%PDF-
%PDF-
Mini Shell
Mini Shell
require '_h2ph_pre.ph';
no warnings qw(redefine misc);
unless(defined(&_SYS_QMATH_H_)) {
eval 'sub _SYS_QMATH_H_ () {1;}' unless defined(&_SYS_QMATH_H_);
require 'machine/_stdint.ph';
if(defined(&__GNUC__) && !defined(&__clang__)) {
eval 'sub Q_BT {
my($q) = @_;
eval q( &__typeof(1* $q));
}' unless defined(&Q_BT);
} else {
eval 'sub Q_BT {
my($q) = @_;
eval q( &__typeof($q));
}' unless defined(&Q_BT);
}
eval 'sub Q_TC {
my($q, $v) = @_;
eval q((( &__typeof($q))($v)));
}' unless defined(&Q_TC);
eval 'sub Q_NTBITS {
my($q) = @_;
eval q((( &uint32_t)($sizeof{$q} << 3)));
}' unless defined(&Q_NTBITS);
eval 'sub Q_NCBITS () {(( &uint32_t)3);}' unless defined(&Q_NCBITS);
eval 'sub Q_NFCBITS {
my($q) = @_;
eval q((( &uint32_t)((( &Q_GCRAW($q) & 0x3) + 1) << (( &Q_GCRAW($q) & 0x4) ? 4: 1))));
}' unless defined(&Q_NFCBITS);
eval 'sub Q_MINNFBITS {
my($q) = @_;
eval q((( &uint32_t)(2)));
}' unless defined(&Q_MINNFBITS);
eval 'sub Q_MAXNFBITS {
my($q) = @_;
eval q((( &uint32_t)( &Q_NTBITS($q) - &Q_SIGNED($q) - &Q_NCBITS)));
}' unless defined(&Q_MAXNFBITS);
eval 'sub Q_NFBITS {
my($q) = @_;
eval q(( &Q_NFCBITS($q) > &Q_MAXNFBITS($q) ? &Q_MAXNFBITS($q) : &Q_NFCBITS($q)));
}' unless defined(&Q_NFBITS);
eval 'sub Q_NIBITS {
my($q) = @_;
eval q((( &uint32_t)( &Q_NTBITS($q) - &Q_RPSHFT($q) - &Q_SIGNED($q))));
}' unless defined(&Q_NIBITS);
eval 'sub Q_RPSHFT {
my($q) = @_;
eval q(( &Q_NCBITS + &Q_NFBITS($q)));
}' unless defined(&Q_RPSHFT);
eval 'sub Q_SIGNSHFT {
my($q) = @_;
eval q(( &Q_NTBITS($q) - 1));
}' unless defined(&Q_SIGNSHFT);
eval 'sub Q_SSIGN {
my($q, $isneg) = @_;
eval q((($q) = (( &Q_SIGNED($q) && ($isneg)) ? ($q) | (1 << &Q_SIGNSHFT($q)) : ($q) & ~(1 << &Q_SIGNSHFT($q)))));
}' unless defined(&Q_SSIGN);
eval 'sub Q_CRAWMASK {
my($q) = @_;
eval q(0x7);
}' unless defined(&Q_CRAWMASK);
eval 'sub Q_SRAWMASK {
my($q) = @_;
eval q((1 << &Q_SIGNSHFT($q)));
}' unless defined(&Q_SRAWMASK);
eval 'sub Q_GCRAW {
my($q) = @_;
eval q((($q) & &Q_CRAWMASK($q)));
}' unless defined(&Q_GCRAW);
eval 'sub Q_GCVAL {
my($q) = @_;
eval q( &Q_GCRAW($q));
}' unless defined(&Q_GCVAL);
eval 'sub Q_SCVAL {
my($q, $cv) = @_;
eval q((($q) = (($q) & ~ &Q_CRAWMASK($q)) | ($cv)));
}' unless defined(&Q_SCVAL);
eval 'sub Q_IFRAWMASK {
my($q) = @_;
eval q( &Q_TC($q, &Q_SIGNED($q) ? ~( &Q_SRAWMASK($q) | &Q_CRAWMASK($q)) : ~ &Q_CRAWMASK($q)));
}' unless defined(&Q_IFRAWMASK);
eval 'sub Q_IFMAXVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_IFRAWMASK($q) >> &Q_NCBITS));
}' unless defined(&Q_IFMAXVAL);
eval 'sub Q_IFMINVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_SIGNED($q) ? - &Q_IFMAXVAL($q) : 0));
}' unless defined(&Q_IFMINVAL);
eval 'sub Q_IFVALIMASK {
my($q) = @_;
eval q( &Q_TC($q, ~ &Q_IFVALFMASK($q)));
}' unless defined(&Q_IFVALIMASK);
eval 'sub Q_IFVALFMASK {
my($q) = @_;
eval q( &Q_TC($q, (1 << &Q_NFBITS($q)) - 1));
}' unless defined(&Q_IFVALFMASK);
eval 'sub Q_GIFRAW {
my($q) = @_;
eval q( &Q_TC($q, ($q) & &Q_IFRAWMASK($q)));
}' unless defined(&Q_GIFRAW);
eval 'sub Q_GIFABSVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_GIFRAW($q) >> &Q_NCBITS));
}' unless defined(&Q_GIFABSVAL);
eval 'sub Q_GIFVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_LTZ($q) ? - &Q_GIFABSVAL($q) : &Q_GIFABSVAL($q)));
}' unless defined(&Q_GIFVAL);
eval 'sub Q_SIFVAL {
my($q, $ifv) = @_;
eval q((($q) = (($q) & (~( &Q_SRAWMASK($q) | &Q_IFRAWMASK($q)))) | ( &Q_TC($q, &Q_ABS($ifv)) << &Q_NCBITS) | ( &Q_LTZ($ifv) ? 1 << &Q_SIGNSHFT($q) : 0)));
}' unless defined(&Q_SIFVAL);
eval 'sub Q_SIFVALS {
my($q, $iv, $fv) = @_;
eval q((($q) = (($q) & (~( &Q_SRAWMASK($q) | &Q_IFRAWMASK($q)))) | ( &Q_TC($q, &Q_ABS($iv)) << &Q_RPSHFT($q)) | ( &Q_TC($q, &Q_ABS($fv)) << &Q_NCBITS) | ( &Q_LTZ($iv) || &Q_LTZ($fv) ? 1 << &Q_SIGNSHFT($q) : 0)));
}' unless defined(&Q_SIFVALS);
eval 'sub Q_IRAWMASK {
my($q) = @_;
eval q( &Q_TC($q, &Q_IFRAWMASK($q) & ~ &Q_FRAWMASK($q)));
}' unless defined(&Q_IRAWMASK);
eval 'sub Q_IMAXVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_IRAWMASK($q) >> &Q_RPSHFT($q)));
}' unless defined(&Q_IMAXVAL);
eval 'sub Q_IMINVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_SIGNED($q) ? - &Q_IMAXVAL($q) : 0));
}' unless defined(&Q_IMINVAL);
eval 'sub Q_GIRAW {
my($q) = @_;
eval q( &Q_TC($q, ($q) & &Q_IRAWMASK($q)));
}' unless defined(&Q_GIRAW);
eval 'sub Q_GIABSVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_GIRAW($q) >> &Q_RPSHFT($q)));
}' unless defined(&Q_GIABSVAL);
eval 'sub Q_GIVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_LTZ($q) ? - &Q_GIABSVAL($q) : &Q_GIABSVAL($q)));
}' unless defined(&Q_GIVAL);
eval 'sub Q_SIVAL {
my($q, $iv) = @_;
eval q((($q) = (($q) & ~( &Q_SRAWMASK($q) | &Q_IRAWMASK($q))) | ( &Q_TC($q, &Q_ABS($iv)) << &Q_RPSHFT($q)) | ( &Q_LTZ($iv) ? 1 << &Q_SIGNSHFT($q) : 0)));
}' unless defined(&Q_SIVAL);
eval 'sub Q_FRAWMASK {
my($q) = @_;
eval q( &Q_TC($q, ((1 << &Q_NFBITS($q)) - 1) << &Q_NCBITS));
}' unless defined(&Q_FRAWMASK);
eval 'sub Q_FMAXVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_FRAWMASK($q) >> &Q_NCBITS));
}' unless defined(&Q_FMAXVAL);
eval 'sub Q_GFRAW {
my($q) = @_;
eval q( &Q_TC($q, ($q) & &Q_FRAWMASK($q)));
}' unless defined(&Q_GFRAW);
eval 'sub Q_GFABSVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_GFRAW($q) >> &Q_NCBITS));
}' unless defined(&Q_GFABSVAL);
eval 'sub Q_GFVAL {
my($q) = @_;
eval q( &Q_TC($q, &Q_LTZ($q) ? - &Q_GFABSVAL($q) : &Q_GFABSVAL($q)));
}' unless defined(&Q_GFVAL);
eval 'sub Q_SFVAL {
my($q, $fv) = @_;
eval q((($q) = (($q) & ~( &Q_SRAWMASK($q) | &Q_FRAWMASK($q))) | ( &Q_TC($q, &Q_ABS($fv)) << &Q_NCBITS) | ( &Q_LTZ($fv) ? 1 << &Q_SIGNSHFT($q) : 0)));
}' unless defined(&Q_SFVAL);
eval 'sub Q_BITSPERBASEDOWN {
my($base) = @_;
eval q(( &flsll($base) - 1));
}' unless defined(&Q_BITSPERBASEDOWN);
eval 'sub Q_BITSPERBASEUP {
my($base) = @_;
eval q(( &flsll($base) - ( &__builtin_popcountll($base) == 1)));
}' unless defined(&Q_BITSPERBASEUP);
eval 'sub Q_BITSPERBASE {
my($base, $rnd) = @_;
eval q( &Q_BITSPERBASE$rnd($base));
}' unless defined(&Q_BITSPERBASE);
eval 'sub Q_NIBITS2NCHARS {
my($nbits, $base) = @_;
eval q(({ \'int\' &_bitsperbase = &Q_BITSPERBASE($base, &DOWN); ((($nbits) + &_bitsperbase - 1) / &_bitsperbase); }));
}' unless defined(&Q_NIBITS2NCHARS);
eval 'sub Q_NFBITS2NCHARS {
my($nbits, $base) = @_;
eval q(($nbits));
}' unless defined(&Q_NFBITS2NCHARS);
eval 'sub Q_MAXSTRLEN {
my($q, $base) = @_;
eval q((2+ &Q_NIBITS2NCHARS( &Q_NIBITS($q), $base) + &Q_NFBITS2NCHARS( &Q_NFBITS($q), $base) + &Q_SIGNED($q)));
}' unless defined(&Q_MAXSTRLEN);
eval 'sub Q_IBITS2CH {
my($q, $bits, $base) = @_;
eval q(({ &__typeof($bits) &_tmp = ($bits) / ($base); \'int\' &_idx = ($bits) - ( &_tmp * ($base)); ($bits) = &_tmp; \\"0123456789abcdef\\"[ &_idx]; }));
}' unless defined(&Q_IBITS2CH);
eval 'sub Q_FBITS2CH {
my($q, $bits, $base) = @_;
eval q(({ \'int\' &_carry = 0, &_idx, &_nfbits = &Q_NFBITS($q), &_shift = 0; &if ( &_nfbits > &Q_BITSPERBASEUP($base)) { &_shift = &_nfbits >> 1; &_carry = ((($bits) & ((1 << &_shift) - 1)) * ($base)) >> &_shift; } &_idx = (((($bits) >> &_shift) * ($base)) + &_carry) >> ( &_nfbits - &_shift); ($bits) *= ($base); ($bits) &= (1 << &_nfbits) - 1; \\"0123456789abcdef\\"[ &_idx]; }));
}' unless defined(&Q_FBITS2CH);
eval 'sub Q_TOSTR {
my($q, $prec, $base, $s, $slen) = @_;
eval q(({ \'char\' * &_r, * &_s = $s; \'int\' &_i; &if ( &Q_LTZ($q) && (( &ptrdiff_t)($slen)) > 0) * &_s++ = ord(\'-\'; Q_BT(q) _part = Q_GIABSVAL(q); _r = _s; do { if ((_s - (s)) < ((ptrdiff_t)(slen))) *_s++ = Q_IBITS2CH(q, _part, base); else _r = NULL; } while (_part > 0 && _r != NULL); if (!((_s - (s)) < ((ptrdiff_t)(slen)))) _r = NULL; _i = (_s - _r) >> 1; while (_i-- > 0 && _r != NULL) { *_s = *(_r + _i); *(_r + _i) = *(_s - _i - 1); *(_s - _i - 1) = *_s; } _i = (prec); if (_i != 0 && _r != NULL) { if ((_s - (s)) < ((ptrdiff_t)(slen))) *_s++ = \'.\'; else _r = NULL; _part = Q_GFABSVAL(q); if (_i < 0 || _i > (int)Q_NFBITS(q)) _i = Q_NFBITS(q); while (_i-- > 0 && _r != NULL) { if ((_s - (s)) < ((ptrdiff_t)(slen))) *_s++ = Q_FBITS2CH(q, _part, base); else _r = NULL; } } if ((_s - (s)) < ((ptrdiff_t)(slen)) && _r != NULL) *_s = \'\\\\0\'; else { _r = NULL; if (((ptrdiff_t)(slen)) > 0) *(s) = \'\\\\0\'); } ( &_r != &NULL ? &_s : &_r); }));
}' unless defined(&Q_TOSTR);
eval 'sub Q_SHL {
my($q, $iv) = @_;
eval q(( &Q_LTZ($iv) ? -( &int64_t)( &Q_ABS($iv) << &Q_NFBITS($q)) : &Q_TC($q, $iv) << &Q_NFBITS($q)));
}' unless defined(&Q_SHL);
eval 'sub Q_RELPREC {
my($a, $b) = @_;
eval q(( &Q_NFBITS - &Q_NFBITS($b)));
}' unless defined(&Q_RELPREC);
eval 'sub Q_CTRLINI {
my($rpshft) = @_;
eval q(((($rpshft) <= 8) ? ((($rpshft) - 1) >> 1) : (0x4 | ((($rpshft) - 1) >> 4))));
}' unless defined(&Q_CTRLINI);
eval 'sub Q_DFV2BFV {
my($dfv, $nfbits) = @_;
eval q(({ &uint64_t &_bfv = 0, &_thresh = 5, &_tmp = $dfv; \'int\' &_i = $sizeof{\\"\\"$dfv} - 1; &while (-- &_i > 0) { &_thresh *= 10;} &_i = ($nfbits) - 1; &while ( &_i >= 0) { &if ( &_thresh <= &_tmp) { &_bfv |= 1 << &_i; &_tmp = &_tmp - &_thresh; } &_i--; &_tmp <<= 1; } &_bfv; }));
}' unless defined(&Q_DFV2BFV);
eval 'sub Q_INI {
my($q, $iv, $dfv, $rpshft) = @_;
eval q(({ (*($q)) = &Q_CTRLINI($rpshft); &Q_SIFVALS(*($q), $iv, &Q_DFV2BFV($dfv, &Q_NFBITS(*($q)))); }));
}' unless defined(&Q_INI);
eval 'sub Q_PRECEQ {
my($a, $b) = @_;
eval q(( &Q_NFBITS($a) == &Q_NFBITS($b)));
}' unless defined(&Q_PRECEQ);
eval 'sub Q_SIGNED {
my($n) = @_;
eval q(( &Q_TC($n, -1) < 0));
}' unless defined(&Q_SIGNED);
eval 'sub Q_LTZ {
my($n) = @_;
eval q(( &Q_SIGNED($n) && (($n) & &Q_SRAWMASK($n))));
}' unless defined(&Q_LTZ);
eval 'sub Q_ABS {
my($n) = @_;
eval q(( &Q_LTZ($n) ? -($n) : ($n)));
}' unless defined(&Q_ABS);
eval 'sub Q_QABS {
my($q) = @_;
eval q(( &Q_SIGNED($q) ? ($q) & ~ &Q_SRAWMASK($q) : ($q)));
}' unless defined(&Q_QABS);
eval 'sub Q_Q2F {
my($q) = @_;
eval q(( &Q_GIFVAL / (1 << &Q_NFBITS($q))));
}' unless defined(&Q_Q2F);
eval 'sub Q_Q2D {
my($q) = @_;
eval q(( &Q_GIFVAL / (1 << &Q_NFBITS($q))));
}' unless defined(&Q_Q2D);
eval 'sub Q_QCMPQ {
my($a, $b, $intcmp, $fraccmp) = @_;
eval q((( &Q_GIVAL($a) $intcmp &Q_GIVAL($b)) || (( &Q_GIVAL($a) == &Q_GIVAL($b)) && ( &Q_GFVAL($a) $fraccmp &Q_GFVAL($b)))));
}' unless defined(&Q_QCMPQ);
eval 'sub Q_QLTQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, <, <));
}' unless defined(&Q_QLTQ);
eval 'sub Q_QLEQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, <, <=));
}' unless defined(&Q_QLEQ);
eval 'sub Q_QGTQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, >, >));
}' unless defined(&Q_QGTQ);
eval 'sub Q_QGEQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, >, >=));
}' unless defined(&Q_QGEQ);
eval 'sub Q_QEQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, ==, ==));
}' unless defined(&Q_QEQ);
eval 'sub Q_QNEQ {
my($a, $b) = @_;
eval q( &Q_QCMPQ($a, $b, !=, !=));
}' unless defined(&Q_QNEQ);
eval 'sub Q_QMAXQ {
my($a, $b) = @_;
eval q(( &Q_GT($a, $b) ? ($a) : ($b)));
}' unless defined(&Q_QMAXQ);
eval 'sub Q_QMINQ {
my($a, $b) = @_;
eval q(( &Q_LT($a, $b) ? ($a) : ($b)));
}' unless defined(&Q_QMINQ);
eval 'sub Q_QCANREPQ {
my($a, $b) = @_;
eval q((((( &Q_LTZ($a) && &Q_SIGNED($b)) || ! &Q_LTZ($a)) && &Q_GIABSVAL($a) <= &Q_TC($a, &Q_IMAXVAL($b)) && &Q_GFABSVAL($a) <= &Q_TC($a, &Q_FMAXVAL($b))) ? 0: &EOVERFLOW));
}' unless defined(&Q_QCANREPQ);
eval 'sub Q_QCANREPI {
my($q, $i) = @_;
eval q((((( &Q_LTZ($i) && &Q_SIGNED($q)) || ! &Q_LTZ($i)) && &Q_ABS($i) <= &Q_TC($i, &Q_IMAXVAL($q))) ? 0: &EOVERFLOW));
}' unless defined(&Q_QCANREPI);
eval 'sub Q_DEBUGFMT_ {
my($prefmt, $postfmt, $mod, $hexpad) = @_;
eval q($prefmt \\"\\\\\\"%s\\\\\\"@%p\\" \\"\\\\n\\\\ttype=%c%dq_t, \\" \\"Qm.n=Q%d.%d, \\" \\"rpshft=%d, \\" \\"imin=0x%0\\" $mod \\"x, \\" \\"imax=0x%0\\" $mod \\"x\\" \\"\\\\n\\\\tqraw=0x%0\\" $hexpad $mod \\"x\\" \\"\\\\n\\\\timask=0x%0\\" $hexpad $mod \\"x, \\" \\"fmask=0x%0\\" $hexpad $mod \\"x, \\" \\"cmask=0x%0\\" $hexpad $mod \\"x, \\" \\"ifmask=0x%0\\" $hexpad $mod \\"x\\" \\"\\\\n\\\\tiraw=0x%0\\" $hexpad $mod \\"x, \\" \\"iabsval=0x%\\" $mod \\"x, \\" \\"ival=0x%\\" $mod \\"x\\" \\"\\\\n\\\\tfraw=0x%0\\" $hexpad $mod \\"x, \\" \\"fabsval=0x%\\" $mod \\"x, \\" \\"fval=0x%\\" $mod \\"x\\" \\"%s\\" $postfmt);
}' unless defined(&Q_DEBUGFMT_);
eval 'sub Q_DEBUGFMT {
my($q, $prefmt, $postfmt) = @_;
eval q($sizeof{$q} == 8? &Q_DEBUGFMT_($prefmt, $postfmt, &j, 16) : $sizeof{$q} == 4? &Q_DEBUGFMT_($prefmt, $postfmt, , 8) : $sizeof{$q} == 2? &Q_DEBUGFMT_($prefmt, $postfmt, &h, 4) : $sizeof{$q} == 1? &Q_DEBUGFMT_($prefmt, $postfmt, &hh, 2) : $prefmt \\"\\\\\\"%s\\\\\\"@%p: invalid\\" $postfmt);
}' unless defined(&Q_DEBUGFMT);
eval 'sub Q_DEBUG {
my($q, $prefmt, $postfmt, $incfmt) = @_;
eval q( &Q_DEBUGFMT($q, $prefmt, $postfmt) , $q , ($q) , &Q_SIGNED($q) ? ord(\'s\' : \'u\') , &Q_NTBITS($q) , &Q_NIBITS($q) , &Q_NFBITS($q) , &Q_RPSHFT($q) , &Q_IMINVAL($q) , &Q_IMAXVAL($q) , ($q) , &Q_IRAWMASK($q) , &Q_FRAWMASK($q) , &Q_TC($q, &Q_CRAWMASK($q)) , &Q_IFRAWMASK($q) , &Q_GIRAW($q) , &Q_GIABSVAL($q) , &Q_GIVAL($q) , &Q_GFRAW($q) , &Q_GFABSVAL($q) , &Q_GFVAL($q) , ($incfmt) ? &Q_DEBUGFMT($q, \\"\\\\nfmt:\\", \\"\\") : \\"\\");
}' unless defined(&Q_DEBUG);
eval 'sub Q_NORMPREC {
my($a, $b) = @_;
eval q(({ \'int\' &_perr = 0, &_relprec = &Q_RELPREC(*($a), $b); &if ( &_relprec != 0) &_perr = &ERANGE; &_perr; }));
}' unless defined(&Q_NORMPREC);
eval 'sub Q_QCLONEQ {
my($l, $r) = @_;
eval q(({ &Q_BT(*($l)) &_l = &Q_GCVAL($r); \'int\' &_err = &Q_QCANREPQ($r, &_l); &if (! &_err) { *($l) = &_l; &Q_SIFVAL(*($l), &Q_GIFVAL($r)); } &_err; }));
}' unless defined(&Q_QCLONEQ);
eval 'sub Q_QCPYVALQ {
my($l, $r) = @_;
eval q(({ \'int\' &_err = &Q_QCANREPQ($r, *($l)); &if (! &_err) &Q_SIFVALS(*($l), &Q_GIVAL($r), &Q_GFVAL($r)); &_err; }));
}' unless defined(&Q_QCPYVALQ);
eval 'sub Q_QADDSUBQ {
my($a, $b, $eop) = @_;
eval q(({ \'int\' &_aserr; &if (( &_aserr = &Q_NORMPREC($a, $b))) &while(0); &else &if (($eop) == ord(\'+\')) { &if ( &Q_IFMAXVAL(*($a)) - &Q_GIFABSVAL($b) < &Q_GIFVAL(*($a))) &_aserr = &EOVERFLOW; &else &Q_SIFVAL(*($a), &Q_GIFVAL(*($a)) + &Q_TC(*($a), &Q_GIFABSVAL($b))); } &else { &if ( &Q_IFMINVAL(*($a)) + &Q_GIFABSVAL($b) > &Q_GIFVAL(*($a))) &_aserr = &EOVERFLOW; &else &Q_SIFVAL(*($a), &Q_GIFVAL(*($a)) - &Q_TC(*($a), &Q_GIFABSVAL($b))); } &_aserr; }));
}' unless defined(&Q_QADDSUBQ);
eval 'sub Q_QADDQ {
my($a, $b) = @_;
eval q( &Q_QADDSUBQ($a, $b, ( &Q_LTZ($b) ? ord(\'-\' : \'+\'))));
}' unless defined(&Q_QADDQ);
eval 'sub Q_QSUBQ {
my($a, $b) = @_;
eval q( &Q_QADDSUBQ($a, $b, ( &Q_LTZ($b) ? ord(\'+\' : \'-\'))));
}' unless defined(&Q_QSUBQ);
eval 'sub Q_QDIVQ {
my($a, $b) = @_;
eval q(({ \'int\' &_err; &if (( &_err = &Q_NORMPREC($a, $b))) &while(0); &else &if ( &Q_GIFABSVAL($b) == 0|| (! &Q_SIGNED(*($a)) && &Q_LTZ($b))) &_err = &EINVAL; &else &if ( &Q_GIFABSVAL(*($a)) != 0) { &Q_SIFVAL(*($a), (( &Q_GIVAL(*($a)) << &Q_NFBITS(*($a))) / &Q_GIFVAL($b)) + ( &Q_GFVAL($b) == 0? 0: (( &Q_GFVAL(*($a)) << &Q_NFBITS(*($a))) / &Q_GFVAL($b)))); } &_err; }));
}' unless defined(&Q_QDIVQ);
eval 'sub Q_QMULQ {
my($a, $b) = @_;
eval q(({ \'int\' &_mulerr; &if (( &_mulerr = &Q_NORMPREC($a, $b))) &while(0); &else &if (! &Q_SIGNED(*($a)) && &Q_LTZ($b)) &_mulerr = &EINVAL; &else &if ( &Q_GIFABSVAL($b) != 0 && &Q_IFMAXVAL(*($a)) / &Q_GIFABSVAL($b) < &Q_GIFABSVAL(*($a))) &_mulerr = &EOVERFLOW; &else &Q_SIFVAL(*($a), ( &Q_GIFVAL(*($a)) * &Q_GIFVAL($b)) >> &Q_NFBITS(*($a))); &_mulerr; }));
}' unless defined(&Q_QMULQ);
eval 'sub Q_QCPYVALI {
my($q, $i) = @_;
eval q(({ \'int\' &_err = &Q_QCANREPI(*($q), $i); &if (! &_err) &Q_SIFVAL(*($q), &Q_SHL(*($q), $i)); &_err; }));
}' unless defined(&Q_QCPYVALI);
eval 'sub Q_QADDSUBI {
my($q, $i, $eop) = @_;
eval q(({ \'int\' &_aserr = 0; &if ( &Q_NTBITS(*($q)) < ( &uint32_t) &flsll( &Q_ABS($i))) &_aserr = &EOVERFLOW; &else &if (($eop) == ord(\'+\')) { &if ( &Q_IMAXVAL(*($q)) - &Q_TC(*($q), &Q_ABS($i)) < &Q_GIVAL(*($q))) &_aserr = &EOVERFLOW; &else &Q_SIFVAL(*($q), &Q_GIFVAL(*($q)) + &Q_SHL(*($q), &Q_ABS($i))); } &else { &if ( &Q_IMINVAL(*($q)) + &Q_ABS($i) > &Q_GIVAL(*($q))) &_aserr = &EOVERFLOW; &else &Q_SIFVAL(*($q), &Q_GIFVAL(*($q)) - &Q_SHL(*($q), &Q_ABS($i))); } &_aserr; }));
}' unless defined(&Q_QADDSUBI);
eval 'sub Q_QADDI {
my($q, $i) = @_;
eval q( &Q_QADDSUBI($q, $i, ( &Q_LTZ($i) ? ord(\'-\' : \'+\'))));
}' unless defined(&Q_QADDI);
eval 'sub Q_QSUBI {
my($q, $i) = @_;
eval q( &Q_QADDSUBI($q, $i, ( &Q_LTZ($i) ? ord(\'+\' : \'-\'))));
}' unless defined(&Q_QSUBI);
eval 'sub Q_QDIVI {
my($q, $i) = @_;
eval q(({ \'int\' &_diverr = 0; &if (($i) == 0|| (! &Q_SIGNED(*($q)) && &Q_LTZ($i))) &_diverr = &EINVAL; &else &if ( &Q_GIFABSVAL(*($q)) != 0) { &Q_SIFVAL(*($q), &Q_GIFVAL(*($q)) / &Q_TC(*($q), $i)); &if ( &Q_GIFABSVAL(*($q)) == 0) &_diverr = &ERANGE; } &_diverr; }));
}' unless defined(&Q_QDIVI);
eval 'sub Q_QMULI {
my($q, $i) = @_;
eval q(({ \'int\' &_mulerr = 0; &if (! &Q_SIGNED(*($q)) && &Q_LTZ($i)) &_mulerr = &EINVAL; &else &if (($i) != 0 && &Q_IFMAXVAL(*($q)) / &Q_TC(*($q), &Q_ABS($i)) < &Q_GIFABSVAL(*($q))) &_mulerr = &EOVERFLOW; &else &Q_SIFVAL(*($q), &Q_GIFVAL(*($q)) * &Q_TC(*($q), $i)); &_mulerr; }));
}' unless defined(&Q_QMULI);
eval 'sub Q_QFRACI {
my($q, $in, $id) = @_;
eval q(({ &uint64_t &_tmp; \'int\' &_err = 0; &if (($id) == 0) &_err = &EINVAL; &else &if (($in) == 0) &Q_SIFVAL(*($q), $in); &else &if (( &_tmp = &Q_ABS($in)) > ( &UINT64_MAX >> &Q_RPSHFT(*($q)))) &_err = &EOVERFLOW; &else { &_tmp = &Q_SHL(*($q), &_tmp) / &Q_ABS($id); &if ( &Q_QCANREPI(*($q), &_tmp & &Q_IFVALIMASK(*($q)))) &_err = &EOVERFLOW; &else { &Q_SIFVAL(*($q), &_tmp); &Q_SSIGN(*($q), ( &Q_LTZ($in) && ! &Q_LTZ($id)) || (! &Q_LTZ($in) && &Q_LTZ($id))); &if ( &_tmp == 0) &_err = &ERANGE; } } &_err; }));
}' unless defined(&Q_QFRACI);
}
1;
Zerion Mini Shell 1.0