#!./perl my $file; BEGIN { $file = $0; chdir 't' if -d 't'; if ( $ENV{PERL_CORE} ) { @INC = '../lib'; } } END { # let VMS whack all versions 1 while unlink('tcout'); } use Test::More; # these names are hardcoded in Term::Cap my $files = join '', grep { -f $_ } ( $ENV{HOME} . '/.termcap', # we assume pretty UNIXy system anyway '/etc/termcap', '/usr/share/misc/termcap' ); unless( $files || $^O eq 'VMS') { plan skip_all => 'no termcap available to test'; } else { plan tests => 44; } use_ok( 'Term::Cap' ); local (*TCOUT, *OUT); my $out = tie *OUT, 'TieOut'; my $writable = 1; if (open(TCOUT, ">tcout")) { print TCOUT ; close TCOUT; } else { $writable = 0; } # termcap_path -- the names are hardcoded in Term::Cap $ENV{TERMCAP} = ''; my $path = join '', Term::Cap::termcap_path(); is( $path, $files, 'termcap_path() should find default files' ); SKIP: { # this is ugly, but -f $0 really *ought* to work skip("-f $file fails, some tests difficult now", 2) unless -f $file; $ENV{TERMCAP} = $ENV{TERMPATH} = $file; ok( grep($file, Term::Cap::termcap_path()), 'termcap_path() should find file from $ENV{TERMCAP}' ); $ENV{TERMCAP} = '/'; ok( grep($file, Term::Cap::termcap_path()), 'termcap_path() should find file from $ENV{TERMPATH}' ); } # make a Term::Cap "object" my $t = { PADDING => 1, _pc => 'pc', }; bless($t, 'Term::Cap' ); # see if Tpad() works is( $t->Tpad(), undef, 'Tpad() should return undef with no arguments' ); is( $t->Tpad('x'), 'x', 'Tpad() should return strings verbatim with no match' ); is( $t->Tpad( '1*a', 2 ), 'apcpc', 'Tpad() should pad paddable strings' ); $t->{PADDING} = 2; is( $t->Tpad( '1*a', 3, *OUT ), 'apcpc', 'Tpad() should perform pad math' ); is( $out->read(), 'apcpc', 'Tpad() should write to filehandle when passed' ); is( $t->Tputs('PADDING'), 2, 'Tputs() should return existing value' ); is( $t->Tputs('pc', 2), 'pc', 'Tputs() should delegate to Tpad()' ); $t->Tputs('pc', 1, *OUT); is( $t->{pc}, 'pc', 'Tputs() should cache pc value when asked' ); is( $out->read(), 'pc', 'Tputs() should write to filehandle when passed' ); eval { $t->Trequire( 'pc' ) }; is( $@, '', 'Trequire() should finds existing cap' ); eval { $t->Trequire( 'nonsense' ) }; like( $@, qr/support: \(nonsense\)/, 'Trequire() should croak with unsupported cap' ); my $warn; local $SIG{__WARN__} = sub { $warn = $_[0]; }; # test the first few features by forcing Tgetent() to croak (line 156) undef $ENV{TERM}; my $vals = {}; eval { local $^W = 1; $t = Term::Cap->Tgetent($vals) }; like( $@, qr/TERM not set/, 'Tgetent() should croaks without TERM' ); like( $warn, qr/OSPEED was not set/, 'Tgetent() should set default OSPEED' ); is( $vals->{PADDING}, 10000/9600, 'Default OSPEED implies default PADDING' ); $warn = 'xxxx'; eval { local $^W = 0; $t = Term::Cap->Tgetent($vals) }; is($warn,'xxxx',"Tgetent() doesn't carp() without warnings on"); # check values for very slow speeds $vals->{OSPEED} = 1; $warn = ''; eval { $t = Term::Cap->Tgetent($vals) }; is( $warn, '', 'Tgetent() should not work if OSPEED is provided' ); is( $vals->{PADDING}, 200, 'Tgetent() should set slow PADDING when needed' ); SKIP: { skip('Tgetent() bad termcap test, since using a fixed termcap',1) if $^O eq 'VMS'; # now see if lines 177 or 180 will fail $ENV{TERM} = 'foo'; $ENV{TERMPATH} = '!'; $ENV{TERMCAP} = ''; eval { $t = Term::Cap->Tgetent($vals) }; isn't( $@, '', 'Tgetent() should catch bad termcap file' ); } SKIP: { skip( "Can't write 'tcout' file for tests", 9 ) unless $writable; # it won't find the termtype in this fake file, so it should croak $vals->{TERM} = 'quux'; $ENV{TERMPATH} = 'tcout'; eval { $t = Term::Cap->Tgetent($vals) }; like( $@, qr/failed termcap/, 'Tgetent() should die with bad termcap' ); # it shouldn't try to read one file more than 32(!) times # see __END__ for a really awful termcap example $ENV{TERMPATH} = join(' ', ('tcout') x 33); $vals->{TERM} = 'bar'; eval { $t = Term::Cap->Tgetent($vals) }; like( $@, qr/failed termcap loop/, 'Tgetent() should catch deep recursion'); # now let it read a fake termcap file, and see if it sets properties $ENV{TERMPATH} = 'tcout'; $vals->{TERM} = 'baz'; $t = Term::Cap->Tgetent($vals); is( $t->{_f1}, 1, 'Tgetent() should set a single field correctly' ); is( $t->{_f2}, 1, 'Tgetent() should set another field on the same line' ); is( $t->{_no}, '', 'Tgetent() should set a blank field correctly' ); is( $t->{_k1}, 'v1', 'Tgetent() should set a key value pair correctly' ); like( $t->{_k2}, qr/v2\\\n2/, 'Tgetent() should set and translate pairs' ); # and it should have set these two fields is( $t->{_pc}, "\0", 'should set _pc field correctly' ); is( $t->{_bc}, "\b", 'should set _bc field correctly' ); } # Tgoto has comments on the expected formats $t->{_test} = "a%d"; is( $t->Tgoto('test', '', 1, *OUT), 'a1', 'Tgoto() should handle %d code' ); is( $out->read(), 'a1', 'Tgoto() should print to filehandle if passed' ); $t->{_test} = "a%."; like( $t->Tgoto('test', '', 1), qr/^a\x01/, 'Tgoto() should handle %.' ); if (ord('A') == 193) { # EBCDIC platform like( $t->Tgoto('test', '', 0), qr/\x81\x01\x16/, 'Tgoto() should handle %. and magic' ); } else { # ASCII platform like( $t->Tgoto('test', '', 0), qr/\x61\x01\x08/, 'Tgoto() should handle %. and magic' ); } $t->{_test} = 'a%+'; like( $t->Tgoto('test', '', 1), qr/a\x01/, 'Tgoto() should handle %+' ); $t->{_test} = 'a%+a'; is( $t->Tgoto('test', '', 1), 'ab', 'Tgoto() should handle %+char' ); $t->{_test} .= 'a' x 99; like( $t->Tgoto('test', '', 1), qr/ba{98}/, 'Tgoto() should substr()s %+ if needed' ); $t->{_test} = '%ra%d'; is( $t->Tgoto('test', 1, ''), 'a1', 'Tgoto() should swaps params with %r' ); $t->{_test} = 'a%>11bc'; is( $t->Tgoto('test', '', 1), 'abc', 'Tgoto() should unpack args with %>' ); $t->{_test} = 'a%21'; is( $t->Tgoto('test'), 'a001', 'Tgoto() should format with %2' ); $t->{_test} = 'a%31'; is( $t->Tgoto('test'), 'a0001', 'Tgoto() should also formats with %3' ); $t->{_test} = '%ia%21'; is( $t->Tgoto('test', '', 1), 'a021', 'Tgoto() should increment args with %i' ); $t->{_test} = '%z'; is( $t->Tgoto('test'), 'OOPS', 'Tgoto() should catch invalid args' ); # and this is pretty standard package TieOut; sub TIEHANDLE { bless( \(my $self), $_[0] ); } sub PRINT { my $self = shift; $$self .= join('', @_); } sub read { my $self = shift; substr( $$self, 0, length($$self), '' ); } __END__ bar: :tc=bar: \ baz: \ :f1: :f2: \ :no@ \ :k1#v1\ :k2=v2\\n2