public function testEncodeDecodeUniversalTimestamp_HistoricalDate_Same()
{
$model = new TestMongoDateModel();
$model->universalTimestamp = UniversalTimestamp::fromStringTimestamp('2001-01-01 12:01:01.321');
$encoded = MongoEncoder::encode($model);
$this->assertInstanceOf(UTCDateTime::class, $encoded['universalTimestamp']);
// var_dump($encoded);
$decodedModel = new TestMongoDateModel();
MongoDecoder::decode($decodedModel, $encoded);
$this->assertEquals($model->universalTimestamp, $decodedModel->universalTimestamp);
// $iso8601 = $decodedModel->universalTimestamp->asFormattedString(UniversalTimestamp::ISO8601_WITH_MILLISECONDS);
// var_dump($iso8601);
}
public function testEncodeDecodeUniversalTimestamp_HistoricalDate_Same()
{
$model = new TestJsonDateModel();
$model->universalTimestamp = UniversalTimestamp::fromStringTimestamp(self::StringTimestampWithMilliseconds);
$encoded = JsonEncoder::encode($model);
$this->assertInternalType('string', $encoded['universalTimestamp']);
// var_dump($encoded);
$decodedModel = new TestJsonDateModel();
JsonDecoder::decode($decodedModel, $encoded);
$iso8601 = $decodedModel->universalTimestamp->asFormattedString(UniversalTimestamp::ISO8601_WITH_MILLISECONDS);
$this->assertEquals($encoded['universalTimestamp'], $iso8601);
$this->assertEquals($model->universalTimestamp, $decodedModel->universalTimestamp);
// var_dump($iso8601);
}
/**
* @param \SimpleXMLElement $sxeNode
* @param LexEntryModel $entry
* @param string $mergeRule
* @throws \Exception
*/
public function readEntry($sxeNode, $entry, $mergeRule = LiftMergeRule::CREATE_DUPLICATES)
{
$this->nodeErrors = array();
$this->nodeErrors[] = new LiftImportNodeError(LiftImportNodeError::ENTRY, (string) $sxeNode['guid']);
/** @var \SimpleXMLElement $element */
foreach ($sxeNode as $element) {
switch ($element->getName()) {
case 'lexical-unit':
if ($mergeRule != LiftMergeRule::IMPORT_LOSES || Id::isEmpty($entry->id)) {
$entry->guid = (string) $sxeNode['guid'];
$entry->authorInfo->createdDate = UniversalTimestamp::fromStringTimestamp((string) $sxeNode['dateCreated']);
$entry->authorInfo->modifiedDate = UniversalTimestamp::fromStringTimestamp((string) $sxeNode['dateModified']);
$entry->lexeme = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::LEXEME]->inputSystems);
}
break;
case 'citation':
$entry->citationForm = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::CITATIONFORM]->inputSystems);
break;
case 'note':
if ($element['type'] == '') {
$entry->note = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::NOTE]->inputSystems);
} else {
$this->addKnownUnhandledElement('Note: ' . $element['type']);
}
break;
case 'etymology':
$entry->etymology = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::ETYMOLOGY]->inputSystems, true);
if ($element->{'gloss'}) {
$this->readMultiTextGloss($element->{'gloss'}[0], $entry->etymologyGloss, $this->project->config->entry->fields[LexConfig::ETYMOLOGYGLOSS]->inputSystems);
}
foreach ($element->{'field'} as $field) {
if ($field['type'] == 'comment') {
$entry->etymologyComment = $this->readMultiText($field, $this->project->config->entry->fields[LexConfig::ETYMOLOGYCOMMENT]->inputSystems);
} else {
$this->currentNodeError()->addUnhandledField('etymology: ' . $field['type']);
}
}
break;
case 'pronunciation':
$entry->pronunciation = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::PRONUNCIATION]->inputSystems, true);
if ($element->{'media'}) {
$this->addKnownUnhandledElement('pronunciation: media');
}
break;
case 'field':
switch ($element['type']) {
case 'literal-meaning':
$entry->literalMeaning = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::LITERALMEANING]->inputSystems);
break;
case 'summary-definition':
$entry->summaryDefinition = $this->readMultiText($element, $this->project->config->entry->fields[LexConfig::SUMMARYDEFINITION]->inputSystems);
break;
case 'import-residue':
// Currently ignored in LanguageForge
break;
default:
if ($this->isEntryCustomField($element['type'])) {
$this->addEntryCustomField($element, $element['type'], $entry);
} else {
$this->currentNodeError()->addUnhandledField($element['type']);
}
}
break;
case 'trait':
switch ($element['name']) {
case 'morph-type':
$entry->morphologyType = (string) $element['value'];
break;
case 'do-not-publish-in':
case 'DoNotUseForParsing':
$this->addKnownUnhandledElement('trait: ' . $element['name']);
break;
default:
if ($this->isEntryCustomField($element['name'])) {
$this->addEntryCustomField($element, $element['name'], $entry);
} else {
$this->currentNodeError()->addUnhandledTrait($element['name']);
}
}
break;
case 'sense':
$liftId = '';
if (isset($element['id'])) {
$liftId = (string) $element['id'];
}
$existingSenseIndex = $entry->searchSensesFor('liftId', $liftId);
if ($existingSenseIndex >= 0) {
switch ($mergeRule) {
case LiftMergeRule::CREATE_DUPLICATES:
$sense = new LexSense('');
$entry->senses[] = $this->readSense($element, $sense);
break;
case LiftMergeRule::IMPORT_WINS:
$sense = new LexSense($liftId, Guid::extract($liftId));
$entry->senses[$existingSenseIndex] = $this->readSense($element, $sense);
break;
case LiftMergeRule::IMPORT_LOSES:
break;
default:
throw new \Exception("unknown LiftMergeRule " . $mergeRule);
}
} else {
$sense = new LexSense($liftId, Guid::extract($liftId));
$entry->senses[] = $this->readSense($element, $sense);
}
break;
case 'variant':
case 'relation':
$this->addKnownUnhandledElement('Element: ' . $element->getName());
break;
default:
$this->currentNodeError()->addUnhandledElement($element->getName());
}
}
if (!$this->currentNodeError()->hasErrors()) {
unset($this->nodeErrors[count($this->nodeErrors) - 1]);
}
}
