private static function getNewEntity()
{
if (is_null(self::$curPartition) || self::$curPartition == count(self::$Partitions) - 1) {
self::$curPartition = 0;
self::$curRowKey = TableServiceFunctionalTestData::getNewKey();
} else {
self::$curPartition++;
}
$entity = new Entity();
$entity->setPartitionKey(self::$Partitions[self::$curPartition]);
$entity->setRowKey(self::$curRowKey);
return $entity;
}
/**
* @covers WindowsAzure\Table\TableRestProxy::deleteEntity
*/
public function testDeleteEntityTableNull()
{
$table = TableServiceFunctionalTestData::$TEST_TABLE_NAMES[0];
try {
$this->restProxy->deleteEntity(null, TableServiceFunctionalTestData::getNewKey(), TableServiceFunctionalTestData::getNewKey());
$this->fail('Expect null table name to throw');
} catch (\InvalidArgumentException $e) {
$this->assertEquals(sprintf(Resources::NULL_OR_EMPTY_MSG, 'table'), $e->getMessage(), 'Expect error message');
$this->assertEquals(0, $e->getCode(), 'Expected error code');
}
$this->clearTable($table);
}
/**
* @covers WindowsAzure\Table\TableRestProxy::updateEntity
*/
private function createTargetEntity($table, $initialEnt, $concurType, $mutatePivot)
{
$targetEnt = TableServiceFunctionalTestUtils::cloneEntity($initialEnt);
// Update the entity/table state to get the requested concurrency type error.
switch ($concurType) {
case ConcurType::NoKeyMatch:
// Mutate the keys to not match.
$targetEnt->setRowKey(TableServiceFunctionalTestData::getNewKey());
break;
case ConcurType::KeyMatchNoEtag:
$targetEnt->setEtag(null);
break;
case ConcurType::KeyMatchEtagMismatch:
$newEtag = $this->restProxy->updateEntity($table, $initialEnt)->getEtag();
$initialEnt->setEtag($newEtag);
// Now the $targetEnt Etag will not match.
$this->assertTrue($targetEnt->getEtag() != $initialEnt->getEtag(), 'targetEnt->Etag(\'' . $targetEnt->getEtag() . '\') != updated->Etag(\'' . $initialEnt->getEtag() . '\')');
break;
case ConcurType::KeyMatchEtagMatch:
// Don't worry here.
break;
}
// Mutate the properties.
TableServiceFunctionalTestUtils::mutateEntity($targetEnt, $mutatePivot);
return $targetEnt;
}
static function mutateEntity($ent, $pivot)
{
if ($pivot == MutatePivot::CHANGE_VALUES) {
self::mutateEntityChangeValues($ent);
} else {
if ($pivot == MutatePivot::ADD_PROPERTY) {
$ent->addProperty('BOOLEAN' . TableServiceFunctionalTestData::getNewKey(), EdmType::BOOLEAN, true);
$ent->addProperty('DATETIME' . TableServiceFunctionalTestData::getNewKey(), EdmType::DATETIME, Utilities::convertToDateTime('2012-01-26T18:26:19.0000473Z'));
$ent->addProperty('DOUBLE' . TableServiceFunctionalTestData::getNewKey(), EdmType::DOUBLE, 12345678901);
$ent->addProperty('GUID' . TableServiceFunctionalTestData::getNewKey(), EdmType::GUID, '90ab64d6-d3f8-49ec-b837-b8b5b6367b74');
$ent->addProperty('INT32' . TableServiceFunctionalTestData::getNewKey(), EdmType::INT32, 23);
$ent->addProperty('INT64' . TableServiceFunctionalTestData::getNewKey(), EdmType::INT64, '-1');
$ent->addProperty('STRING' . TableServiceFunctionalTestData::getNewKey(), EdmType::STRING, 'this is a test!');
} else {
if ($pivot == MutatePivot::REMOVE_PROPERTY) {
$propToRemove = null;
foreach ($ent->getProperties() as $propName => $propValue) {
// Don't mess with the keys.
if ($propName == 'PartitionKey' || $propName == 'RowKey' || $propName == 'Timestamp') {
continue;
}
$propToRemove = $propName;
break;
}
$props = $ent->getProperties();
unset($props[$propToRemove]);
} else {
if ($pivot == MutatePivot::NULL_PROPERTY) {
foreach ($ent->getProperties() as $propName => $propValue) {
// Don't mess with the keys.
if ($propName == 'PartitionKey' || $propName == 'RowKey' || $propName == 'Timestamp') {
continue;
}
$propValue->setValue(null);
}
}
}
}
}
}
