public function test_getNode()
{
$node = "<node><a>lorem</a><b>ipsum</b></node>";
$parser = Mockery::mock("\\Prewk\\XmlStringStreamer\\ParserInterface");
$parser->shouldReceive("getNodeFrom")->with(Mockery::type("\\Prewk\\XmlStringStreamer\\StreamInterface"))->once()->andReturn($node);
$stream = Mockery::mock("\\Prewk\\XmlStringStreamer\\StreamInterface");
$streamer = new XmlStringStreamer($parser, $stream);
$this->assertEquals($node, $streamer->getNode(), "Node received from the parser should be what was expected");
}
/**
* @param string $url
* @param XMLHandler $handler
* @return int
*/
public function parse($url, XMLHandler $handler)
{
$stream = new Stream\Guzzle($url, self::CHUNK_SIZE);
$parser = new Parser\StringWalker();
$streamer = new XmlStringStreamer($parser, $stream);
$countOfProducts = 0;
while ($node = $streamer->getNode()) {
$simpleXmlNode = simplexml_load_string($node);
$handler->perform($simpleXmlNode);
$countOfProducts++;
}
return $countOfProducts;
}
public function run()
{
Countrycode::truncate();
$CHUNK_SIZE = 1024;
$streamProvider = new Stream\File(dirname(__FILE__) . "/countrycodes.xml", $CHUNK_SIZE);
$config = array("uniqueNode" => "row");
$parser = new Parser\UniqueNode($config);
$streamer = new XmlStringStreamer($parser, $streamProvider);
while ($node = $streamer->getNode()) {
$simpleXmlNode = simplexml_load_string($node);
Countrycode::create(['countrycode' => $simpleXmlNode->field[0], 'country' => $simpleXmlNode->field[1]]);
}
$this->command->info('Countrycode table seeded!');
}
/**
* {@inheritdoc}
*/
public function isSpamReferrer(Url $url)
{
$url = $url->toArray();
if (!isset($url['registerableDomain'], $url['host'], $url['publicSuffix'])) {
return false;
}
$provider = new File($this->file, 1024);
$parser = new XmlStringStreamer\Parser\StringWalker();
$streamer = new XmlStringStreamer($parser, $provider);
while ($node = $streamer->getNode()) {
$domain = (string) simplexml_load_string($node);
if (in_array($domain, [$url['registerableDomain'], $url['host'], $url['publicSuffix']])) {
return true;
}
}
return false;
}
/**
* @param string|XmlStringStreamer $xml
* @return object[]
*/
public function unserialize($xml)
{
$hydrator = $this->buildHydrator('xml', 'hydrate');
$class = $this->getOptions()->getClass();
$classes = array();
if ($xml instanceof XmlStringStreamer) {
while ($node = $xml->getNode()) {
$node = simplexml_load_string($node);
$classes[] = $hydrator->hydrate((array) $node, new $class());
}
} else {
$docElement = simplexml_load_string($xml)->children();
$name = $docElement->getName();
foreach ($docElement->{$name} as $node) {
$classes[] = $hydrator->hydrate((array) $node, new $class());
}
}
return $classes;
}
protected function execute(InputInterface $input, OutputInterface $output)
{
$this->users = [];
$this->filesystem = new Filesystem();
$this->titleFilter = new TitleFilter();
$displayIndex = $input->getOption('indexes');
$displayAuthor = $input->getOption('display-author');
$maxHops = (int) $input->getOption('max-pages');
// Maximum number of pages we go through
$revMaxHops = (int) $input->getOption('max-revs');
// Maximum number of revisions per page we go through
$listMissed = $input->getOption('missed');
$counter = 0;
// Increment the number of pages we are going through
$redirects = [];
$pages = [];
$urlParts = [];
$missedIndexes = [];
$urlsWithContent = [];
$moreThanHundredRevs = [];
$translations = [];
$sanity_redirs = [];
$directlyOnRoot = [];
$rev_count = [];
// So we can know what’s the average
// Pages we have to make sure aren’t duplicate on the CMS prior
// to the final migration.
$temporary_acceptable_duplicates = [];
//$temporary_acceptable_duplicates[] = 'css/selectors/pseudo-classes/:lang'; // DONE
if ($listMissed === true) {
$output->writeln('We are going to try to give you XML indexes to use for --retry=..., we will therefore limit the revision loops to one.');
$missed_file = DATA_DIR . '/missed.yml';
if (realpath($missed_file) === false) {
throw new Exception(sprintf('Could not find missed file at %s', $missed_file));
}
$missedFileContents = file_get_contents($missed_file);
$parser = new Yaml\Parser();
try {
$missed = $parser->parse($missedFileContents);
} catch (Exception $e) {
throw new Exception(sprintf('Could not get file %s contents to be parsed as YAML. Is it in YAML format?', $missed_file), null, $e);
}
if (!isset($missed['missed'])) {
throw new Exception('Please ensure missed.yml has a list of titles under a "missed:" top level key');
}
$revMaxHops = 1;
$this->missed = $missed['missed'];
}
/**
* Last minute redirects. Order matters.
*/
$redirects['after'] = 'css/selectors/pseudo-elements/after';
$redirects['tutorials/What_is_CSS'] = 'tutorials/learning_what_css_is';
$redirects['html/attributes/type type (a, link, embed)'] = 'html/attributes/type';
/* -------------------- Author --------------------
*
* Author array of MediaWikiContributor objects with $this->users[$uid],
* where $uid is MediaWiki user_id.
*
* You may have to increase memory_limit value,
* but we’ll load this only once.
**/
$users_file = DATA_DIR . '/users.json';
$users_loop = json_decode(file_get_contents($users_file), 1);
foreach ($users_loop as &$u) {
$uid = (int) $u['user_id'];
$this->users[$uid] = new MediaWikiContributor($u);
unset($u);
// Dont fill too much memory, if that helps.
}
/* -------------------- /Author -------------------- **/
/* -------------------- XML source -------------------- **/
$file = DATA_DIR . '/dumps/main_full.xml';
$streamer = XmlStringStreamer::createStringWalkerParser($file);
/* -------------------- /XML source -------------------- **/
while ($node = $streamer->getNode()) {
if ($maxHops > 0 && $maxHops === $counter) {
$output->writeln(sprintf('Reached desired maximum of %d loops', $maxHops) . PHP_EOL . PHP_EOL);
break;
}
$pageNode = new SimpleXMLElement($node);
if (isset($pageNode->title)) {
$wikiDocument = new MediaWikiDocument($pageNode);
$persistable = new GitCommitFileRevision($wikiDocument, 'out/content/', '.md');
$title = $wikiDocument->getTitle();
$normalized_location = $wikiDocument->getName();
$file_path = $this->titleFilter->filter($persistable->getName());
$redirect_to = $this->titleFilter->filter($wikiDocument->getRedirect());
// False if not a redirect, string if it is
$is_translation = $wikiDocument->isTranslation();
$language_code = $wikiDocument->getLanguageCode();
$language_name = $wikiDocument->getLanguageName();
$revs = $wikiDocument->getRevisions()->count();
$output->writeln(sprintf('"%s":', $title));
if ($displayIndex === true) {
$output->writeln(sprintf(' - index: %d', $counter));
}
$output->writeln(sprintf(' - normalized: %s', $normalized_location));
$output->writeln(sprintf(' - file: %s', $file_path));
if ($wikiDocument->hasRedirect() === true) {
$output->writeln(sprintf(' - redirect_to: %s', $redirect_to));
} else {
$urlsWithContent[] = $title;
foreach (explode('/', $normalized_location) as $urlDepth => $urlPart) {
$urlPartKey = strtolower($urlPart);
$urlParts[$urlPartKey] = $urlPart;
$urlPartsAll[$urlPartKey][] = $urlPart;
}
}
if ($is_translation === true) {
$output->writeln(sprintf(' - lang: %s (%s)', $language_code, $language_name));
}
if ($listMissed === true && in_array($normalized_location, $this->missed)) {
$missedIndexes[$counter] = $title;
}
$output->writeln(sprintf(' - revs: %d', $revs));
$output->writeln(sprintf(' - revisions:'));
$revList = $wikiDocument->getRevisions();
$revLast = $wikiDocument->getLatest();
$revCounter = 0;
/* ----------- REVISION --------------- **/
for ($revList->rewind(); $revList->valid(); $revList->next()) {
if ($revMaxHops > 0 && $revMaxHops === $revCounter) {
$output->writeln(sprintf(' - stop: Reached maximum %d revisions', $revMaxHops) . PHP_EOL . PHP_EOL);
break;
}
$wikiRevision = $revList->current();
$revision_id = $wikiRevision->getId();
/* -------------------- Author -------------------- **/
// An edge case where MediaWiki may give author as user_id 0, even though we dont have it
// so we’ll give the first user instead.
$contributor_id = $wikiRevision->getContributorId() === 0 ? 1 : $wikiRevision->getContributorId();
if (isset($this->users[$contributor_id])) {
$contributor = clone $this->users[$contributor_id];
// We want a copy, because its specific to here only anyway.
$wikiRevision->setContributor($contributor, false);
} else {
// In case we didn’t find data for $this->users[$contributor_id]
$contributor = clone $this->users[1];
// We want a copy, because its specific to here only anyway.
$wikiRevision->setContributor($contributor, false);
}
/* -------------------- /Author -------------------- **/
$output->writeln(sprintf(' - id: %d', $revision_id));
if ($displayIndex === true) {
$output->writeln(sprintf(' index: %d', $revCounter));
}
$persistArgs = $persistable->setRevision($wikiRevision)->getArgs();
foreach ($persistArgs as $argKey => $argVal) {
if ($argKey === 'message') {
$argVal = trim(mb_strimwidth($argVal, strpos($argVal, ': ') + 2, 100));
}
if ($argKey === 'message' && empty($argVal)) {
// Lets not pollute report with empty messages
continue;
}
if ($displayAuthor === false && $argKey === 'author') {
continue;
}
$output->writeln(sprintf(' %s: %s', $argKey, $argVal));
}
if ($revLast->getId() === $wikiRevision->getId() && $wikiDocument->hasRedirect()) {
$output->writeln(' is_last_and_has_redirect: True');
}
++$revCounter;
}
/* ----------- REVISION --------------- */
$rev_count[] = $revs;
// Which pages are directly on /wiki/foo. Are there some we
// should move elsewhere such as the glossary items?
if (count(explode('/', $title)) == 1 && $wikiDocument->hasRedirect() === false) {
$directlyOnRoot[] = $title;
}
if ($revs > 99) {
$moreThanHundredRevs[] = sprintf('%s (%d)', $title, $revs);
}
if ($is_translation === true && $wikiDocument->hasRedirect() === false) {
$translations[] = $title;
}
// The ones with invalid URL characters that shouldn’t be part of
// a page name because they may confuse with their natural use (:,(,),!,?)
if ($title !== $normalized_location && $wikiDocument->hasRedirect() === false) {
$sanity_redirs[$title] = $normalized_location;
}
// We have a number of pages, some of them had been
// deleted or erased with a redirect left behind.
//
// Since we want to write to files all pages that currently
// has content into a filesystem, we have to generate a file
// name that can be stored into a filesystem. We therefore have
// to normalize the names.
//
// We don’t want to have two entries with the same name.
//
// If a redirect (i.e. an empty file) exist, let’s set keep it
// separate from the pages that still has content.
//
// Sanity check;
// 1. Get list of redirects
// 2. Get list of pages
//
// If we have a page duplicate, throw an exception!
if ($wikiDocument->hasRedirect() === true) {
// Pages we know are redirects within MediaWiki, we won’t
// pass them within the $pages aray because they would be
// empty content with only a redirect anyway.
if ($normalized_location !== $redirect_to) {
$redirects[str_replace('_', ' ', $normalized_location)] = $redirect_to;
}
} elseif (!in_array($normalized_location, array_keys($pages))) {
// Pages we know has content, lets count them!
if ($wikiDocument->hasRedirect() === false) {
$pages[$normalized_location] = $title;
}
} elseif (in_array($title, $temporary_acceptable_duplicates)) {
// Lets not throw, we got that covered.
} else {
// Hopefully we should never encounter this.
$previous = $pages[$normalized_location];
$duplicatePagesExceptionText = 'We have duplicate entry for %s it ' . 'would be stored in %s which would override content of %s';
throw new Exception(sprintf($duplicatePagesExceptionText, $title, $file_path, $previous));
}
$output->writeln(PHP_EOL . PHP_EOL);
++$counter;
}
}
/*
* Work some numbers on number of edits
*
* - Average
* - Median
*/
$total_edits = 0;
sort($rev_count);
$edit_average = array_sum($rev_count) / $counter;
// Calculate median
$value_in_middle = floor(($counter - 1) / 2);
if ($counter % 2) {
// odd number, middle is the median
$edit_median = $rev_count[$value_in_middle];
} else {
// even number, calculate avg of 2 medians
$low = $rev_count[$value_in_middle];
$high = $rev_count[$value_in_middle + 1];
$edit_median = ($low + $high) / 2;
}
$numbers = array('Numbers:');
$numbers[] = sprintf(' - "iterations": %d', $counter);
$numbers[] = sprintf(' - "content pages": %d', count($pages));
$numbers[] = sprintf(' - "redirects": %d', count($redirects));
$numbers[] = sprintf(' - "translated": %d', count($translations));
$numbers[] = sprintf(' - "not in a directory": %d', count($directlyOnRoot));
$numbers[] = sprintf(' - "redirects for URL sanity": %d', count($sanity_redirs));
$numbers[] = sprintf(' - "edits average": %d', $edit_average);
$numbers[] = sprintf(' - "edits median": %d', $edit_median);
$this->filesystem->dumpFile('reports/numbers.txt', implode($numbers, PHP_EOL));
$this->filesystem->dumpFile('reports/hundred_revs.txt', implode($moreThanHundredRevs, PHP_EOL));
natcasesort($translations);
$this->filesystem->dumpFile('reports/translations.txt', implode(PHP_EOL, $translations));
natcasesort($directlyOnRoot);
$this->filesystem->dumpFile('reports/directly_on_root.txt', implode(PHP_EOL, $directlyOnRoot));
natcasesort($urlsWithContent);
$this->filesystem->dumpFile('reports/url_all.txt', implode(PHP_EOL, $urlsWithContent));
natcasesort($urlParts);
$this->filesystem->dumpFile('reports/url_parts.txt', implode(PHP_EOL, $urlParts));
// Creating list for https://github.com/webplatform/mediawiki-conversion/issues/2
ksort($urlPartsAll);
$urlPartsAllOut = array('All words that exists in an URL, and the different ways they are written (needs harmonizing!):');
foreach ($urlPartsAll as $urlPartsAllKey => $urlPartsAllRow) {
$urlPartsAllEntryUnique = array_unique($urlPartsAllRow);
if (count($urlPartsAllEntryUnique) > 1) {
$urlPartsAllOut[] = sprintf(' - %s', implode(', ', $urlPartsAllEntryUnique));
}
}
$this->filesystem->dumpFile('reports/url_parts_variants.txt', implode(PHP_EOL, $urlPartsAllOut));
ksort($redirects, SORT_NATURAL | SORT_FLAG_CASE);
ksort($sanity_redirs, SORT_NATURAL | SORT_FLAG_CASE);
$nginx_redirects = [];
$nginx_redirects[] = 'rewrite ^/wiki/((Special|Template|User).*) /disabled?r=$1 permanent;';
$nginx_redirects[] = 'rewrite ^/w/(.*) /disabled?r=$1 permanent;';
$nginx_redirects[] = 'rewrite ^/$ /Main_Page permanent;';
$nginx_redirects[] = 'rewrite ^/wiki/?$ /Main_Page permanent;';
// /wiki/tutorials/canvas/canvas_tutorial
//$nginx_redirects[] = 'rewrite ^/wiki/canvas/tutorial(.*)$ /wiki/tutorials/canvas$1 permanent;';
$nginx_redirects[] = 'rewrite ^/wiki/WPD\\:Community$ /community permanent;';
$nginx_redirects[] = 'rewrite ^/wiki/WPD\\:Contributors_Guide$ /contribute permanent;';
$nginx_esc[':'] = '\\:';
$nginx_esc['('] = '\\(';
$nginx_esc[')'] = '\\)';
$nginx_esc[','] = '\\,';
$nginx_esc[' '] = '(\\ |_)';
// Ordering matter, otherwise the () will be escaped and we want them here!
$prepare_nginx_redirects = array_merge($sanity_redirs, $redirects);
foreach ($prepare_nginx_redirects as $url => $redirect_to) {
// NGINX Case-insensitive redirect? Its done through (?i)! Should be documented!!!
$nginx_redirects[] = sprintf('rewrite (?i)^/wiki/%s$ /%s permanent;', str_replace(array_keys($nginx_esc), $nginx_esc, $url), $redirect_to);
}
$nginx_redirects[] = 'rewrite ^/wiki/(.*) /$1 permanent;';
// Has to be the last!
$this->filesystem->dumpFile('reports/nginx_redirects.map', implode(PHP_EOL, $nginx_redirects));
$sanity_redirects_out = array('URLs to return new Location (from => to):');
foreach ($sanity_redirs as $title => $sanitized) {
$sanity_redirects_out[] = sprintf(' - "%s": "%s"', $title, $sanitized);
}
$this->filesystem->dumpFile('reports/sanity_redirects.txt', implode(PHP_EOL, $sanity_redirects_out));
$redirects_out = array('Redirects (from => to):');
foreach ($redirects as $url => $redirect_to) {
$redirects_out[] = sprintf(' - "%s": "%s"', $url, $redirect_to);
}
$this->filesystem->dumpFile('reports/redirects.txt', implode(PHP_EOL, $redirects_out));
if ($listMissed === true) {
$yaml = new Yaml\Dumper();
$yaml->setIndentation(2);
try {
$missed_out = $yaml->dump($missedIndexes, 3, 0, false, false);
} catch (Exception $e) {
$missed_out = sprintf('Could not create YAML out of missedIndexes array; Error was %s', $e->getMessage());
}
$this->filesystem->dumpFile('reports/missed_retry_argument.txt', 'app/console mediawiki:run 3 --retry=' . implode(',', array_keys($missedIndexes)));
$this->filesystem->dumpFile('reports/missed_entries.yml', 'Missed:' . PHP_EOL . $missed_out);
$output->writeln('Created missed_retry_argument.txt and missed_entries.yml in reports/ you can try to recover!');
}
}
/**
* TEST TEST TEST
* This method will try to return entities instead of a response
* @TODO Use XML instead
* @TODO Maybe use this https://github.com/prewk/xml-string-streamer-guzzle
* @TODO Or this http://dk2.php.net/manual/en/function.xml-parse.php
* @TODO Maybe create my own parser: http://php.net/manual/en/example.xml-structure.php
*
* @param int $page
* @param int $pageSize
* @return Response
*/
public function getProductPageAsEntities($page, $pageSize)
{
$response = $this->getProductPage($page, $pageSize);
$stream = new Stream\Guzzle('');
$stream->setGuzzleStream($response->getBody());
$parser = new Parser\StringWalker();
$streamer = new XmlStringStreamer($parser, $stream);
while ($node = $streamer->getNode()) {
$xml = new \SimpleXMLElement($node, LIBXML_NOERROR);
//$entity = new Entity\ProductData();
(yield $xml);
}
}
/**
*
*/
public static function convertPendingXMLtoJSON($filename, $logger)
{
//Number of processed nodes (books)
$count = 0;
//Nombre del archivo local
$local_file = DATA_PENDING_DIR . $filename;
//Nombre del archivo final
$json_file = DATA_OUTPUT_DIR . "{$filename}.json";
//Metodo para la obtención del tamaño del archivo XML local
$totalSize = filesize($local_file);
$start_timestamp = date('Y-m-d H:i:s');
// Se prepara el streaming y monitoreo con 16kb de buffer
$progress = 0;
$last_progress = 0;
$stream = new File($local_file, 16384, function ($chunk, $readBytes) use($progress, &$last_progress, $totalSize, $logger) {
$progress = $readBytes / $totalSize;
//report every 10%
if ($progress >= $last_progress + 0.1) {
$logger->log("Progress: {$progress}");
$last_progress = $last_progress + 0.1;
}
});
$start_timestamp = date('Y-m-d H:i:s');
//Configura el parser
$parser = new StringWalker();
//Configura el streamer
$streamer = new XmlStringStreamer($parser, $stream);
//Creación del archivo final
$file = fopen($json_file, "w") or die(json_encode("Could not open {$json_file} for writing"));
$logger->log("Convirtiendo {$local_file} a {$json_file}...");
//Procesamiento de nodos
while ($node = $streamer->getNode()) {
//Set json string ready for mongo insertion
$json_string = Utils::getBookJSONFromXMLNode($node);
//Inserta la cadena en el archivo final
fputs($file, $json_string . PHP_EOL);
$count++;
}
if ($count == 0) {
$logger->error("0 Records converted");
} else {
$logger->log("{$count} Records converted");
}
//Cierra la edición del archivo final
fclose($file);
//Elimina la cache del proceso
clearstatcache();
return $count;
}
public function test_StringWalker_parser_with_file_shorter_than_buffer()
{
$file = __DIR__ . "/../../xml/short.xml";
$stream = new XmlStringStreamer\Stream\File($file, 1024);
$parser = new XmlStringStreamer\Parser\StringWalker();
$streamer = new XmlStringStreamer($parser, $stream);
$expectedNodes = array("foo", "bar");
$foundNodes = array();
while ($node = $streamer->getNode()) {
$xmlNode = simplexml_load_string($node);
$foundNodes[] = (string) $xmlNode->node;
}
$this->assertEquals($expectedNodes, $foundNodes, "The found nodes should equal the expected nodes");
}
protected function execute(InputInterface $input, OutputInterface $output)
{
$this->users = [];
$this->filesystem = new Filesystem();
$this->titleFilter = new TitleFilter();
$passNbr = (int) $input->getArgument('pass');
$retries = explode(',', $input->getOption('retry'));
$resumeAt = (int) $input->getOption('resume-at');
$maxHops = (int) $input->getOption('max-pages');
// Maximum number of pages we go through
$revMaxHops = (int) $input->getOption('max-revs');
// Maximum number of revisions per page we go through
$listMissed = $input->getOption('missed');
$counter = 0;
// Increment the number of pages we are going through
$redirects = [];
$pages = [];
$urlParts = [];
if (count($retries) >= 1 && $retries[0] !== '' && $passNbr !== 3) {
throw new DomainException('Retry option is only supported at 3rd pass');
}
if ($listMissed === true && $passNbr === 3) {
$missed_file = DATA_DIR . '/missed.yml';
if (realpath($missed_file) === false) {
throw new Exception(sprintf('Could not find missed file at %s', $missed_file));
}
$missedFileContents = file_get_contents($missed_file);
$parser = new Yaml\Parser();
try {
$missed = $parser->parse($missedFileContents);
} catch (Exception $e) {
throw new Exception(sprintf('Could not get file %s contents to be parsed as YAML. Is it in YAML format?', $missed_file), null, $e);
}
if (!isset($missed['missed'])) {
throw new Exception('Please ensure missed.yml has a list of titles under a "missed:" top level key');
}
$this->missed = $missed['missed'];
} elseif ($listMissed === true && $passNbr !== 3) {
throw new DomainException('Missed option is only supported at 3rd pass');
}
$repoInitialized = realpath(GIT_OUTPUT_DIR . '/.git') === false ? false : true;
$this->git = new GitRepository(realpath(GIT_OUTPUT_DIR));
if ($repoInitialized === false) {
$this->git->init()->execute();
}
if ($passNbr === 3) {
/*
* Your MediaWiki API URL
*/
$apiUrl = MEDIAWIKI_API_ORIGIN . '/w/api.php?format=json&action=parse&prop=text|links|templates|';
$apiUrl .= 'images|externallinks|categories|sections|headitems|displaytitle|iwlinks|properties&pst=1';
$apiUrl .= '&disabletoc=true&disablepp=true&disableeditsection=true&preview=true&page=';
// We are at conversion pass, instantiate our Converter!
$this->converter = new MediaWikiToHtml();
$this->converter->setApiUrl($apiUrl);
sort($retries);
if (count($retries) === 1 && $retries[0] === '') {
unset($retries);
}
} else {
unset($retries);
}
/* -------------------- Author --------------------
*
* Author array of MediaWikiContributor objects with $this->users[$uid],
* where $uid is MediaWiki user_id.
*
* You may have to increase memory_limit value,
* but we’ll load this only once.
**/
$users_file = DATA_DIR . '/users.json';
$users_loop = json_decode(file_get_contents($users_file), 1);
foreach ($users_loop as &$u) {
$uid = (int) $u['user_id'];
$this->users[$uid] = new MediaWikiContributor($u);
unset($u);
// Dont fill too much memory, if that helps.
}
/* -------------------- /Author -------------------- **/
/* -------------------- XML source -------------------- **/
$file = DATA_DIR . '/dumps/main_full.xml';
$streamer = XmlStringStreamer::createStringWalkerParser($file);
/* -------------------- /XML source -------------------- **/
while ($node = $streamer->getNode()) {
/**
* 3rd pass, handle retries.
*
* This is useful if you went through all pages but some pages didn’t work.
* We can ask to re-run only specific ones by using --retry= and a coma separated
* list of index numbers (i.e. the $counter value we use for each page node).
*
* This set of case handles three situations only at 3rd pass AND when command has
* --retry=n,n,n specified.
*
* 1. If current iteration ($counter) *matches* one of the $retries entries
*
* We want to let the process be executed through and added as a revision
*
* 2. Current iteration ($counter) *isn’t listed* in $retries; go to next.
*
* 3. We have no entries in $retries anymore, exit.
*
* ... THIS IS BOGUS, USE --missed INSTEAD!
*/
if (isset($retries) && in_array($indexCorrector, $retries)) {
$retryNodeIndex = array_search($indexCorrector, $retries);
unset($retries[$retryNodeIndex]);
$output->writeln(PHP_EOL . sprintf('Will work on %d', $indexCorrector) . PHP_EOL);
} elseif (isset($retries) && count($retries) >= 1) {
++$counter;
continue;
} elseif (isset($retries) && count($retries) === 0) {
$output->writeln('No more retries to work with' . PHP_EOL);
break;
}
/*
* 3rd pass, handle interruption by telling where to resume work.
*
* This is useful if job stopped and you want to resume work back at a specific point.
*/
if ($counter < $resumeAt) {
++$counter;
continue;
}
/*
* Limit the number of pages we’ll work on.
*
* Useful if you want to test conversion script without going through all the content.
*/
if ($maxHops > 0 && $maxHops === $counter) {
$output->writeln(sprintf('Reached desired maximum of %d documents', $maxHops) . PHP_EOL);
break;
}
$pageNode = new SimpleXMLElement($node);
if (isset($pageNode->title)) {
$wikiDocument = new MediaWikiDocument($pageNode);
$persistable = new GitCommitFileRevision($wikiDocument, 'out/content/', '.md');
$title = $wikiDocument->getTitle();
$normalized_location = $wikiDocument->getName();
$file_path = $this->titleFilter->filter($persistable->getName());
$redirect_to = $this->titleFilter->filter($wikiDocument->getRedirect());
// False if not a redirect, string if it is
$is_translation = $wikiDocument->isTranslation();
$language_code = $wikiDocument->getLanguageCode();
$language_name = $wikiDocument->getLanguageName();
if ($listMissed === true && !in_array($normalized_location, $this->missed)) {
++$counter;
continue;
}
if ($passNbr === 3 && $wikiDocument->hasRedirect() === false) {
$random = rand(5, 10);
$output->writeln(PHP_EOL . sprintf('--- sleep for %d to not break production ---', $random));
sleep($random);
}
$revs = $wikiDocument->getRevisions()->count();
$output->writeln(sprintf('"%s":', $title));
$output->writeln(sprintf(' - index: %d', $counter));
$output->writeln(sprintf(' - normalized: %s', $normalized_location));
$output->writeln(sprintf(' - file: %s', $file_path));
if ($wikiDocument->hasRedirect() === true) {
$output->writeln(sprintf(' - redirect_to: %s', $redirect_to));
}
if ($is_translation === true) {
$output->writeln(sprintf(' - lang: %s (%s)', $language_code, $language_name));
}
/*
* Merge deleted content history under current content.
*
* 1st pass: Only those with redirects (i.e. deleted pages). Should leave an empty out/ directory!
* 2nd pass: Only those without redirects (i.e. current content).
* 3nd pass: Only for those without redirects, they are going to get the latest version passed through the convertor
*/
if ($wikiDocument->hasRedirect() === false && $passNbr === 1) {
// Skip all NON redirects for pass 1
$output->writeln(sprintf(' - skip: Document %s WITHOUT redirect, at pass 1 (handling redirects)', $title) . PHP_EOL . PHP_EOL);
++$counter;
continue;
} elseif ($wikiDocument->hasRedirect() && $passNbr === 2) {
// Skip all redirects for pass 2
$output->writeln(sprintf(' - skip: Document %s WITH redirect, at pass 2 (handling non redirects)', $title) . PHP_EOL . PHP_EOL);
++$counter;
continue;
} elseif ($wikiDocument->hasRedirect() && $passNbr === 3) {
// Skip all redirects for pass 2
$output->writeln(sprintf(' - skip: Document %s WITH redirect, at pass 3', $title) . PHP_EOL . PHP_EOL);
++$counter;
continue;
}
if ($passNbr < 1 || $passNbr > 3) {
throw new DomainException('This command has only three pases.');
}
foreach (explode('/', $normalized_location) as $urlDepth => $urlPart) {
$urlParts[strtolower($urlPart)] = $urlPart;
}
$revList = $wikiDocument->getRevisions();
$revLast = $wikiDocument->getLatest();
$revCounter = 0;
if ($passNbr === 3) {
// Overwriting $revList for last pass we’ll
// use for conversion.
$revList = new SplDoublyLinkedList();
// Pass some data we already have so we can
// get it in the converted document.
if ($is_translation === true) {
$revLast->setFrontMatter(array('lang' => $language_code));
}
$revList->push($revLast);
} else {
$output->writeln(sprintf(' - revs: %d', $revs));
$output->writeln(sprintf(' - revisions:'));
}
/* ----------- REVISIONS --------------- **/
for ($revList->rewind(); $revList->valid(); $revList->next()) {
if ($revMaxHops > 0 && $revMaxHops === $revCounter) {
$output->writeln(sprintf(' - stop: Reached maximum %d revisions', $revMaxHops) . PHP_EOL . PHP_EOL);
break;
}
$wikiRevision = $revList->current();
/* -------------------- Author -------------------- **/
// An edge case where MediaWiki may give author as user_id 0, even though we dont have it
// so we’ll give the first user instead.
$contributor_id = $wikiRevision->getContributorId() === 0 ? 1 : $wikiRevision->getContributorId();
/*
* Fix duplicates and merge them as only one.
*
* Please adjust to suit your own.
*
* Queried using jq;
*
* cat data/users.json | jq '.[]|select(.user_real_name == "Renoir Boulanger")'
*/
//if (in_array($contributor_id, [172943, 173060])) {
// $contributor_id = 10080;
//}
if (isset($this->users[$contributor_id])) {
$contributor = clone $this->users[$contributor_id];
// We want a copy, because its specific to here only anyway.
$wikiRevision->setContributor($contributor, false);
} else {
// In case we didn’t find data for $this->users[$contributor_id]
$contributor = clone $this->users[1];
// We want a copy, because its specific to here only anyway.
$wikiRevision->setContributor($contributor, false);
}
/* -------------------- /Author -------------------- **/
// Lets handle conversion only at 3rd pass.
if ($passNbr === 3) {
try {
$revision = $this->converter->apply($wikiRevision);
} catch (Exception $e) {
$output->writeln(sprintf(' - ERROR: %s, left a note in errors/%d.txt', $e->getMessage(), $counter));
$this->filesystem->dumpFile(sprintf('errors/%d.txt', $counter), $e->getMessage());
++$counter;
continue;
}
// user_id 10080 is Renoirb (yours truly)
$revision->setAuthor($this->users[10080]);
$revision_id = $revLast->getId();
} else {
$revision = $wikiRevision;
$revision_id = $wikiRevision->getId();
$output->writeln(sprintf(' - id: %d', $revision_id));
$output->writeln(sprintf(' index: %d', $revCounter));
}
$persistArgs = $persistable->setRevision($revision)->getArgs();
if ($passNbr < 3) {
foreach ($persistArgs as $argKey => $argVal) {
if ($argKey === 'message') {
$argVal = mb_strimwidth($argVal, strpos($argVal, ': ') + 2, 100);
}
$output->writeln(sprintf(' %s: %s', $argKey, $argVal));
}
}
$removeFile = false;
if ($passNbr < 3 && $revLast->getId() === $wikiRevision->getId() && $wikiDocument->hasRedirect()) {
$output->writeln(' is_last_and_has_redirect: True');
$removeFile = true;
}
$persistable->setRevision($revision);
$this->filesystem->dumpFile($file_path, (string) $persistable);
try {
$this->git->add()->execute(preg_replace('/^out\\//', '', $file_path));
} catch (GitException $e) {
$message = sprintf('Could not add file "%s" with title "%s" for revision %d', $file_path, $title, $revision_id);
throw new Exception($message, null, $e);
}
if ($passNbr < 3) {
// We won’t expose all WebPlatform user emails to the public. Instead,
// we’ll create a bogus email alias based on their MediaWiki username.
$real_name = $wikiRevision->getContributor()->getRealName();
$username = $wikiRevision->getContributor()->getName();
$email = sprintf('%s@%s', $username, COMMITER_ANONYMOUS_DOMAIN);
$author_overload = sprintf('%s <%s>', $real_name, $email);
try {
$this->git->commit()->message($persistArgs['message'])->author('"' . $author_overload . '"')->date('"' . $persistArgs['date'] . '"')->allowEmpty()->execute();
} catch (GitException $e) {
var_dump($this->git);
$message = sprintf('Could not commit for revision %d', $revision_id);
throw new Exception($message, null, $e);
}
if ($removeFile === true) {
try {
$this->git->rm()->execute(preg_replace('/^out\\//', '', $file_path));
} catch (GitException $e) {
$message = sprintf('Could remove %s at revision %d', $file_path, $revision_id);
throw new Exception($message, null, $e);
}
$this->git->commit()->message('Remove file; ' . $persistArgs['message'])->author('"' . $author_overload . '"')->date('"' . $persistArgs['date'] . '"')->allowEmpty()->execute();
$this->filesystem->remove($file_path);
}
}
/* End of $passNubr === 3 */
++$revCounter;
}
/* ----------- REVISIONS --------------- **/
$output->writeln(PHP_EOL);
}
++$counter;
}
if ($passNbr === 3) {
$output->writeln('3rd pass. One. Commit.' . PHP_EOL . PHP_EOL);
try {
$this->git->commit()->message($revision->getComment())->execute();
} catch (GitException $e) {
var_dump($this->git);
$message = sprintf('Could not commit for revision %d', $revision_id);
throw new Exception($message, null, $e);
}
}
}
public function test_UniqueNode_parser_with_file_with_data_in_last_chunk()
{
$file = __DIR__ . "/../../xml/short_last_chunk.xml";
$stream = new XmlStringStreamer\Stream\File($file, 200);
$parser = $parser = new UniqueNode(array("uniqueNode" => 'capture'));
$streamer = new XmlStringStreamer($parser, $stream);
$foundNodes = 0;
while ($node = $streamer->getNode()) {
$foundNodes++;
}
$this->assertEquals(2, $foundNodes, "The found nodes should equal the expected nodes number.");
}
// Se prepara el streaming y monitoreo con 16kb de buffer
$progress = 0;
$last_progress = 0;
$stream = new File($local_file, 16384, function ($chunk, $readBytes) use($progress, &$last_progress, $totalSize, $logger) {
$progress = $readBytes / $totalSize;
//report every 10%
if ($progress >= $last_progress + 0.1) {
$logger->log("Progress: {$progress}");
$last_progress = $last_progress + 0.1;
}
});
$start_timestamp = date('Y-m-d H:i:s');
//Configura el parser
$parser = new StringWalker();
//Configura el streamer
$streamer = new XmlStringStreamer($parser, $stream);
//Creación del archivo final
$file = fopen($json_file, "w") or die(json_encode("Could not open {$json_file} for writing"));
$logger->log("Convirtiendo {$local_file} a {$json_file}...");
//Procesamiento de nodos
while ($node = $streamer->getNode()) {
//Set json string ready for mongo insertion
$json_string = Utils::getBookJSONFromXMLNode2($node);
//Inserta la cadena en el archivo final
fputs($file, $json_string . PHP_EOL);
$count++;
}
//Cierra la edición del archivo final
fclose($file);
//Elimina la cache del proceso
clearstatcache();
/**
* __construct
*
* Builds the Chunk object
*
* @param string $file The filename to work with
* @param array $options The options with which to parse the file
* @author Dom Hastings
* @access public
*/
public function __construct($file, $options = array(), $parser_type = false)
{
// merge the options together
$this->options = array_merge($this->options, is_array($options) ? $options : array());
$this->options['chunkSize'] *= PMXI_Plugin::getInstance()->getOption('chunk_size');
// set the filename
$this->file = $file;
$this->parser_type = empty($parser_type) ? 'xmlreader' : $parser_type;
$is_html = false;
$f = @fopen($file, "rb");
while (!@feof($f)) {
$chunk = @fread($f, 1024);
if (strpos($chunk, "<!DOCTYPE") === 0) {
$is_html = true;
}
break;
}
@fclose($f);
if ($is_html) {
$path = $this->get_file_path();
$this->is_404 = true;
$this->reader = new XMLReader();
@$this->reader->open($path);
@$this->reader->setParserProperty(XMLReader::VALIDATE, false);
return;
}
if (PMXI_Plugin::getInstance()->getOption('force_stream_reader')) {
$this->parser_type = 'xmlstreamer';
} else {
$input = new PMXI_Input();
$import_id = $input->get('id', 0);
if (empty($import_id)) {
$import_id = $input->get('import_id', 0);
}
if (!empty($import_id)) {
$this->parser_type = empty($parser_type) ? 'xmlreader' : $parser_type;
$import = new PMXI_Import_Record();
$import->getById($import_id);
if (!$import->isEmpty()) {
$this->parser_type = empty($import->options['xml_reader_engine']) ? 'xmlreader' : 'xmlstreamer';
}
} else {
$this->parser_type = empty($parser_type) ? get_option('wpai_parser_type', 'xmlreader') : $parser_type;
}
}
if (empty($this->options['element']) or $this->options['get_cloud']) {
$path = $this->get_file_path();
if ($this->parser_type == 'xmlreader') {
$reader = new XMLReader();
$reader->open($path);
$reader->setParserProperty(XMLReader::VALIDATE, false);
while (@$reader->read()) {
switch ($reader->nodeType) {
case XMLREADER::ELEMENT:
$localName = str_replace("_colon_", ":", $reader->localName);
if (array_key_exists(str_replace(":", "_", $localName), $this->cloud)) {
$this->cloud[str_replace(":", "_", $localName)]++;
} else {
$this->cloud[str_replace(":", "_", $localName)] = 1;
}
break;
default:
break;
}
}
unset($reader);
} else {
$CHUNK_SIZE = 1024;
$streamProvider = new Prewk\XmlStringStreamer\Stream\File($path, $CHUNK_SIZE);
$parseroptions = array("extractContainer" => false);
// Works like an XmlReader, and walks the XML tree node by node. Captures by node depth setting.
$parser = new Parser\StringWalker($parseroptions);
// Create the streamer
$streamer = new XmlStringStreamer($parser, $streamProvider);
while ($node = $streamer->getNode()) {
// $simpleXmlNode = simplexml_load_string($node);
// echo (string)$simpleXmlNode->firstName;
}
$this->cloud = $parser->cloud;
}
if (!empty($this->cloud) and empty($this->options['element'])) {
arsort($this->cloud);
$main_elements = array('node', 'product', 'job', 'deal', 'entry', 'item', 'property', 'listing', 'hotel', 'record', 'article', 'post', 'book', 'item_0');
foreach ($this->cloud as $element_name => $value) {
if (in_array(strtolower($element_name), $main_elements)) {
$this->options['element'] = $element_name;
break;
}
}
if (empty($this->options['element'])) {
foreach ($this->cloud as $el => $count) {
$this->options['element'] = $el;
break;
}
}
}
}
$path = $this->get_file_path();
if ($this->parser_type == 'xmlreader') {
$this->reader = new XMLReader();
@$this->reader->open($path);
@$this->reader->setParserProperty(XMLReader::VALIDATE, false);
} else {
$parseroptions = array("uniqueNode" => $this->options['element']);
$CHUNK_SIZE = 1024;
$streamProvider = new Prewk\XmlStringStreamer\Stream\File($path, $CHUNK_SIZE);
$parser = new Parser\UniqueNode($parseroptions);
$this->reader = new XmlStringStreamer($parser, $streamProvider);
}
}