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#!/usr/bin/perl -w
#
# Regenerate (overwriting only if changed):
#
# opcode.h
# opnames.h
# pp_proto.h
# pp.sym
#
# from information stored in the DATA section of this file, plus the
# values hardcoded into this script in @raw_alias.
#
# Accepts the standard regen_lib -q and -v args.
#
# This script is normally invoked from regen.pl.
use strict;
BEGIN {
# Get function prototypes
require 'regen_lib.pl';
}
my $opcode_new = 'opcode.h-new';
my $opname_new = 'opnames.h-new';
my $oc = safer_open($opcode_new);
my $on = safer_open($opname_new);
select $oc;
# Read data.
my %seen;
my (@ops, %desc, %check, %ckname, %flags, %args, %opnum);
while (<DATA>) {
chop;
next unless $_;
next if /^#/;
my ($key, $desc, $check, $flags, $args) = split(/\t+/, $_, 5);
$args = '' unless defined $args;
warn qq[Description "$desc" duplicates $seen{$desc}\n] if $seen{$desc};
die qq[Opcode "$key" duplicates $seen{$key}\n] if $seen{$key};
$seen{$desc} = qq[description of opcode "$key"];
$seen{$key} = qq[opcode "$key"];
push(@ops, $key);
$opnum{$key} = $#ops;
$desc{$key} = $desc;
$check{$key} = $check;
$ckname{$check}++;
$flags{$key} = $flags;
$args{$key} = $args;
}
# Set up aliases
my %alias;
# Format is "this function" => "does these op names"
my @raw_alias = (
Perl_do_kv => [qw( keys values )],
Perl_unimplemented_op => [qw(padany mapstart custom)],
# All the ops with a body of { return NORMAL; }
Perl_pp_null => [qw(scalar regcmaybe lineseq scope)],
Perl_pp_goto => ['dump'],
Perl_pp_require => ['dofile'],
Perl_pp_untie => ['dbmclose'],
Perl_pp_sysread => [qw(read recv)],
Perl_pp_sysseek => ['seek'],
Perl_pp_ioctl => ['fcntl'],
Perl_pp_ssockopt => ['gsockopt'],
Perl_pp_getpeername => ['getsockname'],
Perl_pp_stat => ['lstat'],
Perl_pp_ftrowned => [qw(fteowned ftzero ftsock ftchr ftblk
ftfile ftdir ftpipe ftsuid ftsgid
ftsvtx)],
Perl_pp_fttext => ['ftbinary'],
Perl_pp_gmtime => ['localtime'],
Perl_pp_semget => [qw(shmget msgget)],
Perl_pp_semctl => [qw(shmctl msgctl)],
Perl_pp_ghostent => [qw(ghbyname ghbyaddr)],
Perl_pp_gnetent => [qw(gnbyname gnbyaddr)],
Perl_pp_gprotoent => [qw(gpbyname gpbynumber)],
Perl_pp_gservent => [qw(gsbyname gsbyport)],
Perl_pp_gpwent => [qw(gpwnam gpwuid)],
Perl_pp_ggrent => [qw(ggrnam ggrgid)],
Perl_pp_ftis => [qw(ftsize ftmtime ftatime ftctime)],
Perl_pp_chown => [qw(unlink chmod utime kill)],
Perl_pp_link => ['symlink'],
Perl_pp_ftrread => [qw(ftrwrite ftrexec fteread ftewrite
fteexec)],
Perl_pp_shmwrite => [qw(shmread msgsnd msgrcv semop)],
Perl_pp_send => ['syswrite'],
Perl_pp_defined => [qw(dor dorassign)],
Perl_pp_and => ['andassign'],
Perl_pp_or => ['orassign'],
Perl_pp_ucfirst => ['lcfirst'],
Perl_pp_sle => [qw(slt sgt sge)],
Perl_pp_print => ['say'],
Perl_pp_index => ['rindex'],
Perl_pp_oct => ['hex'],
Perl_pp_shift => ['pop'],
Perl_pp_sin => [qw(cos exp log sqrt)],
Perl_pp_bit_or => ['bit_xor'],
Perl_pp_rv2av => ['rv2hv'],
Perl_pp_akeys => ['avalues'],
);
while (my ($func, $names) = splice @raw_alias, 0, 2) {
$alias{$_} = $func for @$names;
}
# Emit defines.
print <<"END";
/* -*- buffer-read-only: t -*-
*
* opcode.h
*
* Copyright (C) 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000,
* 2001, 2002, 2003, 2004, 2005, 2006, 2007 by Larry Wall and others
*
* You may distribute under the terms of either the GNU General Public
* License or the Artistic License, as specified in the README file.
*
* !!!!!!! DO NOT EDIT THIS FILE !!!!!!!
* This file is built by opcode.pl from its data. Any changes made here
* will be lost!
*/
#ifndef PERL_GLOBAL_STRUCT_INIT
#define Perl_pp_i_preinc Perl_pp_preinc
#define Perl_pp_i_predec Perl_pp_predec
#define Perl_pp_i_postinc Perl_pp_postinc
#define Perl_pp_i_postdec Perl_pp_postdec
PERL_PPDEF(Perl_unimplemented_op)
END
print $on <<"END";
/* -*- buffer-read-only: t -*-
*
* opnames.h
*
* Copyright (C) 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006,
* 2007, 2008 by Larry Wall and others
*
* You may distribute under the terms of either the GNU General Public
* License or the Artistic License, as specified in the README file.
*
*
* !!!!!!! DO NOT EDIT THIS FILE !!!!!!!
* This file is built by opcode.pl from its data. Any changes made here
* will be lost!
*/
typedef enum opcode {
END
my $i = 0;
for (@ops) {
# print $on "\t", &tab(3,"OP_\U$_,"), "/* ", $i++, " */\n";
print $on "\t", &tab(3,"OP_\U$_"), " = ", $i++, ",\n";
}
print $on "\t", &tab(3,"OP_max"), "\n";
print $on "} opcode;\n";
print $on "\n#define MAXO ", scalar @ops, "\n";
print $on "#define OP_phoney_INPUT_ONLY -1\n";
print $on "#define OP_phoney_OUTPUT_ONLY -2\n\n";
# Emit op names and descriptions.
print <<END;
START_EXTERN_C
#define OP_NAME(o) ((o)->op_type == OP_CUSTOM ? custom_op_name(o) : \\
PL_op_name[(o)->op_type])
#define OP_DESC(o) ((o)->op_type == OP_CUSTOM ? custom_op_desc(o) : \\
PL_op_desc[(o)->op_type])
#ifndef DOINIT
EXTCONST char* const PL_op_name[];
#else
EXTCONST char* const PL_op_name[] = {
END
for (@ops) {
print qq(\t"$_",\n);
}
print <<END;
};
#endif
END
print <<END;
#ifndef DOINIT
EXTCONST char* const PL_op_desc[];
#else
EXTCONST char* const PL_op_desc[] = {
END
for (@ops) {
my($safe_desc) = $desc{$_};
# Have to escape double quotes and escape characters.
$safe_desc =~ s/(^|[^\\])([\\"])/$1\\$2/g;
print qq(\t"$safe_desc",\n);
}
print <<END;
};
#endif
END_EXTERN_C
#endif /* !PERL_GLOBAL_STRUCT_INIT */
END
# Emit function declarations.
#for (sort keys %ckname) {
# print "OP *\t", &tab(3,$_),"(pTHX_ OP* o);\n";
#}
#
#print "\n";
#
#for (@ops) {
# print "OP *\t", &tab(3, "pp_$_"), "(pTHX);\n";
#}
# Emit ppcode switch array.
print <<END;
START_EXTERN_C
#ifdef PERL_GLOBAL_STRUCT_INIT
# define PERL_PPADDR_INITED
static const Perl_ppaddr_t Gppaddr[]
#else
# ifndef PERL_GLOBAL_STRUCT
# define PERL_PPADDR_INITED
EXT Perl_ppaddr_t PL_ppaddr[] /* or perlvars.h */
# endif
#endif /* PERL_GLOBAL_STRUCT */
#if (defined(DOINIT) && !defined(PERL_GLOBAL_STRUCT)) || defined(PERL_GLOBAL_STRUCT_INIT)
# define PERL_PPADDR_INITED
= {
END
for (@ops) {
if (my $name = $alias{$_}) {
print "\tMEMBER_TO_FPTR($name),\t/* Perl_pp_$_ */\n";
}
else {
print "\tMEMBER_TO_FPTR(Perl_pp_$_),\n";
}
}
print <<END;
}
#endif
#ifdef PERL_PPADDR_INITED
;
#endif
END
# Emit check routines.
print <<END;
#ifdef PERL_GLOBAL_STRUCT_INIT
# define PERL_CHECK_INITED
static const Perl_check_t Gcheck[]
#else
# ifndef PERL_GLOBAL_STRUCT
# define PERL_CHECK_INITED
EXT Perl_check_t PL_check[] /* or perlvars.h */
# endif
#endif
#if (defined(DOINIT) && !defined(PERL_GLOBAL_STRUCT)) || defined(PERL_GLOBAL_STRUCT_INIT)
# define PERL_CHECK_INITED
= {
END
for (@ops) {
print "\t", &tab(3, "MEMBER_TO_FPTR(Perl_$check{$_}),"), "\t/* $_ */\n";
}
print <<END;
}
#endif
#ifdef PERL_CHECK_INITED
;
#endif /* #ifdef PERL_CHECK_INITED */
END
# Emit allowed argument types.
my $ARGBITS = 32;
print <<END;
#ifndef PERL_GLOBAL_STRUCT_INIT
#ifndef DOINIT
EXTCONST U32 PL_opargs[];
#else
EXTCONST U32 PL_opargs[] = {
END
my %argnum = (
'S', 1, # scalar
'L', 2, # list
'A', 3, # array value
'H', 4, # hash value
'C', 5, # code value
'F', 6, # file value
'R', 7, # scalar reference
);
my %opclass = (
'0', 0, # baseop
'1', 1, # unop
'2', 2, # binop
'|', 3, # logop
'@', 4, # listop
'/', 5, # pmop
'$', 6, # svop_or_padop
'#', 7, # padop
'"', 8, # pvop_or_svop
'{', 9, # loop
';', 10, # cop
'%', 11, # baseop_or_unop
'-', 12, # filestatop
'}', 13, # loopexop
);
my %opflags = (
'm' => 1, # needs stack mark
'f' => 2, # fold constants
's' => 4, # always produces scalar
't' => 8, # needs target scalar
'T' => 8 | 256, # ... which may be lexical
'i' => 16, # always produces integer
'I' => 32, # has corresponding int op
'd' => 64, # danger, unknown side effects
'u' => 128, # defaults to $_
);
my %OP_IS_SOCKET;
my %OP_IS_FILETEST;
my %OP_IS_FT_ACCESS;
my $OCSHIFT = 9;
my $OASHIFT = 13;
for my $op (@ops) {
my $argsum = 0;
my $flags = $flags{$op};
for my $flag (keys %opflags) {
if ($flags =~ s/$flag//) {
die "Flag collision for '$op' ($flags{$op}, $flag)\n"
if $argsum & $opflags{$flag};
$argsum |= $opflags{$flag};
}
}
die qq[Opcode '$op' has no class indicator ($flags{$op} => $flags)\n]
unless exists $opclass{$flags};
$argsum |= $opclass{$flags} << $OCSHIFT;
my $argshift = $OASHIFT;
for my $arg (split(' ',$args{$op})) {
if ($arg =~ /^F/) {
# record opnums of these opnames
$OP_IS_SOCKET{$op} = $opnum{$op} if $arg =~ s/s//;
$OP_IS_FILETEST{$op} = $opnum{$op} if $arg =~ s/-//;
$OP_IS_FT_ACCESS{$op} = $opnum{$op} if $arg =~ s/\+//;
}
my $argnum = ($arg =~ s/\?//) ? 8 : 0;
die "op = $op, arg = $arg\n"
unless exists $argnum{$arg};
$argnum += $argnum{$arg};
die "Argument overflow for '$op'\n"
if $argshift >= $ARGBITS ||
$argnum > ((1 << ($ARGBITS - $argshift)) - 1);
$argsum += $argnum << $argshift;
$argshift += 4;
}
$argsum = sprintf("0x%08x", $argsum);
print "\t", &tab(3, "$argsum,"), "/* $op */\n";
}
print <<END;
};
#endif
#endif /* !PERL_GLOBAL_STRUCT_INIT */
END_EXTERN_C
END
# Emit OP_IS_* macros
print $on <<EO_OP_IS_COMMENT;
/* the OP_IS_(SOCKET|FILETEST) macros are optimized to a simple range
check because all the member OPs are contiguous in opcode.pl
<DATA> table. opcode.pl verifies the range contiguity. */
EO_OP_IS_COMMENT
gen_op_is_macro( \%OP_IS_SOCKET, 'OP_IS_SOCKET');
gen_op_is_macro( \%OP_IS_FILETEST, 'OP_IS_FILETEST');
gen_op_is_macro( \%OP_IS_FT_ACCESS, 'OP_IS_FILETEST_ACCESS');
sub gen_op_is_macro {
my ($op_is, $macname) = @_;
if (keys %$op_is) {
# get opnames whose numbers are lowest and highest
my ($first, @rest) = sort {
$op_is->{$a} <=> $op_is->{$b}
} keys %$op_is;
my $last = pop @rest; # @rest slurped, get its last
die "Invalid range of ops: $first .. $last\n" unless $last;
print $on "#define $macname(op) \\\n\t(";
# verify that op-ct matches 1st..last range (and fencepost)
# (we know there are no dups)
if ( $op_is->{$last} - $op_is->{$first} == scalar @rest + 1) {
# contiguous ops -> optimized version
print $on "(op) >= OP_" . uc($first) . " && (op) <= OP_" . uc($last);
print $on ")\n\n";
}
else {
print $on join(" || \\\n\t ",
map { "(op) == OP_" . uc() } sort keys %$op_is);
print $on ")\n\n";
}
}
}
print $oc "/* ex: set ro: */\n";
print $on "/* ex: set ro: */\n";
safer_close($oc);
safer_close($on);
rename_if_different $opcode_new, 'opcode.h';
rename_if_different $opname_new, 'opnames.h';
my $pp_proto_new = 'pp_proto.h-new';
my $pp_sym_new = 'pp.sym-new';
my $pp = safer_open($pp_proto_new);
my $ppsym = safer_open($pp_sym_new);
print $pp <<"END";
/* -*- buffer-read-only: t -*-
!!!!!!! DO NOT EDIT THIS FILE !!!!!!!
This file is built by opcode.pl from its data. Any changes made here
will be lost!
*/
END
print $ppsym <<"END";
# -*- buffer-read-only: t -*-
#
# !!!!!!! DO NOT EDIT THIS FILE !!!!!!!
# This file is built by opcode.pl from its data. Any changes made here
# will be lost!
#
END
for (sort keys %ckname) {
print $pp "PERL_CKDEF(Perl_$_)\n";
print $ppsym "Perl_$_\n";
#OP *\t", &tab(3,$_),"(OP* o);\n";
}
print $pp "\n\n";
for (@ops) {
next if /^i_(pre|post)(inc|dec)$/;
next if /^custom$/;
print $pp "PERL_PPDEF(Perl_pp_$_)\n";
print $ppsym "Perl_pp_$_\n";
}
print $pp "\n/* ex: set ro: */\n";
print $ppsym "\n# ex: set ro:\n";
safer_close($pp);
safer_close($ppsym);
rename_if_different $pp_proto_new, 'pp_proto.h';
rename_if_different $pp_sym_new, 'pp.sym';
END {
foreach ('opcode.h', 'opnames.h', 'pp_proto.h', 'pp.sym') {
1 while unlink "$_-old";
}
}
###########################################################################
sub tab {
my ($l, $t) = @_;
$t .= "\t" x ($l - (length($t) + 1) / 8);
$t;
}
###########################################################################
# Some comments about 'T' opcode classifier:
# Safe to set if the ppcode uses:
# tryAMAGICbin, tryAMAGICun, SETn, SETi, SETu, PUSHn, PUSHTARG, SETTARG,
# SETs(TARG), XPUSHn, XPUSHu,
# Unsafe to set if the ppcode uses dTARG or [X]RETPUSH[YES|NO|UNDEF]
# lt and friends do SETs (including ncmp, but not scmp)
# Additional mode of failure: the opcode can modify TARG before it "used"
# all the arguments (or may call an external function which does the same).
# If the target coincides with one of the arguments ==> kaboom.
# pp.c pos substr each not OK (RETPUSHUNDEF)
# substr vec also not OK due to LV to target (are they???)
# ref not OK (RETPUSHNO)
# trans not OK (dTARG; TARG = sv_newmortal();)
# ucfirst etc not OK: TMP arg processed inplace
# quotemeta not OK (unsafe when TARG == arg)
# each repeat not OK too due to list context
# pack split - unknown whether they are safe
# sprintf: is calling do_sprintf(TARG,...) which can act on TARG
# before other args are processed.
# Suspicious wrt "additional mode of failure" (and only it):
# schop, chop, postinc/dec, bit_and etc, negate, complement.
# Also suspicious: 4-arg substr, sprintf, uc/lc (POK_only), reverse, pack.
# substr/vec: doing TAINT_off()???
# pp_hot.c
# readline - unknown whether it is safe
# match subst not OK (dTARG)
# grepwhile not OK (not always setting)
# join not OK (unsafe when TARG == arg)
# Suspicious wrt "additional mode of failure": concat (dealt with
# in ck_sassign()), join (same).
# pp_ctl.c
# mapwhile flip caller not OK (not always setting)
# pp_sys.c
# backtick glob warn die not OK (not always setting)
# warn not OK (RETPUSHYES)
# open fileno getc sysread syswrite ioctl accept shutdown
# ftsize(etc) readlink telldir fork alarm getlogin not OK (RETPUSHUNDEF)
# umask select not OK (XPUSHs(&PL_sv_undef);)
# fileno getc sysread syswrite tell not OK (meth("FILENO" "GETC"))
# sselect shm* sem* msg* syscall - unknown whether they are safe
# gmtime not OK (list context)
# Suspicious wrt "additional mode of failure": warn, die, select.
__END__
# New ops always go at the end
# The restriction on having custom as the last op has been removed
# A recapitulation of the format of this file:
# The file consists of five columns: the name of the op, an English
# description, the name of the "check" routine used to optimize this
# operation, some flags, and a description of the operands.
# The flags consist of options followed by a mandatory op class signifier
# The classes are:
# baseop - 0 unop - 1 binop - 2
# logop - | listop - @ pmop - /
# padop/svop - $ padop - # (unused) loop - {
# baseop/unop - % loopexop - } filestatop - -
# pvop/svop - " cop - ;
# Other options are:
# needs stack mark - m
# needs constant folding - f
# produces a scalar - s
# produces an integer - i
# needs a target - t
# target can be in a pad - T
# has a corresponding integer version - I
# has side effects - d
# uses $_ if no argument given - u
# Values for the operands are:
# scalar - S list - L array - A
# hash - H sub (CV) - C file - F
# socket - Fs filetest - F- filetest_access - F-+
# reference - R
# "?" denotes an optional operand.
# Nothing.
null null operation ck_null 0
stub stub ck_null 0
scalar scalar ck_fun s% S
# Pushy stuff.
pushmark pushmark ck_null s0
wantarray wantarray ck_null is0
const constant item ck_svconst s$
gvsv scalar variable ck_null ds$
gv glob value ck_null ds$
gelem glob elem ck_null d2 S S
padsv private variable ck_null ds0
padav private array ck_null d0
padhv private hash ck_null d0
padany private value ck_null d0
pushre push regexp ck_null d/
# References and stuff.
rv2gv ref-to-glob cast ck_rvconst ds1
rv2sv scalar dereference ck_rvconst ds1
av2arylen array length ck_null is1
rv2cv subroutine dereference ck_rvconst d1
anoncode anonymous subroutine ck_anoncode $
prototype subroutine prototype ck_null s% S
refgen reference constructor ck_spair m1 L
srefgen single ref constructor ck_null fs1 S
ref reference-type operator ck_fun stu% S?
bless bless ck_fun s@ S S?
# Pushy I/O.
backtick quoted execution (``, qx) ck_open tu% S?
# glob defaults its first arg to $_
glob glob ck_glob t@ S?
readline <HANDLE> ck_readline t% F?
rcatline append I/O operator ck_null t$
# Bindable operators.
regcmaybe regexp internal guard ck_fun s1 S
regcreset regexp internal reset ck_fun s1 S
regcomp regexp compilation ck_null s| S
match pattern match (m//) ck_match d/
qr pattern quote (qr//) ck_match s/
subst substitution (s///) ck_match dis/ S
substcont substitution iterator ck_null dis|
trans transliteration (tr///) ck_match is" S
# Lvalue operators.
# sassign is special-cased for op class
sassign scalar assignment ck_sassign s0
aassign list assignment ck_null t2 L L
chop chop ck_spair mts% L
schop scalar chop ck_null stu% S?
chomp chomp ck_spair mTs% L
schomp scalar chomp ck_null sTu% S?
defined defined operator ck_defined isu% S?
undef undef operator ck_lfun s% S?
study study ck_fun su% S?
pos match position ck_lfun stu% S?
preinc preincrement (++) ck_lfun dIs1 S
i_preinc integer preincrement (++) ck_lfun dis1 S
predec predecrement (--) ck_lfun dIs1 S
i_predec integer predecrement (--) ck_lfun dis1 S
postinc postincrement (++) ck_lfun dIst1 S
i_postinc integer postincrement (++) ck_lfun disT1 S
postdec postdecrement (--) ck_lfun dIst1 S
i_postdec integer postdecrement (--) ck_lfun disT1 S
# Ordinary operators.
pow exponentiation (**) ck_null fsT2 S S
multiply multiplication (*) ck_null IfsT2 S S
i_multiply integer multiplication (*) ck_null ifsT2 S S
divide division (/) ck_null IfsT2 S S
i_divide integer division (/) ck_null ifsT2 S S
modulo modulus (%) ck_null IifsT2 S S
i_modulo integer modulus (%) ck_null ifsT2 S S
repeat repeat (x) ck_repeat mt2 L S
add addition (+) ck_null IfsT2 S S
i_add integer addition (+) ck_null ifsT2 S S
subtract subtraction (-) ck_null IfsT2 S S
i_subtract integer subtraction (-) ck_null ifsT2 S S
concat concatenation (.) or string ck_concat fsT2 S S
stringify string ck_fun fsT@ S
left_shift left bitshift (<<) ck_bitop fsT2 S S
right_shift right bitshift (>>) ck_bitop fsT2 S S
lt numeric lt (<) ck_null Iifs2 S S
i_lt integer lt (<) ck_null ifs2 S S
gt numeric gt (>) ck_null Iifs2 S S
i_gt integer gt (>) ck_null ifs2 S S
le numeric le (<=) ck_null Iifs2 S S
i_le integer le (<=) ck_null ifs2 S S
ge numeric ge (>=) ck_null Iifs2 S S
i_ge integer ge (>=) ck_null ifs2 S S
eq numeric eq (==) ck_null Iifs2 S S
i_eq integer eq (==) ck_null ifs2 S S
ne numeric ne (!=) ck_null Iifs2 S S
i_ne integer ne (!=) ck_null ifs2 S S
ncmp numeric comparison (<=>) ck_null Iifst2 S S
i_ncmp integer comparison (<=>) ck_null ifst2 S S
slt string lt ck_null ifs2 S S
sgt string gt ck_null ifs2 S S
sle string le ck_null ifs2 S S
sge string ge ck_null ifs2 S S
seq string eq ck_null ifs2 S S
sne string ne ck_null ifs2 S S
scmp string comparison (cmp) ck_null ifst2 S S
bit_and bitwise and (&) ck_bitop fst2 S S
bit_xor bitwise xor (^) ck_bitop fst2 S S
bit_or bitwise or (|) ck_bitop fst2 S S
negate negation (-) ck_null Ifst1 S
i_negate integer negation (-) ck_null ifsT1 S
not not ck_null ifs1 S
complement 1's complement (~) ck_bitop fst1 S
smartmatch smart match ck_smartmatch s2
# High falutin' math.
atan2 atan2 ck_fun fsT@ S S
sin sin ck_fun fsTu% S?
cos cos ck_fun fsTu% S?
rand rand ck_fun sT% S?
srand srand ck_fun s% S?
exp exp ck_fun fsTu% S?
log log ck_fun fsTu% S?
sqrt sqrt ck_fun fsTu% S?
# Lowbrow math.
int int ck_fun fsTu% S?
hex hex ck_fun fsTu% S?
oct oct ck_fun fsTu% S?
abs abs ck_fun fsTu% S?
# String stuff.
length length ck_fun ifsTu% S?
substr substr ck_substr st@ S S S? S?
vec vec ck_fun ist@ S S S
index index ck_index isT@ S S S?
rindex rindex ck_index isT@ S S S?
sprintf sprintf ck_fun fmst@ S L
formline formline ck_fun ms@ S L
ord ord ck_fun ifsTu% S?
chr chr ck_fun fsTu% S?
crypt crypt ck_fun fsT@ S S
ucfirst ucfirst ck_fun fstu% S?
lcfirst lcfirst ck_fun fstu% S?
uc uc ck_fun fstu% S?
lc lc ck_fun fstu% S?
quotemeta quotemeta ck_fun fstu% S?
# Arrays.
rv2av array dereference ck_rvconst dt1
aelemfast constant array element ck_null s$ A S
aelem array element ck_null s2 A S
aslice array slice ck_null m@ A L
aeach each on array ck_each % A
akeys keys on array ck_each t% A
avalues values on array ck_each t% A
# Hashes.
each each ck_each % H
values values ck_each t% H
keys keys ck_each t% H
delete delete ck_delete % S
exists exists ck_exists is% S
rv2hv hash dereference ck_rvconst dt1
helem hash element ck_null s2 H S
hslice hash slice ck_null m@ H L
# Explosives and implosives.
unpack unpack ck_unpack @ S S?
pack pack ck_fun mst@ S L
split split ck_split t@ S S S
join join or string ck_join mst@ S L
# List operators.
list list ck_null m@ L
lslice list slice ck_null 2 H L L
anonlist anonymous list ([]) ck_fun ms@ L
anonhash anonymous hash ({}) ck_fun ms@ L
splice splice ck_fun m@ A S? S? L
push push ck_fun imsT@ A L
pop pop ck_shift s% A?
shift shift ck_shift s% A?
unshift unshift ck_fun imsT@ A L
sort sort ck_sort dm@ C? L
reverse reverse ck_fun mt@ L
grepstart grep ck_grep dm@ C L
grepwhile grep iterator ck_null dt|
mapstart map ck_grep dm@ C L
mapwhile map iterator ck_null dt|
# Range stuff.
range flipflop ck_null | S S
flip range (or flip) ck_null 1 S S
flop range (or flop) ck_null 1
# Control.
and logical and (&&) ck_null |
or logical or (||) ck_null |
xor logical xor ck_null fs2 S S
dor defined or (//) ck_null |
cond_expr conditional expression ck_null d|
andassign logical and assignment (&&=) ck_null s|
orassign logical or assignment (||=) ck_null s|
dorassign defined or assignment (//=) ck_null s|
method method lookup ck_method d1
entersub subroutine entry ck_subr dmt1 L
leavesub subroutine exit ck_null 1
leavesublv lvalue subroutine return ck_null 1
caller caller ck_fun t% S?
warn warn ck_fun imst@ L
die die ck_die dimst@ L
reset symbol reset ck_fun is% S?
lineseq line sequence ck_null @
nextstate next statement ck_null s;
dbstate debug next statement ck_null s;
unstack iteration finalizer ck_null s0
enter block entry ck_null 0
leave block exit ck_null @
scope block ck_null @
enteriter foreach loop entry ck_null d{
iter foreach loop iterator ck_null 0
enterloop loop entry ck_null d{
leaveloop loop exit ck_null 2
return return ck_return dm@ L
last last ck_null ds}
next next ck_null ds}
redo redo ck_null ds}
dump dump ck_null ds}
goto goto ck_null ds}
exit exit ck_exit ds% S?
method_named method with known name ck_null d$
entergiven given() ck_null d|
leavegiven leave given block ck_null 1
enterwhen when() ck_null d|
leavewhen leave when block ck_null 1
break break ck_null 0
continue continue ck_null 0
# I/O.
open open ck_open ismt@ F S? L
close close ck_fun is% F?
pipe_op pipe ck_fun is@ F F
fileno fileno ck_fun ist% F
umask umask ck_fun ist% S?
binmode binmode ck_fun s@ F S?
tie tie ck_fun idms@ R S L
untie untie ck_fun is% R
tied tied ck_fun s% R
dbmopen dbmopen ck_fun is@ H S S
dbmclose dbmclose ck_fun is% H
sselect select system call ck_select t@ S S S S
select select ck_select st@ F?
getc getc ck_eof st% F?
read read ck_fun imst@ F R S S?
enterwrite write ck_fun dis% F?
leavewrite write exit ck_null 1
prtf printf ck_listiob ims@ F? L
print print ck_listiob ims@ F? L
say say ck_listiob ims@ F? L
sysopen sysopen ck_fun s@ F S S S?
sysseek sysseek ck_fun s@ F S S
sysread sysread ck_fun imst@ F R S S?
syswrite syswrite ck_fun imst@ F S S? S?
eof eof ck_eof is% F?
tell tell ck_fun st% F?
seek seek ck_fun s@ F S S
# truncate really behaves as if it had both "S S" and "F S"
truncate truncate ck_trunc is@ S S
fcntl fcntl ck_fun st@ F S S
ioctl ioctl ck_fun st@ F S S
flock flock ck_fun isT@ F S
# Sockets. OP_IS_SOCKET wants them consecutive (so moved 1st 2)
send send ck_fun imst@ Fs S S S?
recv recv ck_fun imst@ Fs R S S
socket socket ck_fun is@ Fs S S S
sockpair socketpair ck_fun is@ Fs Fs S S S
bind bind ck_fun is@ Fs S
connect connect ck_fun is@ Fs S
listen listen ck_fun is@ Fs S
accept accept ck_fun ist@ Fs Fs
shutdown shutdown ck_fun ist@ Fs S
gsockopt getsockopt ck_fun is@ Fs S S
ssockopt setsockopt ck_fun is@ Fs S S S
getsockname getsockname ck_fun is% Fs
getpeername getpeername ck_fun is% Fs
# Stat calls. OP_IS_FILETEST wants them consecutive.
lstat lstat ck_ftst u- F
stat stat ck_ftst u- F
ftrread -R ck_ftst isu- F-+
ftrwrite -W ck_ftst isu- F-+
ftrexec -X ck_ftst isu- F-+
fteread -r ck_ftst isu- F-+
ftewrite -w ck_ftst isu- F-+
fteexec -x ck_ftst isu- F-+
ftis -e ck_ftst isu- F-
ftsize -s ck_ftst istu- F-
ftmtime -M ck_ftst stu- F-
ftatime -A ck_ftst stu- F-
ftctime -C ck_ftst stu- F-
ftrowned -O ck_ftst isu- F-
fteowned -o ck_ftst isu- F-
ftzero -z ck_ftst isu- F-
ftsock -S ck_ftst isu- F-
ftchr -c ck_ftst isu- F-
ftblk -b ck_ftst isu- F-
ftfile -f ck_ftst isu- F-
ftdir -d ck_ftst isu- F-
ftpipe -p ck_ftst isu- F-
ftsuid -u ck_ftst isu- F-
ftsgid -g ck_ftst isu- F-
ftsvtx -k ck_ftst isu- F-
ftlink -l ck_ftst isu- F-
fttty -t ck_ftst is- F-
fttext -T ck_ftst isu- F-
ftbinary -B ck_ftst isu- F-
# File calls.
# chdir really behaves as if it had both "S?" and "F?"
chdir chdir ck_chdir isT% S?
chown chown ck_fun imsT@ L
chroot chroot ck_fun isTu% S?
unlink unlink ck_fun imsTu@ L
chmod chmod ck_fun imsT@ L
utime utime ck_fun imsT@ L
rename rename ck_fun isT@ S S
link link ck_fun isT@ S S
symlink symlink ck_fun isT@ S S
readlink readlink ck_fun stu% S?
mkdir mkdir ck_fun isTu@ S? S?
rmdir rmdir ck_fun isTu% S?
# Directory calls.
open_dir opendir ck_fun is@ F S
readdir readdir ck_fun % F
telldir telldir ck_fun st% F
seekdir seekdir ck_fun s@ F S
rewinddir rewinddir ck_fun s% F
closedir closedir ck_fun is% F
# Process control.
fork fork ck_null ist0
wait wait ck_null isT0
waitpid waitpid ck_fun isT@ S S
system system ck_exec imsT@ S? L
exec exec ck_exec dimsT@ S? L
kill kill ck_fun dimsT@ L
getppid getppid ck_null isT0
getpgrp getpgrp ck_fun isT% S?
setpgrp setpgrp ck_fun isT@ S? S?
getpriority getpriority ck_fun isT@ S S
setpriority setpriority ck_fun isT@ S S S
# Time calls.
# NOTE: MacOS patches the 'i' of time() away later when the interpreter
# is created because in MacOS time() is already returning times > 2**31-1,
# that is, non-integers.
time time ck_null isT0
tms times ck_null 0
localtime localtime ck_fun t% S?
gmtime gmtime ck_fun t% S?
alarm alarm ck_fun istu% S?
sleep sleep ck_fun isT% S?
# Shared memory.
shmget shmget ck_fun imst@ S S S
shmctl shmctl ck_fun imst@ S S S
shmread shmread ck_fun imst@ S S S S
shmwrite shmwrite ck_fun imst@ S S S S
# Message passing.
msgget msgget ck_fun imst@ S S
msgctl msgctl ck_fun imst@ S S S
msgsnd msgsnd ck_fun imst@ S S S
msgrcv msgrcv ck_fun imst@ S S S S S
# Semaphores.
semop semop ck_fun imst@ S S
semget semget ck_fun imst@ S S S
semctl semctl ck_fun imst@ S S S S
# Eval.
require require ck_require du% S?
dofile do "file" ck_fun d1 S
hintseval eval hints ck_svconst s$
entereval eval "string" ck_eval d% S
leaveeval eval "string" exit ck_null 1 S
#evalonce eval constant string ck_null d1 S
entertry eval {block} ck_null |
leavetry eval {block} exit ck_null @
# Get system info.
ghbyname gethostbyname ck_fun % S
ghbyaddr gethostbyaddr ck_fun @ S S
ghostent gethostent ck_null 0
gnbyname getnetbyname ck_fun % S
gnbyaddr getnetbyaddr ck_fun @ S S
gnetent getnetent ck_null 0
gpbyname getprotobyname ck_fun % S
gpbynumber getprotobynumber ck_fun @ S
gprotoent getprotoent ck_null 0
gsbyname getservbyname ck_fun @ S S
gsbyport getservbyport ck_fun @ S S
gservent getservent ck_null 0
shostent sethostent ck_fun is% S
snetent setnetent ck_fun is% S
sprotoent setprotoent ck_fun is% S
sservent setservent ck_fun is% S
ehostent endhostent ck_null is0
enetent endnetent ck_null is0
eprotoent endprotoent ck_null is0
eservent endservent ck_null is0
gpwnam getpwnam ck_fun % S
gpwuid getpwuid ck_fun % S
gpwent getpwent ck_null 0
spwent setpwent ck_null is0
epwent endpwent ck_null is0
ggrnam getgrnam ck_fun % S
ggrgid getgrgid ck_fun % S
ggrent getgrent ck_null 0
sgrent setgrent ck_null is0
egrent endgrent ck_null is0
getlogin getlogin ck_null st0
# Miscellaneous.
syscall syscall ck_fun imst@ S L
# For multi-threading
lock lock ck_rfun s% R
# For state support
once once ck_null |
custom unknown custom operator ck_null 0
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