
eval 'sub USEC_2_TICKS {
my($u) = @_;
eval q( &max(1, ( &uint32_t)(( &hz == 1000) ? (($u) / 1000) : (( &uint64_t)($u) * ( &uint64_t) &hz)/( &uint64_t)1000000)));
}' unless defined(&USEC_2_TICKS);
}
eval 'sub timespecclear {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec = ($tvp)-> &tv_nsec = 0));
}' unless defined(×pecclear);
eval 'sub timespecisset {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec || ($tvp)-> &tv_nsec));
}' unless defined(×pecisset);
eval 'sub timespeccmp {
my($tvp, $uvp, $cmp) = @_;
eval q(((($tvp)-> &tv_sec == ($uvp)-> &tv_sec) ? (($tvp)-> &tv_nsec $cmp ($uvp)-> &tv_nsec) : (($tvp)-> &tv_sec $cmp ($uvp)-> &tv_sec)));
}' unless defined(×peccmp);
eval 'sub timespecadd {
my($tsp, $usp, $vsp) = @_;
eval q( &do { ($vsp)-> &tv_sec = ($tsp)-> &tv_sec + ($usp)-> &tv_sec; ($vsp)-> &tv_nsec = ($tsp)-> &tv_nsec + ($usp)-> &tv_nsec; &if (($vsp)-> &tv_nsec >= 1000000000) { ($vsp)-> &tv_sec++; ($vsp)-> &tv_nsec -= 1000000000; } } &while (0));
}' unless defined(×pecadd);
eval 'sub timespecsub {
my($tsp, $usp, $vsp) = @_;
eval q( &do { ($vsp)-> &tv_sec = ($tsp)-> &tv_sec - ($usp)-> &tv_sec; ($vsp)-> &tv_nsec = ($tsp)-> &tv_nsec - ($usp)-> &tv_nsec; &if (($vsp)-> &tv_nsec < 0) { ($vsp)-> &tv_sec--; ($vsp)-> &tv_nsec += 1000000000; } } &while (0));
}' unless defined(×pecsub);
if(defined(&_KERNEL)) {
eval 'sub timevalclear {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec = ($tvp)-> &tv_usec = 0));
}' unless defined(&timevalclear);
eval 'sub timevalisset {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec || ($tvp)-> &tv_usec));
}' unless defined(&timevalisset);
eval 'sub timevalcmp {
my($tvp, $uvp, $cmp) = @_;
eval q(((($tvp)-> &tv_sec == ($uvp)-> &tv_sec) ? (($tvp)-> &tv_usec $cmp ($uvp)-> &tv_usec) : (($tvp)-> &tv_sec $cmp ($uvp)-> &tv_sec)));
}' unless defined(&timevalcmp);
}
unless(defined(&_KERNEL)) {
eval 'sub timerclear {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec = ($tvp)-> &tv_usec = 0));
}' unless defined(&timerclear);
eval 'sub timerisset {
my($tvp) = @_;
eval q((($tvp)-> &tv_sec || ($tvp)-> &tv_usec));
}' unless defined(&timerisset);
eval 'sub timercmp {
my($tvp, $uvp, $cmp) = @_;
eval q(((($tvp)-> &tv_sec == ($uvp)-> &tv_sec) ? (($tvp)-> &tv_usec $cmp ($uvp)-> &tv_usec) : (($tvp)-> &tv_sec $cmp ($uvp)-> &tv_sec)));
}' unless defined(&timercmp);
eval 'sub timeradd {
my($tvp, $uvp, $vvp) = @_;
eval q( &do { ($vvp)-> &tv_sec = ($tvp)-> &tv_sec + ($uvp)-> &tv_sec; ($vvp)-> &tv_usec = ($tvp)-> &tv_usec + ($uvp)-> &tv_usec; &if (($vvp)-> &tv_usec >= 1000000) { ($vvp)-> &tv_sec++; ($vvp)-> &tv_usec -= 1000000; } } &while (0));
}' unless defined(&timeradd);
eval 'sub timersub {
my($tvp, $uvp, $vvp) = @_;
eval q( &do { ($vvp)-> &tv_sec = ($tvp)-> &tv_sec - ($uvp)-> &tv_sec; ($vvp)-> &tv_usec = ($tvp)-> &tv_usec - ($uvp)-> &tv_usec; &if (($vvp)-> &tv_usec < 0) { ($vvp)-> &tv_sec--; ($vvp)-> &tv_usec += 1000000; } } &while (0));
}' unless defined(&timersub);
}
eval 'sub ITIMER_REAL () {0;}' unless defined(&ITIMER_REAL);
eval 'sub ITIMER_VIRTUAL () {1;}' unless defined(&ITIMER_VIRTUAL);
eval 'sub ITIMER_PROF () {2;}' unless defined(&ITIMER_PROF);
unless(defined(&CLOCK_REALTIME)) {
eval 'sub CLOCK_REALTIME () {0;}' unless defined(&CLOCK_REALTIME);
}
unless(defined(&CLOCK_VIRTUAL)) {
eval 'sub CLOCK_VIRTUAL () {1;}' unless defined(&CLOCK_VIRTUAL);
eval 'sub CLOCK_PROF () {2;}' unless defined(&CLOCK_PROF);
}
unless(defined(&CLOCK_MONOTONIC)) {
eval 'sub CLOCK_MONOTONIC () {4;}' unless defined(&CLOCK_MONOTONIC);
eval 'sub CLOCK_UPTIME () {5;}' unless defined(&CLOCK_UPTIME);
eval 'sub CLOCK_UPTIME_PRECISE () {7;}' unless defined(&CLOCK_UPTIME_PRECISE);
eval 'sub CLOCK_UPTIME_FAST () {8;}' unless defined(&CLOCK_UPTIME_FAST);
eval 'sub CLOCK_REALTIME_PRECISE () {9;}' unless defined(&CLOCK_REALTIME_PRECISE);
eval 'sub CLOCK_REALTIME_FAST () {10;}' unless defined(&CLOCK_REALTIME_FAST);
eval 'sub CLOCK_MONOTONIC_PRECISE () {11;}' unless defined(&CLOCK_MONOTONIC_PRECISE);
eval 'sub CLOCK_MONOTONIC_FAST () {12;}' unless defined(&CLOCK_MONOTONIC_FAST);
eval 'sub CLOCK_SECOND () {13;}' unless defined(&CLOCK_SECOND);
eval 'sub CLOCK_THREAD_CPUTIME_ID () {14;}' unless defined(&CLOCK_THREAD_CPUTIME_ID);
eval 'sub CLOCK_PROCESS_CPUTIME_ID () {15;}' unless defined(&CLOCK_PROCESS_CPUTIME_ID);
}
unless(defined(&TIMER_ABSTIME)) {
eval 'sub TIMER_RELTIME () {0x;}' unless defined(&TIMER_RELTIME);
eval 'sub TIMER_ABSTIME () {0x1;}' unless defined(&TIMER_ABSTIME);
}
if((defined(&__BSD_VISIBLE) ? &__BSD_VISIBLE : undef)) {
eval 'sub CPUCLOCK_WHICH_PID () {0;}' unless defined(&CPUCLOCK_WHICH_PID);
eval 'sub CPUCLOCK_WHICH_TID () {1;}' unless defined(&CPUCLOCK_WHICH_TID);
}
if(defined(&_KERNEL) || defined(&_STANDALONE)) {
eval 'sub sbinuptime {
my($void) = @_;
eval q({ \'struct bintime\' &_bt; &binuptime(& &_bt); ( &bttosbt( &_bt)); });
}' unless defined(&sbinuptime);
eval 'sub getsbinuptime {
my($void) = @_;
eval q({ \'struct bintime\' &_bt; &getbinuptime(& &_bt); ( &bttosbt( &_bt)); });
}' unless defined(&getsbinuptime);
eval 'sub TC_DEFAULTPERC () {5;}' unless defined(&TC_DEFAULTPERC);
eval 'sub BT2FREQ {
my($bt) = @_;
eval q(((( &uint64_t)0x8000000000000000 + (($bt)-> &frac >> 2)) / (($bt)-> &frac >> 1)));
}' unless defined(&BT2FREQ);
eval 'sub SBT2FREQ {
my($sbt) = @_;
eval q((( &SBT_1S + (($sbt) >> 1)) / ($sbt)));
}' unless defined(&SBT2FREQ);
eval 'sub FREQ2BT {
my($freq, $bt) = @_;
eval q({ ($bt)-> &sec = 0; ($bt)-> &frac = (( &uint64_t)0x8000000000000000 / ($freq)) << 1; });
}' unless defined(&FREQ2BT);
eval 'sub TIMESEL {
my($sbt, $sbt2) = @_;
eval q(((($sbt2) >= &sbt_timethreshold) ? ((*($sbt) = &getsbinuptime()), 1) : ((*($sbt) = &sbinuptime()), 0)));
}' unless defined(&TIMESEL);
} else {
require 'time.ph';
require 'sys/cdefs.ph';
require 'sys/select.ph';
if((defined(&__BSD_VISIBLE) ? &__BSD_VISIBLE : undef)) {
}
if((defined(&__XSI_VISIBLE) ? &__XSI_VISIBLE : undef)) {
}
}
}
1;
Zerion Mini Shell 1.0