sub is_string ($) { $_[0]{T} =~ m/heredoc|string/; }
sub is_trans ($) { grep { $_[0]{E} eq $_ } qw(__ f_ i_); }
sub is_string ($) { $_[0]{T} =~ m/heredoc|string/; }
sub is_trans ($) { grep { $_[0]{E} eq $_ } qw(__ f_ i_); }
$q ||= '"';
push @o, { T => 'heredoc', Q => $q, Delim => $d,
E => $&, P => "<<$q$d$q" };
$q ||= '"';
push @o, { T => 'heredoc', Q => $q, Delim => $d,
E => $&, P => "<<$q$d$q" };
my $new = { T => 'joinedstrings',
E => (join '.', map { $_->{E} } @inputs),
P => (join '.', map { $_->{P} } @inputs),
my $new = { T => 'joinedstrings',
E => (join '.', map { $_->{E} } @inputs),
P => (join '.', map { $_->{P} } @inputs),
next if $x->{E} eq $y->{E};
next if $x->{E} eq 'sprintf' and $y->{E} eq 'f_';
next if $x->{E} eq 'die' and $y->{E} eq 'confess';
next if $x->{E} eq $y->{E};
next if $x->{E} eq 'sprintf' and $y->{E} eq 'f_';
next if $x->{E} eq 'die' and $y->{E} eq 'confess';
- my $xsp = $xs; $xsp =~ s/\n/\\n/g;
- my $litp = $lit; $litp =~ s/\n/\\n/g;
- debug $ichunkstart, "not exactly x: ..\"$xsp\"";
- debug $ichunkstart, "not exactly y: '$litp'";
+ debug $ichunkstart, "not exactly x: ..".qp($xs);
+ debug $ichunkstart, "not exactly y: ".qp($lit);
my $next = @ys ? $ys[0]{P} : '(end)';
die "string contents mismatch near $what before $next\n";
}
$xs = substr($xs, length($lit));
};
for (;;) {
my $next = @ys ? $ys[0]{P} : '(end)';
die "string contents mismatch near $what before $next\n";
}
$xs = substr($xs, length($lit));
};
for (;;) {
if ($fmt !~ m{\%[^\%]}) {
$exactly->($fmt, '(tail)');
$fmt = '';
if ($fmt !~ m{\%[^\%]}) {
$exactly->($fmt, '(tail)');
$fmt = '';