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# $Id: Error.pm,v 1.1.2.1 2004/04/20 20:09:48 pajas Exp $ # # This is free software, you may use it and distribute it under the same terms as # Perl itself. # # Copyright 2001-2003 AxKit.com Ltd., 2002-2006 Christian Glahn, 2006-2009 Petr Pajas # # package XML::LibXML::Error; use strict; use warnings; # To avoid a "Deep recursion on subroutine as_string" warning no warnings 'recursion'; use Encode (); use vars qw(@error_domains $VERSION $WARNINGS); use overload '""' => \&as_string, 'eq' => sub { ("$_[0]" eq "$_[1]") }, 'cmp' => sub { ("$_[0]" cmp "$_[1]") }, fallback => 1; $WARNINGS = 0; # 0: suppress, 1: report via warn, 2: report via die $VERSION = "2.0210"; # VERSION TEMPLATE: DO NOT CHANGE use constant XML_ERR_NONE => 0; use constant XML_ERR_WARNING => 1; # A simple warning use constant XML_ERR_ERROR => 2; # A recoverable error use constant XML_ERR_FATAL => 3; # A fatal error use constant XML_ERR_FROM_NONE => 0; use constant XML_ERR_FROM_PARSER => 1; # The XML parser use constant XML_ERR_FROM_TREE => 2; # The tree module use constant XML_ERR_FROM_NAMESPACE => 3; # The XML Namespace module use constant XML_ERR_FROM_DTD => 4; # The XML DTD validation use constant XML_ERR_FROM_HTML => 5; # The HTML parser use constant XML_ERR_FROM_MEMORY => 6; # The memory allocator use constant XML_ERR_FROM_OUTPUT => 7; # The serialization code use constant XML_ERR_FROM_IO => 8; # The Input/Output stack use constant XML_ERR_FROM_FTP => 9; # The FTP module use constant XML_ERR_FROM_HTTP => 10; # The FTP module use constant XML_ERR_FROM_XINCLUDE => 11; # The XInclude processing use constant XML_ERR_FROM_XPATH => 12; # The XPath module use constant XML_ERR_FROM_XPOINTER => 13; # The XPointer module use constant XML_ERR_FROM_REGEXP => 14; # The regular expressions module use constant XML_ERR_FROM_DATATYPE => 15; # The W3C XML Schemas Datatype module use constant XML_ERR_FROM_SCHEMASP => 16; # The W3C XML Schemas parser module use constant XML_ERR_FROM_SCHEMASV => 17; # The W3C XML Schemas validation module use constant XML_ERR_FROM_RELAXNGP => 18; # The Relax-NG parser module use constant XML_ERR_FROM_RELAXNGV => 19; # The Relax-NG validator module use constant XML_ERR_FROM_CATALOG => 20; # The Catalog module use constant XML_ERR_FROM_C14N => 21; # The Canonicalization module use constant XML_ERR_FROM_XSLT => 22; # The XSLT engine from libxslt use constant XML_ERR_FROM_VALID => 23; # The DTD validation module with valid context use constant XML_ERR_FROM_CHECK => 24; # The error-checking module use constant XML_ERR_FROM_WRITER => 25; # The xmlwriter module use constant XML_ERR_FROM_MODULE => 26; # The dynamically-loaded module module use constant XML_ERR_FROM_I18N => 27; # The module handling character conversion use constant XML_ERR_FROM_SCHEMATRONV=> 28; # The Schematron validator module @error_domains = ("", "parser", "tree", "namespace", "validity", "HTML parser", "memory", "output", "I/O", "ftp", "http", "XInclude", "XPath", "xpointer", "regexp", "Schemas datatype", "Schemas parser", "Schemas validity", "Relax-NG parser", "Relax-NG validity", "Catalog", "C14N", "XSLT", "validity", "error-checking", "xmlwriter", "dynamic loading", "i18n", "Schematron validity"); my $MAX_ERROR_PREV_DEPTH = 100; for my $field (qw<code _prev level file line nodename message column context str1 str2 str3 num1 num2 __prev_depth>) { my $method = sub { $_[0]{$field} }; no strict 'refs'; *$field = $method; } { sub new { my ($class,$xE) = @_; my $terr; if (ref($xE)) { my ($context,$column) = $xE->context_and_column(); $terr =bless { domain => $xE->domain(), level => $xE->level(), code => $xE->code(), message => $xE->message(), file => $xE->file(), line => $xE->line(), str1 => $xE->str1(), str2 => $xE->str2(), str3 => $xE->str3(), num1 => $xE->num1(), num2 => $xE->num2(), __prev_depth => 0, (defined($context) ? ( context => $context, column => $column, ) : ()), }, $class; } else { # !!!! problem : got a flat error # warn("PROBLEM: GOT A FLAT ERROR $xE\n"); $terr =bless { domain => 0, level => 2, code => -1, message => $xE, file => undef, line => undef, str1 => undef, str2 => undef, str3 => undef, num1 => undef, num2 => undef, __prev_depth => 0, }, $class; } return $terr; } sub _callback_error { #print "CALLBACK\n"; my ($xE,$prev) = @_; my $terr; $terr=XML::LibXML::Error->new($xE); if ($terr->{level} == XML_ERR_WARNING and $WARNINGS!=2) { warn $terr if $WARNINGS; return $prev; } #unless ( defined $terr->{file} and length $terr->{file} ) { # this would make it easier to recognize parsed strings # but it breaks old implementations # [CG] $terr->{file} = 'string()'; #} #warn "Saving the error ",$terr->dump; if (ref($prev)) { if ($prev->__prev_depth() >= $MAX_ERROR_PREV_DEPTH) { return $prev; } $terr->{_prev} = $prev; $terr->{__prev_depth} = $prev->__prev_depth() + 1; } else { $terr->{_prev} = defined($prev) && length($prev) ? XML::LibXML::Error->new($prev) : undef; } return $terr; } sub _instant_error_callback { my $xE = shift; my $terr= XML::LibXML::Error->new($xE); print "Reporting an instanteous error ",$terr->dump; die $terr; } sub _report_warning { my ($saved_error) = @_; #print "CALLBACK WARN\n"; if ( defined $saved_error ) { #print "reporting a warning ",$saved_error->dump; warn $saved_error; } } sub _report_error { my ($saved_error) = @_; #print "CALLBACK ERROR: $saved_error\n"; if ( defined $saved_error ) { die $saved_error; } } } # backward compatibility sub int1 { $_[0]->num1 } sub int2 { $_[0]->num2 } sub domain { my ($self)=@_; return undef unless ref($self); my $domain = $self->{domain}; # Newer versions of libxml2 might yield errors in domains that aren't # listed above. Invent something reasonable in that case. return $domain < @error_domains ? $error_domains[$domain] : "domain_$domain"; } sub as_string { my ($self)=@_; my $msg = ""; my $level; if (defined($self->{_prev})) { $msg = $self->{_prev}->as_string; } if ($self->{level} == XML_ERR_NONE) { $level = ""; } elsif ($self->{level} == XML_ERR_WARNING) { $level = "warning"; } elsif ($self->{level} == XML_ERR_ERROR || $self->{level} == XML_ERR_FATAL) { $level = "error"; } my $where=""; if (defined($self->{file})) { $where="$self->{file}:$self->{line}"; } elsif (($self->{domain} == XML_ERR_FROM_PARSER) and $self->{line}) { $where="Entity: line $self->{line}"; } if ($self->{nodename}) { $where.=": element ".$self->{nodename}; } $msg.=$where.": " if $where ne ""; $msg.=$self->domain." ".$level." :"; my $str=$self->{message}||""; chomp($str); $msg.=" ".$str."\n"; if (($self->{domain} == XML_ERR_FROM_XPATH) and defined($self->{str1})) { $msg.=$self->{str1}."\n"; $msg.=(" " x $self->{num1})."^\n"; } elsif (defined $self->{context}) { # If the error relates to character-encoding problems in the context, # then doing textual operations on it will spew warnings that # XML::LibXML can do nothing to fix. So just disable all such # warnings. This has the pleasing benefit of making the test suite # run warning-free. no warnings 'utf8'; my $context = Encode::encode('UTF-8', $self->{context}); $msg.=$context."\n"; $context = substr($context,0,$self->{column}); $context=~s/[^\t]/ /g; $msg.=$context."^\n"; } return $msg; } sub dump { my ($self)=@_; require Data::Dumper; return Data::Dumper->new([$self],['error'])->Dump; } 1;