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package Config::IniFiles; require 5.008; use strict; use warnings; our $VERSION = '3.000003'; use Carp; use Symbol 'gensym', 'qualify_to_ref'; # For the 'any data type' hack use Fcntl qw( SEEK_SET SEEK_CUR ); use List::Util 1.33 qw(any none); use File::Basename qw( dirname ); use File::Temp qw/ tempfile /; @Config::IniFiles::errors = (); # $Header: /home/shlomi/progs/perl/cpan/Config/IniFiles/config-inifiles-cvsbackup/config-inifiles/IniFiles.pm,v 2.41 2003-12-08 10:50:56 domq Exp $ sub _nocase { my $self = shift; if (@_) { $self->{nocase} = ( shift(@_) ? 1 : 0 ); } return $self->{nocase}; } sub _is_parm_in_sect { my ( $self, $sect, $parm ) = @_; return any { $_ eq $parm } @{ $self->{myparms}{$sect} }; } sub new { my $class = shift; my %parms = @_; my $errs = 0; my @groups = (); my $self = bless { default => '', fallback => undef, fallback_used => 0, imported => undef, v => {}, cf => undef, nomultiline => 0, handle_trailing_comment => 0, }, $class; if ( ref( $parms{-import} ) && ( $parms{-import}->isa('Config::IniFiles') ) ) { $self->{imported} = $parms{-import}; # ReadConfig will load the data $self->{negativedeltas} = 1; } elsif ( defined $parms{-import} ) { carp "Invalid -import value \"$parms{-import}\" was ignored."; } # end if delete $parms{-import}; # Copy the original parameters so we # can use them when we build new sections %{ $self->{startup_settings} } = %parms; # Parse options my ( $k, $v ); $self->_nocase(0); # Handle known parameters first in this order, # because each() could return parameters in any order if ( defined( $v = delete $parms{'-file'} ) ) { # Should we be pedantic and check that the file exists? # .. no, because now it could be a handle, IO:: object or something else $self->{cf} = $v; } if ( defined( $v = delete $parms{'-nocase'} ) ) { $self->_nocase($v); } if ( defined( $v = delete $parms{'-default'} ) ) { $self->{default} = $self->_nocase ? lc($v) : $v; } if ( defined( $v = delete $parms{'-fallback'} ) ) { $self->{fallback} = $self->_nocase ? lc($v) : $v; } if ( defined( $v = delete $parms{'-reloadwarn'} ) ) { $self->{reloadwarn} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-nomultiline'} ) ) { $self->{nomultiline} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-allowcontinue'} ) ) { $self->{allowcontinue} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-allowempty'} ) ) { $self->{allowempty} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-negativedeltas'} ) ) { $self->{negativedeltas} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-commentchar'} ) ) { if ( !defined $v || length($v) != 1 ) { carp "Comment character must be unique."; $errs++; } elsif ( $v =~ /[\[\]=\w]/ ) { # must not be square bracket, equal sign or alphanumeric carp "Illegal comment character."; $errs++; } else { $self->{comment_char} = $v; } } if ( defined( $v = delete $parms{'-allowedcommentchars'} ) ) { # must not be square bracket, equal sign or alphanumeric if ( !defined $v || $v =~ /[\[\]=\w]/ ) { carp "Illegal value for -allowedcommentchars."; $errs++; } else { $self->{allowed_comment_char} = $v; } } if ( defined( $v = delete $parms{'-handle_trailing_comment'} ) ) { $self->{handle_trailing_comment} = $v ? 1 : 0; } if ( defined( $v = delete $parms{'-php_compat'} ) ) { $self->{php_compat} = $v ? 1 : 0; } $self->{comment_char} = '#' unless exists $self->{comment_char}; $self->{allowed_comment_char} = ';' unless exists $self->{allowed_comment_char}; # make sure that comment character is always allowed $self->{allowed_comment_char} .= $self->{comment_char}; $self->{_comments_at_end_of_file} = []; # Any other parameters are unknown while ( ( $k, $v ) = each %parms ) { carp "Unknown named parameter $k=>$v"; $errs++; } return undef if $errs; if ( $self->ReadConfig ) { return $self; } else { return undef; } } sub _caseify { my ( $self, @refs ) = @_; if ( $self->_nocase ) { foreach my $ref ( grep { defined } @refs[ 0 .. 1 ] ) { ${$ref} = lc( ${$ref} ); } } if ( $self->{php_compat} ) { foreach my $ref ( grep { defined } @refs[ 1 .. 1 ] ) { ${$ref} =~ s{\[\]$}{}; } foreach my $ref ( grep { defined } @refs[ 2 .. $#refs ] ) { if ( length( ${$ref} ) >= 2 ) { my $quote = substr( ${$ref}, 0, 1 ); if ( ( $quote eq q{"} or $quote eq q{'} ) and substr( ${$ref}, -1, 1 ) eq $quote ) { ${$ref} = substr( ${$ref}, 1, -1 ); ${$ref} =~ s{$quote$quote}{}g; ${$ref} =~ s{\\$quote}{$quote}g if $quote eq q{"}; } } } } return; } sub val { my ( $self, $sect, $parm, $def ) = @_; # Always return undef on bad parameters if ( not( defined($sect) && defined($parm) ) ) { return; } $self->_caseify( \$sect, \$parm ); my $val_sect = defined( $self->{v}{$sect}{$parm} ) ? $sect : $self->{default}; my $val = $self->{v}{$val_sect}{$parm}; # If the value is undef, make it $def instead (which could just be undef) if ( !defined($val) ) { $val = $def; } # Return the value in the desired context if (wantarray) { if ( ref($val) eq "ARRAY" ) { return @$val; } elsif ( defined($val) ) { return $val; } else { return; } } elsif ( ref($val) eq "ARRAY" ) { return join( ( defined($/) ? $/ : "\n" ), @$val ); } else { return $val; } } sub exists { my ( $self, $sect, $parm ) = @_; $self->_caseify( \$sect, \$parm ); return ( exists $self->{v}{$sect}{$parm} ); } sub push { my ( $self, $sect, $parm, @vals ) = @_; return undef if not defined $sect; return undef if not defined $parm; $self->_caseify( \$sect, \$parm ); return undef if ( !defined( $self->{v}{$sect}{$parm} ) ); return 1 if ( !@vals ); $self->_touch_parameter( $sect, $parm ); $self->{EOT}{$sect}{$parm} = 'EOT' if ( !defined $self->{EOT}{$sect}{$parm} ); $self->{v}{$sect}{$parm} = [ $self->{v}{$sect}{$parm} ] unless ( ref( $self->{v}{$sect}{$parm} ) eq "ARRAY" ); CORE::push @{ $self->{v}{$sect}{$parm} }, @vals; return 1; } sub setval { my $self = shift; my $sect = shift; my $parm = shift; my @val = @_; return undef if not defined $sect; return undef if not defined $parm; $self->_caseify( \$sect, \$parm ); if ( defined( $self->{v}{$sect}{$parm} ) ) { $self->_touch_parameter( $sect, $parm ); if ( @val > 1 ) { $self->{v}{$sect}{$parm} = \@val; $self->{EOT}{$sect}{$parm} = 'EOT'; } else { $self->{v}{$sect}{$parm} = shift @val; } return 1; } else { return undef; } } sub newval { my $self = shift; my $sect = shift; my $parm = shift; my @val = @_; return undef if not defined $sect; return undef if not defined $parm; $self->_caseify( \$sect, \$parm ); $self->AddSection($sect); if ( none { $_ eq $parm } @{ $self->{parms}{$sect} } ) { CORE::push( @{ $self->{parms}{$sect} }, $parm ); } $self->_touch_parameter( $sect, $parm ); if ( @val > 1 ) { $self->{v}{$sect}{$parm} = \@val; if ( !defined $self->{EOT}{$sect}{$parm} ) { $self->{EOT}{$sect}{$parm} = 'EOT'; } } else { $self->{v}{$sect}{$parm} = shift @val; } return 1; } sub delval { my $self = shift; my $sect = shift; my $parm = shift; return undef if not defined $sect; return undef if not defined $parm; $self->_caseify( \$sect, \$parm ); $self->{parms}{$sect} = [ grep { $_ ne $parm } @{ $self->{parms}{$sect} } ]; $self->_touch_parameter( $sect, $parm ); delete $self->{v}{$sect}{$parm}; return 1; } # Auxiliary function to make deep (aliasing-free) copies of data # structures. Ignores blessed objects in tree (could be taught not # to, if needed) sub _deepcopy { my $ref = shift; if ( !ref($ref) ) { return $ref; } if ( UNIVERSAL::isa( $ref, "ARRAY" ) ) { return [ map { _deepcopy($_) } @$ref ]; } if ( UNIVERSAL::isa( $ref, "HASH" ) ) { my $return = {}; foreach my $k ( keys %$ref ) { $return->{$k} = _deepcopy( $ref->{$k} ); } return $return; } carp "Unhandled data structure in $ref, cannot _deepcopy()"; } # Internal method, gets the next line, taking proper care of line endings. sub _nextline { my ( $self, $fh ) = @_; my $s = ''; if ( !exists $self->{line_ends} ) { # no $self->{line_ends} is a hint set by caller that we are at # the first line (kludge kludge). { local $/ = \1; my $nextchar; do { $nextchar = <$fh>; return undef if ( !defined $nextchar ); $s .= $nextchar; } until ( $s =~ m/((\015|\012|\025|\n)$)/s ); $self->{line_ends} = $1; if ( $nextchar eq "\x0d" ) { # peek at the next char $nextchar = <$fh>; if ( $nextchar eq "\x0a" ) { $self->{line_ends} .= "\x0a"; } else { seek $fh, -1, SEEK_CUR(); } } } # If there's a UTF BOM (Byte-Order-Mark) in the first # character of the first line then remove it before processing # ( http://www.unicode.org/unicode/faq/utf_bom.html#22 ) $s =~ s/\A//; return $s; } else { local $/ = $self->{line_ends}; return scalar <$fh>; } } # Internal method, closes or resets the file handle. To be called # whenever ReadConfig() returns. sub _rollback { my ( $self, $fh ) = @_; # Only close if this is a filename, if it's # an open handle, then just roll back to the start if ( !ref( $self->{cf} ) ) { close($fh) or Carp::confess("close failed: $!"); } else { # Attempt to rollback to beginning, no problem if this fails (e.g. STDIN) seek( $fh, 0, SEEK_SET() ); } # end if } sub _no_filename { my $self = shift; my $fn = $self->{cf}; return ( not( defined($fn) && length($fn) ) ); } sub _read_line_num { my $self = shift; if (@_) { $self->{_read_line_num} = shift; } return $self->{_read_line_num}; } # Reads the next line and removes the end of line from it. sub _read_next_line { my ( $self, $fh ) = @_; my $line = $self->_nextline($fh); if ( !defined($line) ) { return undef; } $self->_read_line_num( $self->_read_line_num() + 1 ); # Remove line ending char(s) $line =~ s/(\015\012?|\012|\025|\n)\z//; return $line; } sub _add_error { my ( $self, $msg ) = @_; CORE::push( @Config::IniFiles::errors, $msg ); return; } # The current section - used for parsing. sub _curr_sect { my $self = shift; if (@_) { $self->{_curr_sect} = shift; } return $self->{_curr_sect}; } # The current parameter - used for parsing. sub _curr_parm { my $self = shift; if (@_) { $self->{_curr_parm} = shift; } return $self->{_curr_parm}; } # Current location - section and parameter. sub _curr_loc { my $self = shift; return ( $self->_curr_sect, $self->_curr_parm ); } # The current value - used in parsing. sub _curr_val { my $self = shift; if (@_) { $self->{_curr_val} = shift; } return $self->{_curr_val}; } sub _curr_cmts { my $self = shift; if (@_) { $self->{_curr_cmts} = shift; } return $self->{_curr_cmts}; } sub _curr_end_comment { my $self = shift; if (@_) { $self->{_curr_end_comment} = shift; } return $self->{_curr_end_comment}; } my $RET_CONTINUE = 1; my $RET_BREAK; sub _ReadConfig_handle_comment { my ( $self, $line ) = @_; if ( $self->{negativedeltas} and my ($to_delete) = $line =~ m/\A$self->{comment_char} (.*) is deleted\z/ ) { if ( my ($sect) = $to_delete =~ m/\A\[(.*)\]\z/ ) { $self->DeleteSection($sect); } else { $self->delval( $self->_curr_sect, $to_delete ); } } else { CORE::push( @{ $self->_curr_cmts }, $line ); } return $RET_CONTINUE; } sub _ReadConfig_new_section { my ( $self, $sect ) = @_; $self->_caseify( undef, \$sect ); $self->_curr_sect($sect); $self->AddSection( $self->_curr_sect ); $self->SetSectionComment( $self->_curr_sect, @{ $self->_curr_cmts } ); $self->_curr_cmts( [] ); return $RET_CONTINUE; } sub _handle_fallback_sect { my ($self) = @_; if ( ( !defined( $self->_curr_sect ) ) and defined( $self->{fallback} ) ) { $self->_curr_sect( $self->{fallback} ); $self->{fallback_used}++; } return; } sub _ReadConfig_load_value { my ( $self, $val_aref ) = @_; # Now load value if ( exists $self->{v}{ $self->_curr_sect }{ $self->_curr_parm } && exists $self->{myparms}{ $self->_curr_sect } && $self->_is_parm_in_sect( $self->_curr_loc ) ) { $self->push( $self->_curr_loc, @$val_aref ); } else { # Loaded parameters shadow imported ones, instead of appending # to them $self->newval( $self->_curr_loc, @$val_aref ); } return; } sub _test_for_fallback_or_no_sect { my ( $self, $fh ) = @_; $self->_handle_fallback_sect; if ( !defined $self->_curr_sect ) { $self->_add_error( sprintf( '%d: %s', $self->_read_line_num(), qq#parameter found outside a section# ) ); $self->_rollback($fh); return $RET_BREAK; } return $RET_CONTINUE; } sub _ReadConfig_handle_here_doc_param { my ( $self, $fh, $eotmark, $val_aref ) = @_; my $foundeot = 0; my $startline = $self->_read_line_num(); HERE_DOC_LOOP: while ( defined( my $line = $self->_read_next_line($fh) ) ) { if ( $line eq $eotmark ) { $foundeot = 1; last HERE_DOC_LOOP; } else { # Untaint my ($contents) = $line =~ /(.*)/ms; CORE::push( @$val_aref, $contents ); } } if ( !$foundeot ) { $self->_add_error( sprintf( '%d: %s', $startline, qq#no end marker ("$eotmark") found# ) ); $self->_rollback($fh); return $RET_BREAK; } return $RET_CONTINUE; } sub _ReadConfig_handle_non_here_doc_param { my ( $self, $fh, $val_aref ) = @_; my $allCmt = $self->{allowed_comment_char}; my $end_commenthandle = $self->{handle_trailing_comment}; # process continuation lines, if any $self->_process_continue_val($fh); # we should split value and comments if there is any comment if ( $end_commenthandle and my ( $value_to_assign, $end_comment_to_assign ) = $self->_curr_val =~ /(.*?)\s*[$allCmt]\s*(.*)$/ ) { $self->_curr_val($value_to_assign); $self->_curr_end_comment($end_comment_to_assign); } else { $self->_curr_end_comment(q{}); } @{$val_aref} = ( $self->_curr_val ); return; } sub _ReadConfig_populate_values { my ( $self, $val_aref, $eotmark ) = @_; $self->_ReadConfig_load_value($val_aref); $self->SetParameterComment( $self->_curr_loc, @{ $self->_curr_cmts } ); $self->_curr_cmts( [] ); if ( defined $eotmark ) { $self->SetParameterEOT( $self->_curr_loc, $eotmark ); } # if handle_trailing_comment is off, this line makes no sense, since all $end_comment="" $self->SetParameterTrailingComment( $self->_curr_loc, $self->_curr_end_comment ); return; } sub _ReadConfig_param_assignment { my ( $self, $fh, $line, $parm, $value_to_assign ) = @_; $self->_caseify( undef, \$parm, \$value_to_assign ); $self->_curr_val($value_to_assign); $self->_curr_end_comment( undef() ); if ( !defined( $self->_test_for_fallback_or_no_sect($fh) ) ) { return $RET_BREAK; } $self->_curr_parm($parm); my @val = (); my $eotmark; if ( ($eotmark) = $self->_curr_val =~ /\A<<(.*)$/ ) { if ( !defined( $self->_ReadConfig_handle_here_doc_param( $fh, $eotmark, \@val ) ) ) { return $RET_BREAK; } } else { $self->_ReadConfig_handle_non_here_doc_param( $fh, \@val ); } $self->_ReadConfig_populate_values( \@val, $eotmark ); return $RET_CONTINUE; } # Return 1 to continue - undef to terminate the loop. sub _ReadConfig_handle_line { my ( $self, $fh, $line ) = @_; my $allCmt = $self->{allowed_comment_char}; # ignore blank lines if ( $line =~ /\A\s*\z/ ) { return $RET_CONTINUE; } # collect comments if ( $line =~ /\A\s*[$allCmt]/ ) { return $self->_ReadConfig_handle_comment($line); } # New Section if ( my ($sect) = $line =~ /\A\s*\[\s*(\S|\S.*\S)\s*\]\s*\z/ ) { return $self->_ReadConfig_new_section($sect); } # New parameter if ( my ( $parm, $value_to_assign ) = $line =~ /^\s*([^=]*?[^=\s])\s*=\s*(.*)$/ ) { return $self->_ReadConfig_param_assignment( $fh, $line, $parm, $value_to_assign ); } $self->_add_error( sprintf( "Line %d in file %s is malformed:\n\t\%s", $self->_read_line_num(), $self->GetFileName(), $line ) ); return $RET_CONTINUE; } sub _ReadConfig_lines_loop { my ( $self, $fh ) = @_; $self->_curr_sect( undef() ); $self->_curr_parm( undef() ); $self->_curr_val( undef() ); $self->_curr_cmts( [] ); while ( defined( my $line = $self->_read_next_line($fh) ) ) { if ( !defined( scalar( $self->_ReadConfig_handle_line( $fh, $line ) ) ) ) { return undef; } } return 1; } sub ReadConfig { my $self = shift; @Config::IniFiles::errors = (); # Initialize (and clear out) storage hashes $self->{sects} = []; $self->{parms} = {}; $self->{group} = {}; $self->{v} = {}; $self->{sCMT} = {}; $self->{pCMT} = {}; $self->{EOT} = {}; $self->{mysects} = []; # A pair of hashes to remember which params are loaded $self->{myparms} = {}; # or set using the API vs. imported - useful for $self->{peCMT} = {}; # this will store trailing comments at the end of single-line params $self->{e} = {}; # If a section already exists $self->{mye} = {}; # If a section already exists # import shadowing, see below, and WriteConfig($fn, -delta=>1) if ( defined $self->{imported} ) { foreach my $field (qw(sects parms group v sCMT pCMT EOT e)) { $self->{$field} = _deepcopy( $self->{imported}->{$field} ); } } if ( $self->_no_filename ) { return 1; } # If we want warnings, then send one to the STDERR log if ( $self->{reloadwarn} ) { my ( $ss, $mm, $hh, $DD, $MM, $YY ) = ( localtime(time) )[ 0 .. 5 ]; printf STDERR "PID %d reloading config file %s at %d.%02d.%02d %02d:%02d:%02d\n", $$, $self->{cf}, $YY + 1900, $MM + 1, $DD, $hh, $mm, $ss; } # Get a filehandle, allowing almost any type of 'file' parameter my $fh = $self->_make_filehandle( $self->{cf} ); if ( !$fh ) { carp "Failed to open $self->{cf}: $!"; return undef; } # Get mod time of file so we can retain it (if not from STDIN) # also check if it's a real file (could have been a filehandle made from a scalar). if ( ref($fh) ne "IO::Scalar" && -e $fh ) { if ( not exists $self->{file_mode} ) { my @stats = stat $fh; $self->{file_mode} = sprintf( "%04o", $stats[2] ) if defined $stats[2]; } } # The first lines of the file must be blank, comments or start with [ my $first = ''; delete $self->{line_ends}; # Marks start of parsing for _nextline() $self->_read_line_num(0); if ( !defined( $self->_ReadConfig_lines_loop($fh) ) ) { return undef; } # Special case: return undef if file is empty. (suppress this line to # restore the more intuitive behaviour of accepting empty files) if ( !keys %{ $self->{v} } && !$self->{allowempty} ) { $self->_add_error("Empty file treated as error"); $self->_rollback($fh); return undef; } if ( defined( my $defaultsect = $self->{startup_settings}->{-default} ) ) { $self->AddSection($defaultsect); } $self->_SetEndComments( @{ $self->_curr_cmts } ); $self->_rollback($fh); return ( @Config::IniFiles::errors ? undef : 1 ); } sub Sections { my $self = shift; return @{ _aref_or_empty( $self->{sects} ) }; } sub SectionExists { my $self = shift; my $sect = shift; return undef if not defined $sect; $self->_caseify( \$sect ); return ( ( exists $self->{e}{$sect} ) ? 1 : 0 ); } sub _AddSection_Helper { my ( $self, $sect ) = @_; $self->{e}{$sect} = 1; CORE::push @{ $self->{sects} }, $sect; $self->_touch_section($sect); $self->SetGroupMember($sect); # Set up the parameter names and values lists $self->{parms}{$sect} ||= []; if ( !defined( $self->{v}{$sect} ) ) { $self->{sCMT}{$sect} = []; $self->{pCMT}{$sect} = {}; # Comments above parameters $self->{parms}{$sect} = []; $self->{v}{$sect} = {}; } return; } sub AddSection { my ( $self, $sect ) = @_; return undef if not defined $sect; $self->_caseify( \$sect ); if ( $self->SectionExists($sect) ) { return; } return $self->_AddSection_Helper($sect); } # Marks a section as modified by us (this includes deleted by us). sub _touch_section { my ( $self, $sect ) = @_; $self->{mysects} ||= []; unless ( exists $self->{mye}{$sect} ) { CORE::push @{ $self->{mysects} }, $sect; $self->{mye}{$sect} = 1; } return; } # Marks a parameter as modified by us (this includes deleted by us). sub _touch_parameter { my ( $self, $sect, $parm ) = @_; $self->_touch_section($sect); return if ( !exists $self->{v}{$sect} ); $self->{myparms}{$sect} ||= []; if ( !$self->_is_parm_in_sect( $sect, $parm ) ) { CORE::push @{ $self->{myparms}{$sect} }, $parm; } return; } sub DeleteSection { my $self = shift; my $sect = shift; return undef if not defined $sect; $self->_caseify( \$sect ); # This is done the fast way, change if data structure changes!! delete $self->{v}{$sect}; delete $self->{sCMT}{$sect}; delete $self->{pCMT}{$sect}; delete $self->{EOT}{$sect}; delete $self->{parms}{$sect}; delete $self->{myparms}{$sect}; delete $self->{e}{$sect}; $self->{sects} = [ grep { $_ ne $sect } @{ $self->{sects} } ]; $self->_touch_section($sect); $self->RemoveGroupMember($sect); return 1; } # end DeleteSection sub RenameSection { my $self = shift; my $old_sect = shift; my $new_sect = shift; my $include_groupmembers = shift; return undef unless $self->CopySection( $old_sect, $new_sect, $include_groupmembers ); return $self->DeleteSection($old_sect); } # end RenameSection sub CopySection { my $self = shift; my $old_sect = shift; my $new_sect = shift; my $include_groupmembers = shift; if ( not defined $old_sect or not defined $new_sect or !$self->SectionExists($old_sect) or $self->SectionExists($new_sect) ) { return undef; } $self->_caseify( \$new_sect ); $self->_AddSection_Helper($new_sect); # This is done the fast way, change if data structure changes!! foreach my $key (qw(v sCMT pCMT EOT parms myparms e)) { next unless exists $self->{$key}{$old_sect}; $self->{$key}{$new_sect} = Config::IniFiles::_deepcopy( $self->{$key}{$old_sect} ); } if ($include_groupmembers) { foreach my $old_groupmember ( $self->GroupMembers($old_sect) ) { my $new_groupmember = $old_groupmember; $new_groupmember =~ s/\A\Q$old_sect\E/$new_sect/; $self->CopySection( $old_groupmember, $new_groupmember ); } } return 1; } # end CopySection sub _aref_or_empty { my ($aref) = @_; return ( ( defined($aref) and ref($aref) eq 'ARRAY' ) ? $aref : [] ); } sub Parameters { my $self = shift; my $sect = shift; return undef if not defined $sect; $self->_caseify( \$sect ); return @{ _aref_or_empty( $self->{parms}{$sect} ) }; } sub Groups { my $self = shift; if ( ref( $self->{group} ) eq 'HASH' ) { return keys %{ $self->{group} }; } else { return (); } } sub _group_member_handling_skeleton { my ( $self, $sect, $method ) = @_; return undef if not defined $sect; if ( !( my ($group) = ( $sect =~ /\A(\S+)\s+\S/ ) ) ) { return 1; } else { return $self->$method( $sect, $group ); } } sub _SetGroupMember_helper { my ( $self, $sect, $group ) = @_; if ( not exists( $self->{group}{$group} ) ) { $self->{group}{$group} = []; } if ( none { $_ eq $sect } @{ $self->{group}{$group} } ) { CORE::push @{ $self->{group}{$group} }, $sect; } return; } sub SetGroupMember { my ( $self, $sect ) = @_; return $self->_group_member_handling_skeleton( $sect, '_SetGroupMember_helper' ); } sub _RemoveGroupMember_helper { my ( $self, $sect, $group ) = @_; if ( !exists $self->{group}{$group} ) { return; } $self->{group}{$group} = [ grep { $_ ne $sect } @{ $self->{group}{$group} } ]; return; } sub RemoveGroupMember { my ( $self, $sect ) = @_; return $self->_group_member_handling_skeleton( $sect, '_RemoveGroupMember_helper' ); } sub GroupMembers { my ( $self, $group ) = @_; return undef if not defined $group; $self->_caseify( \$group ); return @{ _aref_or_empty( $self->{group}{$group} ) }; } sub SetWriteMode { my ( $self, $mode ) = @_; if ( not( defined($mode) && ( $mode =~ m/[0-7]{3}/ ) ) ) { return undef; } return ( $self->{file_mode} = $mode ); } sub GetWriteMode { my $self = shift; return $self->{file_mode}; } sub _write_config_to_filename { my ( $self, $filename, %parms ) = @_; if ( -e $filename ) { if ( not( -w $filename ) ) { #carp "File $filename is not writable. Refusing to write config"; return undef; } if ( not exists $self->{file_mode} ) { my $mode = ( stat $filename )[2]; $self->{file_mode} = sprintf "%04o", ( $mode & 0777 ); } #carp "Using mode $self->{file_mode} for file $file"; } my ( $fh, $new_file ); # We need to trap the exception that tempfile() may throw and instead # carp() and return undef() because that was the previous behaviour: # # See RT #77039 ( https://rt.cpan.org/Ticket/Display.html?id=77039 ) eval { ( $fh, $new_file ) = tempfile( "temp.ini-XXXXXXXXXX", DIR => dirname($filename) ); # Convert the filehandle to a "text" filehandle suitable for use # on Windows (and other platforms). # # This may break compatibility for ultra-old perls (ones before 5.6.0) # so I say - Good Riddance! if ( $^O =~ m/\AMSWin/ ) { binmode $fh, ':crlf'; } }; if ($@) { carp("Unable to write temp config file: $!"); return undef; } $self->OutputConfigToFileHandle( $fh, $parms{-delta} ); close($fh) or Carp::confess("close failed: $!"); if ( !rename( $new_file, $filename ) ) { carp "Unable to rename temp config file ($new_file) to ${filename}: $!"; return undef; } if ( exists $self->{file_mode} ) { if ( not chmod( oct( $self->{file_mode} ), $filename ) ) { carp "Unable to chmod $filename!"; } } return 1; } sub _write_config_with_a_made_fh { my ( $self, $fh, %parms ) = @_; # Only roll back if it's not STDIN (if it is, Carp) if ( $fh == \*STDIN ) { carp "Cannot write configuration file to STDIN."; } else { seek( $fh, 0, SEEK_SET() ); # Make sure to keep the previous junk out. # See: # https://rt.cpan.org/Public/Bug/Display.html?id=103496 truncate( $fh, 0 ); $self->OutputConfigToFileHandle( $fh, $parms{-delta} ); seek( $fh, 0, SEEK_SET() ); } # end if return 1; } sub _write_config_to_fh { my ( $self, $file, %parms ) = @_; # Get a filehandle, allowing almost any type of 'file' parameter ## NB: If this were a filename, this would fail because _make_file ## opens a read-only handle, but we have already checked that case ## so re-using the logic is ok [JW/WADG] my $fh = $self->_make_filehandle($file); if ( !$fh ) { carp "Could not find a filehandle for the input stream ($file): $!"; return undef; } return $self->_write_config_with_a_made_fh( $fh, %parms ); } sub WriteConfig { my ( $self, $file, %parms ) = @_; return undef unless defined $file; # If we are using a filename, then do mode checks and write to a # temporary file to avoid a race condition if ( !ref($file) ) { return $self->_write_config_to_filename( $file, %parms ); } # Otherwise, reset to the start of the file and write, unless we are using # STDIN else { return $self->_write_config_to_fh( $file, %parms ); } } sub RewriteConfig { my $self = shift; if ( $self->_no_filename ) { return 1; } return $self->WriteConfig( $self->{cf} ); } sub GetFileName { my $self = shift; return $self->{cf}; } sub SetFileName { my ( $self, $new_filename ) = @_; if ( length($new_filename) > 0 ) { return ( $self->{cf} = $new_filename ); } else { return undef; } } sub _calc_eot_mark { my ( $self, $sect, $parm, $val ) = @_; my $eotmark = $self->{EOT}{$sect}{$parm} || 'EOT'; # Make sure the $eotmark does not occur inside the string. my @letters = ( 'A' .. 'Z' ); my $joined_val = join( q{ }, @$val ); while ( index( $joined_val, $eotmark ) >= 0 ) { $eotmark .= $letters[ rand(@letters) ]; } return $eotmark; } sub _OutputParam { my ( $self, $sect, $parm, $val, $end_comment, $output_cb ) = @_; my $line_loop = sub { my ($mapper) = @_; foreach my $line ( @{$val}[ 0 .. $#$val - 1 ] ) { $output_cb->( $mapper->($line) ); } $output_cb->( $mapper->( $val->[-1] ), ( $end_comment ? (" $self->{comment_char} $end_comment") : () ), ); return; }; if ( !@$val ) { # An empty variable - see: # https://rt.cpan.org/Public/Bug/Display.html?id=68554 $output_cb->("$parm="); } elsif ( ( @$val == 1 ) or $self->{nomultiline} ) { $line_loop->( sub { my ($line) = @_; return "$parm=$line"; } ); } else { my $eotmark = $self->_calc_eot_mark( $sect, $parm, $val ); $output_cb->("$parm= <<$eotmark"); $line_loop->( sub { my ($line) = @_; return $line; } ); $output_cb->($eotmark); } return; } sub OutputConfig { my ( $self, $delta ) = @_; return $self->OutputConfigToFileHandle( select(), $delta ); } sub _output_comments { my ( $self, $print_line, $comments_aref ) = @_; if ( ref($comments_aref) eq 'ARRAY' ) { foreach my $comment (@$comments_aref) { $print_line->($comment); } } return; } sub _process_continue_val { my ( $self, $fh ) = @_; if ( not $self->{allowcontinue} ) { return; } my $val = $self->_curr_val; while ( $val =~ s/\\\z// ) { $val .= $self->_read_next_line($fh); } $self->_curr_val($val); return; } sub _output_param_total { my ( $self, $sect, $parm, $print_line, $split_val, $delta ) = @_; if ( !defined $self->{v}{$sect}{$parm} ) { if ($delta) { $print_line->("$self->{comment_char} $parm is deleted"); } else { warn "Weird unknown parameter $parm" if $^W; } return; } $self->_output_comments( $print_line, $self->{pCMT}{$sect}{$parm} ); my $val = $self->{v}{$sect}{$parm}; my $end_comment = $self->{peCMT}{$sect}{$parm}; return if !defined($val); # No parameter exists !! $self->_OutputParam( $sect, $parm, $split_val->($val), ( defined($end_comment) ? $end_comment : "" ), $print_line, ); return; } sub _output_section { my ( $self, $sect, $print_line, $split_val, $delta, $position ) = @_; if ( !defined $self->{v}{$sect} ) { if ($delta) { $print_line->("$self->{comment_char} [$sect] is deleted"); } else { warn "Weird unknown section $sect" if $^W; } return; } return if not defined $self->{v}{$sect}; $print_line->() if ( $position > 0 ); $self->_output_comments( $print_line, $self->{sCMT}{$sect} ); if ( !( $self->{fallback_used} and $sect eq $self->{fallback} ) ) { $print_line->("[$sect]"); } return if ref( $self->{v}{$sect} ) ne 'HASH'; foreach my $parm ( @{ $self->{ $delta ? "myparms" : "parms" }{$sect} } ) { $self->_output_param_total( $sect, $parm, $print_line, $split_val, $delta ); } return; } sub OutputConfigToFileHandle { # We need no strict 'refs' to be able to print to $fh if it points # to a glob filehandle. no strict 'refs'; my ( $self, $fh, $delta ) = @_; my $ors = $self->{line_ends} || $\ || "\n"; # $\ is normally unset, but use input by default my $print_line = sub { print {$fh} ( @_, $ors ) or die "Config-IniFiles cannot print to filehandle (out-of-space?). Aborting!"; return; }; my $split_val = sub { my ($val) = @_; return ( ( ref($val) eq 'ARRAY' ) ? $val : [ split /[$ors]/, $val, -1 ] ); }; my $position = 0; foreach my $sect ( @{ $self->{ $delta ? "mysects" : "sects" } } ) { $self->_output_section( $sect, $print_line, $split_val, $delta, $position++ ); } $self->_output_comments( $print_line, [ $self->_GetEndComments() ] ); return 1; } sub SetSectionComment { my ( $self, $sect, @comment ) = @_; if ( not( defined($sect) && @comment ) ) { return undef; } $self->_caseify( \$sect ); $self->_touch_section($sect); # At this point it's possible to have a comment for a section that # doesn't exist. This comment will not get written to the INI file. $self->{sCMT}{$sect} = $self->_markup_comments( \@comment ); return scalar @comment; } # this helper makes sure that each line is preceded with the correct comment # character sub _markup_comments { my ( $self, $comment_aref ) = @_; my $allCmt = $self->{allowed_comment_char}; my $cmtChr = $self->{comment_char}; my $is_comment = qr/\A\s*[$allCmt]/; # TODO : Maybe create a qr// out of it. return [ map { ( $_ =~ $is_comment ) ? $_ : "$cmtChr $_" } @$comment_aref ]; } sub _return_comment { my ( $self, $comment_aref ) = @_; my $delim = defined($/) ? $/ : "\n"; return wantarray() ? @$comment_aref : join( $delim, @$comment_aref ); } sub GetSectionComment { my ( $self, $sect ) = @_; return undef if not defined $sect; $self->_caseify( \$sect ); if ( !exists $self->{sCMT}{$sect} ) { return undef; } return $self->_return_comment( $self->{sCMT}{$sect} ); } sub DeleteSectionComment { my $self = shift; my $sect = shift; return undef if not defined $sect; $self->_caseify( \$sect ); $self->_touch_section($sect); delete $self->{sCMT}{$sect}; return; } sub SetParameterComment { my ( $self, $sect, $parm, @comment ) = @_; if ( not( defined($sect) && defined($parm) && @comment ) ) { return undef; } $self->_caseify( \$sect, \$parm ); $self->_touch_parameter( $sect, $parm ); # Note that at this point, it's possible to have a comment for a parameter, # without that parameter actually existing in the INI file. $self->{pCMT}{$sect}{$parm} = $self->_markup_comments( \@comment ); return scalar @comment; } sub _SetEndComments { my $self = shift; my @comments = @_; $self->{_comments_at_end_of_file} = \@comments; return 1; } sub _GetEndComments { my $self = shift; return @{ $self->{_comments_at_end_of_file} }; } sub GetParameterComment { my ( $self, $sect, $parm ) = @_; if ( not( defined($sect) && defined($parm) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); if ( not( exists( $self->{pCMT}{$sect} ) && exists( $self->{pCMT}{$sect}{$parm} ) ) ) { return undef; } return $self->_return_comment( $self->{pCMT}{$sect}{$parm} ); } sub DeleteParameterComment { my ( $self, $sect, $parm ) = @_; if ( not( defined($sect) && defined($parm) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); # If the parameter doesn't exist, our goal has already been achieved if ( exists( $self->{pCMT}{$sect} ) && exists( $self->{pCMT}{$sect}{$parm} ) ) { $self->_touch_parameter( $sect, $parm ); delete $self->{pCMT}{$sect}{$parm}; } return 1; } sub GetParameterEOT { my ( $self, $sect, $parm ) = @_; if ( not( defined($sect) && defined($parm) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); return $self->{EOT}{$sect}{$parm}; } sub SetParameterEOT { my ( $self, $sect, $parm, $EOT ) = @_; if ( not( defined($sect) && defined($parm) && defined($EOT) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); $self->_touch_parameter( $sect, $parm ); $self->{EOT}{$sect}{$parm} = $EOT; return; } sub DeleteParameterEOT { my ( $self, $sect, $parm ) = @_; if ( not( defined($sect) && defined($parm) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); $self->_touch_parameter( $sect, $parm ); delete $self->{EOT}{$sect}{$parm}; return; } sub SetParameterTrailingComment { my ( $self, $sect, $parm, $cmt ) = @_; if ( not( defined($sect) && defined($parm) && defined($cmt) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); # confirm the parameter exist return undef if not exists $self->{v}{$sect}{$parm}; $self->_touch_parameter( $sect, $parm ); $self->{peCMT}{$sect}{$parm} = $cmt; return 1; } sub GetParameterTrailingComment { my ( $self, $sect, $parm ) = @_; if ( not( defined($sect) && defined($parm) ) ) { return undef; } $self->_caseify( \$sect, \$parm ); # confirm the parameter exist return undef if not exists $self->{v}{$sect}{$parm}; return $self->{peCMT}{$sect}{$parm}; } sub Delete { my $self = shift; foreach my $section ( $self->Sections() ) { $self->DeleteSection($section); } return 1; } # end Delete ############################################################ # # TIEHASH Methods # # Description: # These methods allow you to tie a hash to the # Config::IniFiles object. Note that, when tied, the # user wants to look at thinks like $ini{sec}{parm}, but the # TIEHASH only provides one level of hash interface, so the # root object gets asked for a $ini{sec}, which this # implements. To further tie the {parm} hash, the internal # class Config::IniFiles::_section, is provided, below. # ############################################################ # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub TIEHASH { my $class = shift; my %parms = @_; # Get a new object my $self = $class->new(%parms); return $self; } # end TIEHASH # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub FETCH { my $self = shift; my ($key) = @_; $self->{_section_cache} ||= {}; $self->_caseify( \$key ); return if ( !$self->{v}{$key} ); return $self->{_section_cache}->{$key} if exists $self->{_section_cache}->{$key}; my %retval; tie %retval, 'Config::IniFiles::_section', $self, $key; return $self->{_section_cache}->{$key} = \%retval; } # end FETCH # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000Jun14 Fixed bug where wrong ref was saved JW # 2000Oct09 Fixed possible but in %parms with defaults JW # 2001Apr04 Fixed -nocase problem in storing JW # ---------------------------------------------------------- sub STORE { my $self = shift; my ( $key, $ref ) = @_; return undef unless ref($ref) eq 'HASH'; $self->_caseify( \$key ); $self->AddSection($key); $self->{v}{$key} = {%$ref}; $self->{parms}{$key} = [ keys %$ref ]; $self->{myparms}{$key} = [ keys %$ref ]; return 1; } # end STORE # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # 2000Dec17 Now removes comments, groups and EOTs too JW # 2001Arp04 Fixed -nocase problem JW # ---------------------------------------------------------- sub DELETE { my $self = shift; my ($key) = @_; my $retval = $self->FETCH($key); $self->DeleteSection($key); return $retval; } # end DELETE # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub CLEAR { my $self = shift; return $self->Delete(); } # end CLEAR # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub FIRSTKEY { my $self = shift; $self->{tied_enumerator} = 0; return $self->NEXTKEY(); } # end FIRSTKEY # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub NEXTKEY { my $self = shift; my ($last) = @_; my $i = $self->{tied_enumerator}++; my $key = $self->{sects}[$i]; return if ( !defined $key ); return wantarray ? ( $key, $self->FETCH($key) ) : $key; } # end NEXTKEY # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # 2001Apr04 Fixed -nocase bug and false true bug JW # ---------------------------------------------------------- sub EXISTS { my $self = shift; my ($key) = @_; return $self->SectionExists($key); } # end EXISTS # ---------------------------------------------------------- # DESTROY is used by TIEHASH and the Perl garbage collector, # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000May09 Created method JW # ---------------------------------------------------------- sub DESTROY { # my $self = shift; } # end if # ---------------------------------------------------------- # Sub: _make_filehandle # # Args: $thing # $thing An input source # # Description: Takes an input source - a filehandle, # filehandle glob, reference to a filehandle glob, IO::File # object or scalar filename - and returns a file handle to # read from it with. # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 06Dec2001 Added to support input from any source JW # ---------------------------------------------------------- sub _make_filehandle { my $self = shift; # # This code is 'borrowed' from Lincoln D. Stein's GD.pm module # with modification for this module. Thanks Lincoln! # no strict 'refs'; my $thing = shift; if ( ref($thing) eq "SCALAR" ) { if ( eval { require IO::Scalar; $IO::Scalar::VERSION >= 2.109; } ) { return IO::Scalar->new($thing); } else { warn "SCALAR reference as file descriptor requires IO::stringy " . "v2.109 or later" if ($^W); return; } } return $thing if defined( fileno $thing ); # otherwise try qualifying it into caller's package my $fh = qualify_to_ref( $thing, caller(1) ); return $fh if defined( fileno $fh ); # otherwise treat it as a file to open $fh = gensym; open( $fh, $thing ) || return; return $fh; } # end _make_filehandle ############################################################ # # INTERNAL PACKAGE: Config::IniFiles::_section # # Description: # This package is used to provide a single-level TIEHASH # interface to the sections in the IniFile. When tied, the # user wants to look at thinks like $ini{sec}{parm}, but the # TIEHASH only provides one level of hash interface, so the # root object gets asked for a $ini{sec} and must return a # has reference that accurately covers the '{parm}' part. # # This package is only used when tied and is inter-woven # between the sections and their parameters when the TIEHASH # method is called by Perl. It's a very simple implementation # of a tied hash object that simply maps onto the object API. # ############################################################ # Date Modification Author # ---------------------------------------------------------- # 2000.May.09 Created to excapsulate TIEHASH interface JW ############################################################ package Config::IniFiles::_section; use strict; use warnings; use Carp; use vars qw( $VERSION ); $Config::IniFiles::_section::VERSION = 2.16; # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::TIEHASH # # Args: $class, $config, $section # $class The class that this is being tied to. # $config The parent Config::IniFiles object # $section The section this tied object refers to # # Description: Builds the object that implements accesses to # the tied hash. # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # ---------------------------------------------------------- sub TIEHASH { my $proto = shift; my $class = ref($proto) || $proto; my ( $config, $section ) = @_; # Make a new object return bless { config => $config, section => $section }, $class; } # end TIEHASH # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::FETCH # # Args: $key # $key The name of the key whose value to get # # Description: Returns the value associated with $key. If # the value is a list, returns a list reference. # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2000Jun15 Fixed bugs in -default handler JW # 2000Dec07 Fixed another bug in -deault handler JW # 2002Jul04 Returning scalar values (Bug:447532) AS # ---------------------------------------------------------- sub FETCH { my ( $self, $key ) = @_; my @retval = $self->{config}->val( $self->{section}, $key ); return ( @retval <= 1 ) ? $retval[0] : \@retval; } # end FETCH # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::STORE # # Args: $key, @val # $key The key under which to store the value # @val The value to store, either an array or a scalar # # Description: Sets the value for the specified $key # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2001Apr04 Fixed -nocase bug JW # ---------------------------------------------------------- sub STORE { my ( $self, $key, @val ) = @_; return $self->{config}->newval( $self->{section}, $key, @val ); } # end STORE # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::DELETE # # Args: $key # $key The key to remove from the hash # # Description: Removes the specified key from the hash and # returns its former value. # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2001Apr04 Fixed -nocase bug JW # ---------------------------------------------------------- sub DELETE { my ( $self, $key ) = @_; my $retval = $self->{config}->val( $self->{section}, $key ); $self->{config}->delval( $self->{section}, $key ); return $retval; } # end DELETE # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::CLEAR # # Args: (None) # # Description: Empties the entire hash # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # ---------------------------------------------------------- sub CLEAR { my ($self) = @_; return $self->{config}->DeleteSection( $self->{section} ); } # end CLEAR # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::EXISTS # # Args: $key # $key The key to look for # # Description: Returns whether the key exists # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # 2001Apr04 Fixed -nocase bug JW # ---------------------------------------------------------- sub EXISTS { my ( $self, $key ) = @_; return $self->{config}->exists( $self->{section}, $key ); } # end EXISTS # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::FIRSTKEY # # Args: (None) # # Description: Returns the first key in the hash # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # ---------------------------------------------------------- sub FIRSTKEY { my $self = shift; $self->{tied_enumerator} = 0; return $self->NEXTKEY(); } # end FIRSTKEY # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::NEXTKEY # # Args: $last # $last The last key accessed by the iterator # # Description: Returns the next key in line # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # ---------------------------------------------------------- sub NEXTKEY { my $self = shift; my ($last) = @_; my $i = $self->{tied_enumerator}++; my @keys = $self->{config}->Parameters( $self->{section} ); my $key = $keys[$i]; return if ( !defined $key ); return wantarray ? ( $key, $self->FETCH($key) ) : $key; } # end NEXTKEY # ---------------------------------------------------------- # Sub: Config::IniFiles::_section::DESTROY # # Args: (None) # # Description: Called on cleanup # ---------------------------------------------------------- # Date Modification Author # ---------------------------------------------------------- # ---------------------------------------------------------- sub DESTROY { # my $self = shift } # end DESTROY 1; 1; # Please keep the following within the last four lines of the file #[JW for editor]:mode=perl:tabSize=8:indentSize=2:noTabs=true:indentOnEnter=true: __END__ =pod =encoding UTF-8 =head1 NAME Config::IniFiles - A module for reading .ini-style configuration files. =head1 VERSION version 3.000003 =head1 SYNOPSIS use Config::IniFiles; my $cfg = Config::IniFiles->new( -file => "/path/configfile.ini" ); print "The value is " . $cfg->val( 'Section', 'Parameter' ) . "." if $cfg->val( 'Section', 'Parameter' ); =head1 DESCRIPTION Config::IniFiles provides a way to have readable configuration files outside your Perl script. Configurations can be imported (inherited, stacked,...), sections can be grouped, and settings can be accessed from a tied hash. =head1 FILE FORMAT INI files consist of a number of sections, each preceded with the section name in square brackets, followed by parameter names and their values. [a section] Parameter=Value [section 2] AnotherParameter=Some value Setting=Something else Parameter=Different scope than the one in the first section The first non-blank character of the line indicating a section must be a left bracket and the last non-blank character of a line indicating a section must be a right bracket. The characters making up the section name can be any symbols at all. However section names must be unique. Parameters are specified in each section as Name=Value. Any spaces around the equals sign will be ignored, and the value extends to the end of the line (including any whitespace at the end of the line. Parameter names are localized to the namespace of the section, but must be unique within a section. Both the hash mark (#) and the semicolon (;) are comment characters. by default (this can be changed by configuration). Lines that begin with either of these characters will be ignored. Any amount of whitespace may precede the comment character. Multi-line or multi-valued parameters may also be defined ala UNIX "here document" syntax: Parameter=<<EOT value/line 1 value/line 2 EOT You may use any string you want in place of "EOT". Note that whatever follows the "<<" and what appears at the end of the text MUST match exactly, including any trailing whitespace. Alternately, as a configuration option (default is off), continuation lines can be allowed: [Section] Parameter=this parameter \ spreads across \ a few lines =head1 USAGE -- Object Interface Get a new Config::IniFiles object with the I<new> method: $cfg = Config::IniFiles->new( -file => "/path/config_file.ini" ); $cfg = new Config::IniFiles -file => "/path/config_file.ini"; Optional named parameters may be specified after the configuration file name. See the I<new> in the B<METHODS> section, below. Values from the config file are fetched with the val method: $value = $cfg->val('Section', 'Parameter'); If you want a multi-line/value field returned as an array, just specify an array as the receiver: @values = $cfg->val('Section', 'Parameter'); =head1 METHODS =head2 new ( [-option=>value ...] ) Returns a new configuration object (or "undef" if the configuration file has an error, in which case check the global C<@Config::IniFiles::errors> array for reasons why). One Config::IniFiles object is required per configuration file. The following named parameters are available: =over 10 =item I<-file> filename Specifies a file to load the parameters from. This 'file' may actually be any of the following things: 1) the pathname of a file $cfg = Config::IniFiles->new( -file => "/path/to/config_file.ini" ); 2) a simple filehandle $cfg = Config::IniFiles->new( -file => STDIN ); 3) a filehandle glob open( CONFIG, "/path/to/config_file.ini" ); $cfg = Config::IniFiles->new( -file => *CONFIG ); 4) a reference to a glob open( CONFIG, "/path/to/config_file.ini" ); $cfg = Config::IniFiles->new( -file => \*CONFIG ); 5) an IO::File object $io = IO::File->new( "/path/to/config_file.ini" ); $cfg = Config::IniFiles->new( -file => $io ); or open my $fh, '<', "/path/to/config_file.ini" or die $!; $cfg = Config::IniFiles->new( -file => $fh ); 6) A reference to a scalar (requires newer versions of IO::Scalar) $ini_file_contents = <<EOT [section name] Parameter=A value Setting=Another value EOT $cfg = Config::IniFiles->new( -file => \$ini_file_contents ); If this option is not specified, (i.e. you are creating a config file from scratch) you must specify a target file using L<SetFileName> in order to save the parameters. =item I<-default> section Specifies a section to be used for default values. For example, in the following configuration file, if you look up the "permissions" parameter in the "joe" section, there is none. [all] permissions=Nothing [jane] name=Jane permissions=Open files [joe] name=Joseph If you create your Config::IniFiles object with a default section of "all" like this: $cfg = Config::IniFiles->new( -file => "file.ini", -default => "all" ); Then requesting a value for a "permissions" in the [joe] section will check for a value from [all] before returning undef. $permissions = $cfg->val( "joe", "permissions"); // returns "Nothing" =item I<-fallback> section Specifies a section to be used for parameters outside a section. Default is none. Without -fallback specified (which is the default), reading a configuration file which has a parameter outside a section will fail. With this set to, say, "GENERAL", this configuration: wrong=wronger [joe] name=Joseph will be assumed as: [GENERAL] wrong=wronger [joe] name=Joseph Note that Config::IniFiles will also omit the fallback section header when outputting such configuration. =item I<-nocase> 0|1 Set -nocase => 1 to handle the config file in a case-insensitive manner (case in values is preserved, however). By default, config files are case-sensitive (i.e., a section named 'Test' is not the same as a section named 'test'). Note that there is an added overhead for turning off case sensitivity. =item I<-import> object This allows you to import or inherit existing setting from another Config::IniFiles object. When importing settings from another object, sections with the same name will be merged and parameters that are defined in both the imported object and the I<-file> will take the value of given in the I<-file>. If a I<-default> section is also given on this call, and it does not coincide with the default of the imported object, the new default section will be used instead. If no I<-default> section is given, then the default of the imported object will be used. =item I<-allowcontinue> 0|1 Set -allowcontinue => 1 to enable continuation lines in the config file. i.e. if a line ends with a backslash C<\>, then the following line is appended to the parameter value, dropping the backslash and the newline character(s). Default behavior is to keep a trailing backslash C<\> as a parameter value. Note that continuation cannot be mixed with the "here" value syntax. =item I<-allowempty> 0|1 If set to 1, then empty files are allowed at L<ReadConfig|ReadConfig()> time. If set to 0 (the default), an empty configuration file is considered an error. =item I<-negativedeltas> 0|1 If set to 1 (the default if importing this object from another one), parses and honors lines of the following form in the configuration file: ; [somesection] is deleted or [inthissection] ; thisparameter is deleted If set to 0 (the default if not importing), these comments are treated like ordinary ones. The L<WriteConfig|WriteConfig($filename, -delta=>1)> form will output such comments to indicate deleted sections or parameters. This way, reloading a delta file using the same imported object produces the same results in memory again. See L<IMPORT / DELTA FEATURES> for more details. =item I<-commentchar> 'char' The default comment character is C<#>. You may change this by specifying this option to another character. This can be any character except alphanumeric characters, square brackets or the "equal" sign. =item I<-allowedcommentchars> 'chars' Allowed default comment characters are C<#> and C<;>. By specifying this option you may change the range of characters that are used to denote a comment line to include any set of characters Note: that the character specified by B<-commentchar> (see above) is I<always> part of the allowed comment characters. Note 2: The given string is evaluated as a regular expression character class, so '\' must be escaped if you wish to use it. =item I<-reloadwarn> 0|1 Set -reloadwarn => 1 to enable a warning message (output to STDERR) whenever the config file is reloaded. The reload message is of the form: PID <PID> reloading config file <file> at YYYY.MM.DD HH:MM:SS Default behavior is to not warn (i.e. -reloadwarn => 0). This is generally only useful when using Config::IniFiles in a server or daemon application. The application is still responsible for determining when the object is to be reloaded. =item I<-nomultiline> 0|1 Set -nomultiline => 1 to output multi-valued parameter as: param=value1 param=value2 instead of the default: param=<<EOT value1 value2 EOT As the latter might not be compatible with all applications. =item I<-handle_trailing_comment> 0|1 Set -handle_trailing_comment => 1 to enable support of parameter trailing comments. For example, if we have a parameter line like this: param1=value1;comment1 by default, handle_trailing_comment will be set to B<0>, and we will get I<value1;comment1> as the value of I<param1>. If we have -handle_trailing_comment set to B<1>, then we will get I<value1> as the value for I<param1>, and I<comment1> as the trailing comment of I<param1>. Set and get methods for trailing comments are provided as L</SetParameterTrailingComment> and L</GetParameterTrailingComment>. =item I<-php_compat> 0|1 Set -php_compat => 1 to enable support for PHP like configfiles. The differences between parse_ini_file and Config::IniFiles are: # parse_ini_file [group] val1="value" val2[]=1 val2[]=2 vs # Config::IniFiles [group] val1=value val2=1 val2=2 This option only affect parsing, not writing new configfiles. Some features from parse_ini_file are not compatible: [group] val1="val"'ue' val1[key]=1 =back =head2 val ($section, $parameter [, $default] ) Returns the value of the specified parameter (C<$parameter>) in section C<$section>, returns undef (or C<$default> if specified) if no section or no parameter for the given section exists. If you want a multi-line/value field returned as an array, just specify an array as the receiver: @values = $cfg->val('Section', 'Parameter'); A multi-line/value field that is returned in a scalar context will be joined using $/ (input record separator, default is \n) if defined, otherwise the values will be joined using \n. =head2 exists($section, $parameter) True if and only if there exists a section C<$section>, with a parameter C<$parameter> inside, not counting default values. =head2 push ($section, $parameter, $value, [ $value2, ...]) Pushes new values at the end of existing value(s) of parameter C<$parameter> in section C<$section>. See below for methods to write the new configuration back out to a file. You may not set a parameter that didn't exist in the original configuration file. B<push> will return I<undef> if this is attempted. See B<newval> below to do this. Otherwise, it returns 1. =head2 setval ($section, $parameter, $value, [ $value2, ... ]) Sets the value of parameter C<$parameter> in section C<$section> to C<$value> (or to a set of values). See below for methods to write the new configuration back out to a file. You may not set a parameter that didn't exist in the original configuration file. B<setval> will return I<undef> if this is attempted. See B<newval> below to do this. Otherwise, it returns 1. =head2 newval($section, $parameter, $value [, $value2, ...]) Assigns a new value, C<$value> (or set of values) to the parameter C<$parameter> in section C<$section> in the configuration file. =head2 delval($section, $parameter) Deletes the specified parameter from the configuration file =head2 ReadConfig Forces the configuration file to be re-read. Returns undef if the file can not be opened, no filename was defined (with the C<-file> option) when the object was constructed, or an error occurred while reading. If an error occurs while parsing the INI file the @Config::IniFiles::errors array will contain messages that might help you figure out where the problem is in the file. =head2 Sections Returns an array containing section names in the configuration file. If the I<nocase> option was turned on when the config object was created, the section names will be returned in lowercase. =head2 SectionExists ( $sect_name ) Returns 1 if the specified section exists in the INI file, 0 otherwise (undefined if section_name is not defined). =head2 AddSection ( $sect_name ) Ensures that the named section exists in the INI file. If the section already exists, nothing is done. In this case, the "new" section will possibly contain data already. If you really need to have a new section with no parameters in it, check that the name that you're adding isn't in the list of sections already. =head2 DeleteSection ( $sect_name ) Completely removes the entire section from the configuration. =head2 RenameSection ( $old_section_name, $new_section_name, $include_groupmembers) Renames a section if it does not already exist, optionally including groupmembers =head2 CopySection ( $old_section_name, $new_section_name, $include_groupmembers) Copies one section to another optionally including groupmembers =head2 Parameters ($sect_name) Returns an array containing the parameters contained in the specified section. =head2 Groups Returns an array containing the names of available groups. Groups are specified in the config file as new sections of the form [GroupName MemberName] This is useful for building up lists. Note that parameters within a "member" section are referenced normally (i.e., the section name is still "Groupname Membername", including the space) - the concept of Groups is to aid people building more complex configuration files. =head2 SetGroupMember ( $sect ) Makes sure that the specified section is a member of the appropriate group. Only intended for use in newval. =head2 RemoveGroupMember ( $sect ) Makes sure that the specified section is no longer a member of the appropriate group. Only intended for use in DeleteSection. =head2 GroupMembers ($group) Returns an array containing the members of specified $group. Each element of the array is a section name. For example, given the sections [Group Element 1] ... [Group Element 2] ... GroupMembers would return ("Group Element 1", "Group Element 2"). =head2 SetWriteMode ($mode) Sets the mode (permissions) to use when writing the INI file. $mode must be a string representation of the octal mode. =head2 GetWriteMode ($mode) Gets the current mode (permissions) to use when writing the INI file. $mode is a string representation of the octal mode. =head2 WriteConfig ($filename [, %options]) Writes out a new copy of the configuration file. A temporary file is written out and then renamed to the specified filename. Also see B<BUGS> below. If C<-delta> is set to a true value in %options, and this object was imported from another (see L</new>), only the differences between this object and the imported one will be recorded. Negative deltas will be encoded into comments, so that a subsequent invocation of I<new()> with the same imported object produces the same results (see the I<-negativedeltas> option in L</new>). C<%options> is not required. Returns true on success, C<undef> on failure. =head2 RewriteConfig Same as WriteConfig, but specifies that the original configuration file should be rewritten. =head2 GetFileName Returns the filename associated with this INI file. If no filename has been specified, returns undef. =head2 SetFileName ($filename) If you created the Config::IniFiles object without initialising from a file, or if you just want to change the name of the file to use for ReadConfig/RewriteConfig from now on, use this method. Returns $filename if that was a valid name, undef otherwise. =head2 $ini->OutputConfigToFileHandle($fh, $delta) Writes OutputConfig to the $fh filehandle. $delta should be set to 1 1 if writing only delta. This is a newer and safer version of C<OutputConfig()> and one is encouraged to use it instead. =head2 $ini->OutputConfig($delta) Writes OutputConfig to STDOUT. Use select() to redirect STDOUT to the output target before calling this function. Optional argument should be set to 1 if writing only a delta. Also see OutputConfigToFileHandle =head2 SetSectionComment($section, @comment) Sets the comment for section $section to the lines contained in @comment. Each comment line will be prepended with the comment character (default is C<#>) if it doesn't already have a comment character (ie: if the line does not start with whitespace followed by an allowed comment character, default is C<#> and C<;>). To clear a section comment, use DeleteSectionComment ($section) =head2 GetSectionComment ($section) Returns a list of lines, being the comment attached to section $section. In scalar context, returns a string containing the lines of the comment separated by newlines. The lines are presented as-is, with whatever comment character was originally used on that line. =head2 DeleteSectionComment ($section) Removes the comment for the specified section. =head2 SetParameterComment ($section, $parameter, @comment) Sets the comment attached to a particular parameter. Any line of @comment that does not have a comment character will be prepended with one. See L</SetSectionComment($section, @comment)> above =head2 GetParameterComment ($section, $parameter) Gets the comment attached to a parameter. In list context returns all comments - in scalar context returns them joined by newlines. =head2 DeleteParameterComment ($section, $parameter) Deletes the comment attached to a parameter. =head2 GetParameterEOT ($section, $parameter) Accessor method for the EOT text (in fact, style) of the specified parameter. If any text is used as an EOT mark, this will be returned. If the parameter was not recorded using HERE style multiple lines, GetParameterEOT returns undef. =head2 $cfg->SetParameterEOT ($section, $parameter, $EOT) Accessor method for the EOT text for the specified parameter. Sets the HERE style marker text to the value $EOT. Once the EOT text is set, that parameter will be saved in HERE style. To un-set the EOT text, use DeleteParameterEOT ($section, $parameter). =head2 DeleteParameterEOT ($section, $parameter) Removes the EOT marker for the given section and parameter. When writing a configuration file, if no EOT marker is defined then "EOT" is used. =head2 SetParameterTrailingComment ($section, $parameter, $cmt) Set the end trailing comment for the given section and parameter. If there is a old comment for the parameter, it will be overwritten by the new one. If there is a new parameter trailing comment to be added, the value should be added first. =head2 GetParameterTrailingComment ($section, $parameter) An accessor method to read the trailing comment after the parameter. The trailing comment will be returned if there is one. A null string will be returned if the parameter exists but there is no comment for it. otherwise, L<undef> will be returned. =head2 Delete Deletes the entire configuration file in memory. =head1 USAGE -- Tied Hash =head2 tie %ini, 'Config::IniFiles', (-file=>$filename, [-option=>value ...] ) Using C<tie>, you can tie a hash to a B<Config::IniFiles> object. This creates a new object which you can access through your hash, so you use this instead of the B<new> method. This actually creates a hash of hashes to access the values in the INI file. The options you provide through C<tie> are the same as given for the B<new> method, above. Here's an example: use Config::IniFiles; my %ini; tie %ini, 'Config::IniFiles', ( -file => "/path/configfile.ini" ); print "We have $ini{Section}{Parameter}." if $ini{Section}{Parameter}; Accessing and using the hash works just like accessing a regular hash and many of the object methods are made available through the hash interface. For those methods that do not coincide with the hash paradigm, you can use the Perl C<tied> function to get at the underlying object tied to the hash and call methods on that object. For example, to write the hash out to a new ini file, you would do something like this: tied( %ini )->WriteConfig( "/newpath/newconfig.ini" ) || die "Could not write settings to new file."; =head2 $val = $ini{$section}{$parameter} Returns the value of $parameter in $section. Multiline values accessed through a hash will be returned as a list in list context and a concatenated value in scalar context. =head2 $ini{$section}{$parameter} = $value; Sets the value of C<$parameter> in C<$section> to C<$value>. To set a multiline or multi-value parameter just assign an array reference to the hash entry, like this: $ini{$section}{$parameter} = [$value1, $value2, ...]; If the parameter did not exist in the original file, it will be created. However, Perl does not seem to extend autovivification to tied hashes. That means that if you try to say $ini{new_section}{new_paramters} = $val; and the section 'new_section' does not exist, then Perl won't properly create it. In order to work around this you will need to create a hash reference in that section and then assign the parameter value. Something like this should do nicely: $ini{new_section} = {}; $ini{new_section}{new_paramters} = $val; =head2 %hash = %{$ini{$section}} Using the tie interface, you can copy whole sections of the ini file into another hash. Note that this makes a copy of the entire section. The new hash in no longer tied to the ini file, In particular, this means -default and -nocase settings will not apply to C<%hash>. =head2 $ini{$section} = {}; %{$ini{$section}} = %parameters; Through the hash interface, you have the ability to replace the entire section with a new set of parameters. This call will fail, however, if the argument passed in NOT a hash reference. You must use both lines, as shown above so that Perl recognizes the section as a hash reference context before COPYing over the values from your C<%parameters> hash. =head2 delete $ini{$section}{$parameter} When tied to a hash, you can use the Perl C<delete> function to completely remove a parameter from a section. =head2 delete $ini{$section} The tied interface also allows you to delete an entire section from the ini file using the Perl C<delete> function. =head2 %ini = (); If you really want to delete B<all> the items in the ini file, this will do it. Of course, the changes won't be written to the actual file unless you call B<RewriteConfig> on the object tied to the hash. =head2 Parameter names =over 4 =item my @keys = keys %{$ini{$section}} =item while (($k, $v) = each %{$ini{$section}}) {...} =item if( exists %{$ini{$section}}, $parameter ) {...} =back When tied to a hash, you use the Perl C<keys> and C<each> functions to iteratively list the parameters (C<keys>) or parameters and their values (C<each>) in a given section. You can also use the Perl C<exists> function to see if a parameter is defined in a given section. Note that none of these will return parameter names that are part of the default section (if set), although accessing an unknown parameter in the specified section will return a value from the default section if there is one. =head2 Section names =over 4 =item foreach( keys %ini ) {...} =item while (($k, $v) = each %ini) {...} =item if( exists %ini, $section ) {...} =back When tied to a hash, you use the Perl C<keys> and C<each> functions to iteratively list the sections in the ini file. You can also use the Perl C<exists> function to see if a section is defined in the file. =head1 IMPORT / DELTA FEATURES The I<-import> option to L</new> allows one to stack one I<Config::IniFiles> object on top of another (which might be itself stacked in turn and so on recursively, but this is beyond the point). The effect, as briefly explained in L</new>, is that the fields appearing in the composite object will be a superposition of those coming from the ``original'' one and the lines coming from the file, the latter taking precedence. For example, let's say that C<$master> and C<overlay> were created like this: my $master = Config::IniFiles->new(-file => "master.ini"); my $overlay = Config::IniFiles->new(-file => "overlay.ini", -import => $master); If the contents of C<master.ini> and C<overlay.ini> are respectively ; master.ini [section1] arg0=unchanged from master.ini arg1=val1 [section2] arg2=val2 and ; overlay.ini [section1] arg1=overridden Then C<< $overlay->val("section1", "arg1") >> is "overridden", while C<< $overlay->val("section1", "arg0") >> is "unchanged from master.ini". This feature may be used to ship a ``global defaults'' configuration file for a Perl application, that can be overridden piecewise by a much shorter, per-site configuration file. Assuming UNIX-style path names, this would be done like this: my $defaultconfig = Config::IniFiles->new (-file => "/usr/share/myapp/myapp.ini.default"); my $config = Config::IniFiles->new (-file => "/etc/myapp.ini", -import => $defaultconfig); # Now use $config and forget about $defaultconfig in the rest of # the program Starting with version 2.39, I<Config::IniFiles> also provides features to keep the importing / per-site configuration file small, by only saving those options that were modified by the running program. That is, if one calls $overlay->setval("section1", "arg1", "anotherval"); $overlay->newval("section3", "arg3", "val3"); $overlay->WriteConfig('overlay.ini', -delta=>1); C<overlay.ini> would now contain ; overlay.ini [section1] arg1=anotherval [section3] arg3=val3 This is called a I<delta file> (see L</WriteConfig>). The untouched [section2] and arg0 do not appear, and the config file is therefore shorter; while of course, reloading the configuration into C<$master> and C<$overlay>, either through C<< $overlay->ReadConfig() >> or through the same code as above (e.g. when application restarts), would yield exactly the same result had the overlay object been saved in whole to the file system. The only problem with this delta technique is one cannot delete the default values in the overlay configuration file, only change them. This is solved by a file format extension, enabled by the I<-negativedeltas> option to L</new>: if, say, one would delete parameters like this, $overlay->DeleteSection("section2"); $overlay->delval("section1", "arg0"); $overlay->WriteConfig('overlay.ini', -delta=>1); The I<overlay.ini> file would now read: ; overlay.ini [section1] ; arg0 is deleted arg1=anotherval ; [section2] is deleted [section3] arg3=val3 Assuming C<$overlay> was later re-read with C<< -negativedeltas => 1 >>, the parser would interpret the deletion comments to yield the correct result, that is, [section2] and arg0 would cease to exist in the C<$overlay> object. =head1 DIAGNOSTICS =head2 @Config::IniFiles::errors Contains a list of errors encountered while parsing the configuration file. If the I<new> method returns B<undef>, check the value of this to find out what's wrong. This value is reset each time a config file is read. =head1 BUGS =over 3 =item * The output from [Re]WriteConfig/OutputConfig might not be as pretty as it can be. Comments are tied to whatever was immediately below them. And case is not preserved for Section and Parameter names if the -nocase option was used. =item * No locking is done by [Re]WriteConfig. When writing servers, take care that only the parent ever calls this, and consider making your own backup. =back =head1 Data Structure Note that this is only a reference for the package maintainers - one of the upcoming revisions to this package will include a total clean up of the data structure. $iniconf->{cf} = "config_file_name" ->{startup_settings} = \%orginal_object_parameters ->{imported} = $object WHERE $object->isa("Config::IniFiles") ->{nocase} = 0 ->{reloadwarn} = 0 ->{sects} = \@sections ->{mysects} = \@sections ->{sCMT}{$sect} = \@comment_lines ->{group}{$group} = \@group_members ->{parms}{$sect} = \@section_parms ->{myparms}{$sect} = \@section_parms ->{EOT}{$sect}{$parm} = "end of text string" ->{pCMT}{$sect}{$parm} = \@comment_lines ->{v}{$sect}{$parm} = $value OR \@values ->{e}{$sect} = 1 OR does not exist ->{mye}{$sect} = 1 OR does not exists =head1 AUTHOR and ACKNOWLEDGEMENTS The original code was written by Scott Hutton. Then handled for a time by Rich Bowen (thanks!), and was later managed by Jeremy Wadsack (thanks!), and now is managed by Shlomi Fish ( L<http://www.shlomifish.org/> ) with many contributions from various other people. In particular, special thanks go to (in roughly chronological order): Bernie Cosell, Alan Young, Alex Satrapa, Mike Blazer, Wilbert van de Pieterman, Steve Campbell, Robert Konigsberg, Scott Dellinger, R. Bernstein, Daniel Winkelmann, Pires Claudio, Adrian Phillips, Marek Rouchal, Luc St Louis, Adam Fischler, Kay Röpke, Matt Wilson, Raviraj Murdeshwar and Slaven Rezic, Florian Pfaff Geez, that's a lot of people. And apologies to the folks who were missed. If you want someone to bug about this, that would be: Shlomi Fish <shlomif@cpan.org> If you want more information, or want to participate, go to: L<http://sourceforge.net/projects/config-inifiles/> Please submit bug reports using the Request Tracker interface at L<https://rt.cpan.org/Public/Dist/Display.html?Name=Config-IniFiles> . Development discussion occurs on the mailing list config-inifiles-dev@lists.sourceforge.net, which you can subscribe to by going to the project web site (link above). =head1 LICENSE This software is copyright (c) 2000 by Scott Hutton and the rest of the Config::IniFiles contributors. This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself. =head1 AUTHOR Shlomi Fish <shlomif@cpan.org> =head1 COPYRIGHT AND LICENSE This software is copyright (c) 2000 by RBOW and others. This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself. =head1 BUGS Please report any bugs or feature requests on the bugtracker website L<https://github.com/shlomif/perl-Config-IniFiles/issues> When submitting a bug or request, please include a test-file or a patch to an existing test-file that illustrates the bug or desired feature. =for :stopwords cpan testmatrix url bugtracker rt cpants kwalitee diff irc mailto metadata placeholders metacpan =head1 SUPPORT =head2 Perldoc You can find documentation for this module with the perldoc command. perldoc Config::IniFiles =head2 Websites The following websites have more information about this module, and may be of help to you. As always, in addition to those websites please use your favorite search engine to discover more resources. =over 4 =item * MetaCPAN A modern, open-source CPAN search engine, useful to view POD in HTML format. L<https://metacpan.org/release/Config-IniFiles> =item * RT: CPAN's Bug Tracker The RT ( Request Tracker ) website is the default bug/issue tracking system for CPAN. L<https://rt.cpan.org/Public/Dist/Display.html?Name=Config-IniFiles> =item * CPANTS The CPANTS is a website that analyzes the Kwalitee ( code metrics ) of a distribution. L<http://cpants.cpanauthors.org/dist/Config-IniFiles> =item * CPAN Testers The CPAN Testers is a network of smoke testers who run automated tests on uploaded CPAN distributions. L<http://www.cpantesters.org/distro/C/Config-IniFiles> =item * CPAN Testers Matrix The CPAN Testers Matrix is a website that provides a visual overview of the test results for a distribution on various Perls/platforms. L<http://matrix.cpantesters.org/?dist=Config-IniFiles> =item * CPAN Testers Dependencies The CPAN Testers Dependencies is a website that shows a chart of the test results of all dependencies for a distribution. L<http://deps.cpantesters.org/?module=Config::IniFiles> =back =head2 Bugs / Feature Requests Please report any bugs or feature requests by email to C<bug-config-inifiles at rt.cpan.org>, or through the web interface at L<https://rt.cpan.org/Public/Bug/Report.html?Queue=Config-IniFiles>. You will be automatically notified of any progress on the request by the system. =head2 Source Code The code is open to the world, and available for you to hack on. Please feel free to browse it and play with it, or whatever. If you want to contribute patches, please send me a diff or prod me to pull from your repository :) L<https://github.com/shlomif/perl-Config-IniFiles> git clone git://github.com/shlomif/perl-Config-IniFiles.git =cut