t/op/concat.t See if string concatenation works
t/op/cond.t See if conditional expressions work
t/op/context.t See if context propagation works
-t/op/coreinline.t Test inlining of \&CORE::subs
-t/op/coresubs.t Test &CORE::subs()
+t/op/coreamp.t Test &foo() calls for CORE subs
+t/op/coresubs.t Generics tests for CORE subs
t/op/cproto.t Check builtin prototypes
t/op/crypt.t See if crypt works
t/op/dbm.t See if dbmopen/dbmclose work
--- /dev/null
+#!./perl
+
+# This file tests the results of calling subroutines in the CORE::
+# namespace with ampersand syntax. In other words, it tests the bodies of
+# the subroutines themselves, not the ops that they might inline themselves
+# as when called as barewords.
+
+# coreinline.t tests the inlining of these subs as ops. Since it was
+# convenient, I also put the prototype and undefinedness checking in that
+# file, even though those have nothing to do with inlining. (coreinline.t
+# reads the list in keywords.pl, which is why it’s convenient.)
+
+BEGIN {
+ chdir 't' if -d 't';
+ @INC = qw(. ../lib);
+ require "test.pl";
+ $^P |= 0x100;
+}
+# Since tests inside evals can too easily fail silently, we cannot rely
+# on done_testing. It’s much easier to count the tests as we go than to
+# declare the plan up front, so this script ends with a test that makes
+# sure the right number of tests have happened.
+
+sub lis($$;$) {
+ &is(map(@$_ ? "[@{[map $_//'~~u~~', @$_]}]" : 'nought', @_[0,1]), $_[2]);
+}
+
+my %op_desc = (
+ join => 'join or string',
+ readline => '<HANDLE>',
+ readpipe => 'quoted execution (``, qx)',
+ ref => 'reference-type operator',
+);
+sub op_desc($) {
+ return $op_desc{$_[0]} || $_[0];
+}
+
+
+# This tests that the &{} syntax respects the number of arguments implied
+# by the prototype, plus some extra tests for the (_) prototype.
+sub test_proto {
+ my($o) = shift;
+
+ # Create an alias, for the caller’s convenience.
+ *{"my$o"} = \&{"CORE::$o"};
+
+ my $p = prototype "CORE::$o";
+
+ if ($p eq '') {
+ $tests ++;
+
+ eval " &CORE::$o(1) ";
+ like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
+
+ }
+ elsif ($p eq '_') {
+ $tests ++;
+
+ eval " &CORE::$o(1,2) ";
+ my $desc = quotemeta op_desc($o);
+ like $@, qr/^Too many arguments for $desc at /,
+ "&$o with too many args";
+
+ if (!@_) { return }
+
+ $tests += 6;
+
+ my($in,$out) = @_; # for testing implied $_
+
+ # Since we have $in and $out values, we might as well test basic amper-
+ # sand calls, too.
+
+ is &{"CORE::$o"}($in), $out, "&$o";
+ lis [&{"CORE::$o"}($in)], [$out], "&$o in list context";
+
+ $_ = $in;
+ is &{"CORE::$o"}(), $out, "&$o with no args";
+
+ # Since there is special code to deal with lexical $_, make sure it
+ # works in all cases.
+ undef $_;
+ {
+ my $_ = $in;
+ is &{"CORE::$o"}(), $out, "&$o with no args uses lexical \$_";
+ }
+ # Make sure we get the right pad under recursion
+ my $r;
+ $r = sub {
+ if($_[0]) {
+ my $_ = $in;
+ is &{"CORE::$o"}(), $out,
+ "&$o with no args uses the right lexical \$_ under recursion";
+ }
+ else {
+ &$r(1)
+ }
+ };
+ &$r(0);
+ my $_ = $in;
+ eval {
+ is "CORE::$o"->(), $out, "&$o with the right lexical \$_ in an eval"
+ };
+ }
+ elsif ($p =~ '^;([$*]+)\z') { # ;$ ;* ;$$ etc.
+ my $maxargs = length $1;
+ $tests += 1;
+ eval " &CORE::$o((1)x($maxargs+1)) ";
+ my $desc = quotemeta op_desc($o);
+ like $@, qr/^Too many arguments for $desc at /,
+ "&$o with too many args";
+ }
+ elsif ($p =~ '^([$*]+);?\z') { # Fixed-length $$$ or ***
+ my $args = length $1;
+ $tests += 2;
+ eval " &CORE::$o((1)x($args-1)) ";
+ like $@, qr/^Not enough arguments for $o at /, "&$o with too few args";
+ eval " &CORE::$o((1)x($args+1)) ";
+ like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
+ }
+ elsif ($p =~ '^([$*]+);([$*]+)\z') { # Variable-length $$$ or ***
+ my $minargs = length $1;
+ my $maxargs = $minargs + length $2;
+ $tests += 2;
+ eval " &CORE::$o((1)x($minargs-1)) ";
+ like $@, qr/^Not enough arguments for $o at /, "&$o with too few args";
+ eval " &CORE::$o((1)x($maxargs+1)) ";
+ like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
+ }
+ elsif ($p eq '_;$') {
+ $tests += 1;
+
+ eval " &CORE::$o(1,2,3) ";
+ like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
+ }
+ elsif ($p eq '@') {
+ # Do nothing, as we cannot test for too few or too many arguments.
+ }
+ elsif ($p =~ '^[$*;]+@\z') {
+ $tests ++;
+ $p =~ ';@';
+ my $minargs = $-[0];
+ eval " &CORE::$o((1)x($minargs-1)) ";
+ my $desc = quotemeta op_desc($o);
+ like $@, qr/^Not enough arguments for $desc at /,
+ "&$o with too few args";
+ }
+ elsif ($p =~ /^\\%\$*\z/) { # \% and \%$$
+ $tests += 5;
+
+ eval "&CORE::$o(" . join(",", (1) x length $p) . ")";
+ like $@, qr/^Too many arguments for $o at /,
+ "&$o with too many args";
+ eval " &CORE::$o(" . join(",", (1) x (length($p)-2)) . ") ";
+ like $@, qr/^Not enough arguments for $o at /,
+ "&$o with too few args";
+ my $moreargs = ",1" x (length($p) - 2);
+ eval " &CORE::$o([]$moreargs) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
+ "&$o with array ref arg";
+ eval " &CORE::$o(*foo$moreargs) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
+ "&$o with typeglob arg";
+ eval " &CORE::$o(bless([], 'hov')$moreargs) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
+ "&$o with non-hash arg with hash overload (which does not count)";
+ }
+ elsif ($p eq '\[$@%&*]') {
+ $tests += 5;
+
+ eval " &CORE::$o(1,2) ";
+ like $@, qr/^Too many arguments for $o at /,
+ "&$o with too many args";
+ eval " &CORE::$o() ";
+ like $@, qr/^Not enough arguments for $o at /,
+ "&$o with too few args";
+ eval " &CORE::$o(2) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
+ ) \[\$\@%&\*] at /,
+ "&$o with non-ref arg";
+ eval " &CORE::$o(*STDOUT{IO}) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
+ ) \[\$\@%&\*] at /,
+ "&$o with ioref arg";
+ my $class = ref *DATA{IO};
+ eval " &CORE::$o(bless(*DATA{IO}, 'hov')) ";
+ like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
+ ) \[\$\@%&\*] at /,
+ "&$o with ioref arg with hash overload (which does not count)";
+ bless *DATA{IO}, $class;
+ }
+
+ else {
+ die "Please add tests for the $p prototype";
+ }
+}
+
+test_proto '__FILE__';
+test_proto '__LINE__';
+test_proto '__PACKAGE__';
+
+is file(), 'frob' , '__FILE__ does check its caller' ; ++ $tests;
+is line(), 5 , '__LINE__ does check its caller' ; ++ $tests;
+is pakg(), 'stribble', '__PACKAGE__ does check its caller'; ++ $tests;
+
+test_proto 'abs', -5, 5;
+
+test_proto 'accept';
+$tests += 6; eval q{
+ is &CORE::accept(qw{foo bar}), undef, "&accept";
+ lis [&{"CORE::accept"}(qw{foo bar})], [undef], "&accept in list context";
+
+ &myaccept(my $foo, my $bar);
+ is ref $foo, 'GLOB', 'CORE::accept autovivifies its first argument';
+ is $bar, undef, 'CORE::accept does not autovivify its second argument';
+ use strict;
+ undef $foo;
+ eval { 'myaccept'->($foo, $bar) };
+ like $@, qr/^Can't use an undefined value as a symbol reference at/,
+ 'CORE::accept will not accept undef 2nd arg under strict';
+ is ref $foo, 'GLOB', 'CORE::accept autovivs its first arg under strict';
+};
+
+test_proto 'alarm';
+test_proto 'atan2';
+
+test_proto 'bind';
+$tests += 3;
+is &CORE::bind('foo', 'bear'), undef, "&bind";
+lis [&CORE::bind('foo', 'bear')], [undef], "&bind in list context";
+eval { &mybind(my $foo, "bear") };
+like $@, qr/^Bad symbol for filehandle at/,
+ 'CORE::bind dies with undef first arg';
+
+test_proto 'binmode';
+$tests += 3;
+is &CORE::binmode(qw[foo bar]), undef, "&binmode";
+lis [&CORE::binmode(qw[foo bar])], [undef], "&binmode in list context";
+is &mybinmode(foo), undef, '&binmode with one arg';
+
+test_proto 'bless';
+$tests += 3;
+like &CORE::bless([],'parcel'), qr/^parcel=ARRAY/, "&bless";
+like join(" ", &CORE::bless([],'parcel')),
+ qr/^parcel=ARRAY(?!.* )/, "&bless in list context";
+like &mybless([]), qr/^main=ARRAY/, '&bless with one arg';
+
+test_proto 'break';
+{ $tests ++;
+ my $tmp;
+ CORE::given(1) {
+ CORE::when(1) {
+ &mybreak;
+ $tmp = 'bad';
+ }
+ }
+ is $tmp, undef, '&break';
+}
+
+test_proto 'caller';
+$tests += 4;
+sub caller_test {
+ is scalar &CORE::caller, 'hadhad', '&caller';
+ is scalar &CORE::caller(1), 'main', '&caller(1)';
+ lis [&CORE::caller], [caller], '&caller in list context';
+ lis [&CORE::caller(1)], [caller(1)], '&caller(1) in list context';
+}
+sub {
+ package hadhad;
+ ::caller_test();
+}->();
+
+test_proto 'chmod';
+$tests += 3;
+is &CORE::chmod(), 0, '&chmod with no args';
+is &CORE::chmod(0666), 0, '&chmod';
+lis [&CORE::chmod(0666)], [0], '&chmod in list context';
+
+test_proto 'chown';
+$tests += 4;
+is &CORE::chown(), 0, '&chown with no args';
+is &CORE::chown(1), 0, '&chown with 1 arg';
+is &CORE::chown(1,2), 0, '&chown';
+lis [&CORE::chown(1,2)], [0], '&chown in list context';
+
+test_proto 'chr', 5, "\5";
+test_proto 'chroot';
+
+test_proto 'close';
+{
+ last if is_miniperl;
+ $tests += 3;
+
+ open my $fh, ">", \my $buffalo;
+ print $fh 'an address in the outskirts of Jersey';
+ ok &CORE::close($fh), '&CORE::close retval';
+ print $fh 'lalala';
+ is $buffalo, 'an address in the outskirts of Jersey',
+ 'effect of &CORE::close';
+ # This has to be a separate variable from $fh, as re-using the same
+ # variable can cause the tests to pass by accident. That actually hap-
+ # pened during developement, because the second close() was reading
+ # beyond the end of the stack and finding a $fh left over from before.
+ open my $fh2, ">", \($buffalo = '');
+ select+(select($fh2), do {
+ print "Nasusiro Tokasoni";
+ &CORE::close();
+ print "jfd";
+ is $buffalo, "Nasusiro Tokasoni", '&CORE::close with no args';
+ })[0];
+}
+lis [&CORE::close('tototootot')], [''], '&close in list context'; ++$tests;
+
+test_proto 'closedir';
+$tests += 2;
+is &CORE::closedir(foo), undef, '&CORE::closedir';
+lis [&CORE::closedir(foo)], [undef], '&CORE::closedir in list context';
+
+test_proto 'connect';
+$tests += 2;
+is &CORE::connect('foo','bar'), undef, '&connect';
+lis [&myconnect('foo','bar')], [undef], '&connect in list context';
+
+test_proto 'continue';
+$tests ++;
+CORE::given(1) {
+ CORE::when(1) {
+ &mycontinue();
+ }
+ pass "&continue";
+}
+
+test_proto 'cos';
+test_proto 'crypt';
+
+test_proto 'dbmclose';
+test_proto 'dbmopen';
+{
+ last unless eval { require AnyDBM_File };
+ $tests ++;
+ my $filename = tempfile();
+ &mydbmopen(\my %db, $filename, 0666);
+ $db{1} = 2; $db{3} = 4;
+ &mydbmclose(\%db);
+ is scalar keys %db, 0, '&dbmopen and &dbmclose';
+}
+
+test_proto 'die';
+eval { dier('quinquangle') };
+is $@, "quinquangle at frob line 6.\n", '&CORE::die'; $tests ++;
+
+test_proto $_ for qw(
+ endgrent endhostent endnetent endprotoent endpwent endservent
+);
+
+test_proto 'exit';
+$tests ++;
+is runperl(prog => '&CORE::exit; END { print q-ok- }'), 'ok',
+ '&exit with no args';
+
+test_proto 'fork';
+
+test_proto 'formline';
+$tests += 3;
+is &myformline(' @<<< @>>>', 1, 2), 1, '&myformline retval';
+is $^A, ' 1 2', 'effect of &myformline';
+lis [&myformline('@')], [1], '&myformline in list context';
+
+test_proto 'exp';
+test_proto 'fcntl';
+
+test_proto 'fileno';
+$tests += 2;
+is &CORE::fileno(\*STDIN), fileno STDIN, '&CORE::fileno';
+lis [&CORE::fileno(\*STDIN)], [fileno STDIN], '&CORE::fileno in list cx';
+
+test_proto 'flock';
+test_proto 'fork';
+
+test_proto 'getc';
+{
+ last if is_miniperl;
+ $tests += 3;
+ local *STDIN;
+ open my $fh, "<", \(my $buf='falo');
+ open STDIN, "<", \(my $buf2 = 'bison');
+ is &mygetc($fh), 'f', '&mygetc';
+ is &mygetc(), 'b', '&mygetc with no args';
+ lis [&mygetc($fh)], ['a'], '&mygetc in list context';
+}
+
+test_proto "get$_" for qw '
+ grent grgid grnam hostbyaddr hostbyname hostent login netbyaddr netbyname
+ netent peername
+';
+
+test_proto 'getpgrp';
+eval {&mygetpgrp()};
+pass '&getpgrp with no args does not crash'; $tests++;
+
+test_proto "get$_" for qw '
+ ppid priority protobyname protobynumber protoent
+ pwent pwnam pwuid servbyname servbyport servent sockname sockopt
+';
+
+test_proto 'gmtime';
+&CORE::gmtime;
+pass '&gmtime without args does not crash'; ++$tests;
+
+test_proto 'hex', ff=>255;
+
+test_proto 'index';
+$tests += 3;
+is &myindex("foffooo","o",2),4,'&index';
+lis [&myindex("foffooo","o",2)],[4],'&index in list context';
+is &myindex("foffooo","o"),1,'&index with 2 args';
+
+test_proto 'int', 1.5=>1;
+test_proto 'ioctl';
+
+test_proto 'join';
+$tests += 2;
+is &myjoin('a','b','c'), 'bac', '&join';
+lis [&myjoin('a','b','c')], ['bac'], '&join in list context';
+
+test_proto 'kill'; # set up mykill alias
+if ($^O ne 'riscos') {
+ $tests ++;
+ ok( &mykill(0, $$), '&kill' );
+}
+
+test_proto 'lc', 'A', 'a';
+test_proto 'lcfirst', 'AA', 'aA';
+test_proto 'length', 'aaa', 3;
+test_proto 'link';
+test_proto 'listen';
+
+test_proto 'localtime';
+&CORE::localtime;
+pass '&localtime without args does not crash'; ++$tests;
+
+test_proto 'lock';
+$tests += 6;
+is \&mylock(\$foo), \$foo, '&lock retval when passed a scalar ref';
+lis [\&mylock(\$foo)], [\$foo], '&lock in list context';
+is &mylock(\@foo), \@foo, '&lock retval when passed an array ref';
+is &mylock(\%foo), \%foo, '&lock retval when passed a ash ref';
+is &mylock(\&foo), \&foo, '&lock retval when passed a code ref';
+is \&mylock(\*foo), \*foo, '&lock retval when passed a glob ref';
+
+test_proto 'log';
+
+test_proto 'mkdir';
+# mkdir is tested with implicit $_ at the end, to make the test easier
+
+test_proto "msg$_" for qw( ctl get rcv snd );
+
+test_proto 'not';
+$tests += 2;
+is &mynot(1), !1, '¬';
+lis [&mynot(0)], [!0], '¬ in list context';
+
+test_proto 'oct', '666', 438;
+
+test_proto 'open';
+$tests += 5;
+$file = 'test.pl';
+ok &myopen('file'), '&open with 1 arg' or warn "1-arg open: $!";
+like <file>, qr|^#|, 'result of &open with 1 arg';
+close file;
+{
+ ok &myopen(my $fh, "test.pl"), 'two-arg &open';
+ ok $fh, '&open autovivifies';
+ like <$fh>, qr '^#', 'result of &open with 2 args';
+ last if is_miniperl;
+ $tests +=2;
+ ok &myopen(my $fh2, "<", \"sharummbles"), 'retval of 3-arg &open';
+ is <$fh2>, 'sharummbles', 'result of three-arg &open';
+}
+
+test_proto 'opendir';
+test_proto 'ord', chr(64), 64;
+
+test_proto 'pack';
+$tests += 2;
+is &mypack("H*", '5065726c'), 'Perl', '&pack';
+lis [&mypack("H*", '5065726c')], ['Perl'], '&pack in list context';
+
+test_proto 'pipe';
+test_proto 'quotemeta', '$', '\$';
+
+test_proto 'rand';
+$tests += 3;
+like &CORE::rand, qr/^0[.\d]*\z/, '&rand';
+unlike join(" ", &CORE::rand), qr/ /, '&rand in list context';
+&cmp_ok(&CORE::rand(78), qw '< 78', '&rand with 2 args');
+
+test_proto 'readdir';
+
+test_proto 'readline';
+{
+ local *ARGV = *DATA;
+ $tests ++;
+ is scalar &myreadline,
+ "I wandered lonely as a cloud\n", '&readline w/no args';
+}
+{
+ last if is_miniperl;
+ $tests += 2;
+ open my $fh, "<", \(my $buff = <<END);
+The Recursive Problem
+---------------------
+I have a problem I cannot solve.
+The problem is that I cannot solve it.
+END
+ is &myreadline($fh), "The Recursive Problem\n",
+ '&readline with 1 arg';
+ lis [&myreadline($fh)], [
+ "---------------------\n",
+ "I have a problem I cannot solve.\n",
+ "The problem is that I cannot solve it.\n",
+ ], '&readline in list context';
+}
+
+test_proto 'readlink';
+test_proto 'readpipe';
+
+use if !is_miniperl, File::Spec::Functions, qw "catfile";
+use if !is_miniperl, File::Temp, 'tempdir';
+
+test_proto 'rename';
+{
+ last if is_miniperl;
+ $tests ++;
+ my $dir = tempdir(uc cleanup => 1);
+ my $tmpfilenam = catfile $dir, 'aaa';
+ open my $fh, ">", $tmpfilenam or die "cannot open $tmpfilenam: $!";
+ close $fh or die "cannot close $tmpfilenam: $!";
+ &myrename("$tmpfilenam", $tmpfilenam = catfile $dir,'bbb');
+ ok open(my $fh, '>', $tmpfilenam), '&rename';
+}
+
+test_proto 'ref', [], 'ARRAY';
+
+test_proto 'reverse';
+$tests += 2;
+is &myreverse('reward'), 'drawer', '&reverse';
+lis [&myreverse(qw 'dog bites man')], [qw 'man bites dog'],
+ '&reverse in list context';
+
+test_proto 'rewinddir';
+
+test_proto 'rindex';
+$tests += 3;
+is &myrindex("foffooo","o",2),1,'&rindex';
+lis [&myrindex("foffooo","o",2)],[1],'&rindex in list context';
+is &myrindex("foffooo","o"),6,'&rindex with 2 args';
+
+test_proto 'rmdir';
+
+test_proto 'seek';
+{
+ last if is_miniperl;
+ $tests += 1;
+ open my $fh, "<", \"misled" or die $!;
+ &myseek($fh, 2, 0);
+ is <$fh>, 'sled', '&seek in action';
+}
+
+test_proto 'seekdir';
+test_proto "sem$_" for qw "ctl get op";
+
+test_proto "set$_" for qw '
+ grent hostent netent priority protoent pwent servent sockopt
+';
+
+test_proto "shm$_" for qw "ctl get read write";
+test_proto 'shutdown';
+test_proto 'sin';
+test_proto "socket$_" for "", "pair";
+
+test_proto 'sprintf';
+$tests += 2;
+is &mysprintf("%x", 65), '41', '&sprintf';
+lis [&mysprintf("%x", '65')], ['41'], '&sprintf in list context';
+
+test_proto 'sqrt', 4, 2;
+test_proto 'symlink';
+test_proto 'syscall';
+test_proto 'sysseek';
+test_proto 'telldir';
+
+test_proto 'time';
+$tests += 2;
+like &mytime, '^\d+\z', '&time in scalar context';
+like join('-', &mytime), '^\d+\z', '&time in list context';
+
+test_proto 'times';
+$tests += 2;
+like &mytimes, '^[\d.]+\z', '× in scalar context';
+like join('-',&mytimes), '^[\d.]+-[\d.]+-[\d.]+-[\d.]+\z',
+ '× in list context';
+
+test_proto 'uc', 'aa', 'AA';
+test_proto 'ucfirst', 'aa', "Aa";
+
+test_proto 'utime';
+$tests += 2;
+is &myutime(undef,undef), 0, '&utime';
+lis [&myutime(undef,undef)], [0], '&utime in list context';
+
+test_proto 'vec';
+$tests += 3;
+is &myvec("foo", 0, 4), 6, '&vec';
+lis [&myvec("foo", 0, 4)], [6], '&vec in list context';
+$tmp = "foo";
+++&myvec($tmp,0,4);
+is $tmp, "goo", 'lvalue &vec';
+
+test_proto 'wait';
+test_proto 'waitpid';
+
+test_proto 'wantarray';
+$tests += 4;
+my $context;
+my $cx_sub = sub {
+ $context = qw[void scalar list][&mywantarray + defined mywantarray()]
+};
+() = &$cx_sub;
+is $context, 'list', '&wantarray with caller in list context';
+scalar &$cx_sub;
+is($context, 'scalar', '&wantarray with caller in scalar context');
+&$cx_sub;
+is($context, 'void', '&wantarray with caller in void context');
+lis [&mywantarray],[wantarray], '&wantarray itself in list context';
+
+test_proto 'warn';
+{ $tests += 3;
+ my $w;
+ local $SIG{__WARN__} = sub { $w = shift };
+ is &mywarn('a'), 1, '&warn retval';
+ is $w, "a at " . __FILE__ . " line " . (__LINE__-1) . ".\n", 'warning';
+ lis [&mywarn()], [1], '&warn retval in list context';
+}
+
+# This is just a check to make sure we have tested everything. If we
+# haven’t, then either the sub needs to be tested or the list in
+# gv.c is wrong.
+{
+ last if is_miniperl;
+ require File::Spec::Functions;
+ my $keywords_file =
+ File::Spec::Functions::catfile(
+ File::Spec::Functions::updir,'regen','keywords.pl'
+ );
+ open my $kh, $keywords_file
+ or die "$0 cannot open $keywords_file: $!";
+ while(<$kh>) {
+ if (m?__END__?..${\0} and /^[-](.*)/) {
+ my $word = $1;
+ next if
+ $word =~ /^(?:CORE|and|cmp|dump|eq|ge|gt|le|lt|ne|or|x|xor)\z/;
+ $tests ++;
+ ok exists &{"my$word"}
+ || (eval{&{"CORE::$word"}}, $@ =~ /cannot be called directly/),
+ "$word either has been tested or is not ampable";
+ }
+ }
+}
+
+# Add new tests above this line.
+
+# This test must come last (before the test count test):
+
+{
+ last if is_miniperl;
+ $tests += 2;
+ require File::Temp ;
+ my $dir = File::Temp::tempdir(uc cleanup => 1);
+ chdir($dir);
+ my $_ = 'Phoo';
+ ok &mymkdir(), '&mkdir';
+ like <*>, qr/^phoo\z/i, 'mkdir works with implicit $_';
+}
+
+# ------------ END TESTING ----------- #
+
+is curr_test, $tests+1, 'right number of tests';
+done_testing;
+
+#line 3 frob
+
+sub file { &CORE::__FILE__ }
+sub line { &CORE::__LINE__ } # 5
+sub dier { &CORE::die(@_) } # 6
+package stribble;
+sub main::pakg { &CORE::__PACKAGE__ }
+
+# Please do not add new tests here.
+package main;
+CORE::__DATA__
+I wandered lonely as a cloud
+That floats on high o’er vales and hills,
+And all at once I saw a crowd,
+A host of golden daffodils!
+Beside the lake, beneath the trees,
+Fluttering, dancing, in the breeze.
+-- Wordsworth
+++ /dev/null
-#!./perl
-
-# This script tests the inlining of CORE:: subs. Since it’s convenient
-# (this script reads the list in keywords.pl), we also test that prototypes
-# match the built-ins and check for undefinedness.
-
-BEGIN {
- chdir 't' if -d 't';
- @INC = qw(. ../lib);
- require "test.pl";
- skip_all_without_dynamic_extension('B');
- $^P |= 0x100;
-}
-
-use B::Deparse;
-my $bd = new B::Deparse '-p';
-
-my %unsupported = map +($_=>1), qw (CORE and cmp dump eq ge gt le
- lt ne or x xor);
-my %args_for = (
- dbmopen => '%1,$2,$3',
- dbmclose => '%1',
-);
-
-use File::Spec::Functions;
-my $keywords_file = catfile(updir,'regen','keywords.pl');
-open my $kh, $keywords_file
- or die "$0 cannot open $keywords_file: $!";
-while(<$kh>) {
- if (m?__END__?..${\0} and /^[+-]/) {
- chomp(my $word = $');
- if($& eq '+' || $unsupported{$word}) {
- $tests ++;
- ok !defined &{\&{"CORE::$word"}}, "no CORE::$word";
- }
- else {
- $tests += 3;
-
- my $proto = prototype "CORE::$word";
- *{"my$word"} = \&{"CORE::$word"};
- is prototype \&{"my$word"}, $proto, "prototype of &CORE::$word";
-
- CORE::state $protochar = qr/([^\\]|\\(?:[^[]|\[[^]]+\]))/;
- my $numargs =
- () = $proto =~ s/;.*//r =~ /\G$protochar/g;
- my $code =
- "#line 1 This-line-makes-__FILE__-easier-to-test.
- sub { () = (my$word("
- . ($args_for{$word} || join ",", map "\$$_", 1..$numargs)
- . "))}";
- my $core = $bd->coderef2text(eval $code =~ s/my/CORE::/r or die);
- my $my = $bd->coderef2text(eval $code or die);
- is $my, $core, "inlinability of CORE::$word with parens";
-
- $code =
- "#line 1 This-line-makes-__FILE__-easier-to-test.
- sub { () = (my$word "
- . ($args_for{$word} || join ",", map "\$$_", 1..$numargs)
- . ")}";
- $core = $bd->coderef2text(eval $code =~ s/my/CORE::/r or die);
- $my = $bd->coderef2text(eval $code or die);
- is $my, $core, "inlinability of CORE::$word without parens";
-
- # High-precedence tests
- my $hpcode;
- if (!$proto && defined $proto) { # nullary
- $hpcode = "sub { () = my$word + 1 }";
- }
- elsif ($proto =~ /^;?$protochar\z/) { # unary
- $hpcode = "sub { () = my$word "
- . ($args_for{$word}||'$a') . ' > $b'
- .'}';
- }
- if ($hpcode) {
- $tests ++;
- $core = $bd->coderef2text(eval $hpcode =~ s/my/CORE::/r or die);
- $my = $bd->coderef2text(eval $hpcode or die);
- is $my, $core, "precedence of CORE::$word without parens";
- }
-
- next if ($proto =~ /\@/);
- # These ops currently accept any number of args, despite their
- # prototypes, if they have any:
- next if $word =~ /^(?:chom?p|exec|keys|each|not|read(?:lin|pip)e
- |reset|system|values|l?stat)/x;
-
- $tests ++;
- $code =
- "sub { () = (my$word("
- . (
- $args_for{$word}
- ? $args_for{$word}.',$7'
- : join ",", map "\$$_", 1..$numargs+5+(
- $proto =~ /;/
- ? () = $' =~ /\G$protochar/g
- : 0
- )
- )
- . "))}";
- eval $code;
- like $@, qr/^Too many arguments for $word/,
- "inlined CORE::$word with too many args"
- or warn $code;
-
- }
- }
-}
-
-is curr_test, $tests+1, 'right number of tests';
-done_testing;
-
-CORE::__END__
#!./perl
-# This file tests the results of calling subroutines in the CORE::
-# namespace with ampersand syntax. In other words, it tests the bodies of
-# the subroutines themselves, not the ops that they might inline themselves
-# as when called as barewords.
-
-# coreinline.t tests the inlining of these subs as ops. Since it was
-# convenient, I also put the prototype and undefinedness checking in that
-# file, even though those have nothing to do with inlining. (coreinline.t
-# reads the list in keywords.pl, which is why it’s convenient.)
+# This script tests the inlining of CORE:: subs. Since it’s convenient
+# (this script reads the list in keywords.pl), we also test that prototypes
+# match the built-ins and check for undefinedness.
BEGIN {
chdir 't' if -d 't';
@INC = qw(. ../lib);
require "test.pl";
+ skip_all_without_dynamic_extension('B');
$^P |= 0x100;
}
-# Since tests inside evals can too easily fail silently, we cannot rely
-# on done_testing. It’s much easier to count the tests as we go than to
-# declare the plan up front, so this script ends with a test that makes
-# sure the right number of tests have happened.
-sub lis($$;$) {
- &is(map(@$_ ? "[@{[map $_//'~~u~~', @$_]}]" : 'nought', @_[0,1]), $_[2]);
-}
+use B::Deparse;
+my $bd = new B::Deparse '-p';
-my %op_desc = (
- join => 'join or string',
- readline => '<HANDLE>',
- readpipe => 'quoted execution (``, qx)',
- ref => 'reference-type operator',
+my %unsupported = map +($_=>1), qw (CORE and cmp dump eq ge gt le
+ lt ne or x xor);
+my %args_for = (
+ dbmopen => '%1,$2,$3',
+ dbmclose => '%1',
);
-sub op_desc($) {
- return $op_desc{$_[0]} || $_[0];
-}
-
-
-# This tests that the &{} syntax respects the number of arguments implied
-# by the prototype, plus some extra tests for the (_) prototype.
-sub test_proto {
- my($o) = shift;
-
- # Create an alias, for the caller’s convenience.
- *{"my$o"} = \&{"CORE::$o"};
-
- my $p = prototype "CORE::$o";
-
- if ($p eq '') {
- $tests ++;
-
- eval " &CORE::$o(1) ";
- like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
-
- }
- elsif ($p eq '_') {
- $tests ++;
-
- eval " &CORE::$o(1,2) ";
- my $desc = quotemeta op_desc($o);
- like $@, qr/^Too many arguments for $desc at /,
- "&$o with too many args";
-
- if (!@_) { return }
-
- $tests += 6;
-
- my($in,$out) = @_; # for testing implied $_
-
- # Since we have $in and $out values, we might as well test basic amper-
- # sand calls, too.
-
- is &{"CORE::$o"}($in), $out, "&$o";
- lis [&{"CORE::$o"}($in)], [$out], "&$o in list context";
- $_ = $in;
- is &{"CORE::$o"}(), $out, "&$o with no args";
-
- # Since there is special code to deal with lexical $_, make sure it
- # works in all cases.
- undef $_;
- {
- my $_ = $in;
- is &{"CORE::$o"}(), $out, "&$o with no args uses lexical \$_";
+use File::Spec::Functions;
+my $keywords_file = catfile(updir,'regen','keywords.pl');
+open my $kh, $keywords_file
+ or die "$0 cannot open $keywords_file: $!";
+while(<$kh>) {
+ if (m?__END__?..${\0} and /^[+-]/) {
+ chomp(my $word = $');
+ if($& eq '+' || $unsupported{$word}) {
+ $tests ++;
+ ok !defined &{\&{"CORE::$word"}}, "no CORE::$word";
}
- # Make sure we get the right pad under recursion
- my $r;
- $r = sub {
- if($_[0]) {
- my $_ = $in;
- is &{"CORE::$o"}(), $out,
- "&$o with no args uses the right lexical \$_ under recursion";
+ else {
+ $tests += 3;
+
+ my $proto = prototype "CORE::$word";
+ *{"my$word"} = \&{"CORE::$word"};
+ is prototype \&{"my$word"}, $proto, "prototype of &CORE::$word";
+
+ CORE::state $protochar = qr/([^\\]|\\(?:[^[]|\[[^]]+\]))/;
+ my $numargs =
+ () = $proto =~ s/;.*//r =~ /\G$protochar/g;
+ my $code =
+ "#line 1 This-line-makes-__FILE__-easier-to-test.
+ sub { () = (my$word("
+ . ($args_for{$word} || join ",", map "\$$_", 1..$numargs)
+ . "))}";
+ my $core = $bd->coderef2text(eval $code =~ s/my/CORE::/r or die);
+ my $my = $bd->coderef2text(eval $code or die);
+ is $my, $core, "inlinability of CORE::$word with parens";
+
+ $code =
+ "#line 1 This-line-makes-__FILE__-easier-to-test.
+ sub { () = (my$word "
+ . ($args_for{$word} || join ",", map "\$$_", 1..$numargs)
+ . ")}";
+ $core = $bd->coderef2text(eval $code =~ s/my/CORE::/r or die);
+ $my = $bd->coderef2text(eval $code or die);
+ is $my, $core, "inlinability of CORE::$word without parens";
+
+ # High-precedence tests
+ my $hpcode;
+ if (!$proto && defined $proto) { # nullary
+ $hpcode = "sub { () = my$word + 1 }";
}
- else {
- &$r(1)
+ elsif ($proto =~ /^;?$protochar\z/) { # unary
+ $hpcode = "sub { () = my$word "
+ . ($args_for{$word}||'$a') . ' > $b'
+ .'}';
+ }
+ if ($hpcode) {
+ $tests ++;
+ $core = $bd->coderef2text(eval $hpcode =~ s/my/CORE::/r or die);
+ $my = $bd->coderef2text(eval $hpcode or die);
+ is $my, $core, "precedence of CORE::$word without parens";
}
- };
- &$r(0);
- my $_ = $in;
- eval {
- is "CORE::$o"->(), $out, "&$o with the right lexical \$_ in an eval"
- };
- }
- elsif ($p =~ '^;([$*]+)\z') { # ;$ ;* ;$$ etc.
- my $maxargs = length $1;
- $tests += 1;
- eval " &CORE::$o((1)x($maxargs+1)) ";
- my $desc = quotemeta op_desc($o);
- like $@, qr/^Too many arguments for $desc at /,
- "&$o with too many args";
- }
- elsif ($p =~ '^([$*]+);?\z') { # Fixed-length $$$ or ***
- my $args = length $1;
- $tests += 2;
- eval " &CORE::$o((1)x($args-1)) ";
- like $@, qr/^Not enough arguments for $o at /, "&$o with too few args";
- eval " &CORE::$o((1)x($args+1)) ";
- like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
- }
- elsif ($p =~ '^([$*]+);([$*]+)\z') { # Variable-length $$$ or ***
- my $minargs = length $1;
- my $maxargs = $minargs + length $2;
- $tests += 2;
- eval " &CORE::$o((1)x($minargs-1)) ";
- like $@, qr/^Not enough arguments for $o at /, "&$o with too few args";
- eval " &CORE::$o((1)x($maxargs+1)) ";
- like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
- }
- elsif ($p eq '_;$') {
- $tests += 1;
-
- eval " &CORE::$o(1,2,3) ";
- like $@, qr/^Too many arguments for $o at /, "&$o with too many args";
- }
- elsif ($p eq '@') {
- # Do nothing, as we cannot test for too few or too many arguments.
- }
- elsif ($p =~ '^[$*;]+@\z') {
- $tests ++;
- $p =~ ';@';
- my $minargs = $-[0];
- eval " &CORE::$o((1)x($minargs-1)) ";
- my $desc = quotemeta op_desc($o);
- like $@, qr/^Not enough arguments for $desc at /,
- "&$o with too few args";
- }
- elsif ($p =~ /^\\%\$*\z/) { # \% and \%$$
- $tests += 5;
-
- eval "&CORE::$o(" . join(",", (1) x length $p) . ")";
- like $@, qr/^Too many arguments for $o at /,
- "&$o with too many args";
- eval " &CORE::$o(" . join(",", (1) x (length($p)-2)) . ") ";
- like $@, qr/^Not enough arguments for $o at /,
- "&$o with too few args";
- my $moreargs = ",1" x (length($p) - 2);
- eval " &CORE::$o([]$moreargs) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
- "&$o with array ref arg";
- eval " &CORE::$o(*foo$moreargs) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
- "&$o with typeglob arg";
- eval " &CORE::$o(bless([], 'hov')$moreargs) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be hash reference at /,
- "&$o with non-hash arg with hash overload (which does not count)";
- }
- elsif ($p eq '\[$@%&*]') {
- $tests += 5;
-
- eval " &CORE::$o(1,2) ";
- like $@, qr/^Too many arguments for $o at /,
- "&$o with too many args";
- eval " &CORE::$o() ";
- like $@, qr/^Not enough arguments for $o at /,
- "&$o with too few args";
- eval " &CORE::$o(2) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
- ) \[\$\@%&\*] at /,
- "&$o with non-ref arg";
- eval " &CORE::$o(*STDOUT{IO}) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
- ) \[\$\@%&\*] at /,
- "&$o with ioref arg";
- my $class = ref *DATA{IO};
- eval " &CORE::$o(bless(*DATA{IO}, 'hov')) ";
- like $@, qr/^Type of arg 1 to &CORE::$o must be reference to one of(?x:
- ) \[\$\@%&\*] at /,
- "&$o with ioref arg with hash overload (which does not count)";
- bless *DATA{IO}, $class;
- }
-
- else {
- die "Please add tests for the $p prototype";
- }
-}
-
-test_proto '__FILE__';
-test_proto '__LINE__';
-test_proto '__PACKAGE__';
-
-is file(), 'frob' , '__FILE__ does check its caller' ; ++ $tests;
-is line(), 5 , '__LINE__ does check its caller' ; ++ $tests;
-is pakg(), 'stribble', '__PACKAGE__ does check its caller'; ++ $tests;
-
-test_proto 'abs', -5, 5;
-
-test_proto 'accept';
-$tests += 6; eval q{
- is &CORE::accept(qw{foo bar}), undef, "&accept";
- lis [&{"CORE::accept"}(qw{foo bar})], [undef], "&accept in list context";
-
- &myaccept(my $foo, my $bar);
- is ref $foo, 'GLOB', 'CORE::accept autovivifies its first argument';
- is $bar, undef, 'CORE::accept does not autovivify its second argument';
- use strict;
- undef $foo;
- eval { 'myaccept'->($foo, $bar) };
- like $@, qr/^Can't use an undefined value as a symbol reference at/,
- 'CORE::accept will not accept undef 2nd arg under strict';
- is ref $foo, 'GLOB', 'CORE::accept autovivs its first arg under strict';
-};
-
-test_proto 'alarm';
-test_proto 'atan2';
-
-test_proto 'bind';
-$tests += 3;
-is &CORE::bind('foo', 'bear'), undef, "&bind";
-lis [&CORE::bind('foo', 'bear')], [undef], "&bind in list context";
-eval { &mybind(my $foo, "bear") };
-like $@, qr/^Bad symbol for filehandle at/,
- 'CORE::bind dies with undef first arg';
-
-test_proto 'binmode';
-$tests += 3;
-is &CORE::binmode(qw[foo bar]), undef, "&binmode";
-lis [&CORE::binmode(qw[foo bar])], [undef], "&binmode in list context";
-is &mybinmode(foo), undef, '&binmode with one arg';
-
-test_proto 'bless';
-$tests += 3;
-like &CORE::bless([],'parcel'), qr/^parcel=ARRAY/, "&bless";
-like join(" ", &CORE::bless([],'parcel')),
- qr/^parcel=ARRAY(?!.* )/, "&bless in list context";
-like &mybless([]), qr/^main=ARRAY/, '&bless with one arg';
-
-test_proto 'break';
-{ $tests ++;
- my $tmp;
- CORE::given(1) {
- CORE::when(1) {
- &mybreak;
- $tmp = 'bad';
- }
- }
- is $tmp, undef, '&break';
-}
-
-test_proto 'caller';
-$tests += 4;
-sub caller_test {
- is scalar &CORE::caller, 'hadhad', '&caller';
- is scalar &CORE::caller(1), 'main', '&caller(1)';
- lis [&CORE::caller], [caller], '&caller in list context';
- lis [&CORE::caller(1)], [caller(1)], '&caller(1) in list context';
-}
-sub {
- package hadhad;
- ::caller_test();
-}->();
-
-test_proto 'chmod';
-$tests += 3;
-is &CORE::chmod(), 0, '&chmod with no args';
-is &CORE::chmod(0666), 0, '&chmod';
-lis [&CORE::chmod(0666)], [0], '&chmod in list context';
-
-test_proto 'chown';
-$tests += 4;
-is &CORE::chown(), 0, '&chown with no args';
-is &CORE::chown(1), 0, '&chown with 1 arg';
-is &CORE::chown(1,2), 0, '&chown';
-lis [&CORE::chown(1,2)], [0], '&chown in list context';
-
-test_proto 'chr', 5, "\5";
-test_proto 'chroot';
-
-test_proto 'close';
-{
- last if is_miniperl;
- $tests += 3;
-
- open my $fh, ">", \my $buffalo;
- print $fh 'an address in the outskirts of Jersey';
- ok &CORE::close($fh), '&CORE::close retval';
- print $fh 'lalala';
- is $buffalo, 'an address in the outskirts of Jersey',
- 'effect of &CORE::close';
- # This has to be a separate variable from $fh, as re-using the same
- # variable can cause the tests to pass by accident. That actually hap-
- # pened during developement, because the second close() was reading
- # beyond the end of the stack and finding a $fh left over from before.
- open my $fh2, ">", \($buffalo = '');
- select+(select($fh2), do {
- print "Nasusiro Tokasoni";
- &CORE::close();
- print "jfd";
- is $buffalo, "Nasusiro Tokasoni", '&CORE::close with no args';
- })[0];
-}
-lis [&CORE::close('tototootot')], [''], '&close in list context'; ++$tests;
-
-test_proto 'closedir';
-$tests += 2;
-is &CORE::closedir(foo), undef, '&CORE::closedir';
-lis [&CORE::closedir(foo)], [undef], '&CORE::closedir in list context';
-
-test_proto 'connect';
-$tests += 2;
-is &CORE::connect('foo','bar'), undef, '&connect';
-lis [&myconnect('foo','bar')], [undef], '&connect in list context';
-
-test_proto 'continue';
-$tests ++;
-CORE::given(1) {
- CORE::when(1) {
- &mycontinue();
- }
- pass "&continue";
-}
-
-test_proto 'cos';
-test_proto 'crypt';
-
-test_proto 'dbmclose';
-test_proto 'dbmopen';
-{
- last unless eval { require AnyDBM_File };
- $tests ++;
- my $filename = tempfile();
- &mydbmopen(\my %db, $filename, 0666);
- $db{1} = 2; $db{3} = 4;
- &mydbmclose(\%db);
- is scalar keys %db, 0, '&dbmopen and &dbmclose';
-}
-
-test_proto 'die';
-eval { dier('quinquangle') };
-is $@, "quinquangle at frob line 6.\n", '&CORE::die'; $tests ++;
-
-test_proto $_ for qw(
- endgrent endhostent endnetent endprotoent endpwent endservent
-);
-
-test_proto 'exit';
-$tests ++;
-is runperl(prog => '&CORE::exit; END { print q-ok- }'), 'ok',
- '&exit with no args';
-
-test_proto 'fork';
-
-test_proto 'formline';
-$tests += 3;
-is &myformline(' @<<< @>>>', 1, 2), 1, '&myformline retval';
-is $^A, ' 1 2', 'effect of &myformline';
-lis [&myformline('@')], [1], '&myformline in list context';
-
-test_proto 'exp';
-test_proto 'fcntl';
-
-test_proto 'fileno';
-$tests += 2;
-is &CORE::fileno(\*STDIN), fileno STDIN, '&CORE::fileno';
-lis [&CORE::fileno(\*STDIN)], [fileno STDIN], '&CORE::fileno in list cx';
-
-test_proto 'flock';
-test_proto 'fork';
-
-test_proto 'getc';
-{
- last if is_miniperl;
- $tests += 3;
- local *STDIN;
- open my $fh, "<", \(my $buf='falo');
- open STDIN, "<", \(my $buf2 = 'bison');
- is &mygetc($fh), 'f', '&mygetc';
- is &mygetc(), 'b', '&mygetc with no args';
- lis [&mygetc($fh)], ['a'], '&mygetc in list context';
-}
-
-test_proto "get$_" for qw '
- grent grgid grnam hostbyaddr hostbyname hostent login netbyaddr netbyname
- netent peername
-';
-
-test_proto 'getpgrp';
-eval {&mygetpgrp()};
-pass '&getpgrp with no args does not crash'; $tests++;
-
-test_proto "get$_" for qw '
- ppid priority protobyname protobynumber protoent
- pwent pwnam pwuid servbyname servbyport servent sockname sockopt
-';
-
-test_proto 'gmtime';
-&CORE::gmtime;
-pass '&gmtime without args does not crash'; ++$tests;
-
-test_proto 'hex', ff=>255;
-
-test_proto 'index';
-$tests += 3;
-is &myindex("foffooo","o",2),4,'&index';
-lis [&myindex("foffooo","o",2)],[4],'&index in list context';
-is &myindex("foffooo","o"),1,'&index with 2 args';
-
-test_proto 'int', 1.5=>1;
-test_proto 'ioctl';
-
-test_proto 'join';
-$tests += 2;
-is &myjoin('a','b','c'), 'bac', '&join';
-lis [&myjoin('a','b','c')], ['bac'], '&join in list context';
-
-test_proto 'kill'; # set up mykill alias
-if ($^O ne 'riscos') {
- $tests ++;
- ok( &mykill(0, $$), '&kill' );
-}
-
-test_proto 'lc', 'A', 'a';
-test_proto 'lcfirst', 'AA', 'aA';
-test_proto 'length', 'aaa', 3;
-test_proto 'link';
-test_proto 'listen';
-
-test_proto 'localtime';
-&CORE::localtime;
-pass '&localtime without args does not crash'; ++$tests;
-
-test_proto 'lock';
-$tests += 6;
-is \&mylock(\$foo), \$foo, '&lock retval when passed a scalar ref';
-lis [\&mylock(\$foo)], [\$foo], '&lock in list context';
-is &mylock(\@foo), \@foo, '&lock retval when passed an array ref';
-is &mylock(\%foo), \%foo, '&lock retval when passed a ash ref';
-is &mylock(\&foo), \&foo, '&lock retval when passed a code ref';
-is \&mylock(\*foo), \*foo, '&lock retval when passed a glob ref';
-
-test_proto 'log';
-
-test_proto 'mkdir';
-# mkdir is tested with implicit $_ at the end, to make the test easier
-
-test_proto "msg$_" for qw( ctl get rcv snd );
-
-test_proto 'not';
-$tests += 2;
-is &mynot(1), !1, '¬';
-lis [&mynot(0)], [!0], '¬ in list context';
-
-test_proto 'oct', '666', 438;
-
-test_proto 'open';
-$tests += 5;
-$file = 'test.pl';
-ok &myopen('file'), '&open with 1 arg' or warn "1-arg open: $!";
-like <file>, qr|^#|, 'result of &open with 1 arg';
-close file;
-{
- ok &myopen(my $fh, "test.pl"), 'two-arg &open';
- ok $fh, '&open autovivifies';
- like <$fh>, qr '^#', 'result of &open with 2 args';
- last if is_miniperl;
- $tests +=2;
- ok &myopen(my $fh2, "<", \"sharummbles"), 'retval of 3-arg &open';
- is <$fh2>, 'sharummbles', 'result of three-arg &open';
-}
-
-test_proto 'opendir';
-test_proto 'ord', chr(64), 64;
-
-test_proto 'pack';
-$tests += 2;
-is &mypack("H*", '5065726c'), 'Perl', '&pack';
-lis [&mypack("H*", '5065726c')], ['Perl'], '&pack in list context';
-
-test_proto 'pipe';
-test_proto 'quotemeta', '$', '\$';
-
-test_proto 'rand';
-$tests += 3;
-like &CORE::rand, qr/^0[.\d]*\z/, '&rand';
-unlike join(" ", &CORE::rand), qr/ /, '&rand in list context';
-&cmp_ok(&CORE::rand(78), qw '< 78', '&rand with 2 args');
-
-test_proto 'readdir';
-
-test_proto 'readline';
-{
- local *ARGV = *DATA;
- $tests ++;
- is scalar &myreadline,
- "I wandered lonely as a cloud\n", '&readline w/no args';
-}
-{
- last if is_miniperl;
- $tests += 2;
- open my $fh, "<", \(my $buff = <<END);
-The Recursive Problem
----------------------
-I have a problem I cannot solve.
-The problem is that I cannot solve it.
-END
- is &myreadline($fh), "The Recursive Problem\n",
- '&readline with 1 arg';
- lis [&myreadline($fh)], [
- "---------------------\n",
- "I have a problem I cannot solve.\n",
- "The problem is that I cannot solve it.\n",
- ], '&readline in list context';
-}
-
-test_proto 'readlink';
-test_proto 'readpipe';
-
-use if !is_miniperl, File::Spec::Functions, qw "catfile";
-use if !is_miniperl, File::Temp, 'tempdir';
-
-test_proto 'rename';
-{
- last if is_miniperl;
- $tests ++;
- my $dir = tempdir(uc cleanup => 1);
- my $tmpfilenam = catfile $dir, 'aaa';
- open my $fh, ">", $tmpfilenam or die "cannot open $tmpfilenam: $!";
- close $fh or die "cannot close $tmpfilenam: $!";
- &myrename("$tmpfilenam", $tmpfilenam = catfile $dir,'bbb');
- ok open(my $fh, '>', $tmpfilenam), '&rename';
-}
-
-test_proto 'ref', [], 'ARRAY';
-
-test_proto 'reverse';
-$tests += 2;
-is &myreverse('reward'), 'drawer', '&reverse';
-lis [&myreverse(qw 'dog bites man')], [qw 'man bites dog'],
- '&reverse in list context';
-
-test_proto 'rewinddir';
-
-test_proto 'rindex';
-$tests += 3;
-is &myrindex("foffooo","o",2),1,'&rindex';
-lis [&myrindex("foffooo","o",2)],[1],'&rindex in list context';
-is &myrindex("foffooo","o"),6,'&rindex with 2 args';
-
-test_proto 'rmdir';
-
-test_proto 'seek';
-{
- last if is_miniperl;
- $tests += 1;
- open my $fh, "<", \"misled" or die $!;
- &myseek($fh, 2, 0);
- is <$fh>, 'sled', '&seek in action';
-}
-
-test_proto 'seekdir';
-test_proto "sem$_" for qw "ctl get op";
-
-test_proto "set$_" for qw '
- grent hostent netent priority protoent pwent servent sockopt
-';
-
-test_proto "shm$_" for qw "ctl get read write";
-test_proto 'shutdown';
-test_proto 'sin';
-test_proto "socket$_" for "", "pair";
-
-test_proto 'sprintf';
-$tests += 2;
-is &mysprintf("%x", 65), '41', '&sprintf';
-lis [&mysprintf("%x", '65')], ['41'], '&sprintf in list context';
-
-test_proto 'sqrt', 4, 2;
-test_proto 'symlink';
-test_proto 'syscall';
-test_proto 'sysseek';
-test_proto 'telldir';
-
-test_proto 'time';
-$tests += 2;
-like &mytime, '^\d+\z', '&time in scalar context';
-like join('-', &mytime), '^\d+\z', '&time in list context';
-
-test_proto 'times';
-$tests += 2;
-like &mytimes, '^[\d.]+\z', '× in scalar context';
-like join('-',&mytimes), '^[\d.]+-[\d.]+-[\d.]+-[\d.]+\z',
- '× in list context';
-
-test_proto 'uc', 'aa', 'AA';
-test_proto 'ucfirst', 'aa', "Aa";
-
-test_proto 'utime';
-$tests += 2;
-is &myutime(undef,undef), 0, '&utime';
-lis [&myutime(undef,undef)], [0], '&utime in list context';
-
-test_proto 'vec';
-$tests += 3;
-is &myvec("foo", 0, 4), 6, '&vec';
-lis [&myvec("foo", 0, 4)], [6], '&vec in list context';
-$tmp = "foo";
-++&myvec($tmp,0,4);
-is $tmp, "goo", 'lvalue &vec';
-
-test_proto 'wait';
-test_proto 'waitpid';
-
-test_proto 'wantarray';
-$tests += 4;
-my $context;
-my $cx_sub = sub {
- $context = qw[void scalar list][&mywantarray + defined mywantarray()]
-};
-() = &$cx_sub;
-is $context, 'list', '&wantarray with caller in list context';
-scalar &$cx_sub;
-is($context, 'scalar', '&wantarray with caller in scalar context');
-&$cx_sub;
-is($context, 'void', '&wantarray with caller in void context');
-lis [&mywantarray],[wantarray], '&wantarray itself in list context';
-test_proto 'warn';
-{ $tests += 3;
- my $w;
- local $SIG{__WARN__} = sub { $w = shift };
- is &mywarn('a'), 1, '&warn retval';
- is $w, "a at " . __FILE__ . " line " . (__LINE__-1) . ".\n", 'warning';
- lis [&mywarn()], [1], '&warn retval in list context';
-}
+ next if ($proto =~ /\@/);
+ # These ops currently accept any number of args, despite their
+ # prototypes, if they have any:
+ next if $word =~ /^(?:chom?p|exec|keys|each|not|read(?:lin|pip)e
+ |reset|system|values|l?stat)/x;
-# This is just a check to make sure we have tested everything. If we
-# haven’t, then either the sub needs to be tested or the list in
-# gv.c is wrong.
-{
- last if is_miniperl;
- require File::Spec::Functions;
- my $keywords_file =
- File::Spec::Functions::catfile(
- File::Spec::Functions::updir,'regen','keywords.pl'
- );
- open my $kh, $keywords_file
- or die "$0 cannot open $keywords_file: $!";
- while(<$kh>) {
- if (m?__END__?..${\0} and /^[-](.*)/) {
- my $word = $1;
- next if
- $word =~ /^(?:CORE|and|cmp|dump|eq|ge|gt|le|lt|ne|or|x|xor)\z/;
$tests ++;
- ok exists &{"my$word"}
- || (eval{&{"CORE::$word"}}, $@ =~ /cannot be called directly/),
- "$word either has been tested or is not ampable";
+ $code =
+ "sub { () = (my$word("
+ . (
+ $args_for{$word}
+ ? $args_for{$word}.',$7'
+ : join ",", map "\$$_", 1..$numargs+5+(
+ $proto =~ /;/
+ ? () = $' =~ /\G$protochar/g
+ : 0
+ )
+ )
+ . "))}";
+ eval $code;
+ like $@, qr/^Too many arguments for $word/,
+ "inlined CORE::$word with too many args"
+ or warn $code;
+
}
}
}
-# Add new tests above this line.
-
-# This test must come last (before the test count test):
-
-{
- last if is_miniperl;
- $tests += 2;
- require File::Temp ;
- my $dir = File::Temp::tempdir(uc cleanup => 1);
- chdir($dir);
- my $_ = 'Phoo';
- ok &mymkdir(), '&mkdir';
- like <*>, qr/^phoo\z/i, 'mkdir works with implicit $_';
-}
-
-# ------------ END TESTING ----------- #
-
is curr_test, $tests+1, 'right number of tests';
done_testing;
-#line 3 frob
-
-sub file { &CORE::__FILE__ }
-sub line { &CORE::__LINE__ } # 5
-sub dier { &CORE::die(@_) } # 6
-package stribble;
-sub main::pakg { &CORE::__PACKAGE__ }
-
-# Please do not add new tests here.
-package main;
-CORE::__DATA__
-I wandered lonely as a cloud
-That floats on high o’er vales and hills,
-And all at once I saw a crowd,
-A host of golden daffodils!
-Beside the lake, beneath the trees,
-Fluttering, dancing, in the breeze.
--- Wordsworth
+CORE::__END__
projects / platform / upstream / perl.git / commitdiff