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eldamo.pl
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eldamo.pl
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use strict;
use warnings;
use Encode;
use XML::Twig;
use Array::Utils qw(:all);
use feature 'say';
use File::Path qw(make_path);
use Data::Dumper;
use List::MoreUtils qw(natatime);
$| = 1
; # this is required to not have the progress dots printed all at the same time
# '-s': create SQL files; '-h': print debug hash contents to stdout
my $mode = $ARGV[0] // 'X';
# change if needed. If you enter a schema name, postfix with a period
my $schema = "";
#my $file = "test.xml";
my $file = "eldamo-data08.xml";
#my $file = "eldamo-data.xml";
my $outputdir = 'output08/';
my $twig = XML::Twig->new();
my $key;
my $value;
my $cat_uid = 100;
my $created_uid = 1;
my $lang_uid = 1;
my $source_uid = 1;
my $type_uid = 1;
my $parentcat_uid = 1;
my $form_uid = 1;
my $gloss_uid = 1;
my $entry_uid = 9999;
my $doc_uid = 0; # incremented at top of parsedoc
my $insert_cat;
my $insert_created;
my $insert_doc;
my $insert_relation;
my $insert_entry;
my $insert_form;
my $insert_gloss;
my $insert_language;
my $insert_source;
my $insert_type;
my @cat_rows = ();
my @source_rows = ();
my @type_rows = ();
my @lang_rows = ();
my @created_rows = ();
my @form_rows = ();
my @gloss_rows = ();
my @relation_rows = ();
my @entry_rows = ();
my @doc_rows = ();
my @raw_forms = ();
my @raw_glosses = ();
my @raw_created = ();
my %parenttypehashkey;
my %sourcetypehashkey;
my %doctypehashkey;
my %relationtypehashkey;
my %entitytypehashkey;
my %entrytypehashkey;
my %entryclasshashkey;
my %classformtypehashkey;
my %classformvartypehashkey;
my %inflecttypehashkey;
my %inflectvartypehashkey;
my %speechtypehashkey;
my %parenttypehashval;
my %sourcetypehashval;
my %doctypehashval;
my %relationtypehashval;
my %entitytypehashval;
my %entrytypehashval;
my %entryclasshashval;
my %classformtypehashval;
my %classformvartypehashval;
my %inflecttypehashval;
my %inflectvartypehashval;
my %speechtypehashval;
my %langhashkey;
my %entryhashkey;
my %cathashkey;
my %sourcehashkey;
my %createdhashkey;
my %formhashkey;
my %glosshashkey;
my %langhashval;
my %entryhashval;
my %cathashval;
my %sourcehashval;
my %createdhashval;
my %formhashval;
my %glosshashval;
my $counter = 0;
my $ordering = 1;
my %languages;
my @parenttype;
my @sourcetype;
my @doctype;
my @relationtype;
my @entitytype;
my @entrytype;
my @entryclass;
my @classformtype;
my @classformvartype;
my @inflecttype;
my @inflectvartype;
my @speechtype;
my $relationtype_uid;
my @entry_uid_stack;
my $latestdoc;
# create files and dir if needed
my $SQLFILE;
eval { make_path($outputdir) };
if ($@) {
print "Couldn't create $outputdir: $@";
}
my $maxrows = 50000;
# NOTE the progress indicator moduli aren't representing anything but a visual clue
say "=== start processing ===";
print " Reading XML file $file";
$twig->parsefile($file);
my $root = $twig->root;
say " done.";
loadvariables(); # load hardcoded variables (type, languages), create ID references
harvest(); # harvest forms, glosses, docs from eldamo-data, create ID references
mainloop(); # actual parsing of eldamo-data
# === LOADING & HARVESTING =============================================
sub harvest {
say
" Start harvesting for lookup elements and writing them to SQL files ...";
# !! REQUIRES <language-cat ... in XML to be changed into <language ... & </language>
hashtype(); # % = type
hashlangs(); # % = mnemonic => UID / does also language_doc & doc (partly)
hashcats(); # % = id => UID
hashcreated(); # % = txt => UID
hashsources(); # % = prefix => UID / does also source_doc & doc (partly)
hashforms(); # % = form-txt => UID
hashglosses(); # % = txt => UID
say " Harvesting stage done.";
}
sub mainloop {
print " Start parsing Entries ";
# language & source docs have been parsed in sub harvest()
foreach my $entry ( $root->children('word') ) {
# clear uid stack and latestdoc (used to avoid duplicate doc rows)
undef @entry_uid_stack;
undef $latestdoc;
parseword($entry);
print '.' if ( $entry_uid % 800 == 0 );
}
say " done.";
print " Writing remaining SQL files ...";
writemainsql() if $mode eq "-s";
say " There. Done.";
say "=== end of processing ===";
}
# === LOAD type ======================================================
sub hashtype {
print " => type ............";
no warnings 'syntax';
crunchtype( \%parenttypehashkey, \%parenttypehashval, \@parenttype, undef );
$type_uid = 100;
crunchtype( \%entrytypehashkey, \%entrytypehashval, \@entrytype, 'entry-type' );
$type_uid = 200;
crunchtype( \%sourcetypehashkey, \%sourcetypehashval, \@sourcetype, 'source-type' );
$type_uid = 300;
crunchtype( \%doctypehashkey, \%doctypehashval, \@doctype, 'doc-type' );
$type_uid = 400;
crunchtype( \%relationtypehashkey, \%relationtypehashval, \@relationtype, 'relation-type' );
$type_uid = 500;
crunchtype( \%entitytypehashkey, \%entitytypehashval, \@entitytype, 'entity-type' );
$type_uid = 600;
crunchtype( \%entryclasshashkey, \%entryclasshashval, \@entryclass, 'entry-class' );
$type_uid = 1000;
crunchtype( \%classformtypehashkey, \%classformtypehashval,
\@classformtype, 'class-form-type' );
$type_uid = 1100;
crunchtype( \%classformvartypehashkey, \%classformvartypehashval,
\@classformvartype, 'class-form-variant-type' );
$type_uid = 1200;
crunchtype( \%inflecttypehashkey, \%inflecttypehashval,
\@inflecttype, 'inflect-type' );
$type_uid = 2000;
crunchtype( \%inflectvartypehashkey, \%inflectvartypehashval,
\@inflectvartype, 'inflect-variant-type' );
$type_uid = 2200;
crunchtype( \%speechtypehashkey, \%speechtypehashval, \@speechtype, 'speech-type' );
undef %parenttypehashval;
writesql( $insert_type, \@type_rows, 'type', '>' )
if $mode eq "-s"; # table TYPE
undef %parenttypehashkey;
undef @type_rows;
say " done.";
}
# If parent name is given, lookup UID; iterate through typeArray; add string to
# generated UID in sub-type hash; push values to type_rows to build SQL; and
# generate sub-type hash-by-value for later use
sub crunchtype {
my ( $typehashkey, $typehashval, $typearray, $parentname ) = @_;
my $parent_uid =
defined $parentname
? ( $parenttypehashval {$parentname} // "NULL" )
: 0;
foreach my $typestring (@$typearray) {
$$typehashkey{$type_uid} = $typestring;
push @type_rows, "($type_uid, '$typestring', $parent_uid)";
$type_uid++;
}
sayhashkeytovalue( $typehashkey, $typehashval );
}
# === LOAD LANGUAGES & HARVEST LANGUAGE DOCS ===============================
sub hashlangs {
print " => languages ";
foreach my $language ( sort { $a <=> $b } keys %languages ) {
print '.' if ( $counter % 6 == 0 );
push @lang_rows, "($language, '$languages{$language}{name}', '$languages{$language}{lang}', $languages{$language}{parent}, $languages{$language}{order}, $languages{$language}{ctg})"; # added 999 for
say encode_utf8(
"loaded $languages{$language}{lang} - $languages{$language}{name}")
if $mode eq "-h";
$langhashkey{$language} = $languages{$language}{lang};
$counter++;
}
# flip hash to by value
sayhashkeytovalue( \%langhashkey, \%langhashval );
# set $relationtype_uid to 'language'
$relationtype_uid = $relationtypehashval{'languagenote'};
# iterate over all language elements in Eldamo to retrieve documentation
foreach my $doclang ( $root->children('language') ) {
harvestlangdocs($doclang);
}
writesql_no_encode( $insert_language, \@lang_rows, 'language', '>' )
if $mode eq "-s"; # table LANGUAGE
# write sql only after all three type of relation's have been added
# writesql( $insert_language_doc, \@langdoc_rows, 'language_doc.sql', '>' )
# if $mode eq "-s"; # table LANGUAGE_DOC
#undef %langhashkey;
undef @lang_rows;
say " done.";
}
# find documentation of all doctype under the given language
sub harvestlangdocs {
my ( $doclang ) = @_;
my $lang_uid =
defined $doclang->att('id')
? $langhashval{ $doclang->att('id') }
: 0;
# for every doctype in the hardcoded doctype list:
foreach my $doctype (@doctype) {
crunchlangdocs( $lang_uid, $doclang, $doctype );
}
foreach my $subdoclang ( $doclang->children('language') ) {
harvestlangdocs( $subdoclang );
}
}
sub crunchlangdocs {
my ( $lang_uid, $doclang, $doctype ) = @_;
$ordering = 1;
# for every doc of type $doctype found under $doclang
foreach my $langdoc ( $doclang->children($doctype) ) {
parselangdoc( $lang_uid, $langdoc, $doctype, $ordering );
$ordering++;
}
}
# add the doc to the docs table, create row for langId, docId, ordering, relation_type
sub parselangdoc {
my ( $lang_uid, $langdoc, $doctype, $ordering ) = @_;
my $langtypeuid = ( $entitytypehashval{'language'} // 'NULL' );
my $docypeuid = ( $entitytypehashval{'doc'} // 'NULL' );
parsedoc( $langdoc, $doctype ); # <- doc_uid gets set here
# lang_uid is set globally in calling harvestlangdocs
push @relation_rows, "($lang_uid, $langtypeuid, $doc_uid, $docypeuid, $ordering, $relationtype_uid)";
}
# === HARVEST CATEGORIES =============================================
sub hashcats {
print " => categories ";
foreach my $cats ( $root->children('cats') ) { harvestcats($cats); }
sayhashkeytovalue( \%cathashkey, \%cathashval );
writesql( $insert_cat, \@cat_rows, 'cat', '>' ) if $mode eq "-s"; # table CAT
undef %cathashkey;
undef @cat_rows;
say " done.";
}
sub harvestcats {
my ($cats) = @_;
my $label = '';
foreach my $parentcat ( $cats->children('cat-group') ) {
$cathashkey{$parentcat_uid} = $parentcat->att('id');
$label = $parentcat->att('label');
$label =~ s/\'/''/g;
push @cat_rows, "($parentcat_uid, '$label', NULL)";
foreach my $cat ( $parentcat->children('cat') ) {
$cathashkey{$cat_uid} = $cat->att('id');
$label = $cat->att('label');
$label =~ s/\'/''/g;
push @cat_rows, "($cat_uid, '$label', $parentcat_uid)";
print '.' if ( $cat_uid % 30 == 0 );
$cat_uid++;
}
$parentcat_uid++;
}
}
# === HARVEST CREATED ===============================================
sub hashcreated {
print " => created (by) ...";
foreach my $word ( $root->children('word') ) {
harvestcreated($word);
}
foreach my $created ( sort( unique(@raw_created) ) ) {
if ( $created ne '' ) {
$createdhashkey{$created_uid} = $created;
push @created_rows, "($created_uid, '$created')";
print '.' if ( $created_uid % 10 == 0 );
$created_uid++;
}
}
undef @raw_created;
sayhashkeytovalue( \%createdhashkey, \%createdhashval );
undef %createdhashkey;
writesql( $insert_created, \@created_rows, 'created', '>' ) if $mode eq "-s"; # table CREATED
undef @created_rows;
say " done.";
}
sub blobl{
my($bogloe, $kabloobl) = @_;
foreach my $globl (split(' ', $kabloobl)){ push @$bogloe, $globl;}
}
sub harvestcreated {
my ($entry) = @_;
if ( defined $entry->att('created') ){
foreach my $globl (split(',', $entry->att('created'))){
$globl=~ s/^\s+//;
push @raw_created, $globl;
}
}
foreach my $subentry ( $entry->children('word') ) {
harvestcreated($subentry);
}
}
# === HARVEST SOURCES ===============================================
sub hashsources {
print " => sources ";
foreach my $source ( $root->children('source') ) {
harvestsources($source);
}
sayhashkeytovalue( \%sourcehashkey, \%sourcehashval );
undef %sourcehashkey;
# set $relationtype_uid to 'source'
$relationtype_uid = $relationtypehashval{'sourcenote'};
writesql( $insert_source, \@source_rows, 'source', '>') if $mode eq "-s"; # table SOURCE
# write sql only after all three type of relation's have been added
#writesql( $insert_source_doc, \@srcdoc_rows, 'source_doc.sql', '>' ) if $mode eq "-s"; # table SOURCE_DOC
undef @source_rows;
say " done.";
}
sub harvestsources {
my ($source) = @_;
$ordering = 1;
$sourcehashkey{$source_uid} = $source->att('prefix');
my $sourcename = $source->att('name');
$sourcename =~ s/\'/\'\'/g;
push @source_rows,
"($source_uid, '"
. $sourcename . "', '"
. $source->att('prefix') . "', "
. (
defined $source->att('type')
? $sourcetypehashval{ $source->att('type') }
: "NULL"
) . ")";
foreach my $note ( $source->children('notes') ) {
parsesourcenote( $note, 'notes', $ordering );
$ordering++;
}
$ordering = 1;
foreach my $cite ( $source->children('cite') ) {
parsesourcenote( $cite, 'cite', $ordering );
$ordering++;
}
$ordering = 1;
print '.' if ( $source_uid % 10 == 0 );
$source_uid++;
}
#source_uid, doc_uid in global context
sub parsesourcenote {
no warnings 'uninitialized';
my ( $doc, $sourcenotetype, $ordering ) = @_; # sourcenotetype = notes or cite
my $sourcetypeuid = ( $entitytypehashval{'source'} // 'NULL' );
my $docypeuid = ( $entitytypehashval{'doc'} // 'NULL' );
parsedoc( $doc, $sourcenotetype ); # always call parsedoc first to set uid
push @relation_rows, "($source_uid, $sourcetypeuid, $doc_uid, $docypeuid, $ordering, $relationtype_uid)";
}
# === HARVEST FORMS =============================================
sub hashforms {
print " => forms ";
foreach my $word ( $root->children('word') ) {
harvestforms($word);
}
foreach my $form ( sort ( unique(@raw_forms) ) ) {
if ( $form ne '' ) {
push @form_rows, "($form_uid, '$form')";
$formhashkey{$form_uid} = $form;
print '.' if ( $form_uid % 5000 == 0 );
$form_uid++;
}
}
undef @raw_forms;
sayhashkeytovalue( \%formhashkey, \%formhashval );
undef %formhashkey;
writesql( $insert_form, \@form_rows, 'form', '>') if $mode eq "-s"; # table FORM
undef @form_rows;
say " done.";
}
sub harvestforms {
my ($entry) = @_;
print '.' if ( $counter % 1000 == 0 );
$counter++;
pushform( $entry->att('v') );
pushform( $entry->att('rule') );
pushform( $entry->att('from') );
pushform( $entry->att('stem') );
pushform( $entry->att('orthography') );
process_entrychild($entry);
foreach my $ref ( $entry->children('ref') ) {
pushform( $ref->att('v') );
pushform( $ref->att('from') );
pushform( $ref->att('rule') );
process_refchild($ref);
}
foreach my $wordchild ( $entry->children('word') ) {
harvestforms($wordchild);
}
}
sub process_entrychild {
my ($parent) = @_;
# these shouldn't add any new forms, but just in case
foreach my $before ( $parent->children('before') ) {
pushform( $before->att('v') );
foreach my $orderexample ( $before->children('order-example') ) {
pushform( $orderexample->att('v') );
}
}
foreach my $cognate ( $parent->children('cognate') ) {
pushform( $cognate->att('v') );
}
foreach my $combine ( $parent->children('combine') ) {
pushform( $combine->att('v') );
}
foreach my $deprecated ( $parent->children('deprecated') ) {
pushform( $deprecated->att('v') );
}
foreach my $deriv ( $parent->children('deriv') ) {
pushform( $deriv->att('v') );
}
foreach my $element ( $parent->children('element') ) {
pushform( $element->att('v') );
}
foreach my $inflect ( $parent->children('inflect') ) {
pushform( $inflect->att('v') );
}
foreach my $related ( $parent->children('related') ) {
pushform( $related->att('v') );
}
foreach my $rule ( $parent->children('rule') ) {
pushform( $rule->att('from') );
pushform( $rule->att('rule') );
}
foreach my $see ( $parent->children('see') ) {
pushform( $see->att('v') );
}
foreach my $seefurther ( $parent->children('see-further') ) {
pushform( $seefurther->att('v') );
}
foreach my $seenotes ( $parent->children('see-notes') ) {
pushform( $seenotes->att('v') );
}
}
sub process_refchild {
my ($parent) = @_;
foreach my $change ( $parent->children('change') ) {
pushform( $change->att('v') );
pushform( $change->att('i1') );
}
foreach my $cognate ( $parent->children('cognate') ) {
pushform( $cognate->att('v') );
}
foreach my $correction ( $parent->children('correction') ) {
pushform( $correction->att('v') );
}
foreach my $deriv ( $parent->children('deriv') ) {
pushform( $deriv->att('v') );
pushform( $deriv->att('i1') );
pushform( $deriv->att('i2') );
pushform( $deriv->att('i3') );
foreach my $ruleexample ( $deriv->children('rule-example') ) {
pushform( $ruleexample->att('from') );
pushform( $ruleexample->att('rule') );
pushform( $ruleexample->att('stage') );
}
foreach my $rulestart ( $deriv->children('rule-start') ) {
pushform( $rulestart->att('stage') );
}
}
foreach my $element ( $parent->children('element') ) {
pushform( $element->att('v') );
}
foreach my $example ( $parent->children('example') ) {
pushform( $example->att('v') );
}
foreach my $inflect ( $parent->children('inflect') ) {
pushform( $inflect->att('v') );
}
foreach my $related ( $parent->children('related') ) {
pushform( $related->att('v') );
}
}
sub pushform {
my ($formval) = @_;
push @raw_forms, $formval if ( defined $formval );
}
# === HARVEST GLOSSES ============================================
sub hashglosses {
print " => glosses ...";
foreach my $word ( $root->children('word') ) { harvestglosses($word); }
foreach my $gloss ( sort( unique(@raw_glosses) ) ) {
if ( $gloss ne '' ) {
$glosshashkey{$gloss_uid} = $gloss;
push @gloss_rows, "($gloss_uid, 100, '$gloss')";
print '.' if ( $gloss_uid % 2000 == 0 );
$gloss_uid++;
}
}
undef @raw_glosses;
sayhashkeytovalue( \%glosshashkey, \%glosshashval );
undef %glosshashkey;
writesql( $insert_gloss, \@gloss_rows, 'gloss', '>') if $mode eq "-s"; # table GLOSS
undef @gloss_rows;
say " done.";
}
sub harvestglosses {
my ($entry) = @_;
push @raw_glosses, $entry->att('gloss') if ( defined $entry->att('gloss') );
push @raw_glosses, $entry->att('ngloss') if ( defined $entry->att('ngloss') );
foreach my $ref ( $entry->children('ref') ) {
push @raw_glosses, $ref->att('gloss') if ( defined $ref->att('gloss') );
}
foreach my $subentry ( $entry->children('word') ) {
harvestglosses($subentry);
}
}
# === END LOADING & HARVESTING =========================================
# === START PARSING ====================================================
# === PARSE ENTRIES ====================================================
sub parseword {
no warnings 'uninitialized';
# GLOBAL!
$entry_uid++;
# push first level to the stack (it was cleared before this method)
# this: @entry_uid_stack[-1]; parent: $entry_uid_stack[-2]
push @entry_uid_stack, $entry_uid;
my $uid = $entry_uid_stack[-1];
my $parent_uid = ( $entry_uid_stack[-2] // 'NULL' );
my ( $element, $order, $type ) = @_;
my $entry_ruleform_uid;
my $entry_fromform_uid;
my $entry_stemform_uid;
if ( !defined $type ) {
$type = 'entry';
}
my $entrytype_uid = ( $entitytypehashval{'entry'} // 'NULL' );
my $doctype_uid = ( $entitytypehashval{'doc'} // 'NULL' );
my $typetype_uid = ( $entitytypehashval{'type'} // 'NULL' );
my $createdtype_uid = ( $entitytypehashval{'created'} // 'NULL' );
# create DOC & register RELATION
$relationtype_uid = ( $relationtypehashval{'entrynote'} // 'NULL' );
if ($element->text ne "" && $type ne "#CDATA"){
if (defined $latestdoc && substr($element->text, 0, 100) eq $latestdoc){
#say "already exists";
#say $latestdoc;
#say substr($element->text, 0, 100);
pop @doc_rows; # remove last DOC
pop @relation_rows; # remove last RELATION
}
$latestdoc = substr($element->text, 0, 100); # new latest doc var
parsedoc( $element, $type ); # call parsedoc first to set uid
push @relation_rows, "($uid, $entrytype_uid, $doc_uid, $doctype_uid, 1, $relationtype_uid)";
}
my $entry_form_uid = ( $formhashval{ $element->att('v') } // 'NULL' );
my $entry_lang_uid = ( $langhashval{ $element->att('l') } // 'NULL' );
my $entry_rlang_uid = ( $langhashval{ $element->att('rl') } // 'NULL' );
my $entry_gloss_uid = ( $glosshashval{ $element->att('gloss') } // 'NULL' );
my $entry_ngloss_uid =
( $glosshashval{ $element->att('ngloss') } // 'NULL' );
my $entry_cat_uid = ( $cathashval{ $element->att('cat') } // 'NULL' );
my $entry_source_uid =
defined $element->att('source')
? (
$sourcehashval{
substr(
$element->att('source'), 0,
index( $element->att('source'), '/' )
)
} // 'NULL'
)
: 'NULL';
my $entry_source = $element->att('source') // '';
if ( $type =~ m/(change|deriv)/ ) {
$entry_ruleform_uid = ( $formhashval{ $element->att('i1') } // 'NULL' );
$entry_fromform_uid = ( $formhashval{ $element->att('i2') } // 'NULL' );
$entry_stemform_uid = ( $formhashval{ $element->att('i3') } // 'NULL' );
}
elsif ( $type =~ m/(start|rule-example)/ ) {
$entry_ruleform_uid =
( $formhashval{ $element->att('rule') } // 'NULL' );
$entry_fromform_uid =
( $formhashval{ $element->att('from') } // 'NULL' );
$entry_stemform_uid =
( $formhashval{ $element->att('stage') } // 'NULL' );
}
else {
$entry_ruleform_uid =
( $formhashval{ $element->att('rule') } // 'NULL' );
$entry_fromform_uid =
( $formhashval{ $element->att('from') } // 'NULL' );
$entry_stemform_uid =
( $formhashval{ $element->att('stem') } // 'NULL' );
}
my $entry_orthoform_uid =
( $formhashval{ $element->att('orthography') } // 'NULL' );
my $entry_tengwar = $element->att('tengwar') // "";
my $entry_mark = $element->att('mark') // "";
my $entry_neoversion = $element->att('neo-version') // "";
my $entry_eldamopageid = $element->att('page-id') // "";
my $entry_orderfield = $element->att('order') // "";
my $entry_class_uid =
defined $element->att('speech')
? entryclass( $element->att('speech') )
: 'NULL';
my $entry_type_uid = ( $entrytypehashval{$type} // 'NULL' );
if ($entry_type_uid eq 'NULL'){
say $type;
}
push @entry_rows,
"($uid, $parent_uid, $entry_form_uid, $entry_lang_uid, $entry_rlang_uid, $entry_gloss_uid, $entry_ngloss_uid, $entry_cat_uid, $entry_source_uid, '$entry_source', $entry_ruleform_uid, $entry_fromform_uid, $entry_stemform_uid, $entry_orthoform_uid, '$entry_tengwar', '$entry_mark', '$entry_neoversion', '$entry_eldamopageid', '$entry_orderfield', $entry_class_uid, $entry_type_uid)";
# ==== speech RELATION ====
$relationtype_uid = ( $relationtypehashval{'entryspeech'} // 'NULL' );
$order = 1;
foreach my $speech ( split( ' ', $element->att('speech') ) ) {
# say "More speech for $entry_uid !" if ($order > 1);
my $speech_uid = ( $speechtypehashval{$speech} // 'NULL' );
push @relation_rows, "($uid, $entrytype_uid, $speech_uid, $typetype_uid, $order, $relationtype_uid)";
$order++;
}
# ==== created RELATION ====
$relationtype_uid = ( $relationtypehashval{'created'} // 'NULL' );
$order = 1;
foreach my $creator ( split( ',', $element->att('created') ) ) {
$creator =~ s/^\s+//;
my $created_uid = ( $createdhashval{$creator} // 'NULL' );
push @relation_rows, "($uid, $entrytype_uid, $created_uid, $createdtype_uid, $order, $relationtype_uid)";
$order++;
}
$order = 1;
if ( defined $element->att('form') ) {
my $formtype_uid;
$relationtype_uid = $relationtypehashval{$type eq 'class' ? 'classform' : 'inflectform'};
foreach my $form ( split( ' ', $element->att('form') ) ) {
$formtype_uid = ($type eq 'class' ?
$classformtypehashval{$form} :
$inflecttypehashval{$form} // 0 );
# register RELATION
push @relation_rows, "($uid, $entrytype_uid, $formtype_uid, $typetype_uid, $order, $relationtype_uid)";
$order++;
}
}
$order = 1;
if ( defined $element->att('variant') ) {
my $varianttype_uid;
$relationtype_uid = $relationtypehashval{$type eq 'class' ? 'classvariant' : 'inflectvariant'};
foreach my $variant ( split( ' ', $element->att('variant') ) ) {
$varianttype_uid = ($type eq 'class' ?
$classformvartypehashval{$variant} :
$inflectvartypehashval{$variant} // 0 );
# register RELATION
push @relation_rows, "($uid, $entrytype_uid, $varianttype_uid, $typetype_uid, $order, $relationtype_uid)";
$order++;
}
}
$order = 1;
foreach my $child ( $element->children ) {
parseword( $child, $order, $child->name ) unless ($child->name =~ m/(DATA|ivatives|table|form)/);
$order++;
}
pop @entry_uid_stack;
}
sub entryclass {
no warnings 'uninitialized';
my ($speech) = @_;
if ( !defined $speech ) { return $entryclasshashval{'unknown'}; }
elsif ( $speech =~ /phone/ ) { return $entryclasshashval{'phonetical'}; }
elsif ( $speech =~ /grammar/ ) { return $entryclasshashval{'grammatical'}; }
elsif ( $speech =~ /root/ ) { return $entryclasshashval{'root'}; }
else { return $entryclasshashval{'lexical'}; }
}
# === PARSE DOCS =======================================================
sub parsedoc {
$doc_uid++;
my ( $doc, $doctype ) = @_;
my $text = $doc->text;
$text =~ s/\R//g;
$text =~ s/\'/''/g;
push @doc_rows,
"($doc_uid, '$text', " . ( $doctypehashval{$doctype} // 0 ) . ")";
}
# === UTILS =================================================
# flips key<->value
sub sayhashkeytovalue {
my $hashedbykey = $_[0];
my $hashedbyvalue = $_[1];
while ( ( $key, $value ) = each %$hashedbykey ) {
$$hashedbyvalue{$value} = $key;
say encode_utf8( "key: " . $key . " --> value: " . $value )
if $mode eq "-h";
}
}
sub sayhash {
my $hashed = $_[0];
while ( ( $key, $value ) = each %$hashed ) {
say encode_utf8( "key: " . $key . " --> value: " . $value );
}
}
sub sayarray {
my $arrayed = @_;
foreach my $arrayrow (@$arrayed) { say encode_utf8($arrayrow); }
}
sub writesql {
my $insertinto = $_[0];
my $arrayed = $_[1];
my $filename = $_[2];
my $writeappend = $_[3];
my $rows = 1;
my $arraysize = @$arrayed;
my $filecount = 1;
if ( $arraysize > $maxrows ) {
my $iterateur = natatime $maxrows, @$arrayed;
while ( my @picolino = $iterateur->() ) {
$rows = 1;
open( SQLFILE, $writeappend, $outputdir . $filename . "_" . $filecount . ".sql" )
or die "$! error trying to create or overwrite $SQLFILE";
say SQLFILE encode_utf8($insertinto);
foreach my $arrayrow (@picolino) {
if ( $rows % 1000 == 0 ) {
say SQLFILE encode_utf8( $arrayrow . ";" );
say SQLFILE encode_utf8($insertinto)
if ( $arraysize % 1000 != 0 && $rows < $maxrows );
}
else {
if ( $rows == $arraysize ) {
say SQLFILE encode_utf8( $arrayrow . ";" );
}
else {
say SQLFILE encode_utf8( $arrayrow . "," );
}
}
$rows++;
}
close SQLFILE;
$filecount++;
}
}
else {
open( SQLFILE, $writeappend, $outputdir . $filename . ".sql" )
or die "$! error trying to create or overwrite $SQLFILE";
say SQLFILE encode_utf8($insertinto);
foreach my $arrayrow (@$arrayed) {
if ( $rows % 1000 == 0 ) {
say SQLFILE encode_utf8( $arrayrow . ";" );
say SQLFILE encode_utf8($insertinto)
if ( $arraysize % 1000 != 0 );
}
else {
if ( $rows == $arraysize ) {
say SQLFILE encode_utf8( $arrayrow . ";" );
}
else {
say SQLFILE encode_utf8( $arrayrow . "," );
}
}
$rows++;
}
close SQLFILE;
}
}
sub writesql_no_encode {
my $insertinto = $_[0];
my $arrayed = $_[1];
my $filename = $_[2];
my $writeappend = $_[3];
my $rows = 1;
my $arraysize = @$arrayed;
open( SQLFILE, $writeappend, $outputdir . $filename . ".sql" )
or die "$! error trying to create or overwrite $SQLFILE";
say SQLFILE $insertinto;
foreach my $arrayrow (@$arrayed) {
if ( $rows % 1000 == 0 ) {
say SQLFILE $arrayrow . ";";
say SQLFILE $insertinto if ( $arraysize % 1000 != 0 );
} else {
if ( $rows == $arraysize ) {
say SQLFILE $arrayrow . ";";
} else {
say SQLFILE $arrayrow . ",";
}
}
$rows++;
}
close SQLFILE;
}
# === FINALLY =================================================
sub writemainsql {
writesql( $insert_entry, \@entry_rows, 'entry', '>' );
print ' entries';
writesql( $insert_doc, \@doc_rows, 'doc', '>' );
print ', docs';
writesql( $insert_relation, \@relation_rows, 'relation', '>' );
print ' and the rest.';
}
sub loadvariables {
# some hardcoded values, contained in the schema xml, not the data xml
# === LIST type =================================================
@parenttype = (
'entry-type', 'source-type',
'doc-type', 'relation-type',
'entity-type', 'entry-class',
'class-form-type', 'class-form-variant-type',
'inflect-type', 'inflect-variant-type',
'speech-type'
);
@sourcetype = (
'adunaic', 'appendix', 'index', 'minor-work',
'minor', 'neologisms', 'quenya', 'secondary',
'sindarin', 'telerin', 'work'
);
@doctype = (
'before', 'cite', 'class', 'cognate',
'deprecations', 'deriv', 'eic', 'element',
'grammar', 'inflect', 'linked', 'names',
'neologisms', 'notes', 'phonetics', 'phrases',
'ref', 'related', 'roots', 'vocabulary',
'words', 'entrynote', 'entry', 'word'
);
# used in ENTRY
@entryclass = ('lexical', 'grammatical', 'phonetical', 'root', 'unknown', 'private_constr_lex', 'common_constr_lex');
# used in ENTRY
@entrytype = (
'entry', 'element', 'before', 'order-example', 'class',
'word-cognate', 'cognate', 'combine', 'deprecated', 'word-deriv',
'word-element', 'inflect', 'notes', 'related', 'deriv',
'rule', 'see', 'see-also', 'see-further',
'see-notes', 'word', 'ref', 'change',
'ref-cognate', 'correction', 'ref-deriv', 'rule-start',
'rule-example', 'ref-element', 'example', 'inflect',
'related-ref'
);
# used in RELATION-type
@relationtype = (
'before', 'change', 'class', 'classform',
'classvariant', 'cognate', 'combine', 'correction',
'created', 'deprecated', 'deriv', 'element',
'entry', 'entrynote', 'entryspeech', 'example',
'inflect', 'inflectform', 'inflectvariant', 'languagenote',
'notes', 'order-example', 'ref-cognate', 'ref-deriv',
'ref-element', 'ref', 'related-ref', 'related',
'rule-example', 'rule-start', 'rule', 'see-also',