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Mini Shell
Mini Shell
require '_h2ph_pre.ph';
no warnings qw(redefine misc);
unless(defined(&_SYS_SIGNALVAR_H_)) {
eval 'sub _SYS_SIGNALVAR_H_ () {1;}' unless defined(&_SYS_SIGNALVAR_H_);
require 'sys/queue.ph';
require 'sys/_lock.ph';
require 'sys/_mutex.ph';
require 'sys/signal.ph';
eval 'sub PS_NOCLDWAIT () {0x1;}' unless defined(&PS_NOCLDWAIT);
eval 'sub PS_NOCLDSTOP () {0x2;}' unless defined(&PS_NOCLDSTOP);
eval 'sub PS_CLDSIGIGN () {0x4;}' unless defined(&PS_CLDSIGIGN);
if(defined(&_KERNEL)) {
if(defined(&COMPAT_43)) {
}
eval 'sub SIG_CATCH () {(( &__sighandler_t *)2);}' unless defined(&SIG_CATCH);
eval 'sub SIGACTION {
my($p, $sig) = @_;
eval q(( ($p->{p_sigacts}->{ps_sigact[_SIG_IDX($sig)]})));
}' unless defined(&SIGACTION);
}
eval 'sub SIGADDSET {
my($set, $signo) = @_;
eval q((($set). $__bits[ &_SIG_WORD($signo)] |= &_SIG_BIT($signo)));
}' unless defined(&SIGADDSET);
eval 'sub SIGDELSET {
my($set, $signo) = @_;
eval q((($set). $__bits[ &_SIG_WORD($signo)] &= ~ &_SIG_BIT($signo)));
}' unless defined(&SIGDELSET);
eval 'sub SIGEMPTYSET {
my($set) = @_;
eval q( &do { \'int\' &__i; &for ( &__i = 0; &__i < &_SIG_WORDS; &__i++) ($set). $__bits[ &__i] = 0; } &while (0));
}' unless defined(&SIGEMPTYSET);
eval 'sub SIGFILLSET {
my($set) = @_;
eval q( &do { \'int\' &__i; &for ( &__i = 0; &__i < &_SIG_WORDS; &__i++) ($set). $__bits[ &__i] = ~0; } &while (0));
}' unless defined(&SIGFILLSET);
eval 'sub SIGISMEMBER {
my($set, $signo) = @_;
eval q((($set). $__bits[ &_SIG_WORD($signo)] & &_SIG_BIT($signo)));
}' unless defined(&SIGISMEMBER);
eval 'sub SIGISEMPTY {
my($set) = @_;
eval q(( &__sigisempty(($set))));
}' unless defined(&SIGISEMPTY);
eval 'sub SIGNOTEMPTY {
my($set) = @_;
eval q((! &__sigisempty(($set))));
}' unless defined(&SIGNOTEMPTY);
eval 'sub SIGSETEQ {
my($set1, $set2) = @_;
eval q(( &__sigseteq(($set1), ($set2))));
}' unless defined(&SIGSETEQ);
eval 'sub SIGSETNEQ {
my($set1, $set2) = @_;
eval q((! &__sigseteq(($set1), ($set2))));
}' unless defined(&SIGSETNEQ);
eval 'sub SIGSETOR {
my($set1, $set2) = @_;
eval q( &do { \'int\' &__i; &for ( &__i = 0; &__i < &_SIG_WORDS; &__i++) ($set1). $__bits[ &__i] |= ($set2). $__bits[ &__i]; } &while (0));
}' unless defined(&SIGSETOR);
eval 'sub SIGSETAND {
my($set1, $set2) = @_;
eval q( &do { \'int\' &__i; &for ( &__i = 0; &__i < &_SIG_WORDS; &__i++) ($set1). $__bits[ &__i] &= ($set2). $__bits[ &__i]; } &while (0));
}' unless defined(&SIGSETAND);
eval 'sub SIGSETNAND {
my($set1, $set2) = @_;
eval q( &do { \'int\' &__i; &for ( &__i = 0; &__i < &_SIG_WORDS; &__i++) ($set1). $__bits[ &__i] &= ~($set2). $__bits[ &__i]; } &while (0));
}' unless defined(&SIGSETNAND);
eval 'sub SIGSETLO {
my($set1, $set2) = @_;
eval q((($set1). $__bits[0] = ($set2). $__bits[0]));
}' unless defined(&SIGSETLO);
eval 'sub SIGSETOLD {
my($set, $oset) = @_;
eval q((($set). $__bits[0] = ($oset)));
}' unless defined(&SIGSETOLD);
eval 'sub SIG_CANTMASK {
my($set) = @_;
eval q( &SIGDELSET($set, &SIGKILL), &SIGDELSET($set, &SIGSTOP));
}' unless defined(&SIG_CANTMASK);
eval 'sub SIG_STOPSIGMASK {
my($set) = @_;
eval q( &SIGDELSET($set, &SIGSTOP), &SIGDELSET($set, &SIGTSTP), &SIGDELSET($set, &SIGTTIN), &SIGDELSET($set, &SIGTTOU));
}' unless defined(&SIG_STOPSIGMASK);
eval 'sub SIG_CONTSIGMASK {
my($set) = @_;
eval q( &SIGDELSET($set, &SIGCONT));
}' unless defined(&SIG_CONTSIGMASK);
eval 'sub sigcantmask () {( &sigmask( &SIGKILL) | &sigmask( &SIGSTOP));}' unless defined(&sigcantmask);
eval 'sub SIG2OSIG {
my($sig, $osig) = @_;
eval q(($osig = ($sig). $__bits[0]));
}' unless defined(&SIG2OSIG);
eval 'sub OSIG2SIG {
my($osig, $sig) = @_;
eval q( &SIGEMPTYSET($sig); ($sig). $__bits[0] = $osig);
}' unless defined(&OSIG2SIG);
eval 'sub __sigisempty {
my($set) = @_;
eval q({ \'int\' &i; &for ( &i = 0; &i < &_SIG_WORDS; &i++) { &if ( ($set->{__bits[&i]})) (0); } (1); });
}' unless defined(&__sigisempty);
eval 'sub __sigseteq {
my($set1,$set2) = @_;
eval q({ \'int\' &i; &for ( &i = 0; &i < &_SIG_WORDS; &i++) { &if ( ($set1->{__bits[&i]}) != ($set2->{__bits[&i]})) (0); } (1); });
}' unless defined(&__sigseteq);
if(defined(&COMPAT_FREEBSD6)) {
}
eval 'sub ksi_signo () { ($ksi_info->{si_signo});}' unless defined(&ksi_signo);
eval 'sub ksi_errno () { ($ksi_info->{si_errno});}' unless defined(&ksi_errno);
eval 'sub ksi_code () { ($ksi_info->{si_code});}' unless defined(&ksi_code);
eval 'sub ksi_pid () { ($ksi_info->{si_pid});}' unless defined(&ksi_pid);
eval 'sub ksi_uid () { ($ksi_info->{si_uid});}' unless defined(&ksi_uid);
eval 'sub ksi_status () { ($ksi_info->{si_status});}' unless defined(&ksi_status);
eval 'sub ksi_addr () { ($ksi_info->{si_addr});}' unless defined(&ksi_addr);
eval 'sub ksi_value () { ($ksi_info->{si_value});}' unless defined(&ksi_value);
eval 'sub ksi_band () { ($ksi_info->{si_band});}' unless defined(&ksi_band);
eval 'sub ksi_trapno () { ($ksi_info->{si_trapno});}' unless defined(&ksi_trapno);
eval 'sub ksi_overrun () { ($ksi_info->{si_overrun});}' unless defined(&ksi_overrun);
eval 'sub ksi_timerid () { ($ksi_info->{si_timerid});}' unless defined(&ksi_timerid);
eval 'sub ksi_mqd () { ($ksi_info->{si_mqd});}' unless defined(&ksi_mqd);
eval 'sub KSI_TRAP () {0x1;}' unless defined(&KSI_TRAP);
eval 'sub KSI_EXT () {0x2;}' unless defined(&KSI_EXT);
eval 'sub KSI_INS () {0x4;}' unless defined(&KSI_INS);
eval 'sub KSI_SIGQ () {0x8;}' unless defined(&KSI_SIGQ);
eval 'sub KSI_HEAD () {0x10;}' unless defined(&KSI_HEAD);
eval 'sub KSI_PTRACE () {0x20;}' unless defined(&KSI_PTRACE);
eval 'sub KSI_COPYMASK () {( &KSI_TRAP | &KSI_SIGQ | &KSI_PTRACE);}' unless defined(&KSI_COPYMASK);
eval 'sub KSI_ONQ {
my($ksi) = @_;
eval q((($ksi)-> &ksi_sigq != &NULL));
}' unless defined(&KSI_ONQ);
eval 'sub SQ_INIT () {0x1;}' unless defined(&SQ_INIT);
eval 'sub SIGFASTBLOCK_SETPTR () {1;}' unless defined(&SIGFASTBLOCK_SETPTR);
eval 'sub SIGFASTBLOCK_UNBLOCK () {2;}' unless defined(&SIGFASTBLOCK_UNBLOCK);
eval 'sub SIGFASTBLOCK_UNSETPTR () {3;}' unless defined(&SIGFASTBLOCK_UNSETPTR);
eval 'sub SIGFASTBLOCK_PEND () {0x1;}' unless defined(&SIGFASTBLOCK_PEND);
eval 'sub SIGFASTBLOCK_FLAGS () {0xf;}' unless defined(&SIGFASTBLOCK_FLAGS);
eval 'sub SIGFASTBLOCK_INC () {0x10;}' unless defined(&SIGFASTBLOCK_INC);
unless(defined(&_KERNEL)) {
}
if(defined(&_KERNEL)) {
eval 'sub SIGPENDING {
my($td) = @_;
eval q(((! &SIGISEMPTY(($td)-> &td_siglist) && ! &sigsetmasked(($td)-> &td_siglist, ($td)-> &td_sigmask)) || (! &SIGISEMPTY(($td)-> ($td_proc->{p_siglist})) && ! &sigsetmasked(($td)-> ($td_proc->{p_siglist}), ($td)-> &td_sigmask))));
}' unless defined(&SIGPENDING);
eval 'sub ksiginfo_init {
my($ksi) = @_;
eval q( &do { &bzero($ksi, $sizeof{ &ksiginfo_t}); } &while (0));
}' unless defined(&ksiginfo_init);
eval 'sub ksiginfo_init_trap {
my($ksi) = @_;
eval q( &do { &ksiginfo_t * &kp = $ksi; &bzero( &kp, $sizeof{ &ksiginfo_t}); ($kp->{ksi_flags}) |= &KSI_TRAP; } &while (0));
}' unless defined(&ksiginfo_init_trap);
eval 'sub ksiginfo_copy {
my($src,$dst) = @_;
eval q({ ($dst)-> &ksi_info = ($src->{ksi_info}); ($dst)-> &ksi_flags = ( ($src->{ksi_flags}) & &KSI_COPYMASK); });
}' unless defined(&ksiginfo_copy);
eval 'sub ksiginfo_set_sigev {
my($dst,$sigev) = @_;
eval q({ ($dst->{ksi_signo}) = ($sigev->{sigev_signo}); ($dst->{ksi_value}) = ($sigev->{sigev_value}); });
}' unless defined(&ksiginfo_set_sigev);
eval 'sub SIGIO_LOCK () {
eval q( &mtx_lock( &sigio_lock));
}' unless defined(&SIGIO_LOCK);
eval 'sub SIGIO_TRYLOCK () {
eval q( &mtx_trylock( &sigio_lock));
}' unless defined(&SIGIO_TRYLOCK);
eval 'sub SIGIO_UNLOCK () {
eval q( &mtx_unlock( &sigio_lock));
}' unless defined(&SIGIO_UNLOCK);
eval 'sub SIGIO_LOCKED () {
eval q( &mtx_owned( &sigio_lock));
}' unless defined(&SIGIO_LOCKED);
eval 'sub SIGIO_ASSERT_LOCKED () {
eval q( &mtx_assert( &sigio_lock, &MA_OWNED));
}' unless defined(&SIGIO_ASSERT_LOCKED);
eval 'sub SIGPROCMASK_OLD () {0x1;}' unless defined(&SIGPROCMASK_OLD);
eval 'sub SIGPROCMASK_PROC_LOCKED () {0x2;}' unless defined(&SIGPROCMASK_PROC_LOCKED);
eval 'sub SIGPROCMASK_PS_LOCKED () {0x4;}' unless defined(&SIGPROCMASK_PS_LOCKED);
eval 'sub SIGPROCMASK_FASTBLK () {0x8;}' unless defined(&SIGPROCMASK_FASTBLK);
eval 'sub SIGDEFERSTOP_NOP () {0;}' unless defined(&SIGDEFERSTOP_NOP);
eval 'sub SIGDEFERSTOP_OFF () {1;}' unless defined(&SIGDEFERSTOP_OFF);
eval 'sub SIGDEFERSTOP_SILENT () {2;}' unless defined(&SIGDEFERSTOP_SILENT);
eval 'sub SIGDEFERSTOP_EINTR () {3;}' unless defined(&SIGDEFERSTOP_EINTR);
eval 'sub SIGDEFERSTOP_ERESTART () {4;}' unless defined(&SIGDEFERSTOP_ERESTART);
eval 'sub SIGDEFERSTOP_VAL_NCHG () {(-1);}' unless defined(&SIGDEFERSTOP_VAL_NCHG);
eval 'sub sigdeferstop {
my($mode) = @_;
eval q({ &if ( &__predict_false($mode == &SIGDEFERSTOP_NOP)) ( &SIGDEFERSTOP_VAL_NCHG); ( &sigdeferstop_impl($mode)); });
}' unless defined(&sigdeferstop);
eval 'sub sigallowstop {
my($prev) = @_;
eval q({ &if ( &__predict_true($prev == &SIGDEFERSTOP_VAL_NCHG)) ; &sigallowstop_impl($prev); });
}' unless defined(&sigallowstop);
}
}
1;
Zerion Mini Shell 1.0