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https://github.com/EGroupware/egroupware.git
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191 lines
7.0 KiB
Perl
191 lines
7.0 KiB
Perl
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#!/usr/bin/perl -w
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use strict;
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use MIME::Base64;
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use Text::Iconv;
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#**************************************************************************
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# fix-ldap-charset-for-egw1.1.pl - description *
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# ------------------- *
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# begin : Mon 2005/08/08 *
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# copyright : (C) 2005 by Carsten Wolff *
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# email : wolffc@egroupware.org *
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# *
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# This program is free software; you can redistribute it and/or modify *
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# it under the terms of the GNU General Public License as published by *
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# the Free Software Foundation; either version 2 of the License, or *
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# (at your option) any later version. *
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# *
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# *
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# This script is used to adapt the charset in an egw ldap addressbook *
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# to the egw code in Release 1.1 and newer. *
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# *
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# *
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# The old egw code just called utf8_encode on every attribute before *
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# writing and utf8_decode after reading an ldap attribute. This was *
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# fine as long as egw was run in iso8859-1, because then, calling *
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# utf8_encode was a proper conversion. *
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# But since egw supported systemcharsets, this call led to strings *
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# being encoded _twice_ before they were sent to ldap and thus being *
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# encoded in some weired mix of 2 charsets. *
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# This of course confuses other LDAP-clients, because they don't *
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# know about the actual charset of the data anymore. *
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# The new egw code now correctly _converts_ from every charset to utf8 *
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# before sending data to ldap and converts from utf8 to systemcharset *
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# on reading. This of course makes it necessary, to correct the charset *
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# of existing entries in the ldap-branch used by egw-addressbook *
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# (i.e. really make them utf-8), before the new code is being used. *
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# *
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# How to use this script: *
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# 1. make a datadump of your ldap database (f.e. slapcat>data.ldif) *
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# 2. configure this script below *
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# 3. convert the dump (./fix-ldap-charset-for-egw1.1.pl data.ldif) *
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# 4. reimport the dump (f.e. slapadd -l data.ldif.conv) *
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# *
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#**************************************************************************
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##############################################################################
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# CONFIGURATION - BEGIN
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#
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#
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# only entries below this DN will be converted
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my $basedn = "ou=addressbook,dc=domain,dc=xyz";
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# this is the systemcharset of eGW, that was used at the time
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# when the eGW-Code of your installation still was version 1.0.x or earlier
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my $egw_systemcharset = "utf-8";
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#
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#
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# CONFIGURATION - END
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##############################################################################
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# parameters
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my $filename = $ARGV[0];
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unless (-f $filename) {
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print "usage: " . $0 . " {ldif-filename}\n";
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exit 0;
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}
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# global objects
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my $iconv_outer = Text::Iconv->new("utf-8", "iso-8859-1");
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my $iconv_inner = Text::Iconv->new($egw_systemcharset, "utf-8");
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# get an array of all entries
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local $/; # slurp mode
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open(FOLD, "< $filename\0") || die "error opening source-file: $filename: $!";
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flock(FOLD, 2);
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my $file = <FOLD>;
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my @old = split("\n\n",$file);
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flock(FOLD, 8);
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close(FOLD);
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print "\nRead " . $#old . " entries from " . $filename . "\n";
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# begin with conversion
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my @new = ();
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my $i = 0;
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foreach my $oldentry (@old) {
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my $workentry = $oldentry;
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# concatenate base64 multline data
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$workentry =~ s/\n //g;
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# extract the raw DN and get it's readable form
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$workentry =~ /^(dn:[^\n]*)\n/;
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my %dn = getAttributeValue($1);
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# check, if this entry is to be converted
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my $basednregexp = regexpEscape($basedn);
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unless ($dn{'value'} =~ /^.+$basednregexp$/) {
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push(@new, $oldentry . "\n");
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next;
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}
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#
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# This entry is to be converted
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#
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my $newentry = "";
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my @attributes = split("\n", $workentry);
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foreach my $attr (@attributes) {
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my %attrib = getAttributeValue($attr);
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$attrib{'value'} = $iconv_inner->convert($iconv_outer->convert($attrib{'value'}));
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$newentry .= attrib2ldif(\%attrib);
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}
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push(@new,$newentry);
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$i++;
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}
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print "Converted $i entries in $basedn\n";
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# write the result
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open(FNEW, "> $filename" . ".conv\0") || die "error opening destination-file: $filename" . ".conv: $!";
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flock(FNEW, 2);
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foreach(@new) {
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print FNEW $_ . "\n";
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}
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flock(FNEW, 8);
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close(FNEW);
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print "Wrote $#new entries to $filename.conv\n\nPlease check the number of entries and have a look at\n$filename.conv, before reimporting it.\n\n";
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#####################
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# Subroutines
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#####################
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# break down an attribute in attribute-name and value
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# if the value is base64, decode it.
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sub getAttributeValue {
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my ($rawattr) = @_;
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my %attr = ();
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if ($rawattr =~ /^([^:]*):: (.*)/) {
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$attr{'name'} = $1;
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$attr{'value'} = decode_base64($2);
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} elsif ($rawattr =~ /^([^:]*): (.*)/) {
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$attr{'name'} = $1;
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$attr{'value'} = $2;
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} else {
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print "Error extracting data from attribute: " . $rawattr . "\n";
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}
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return %attr;
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}
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# escape a string for use within a regexp
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sub regexpEscape {
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my ($string) = @_;
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$string =~ s/([\^\.\$\|\(\)\[\]\*\+\?\{\}])/\\$1/g;
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return $string;
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}
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# cahnge an attribute in suitable form for an ldif
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sub attrib2ldif {
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my ($attrib) = @_;
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my ($key, $value) = ($attrib->{'name'}, $attrib->{'value'});
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# RFC2894 requires a string to be BASE64 encoded, if
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# - it begins with a char that's not a SAFE-INIT-CHAR
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# - or it contains a char that's not a SAFE-CHAR
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if ($value =~ /^[: <]/ or $value =~ /[^\x01-\x09\x0b-\x0c\x0e-\x7f]/) {
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# email-addresses can not contain unicode-characters
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if ($key eq "mail" or $key eq "phpgwMailHome") {
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print "Warning: forbidden characters in eMail-address detected: " . $value . "\n";
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}
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$value = encode_base64($value);
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$value =~ s/\n//g;
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# each line has to be no more than 77 characters long
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# including a leading space and, on the first line, the key.
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# Exceptions: dn and rdn
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unless ($key eq "dn" or $key eq "rdn") {
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my $keylen = length($key) + 3;
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my $form = substr($value, 0, 77 - $keylen);
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unless ($form eq $value) {
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my $j = 0;
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my $next = "";
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do {
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$next = substr($value, 77 - $keylen + $j * 76, 76);
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$form .= "\n " . $next;
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$j++;
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} until (length($next) < 76);
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}
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$value = $form;
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}
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$key = $key . ":: ";
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} else {
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$key = $key . ": ";
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}
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return $key . $value . "\n";
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}
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