require '_h2ph_pre.ph';

no warnings qw(redefine misc);

unless(defined(&_SYS_SELECT_H)) {
eval 'sub _SYS_SELECT_H () {1;}' unless defined(&_SYS_SELECT_H);
require 'features.ph';
require 'bits/types.ph';
require 'bits/select.ph';
require 'bits/sigset.ph';
unless(defined(&__sigset_t_defined)) {
eval 'sub __sigset_t_defined () {1;}' unless defined(&__sigset_t_defined);
}
eval 'sub __need_time_t () {1;}' unless defined(&__need_time_t);
eval 'sub __need_timespec () {1;}' unless defined(&__need_timespec);
require 'time.ph';
eval 'sub __need_timeval () {1;}' unless defined(&__need_timeval);
require 'bits/time.ph';
unless(defined(&__suseconds_t_defined)) {
eval 'sub __suseconds_t_defined () {1;}' unless defined(&__suseconds_t_defined);
}
undef(&__NFDBITS) if defined(&__NFDBITS);
undef(&__FDELT) if defined(&__FDELT);
undef(&__FDMASK) if defined(&__FDMASK);
eval 'sub __NFDBITS () {(8* $sizeof{ &__fd_mask});}' unless defined(&__NFDBITS);
eval 'sub __FDELT {
my($d) = @_;
eval q((($d) / &__NFDBITS));
}' unless defined(&__FDELT);
eval 'sub __FDMASK {
my($d) = @_;
eval q((( &__fd_mask) 1<< (($d) % &__NFDBITS)));
}' unless defined(&__FDMASK);
if(defined(&__USE_XOPEN)) {
eval 'sub __FDS_BITS {
my($set) = @_;
eval q((($set)-> &fds_bits));
}' unless defined(&__FDS_BITS);
} else {
eval 'sub __FDS_BITS {
my($set) = @_;
eval q((($set)-> &__fds_bits));
}' unless defined(&__FDS_BITS);
}
eval 'sub FD_SETSIZE () { &__FD_SETSIZE;}' unless defined(&FD_SETSIZE);
if(defined(&__USE_MISC)) {
eval 'sub NFDBITS () { &__NFDBITS;}' unless defined(&NFDBITS);
}
eval 'sub FD_SET {
my($fd, $fdsetp) = @_;
eval q( &__FD_SET ($fd, $fdsetp));
}' unless defined(&FD_SET);
eval 'sub FD_CLR {
my($fd, $fdsetp) = @_;
eval q( &__FD_CLR ($fd, $fdsetp));
}' unless defined(&FD_CLR);
eval 'sub FD_ISSET {
my($fd, $fdsetp) = @_;
eval q( &__FD_ISSET ($fd, $fdsetp));
}' unless defined(&FD_ISSET);
eval 'sub FD_ZERO {
my($fdsetp) = @_;
eval q( &__FD_ZERO ($fdsetp));
}' unless defined(&FD_ZERO);
if(defined(&__USE_XOPEN2K)) {
}
}
1;