By default, a single match in the $filter bit field filters properties out, following an "or" logic.
When EXCLUDE_STRICT is set, an "and" logic is applied: all bits must match for a property to be removed.
| public static filter ( array $a, integer $filter, array $listedProperties = [], &$count ) : array | ||
| $a | array | The array containing the properties to filter |
| $filter | integer | A bit field of Caster::EXCLUDE_* constants specifying which properties to filter out |
| $listedProperties | array | List of properties to exclude when Caster::EXCLUDE_VERBOSE is set, and to preserve when Caster::EXCLUDE_NOT_IMPORTANT is set |
| Результат | array | The filtered array |
/**
* @param ModelBase $model
* @param array $a
* @param Stub $stub
* @param bool $isNested
*
* @return array
*/
public static function cast(ModelBase $model, array $a, Stub $stub, bool $isNested)
{
if ($isNested) {
$a = Caster::filter($a, Caster::EXCLUDE_VERBOSE, ["" . '*' . "" . 'changedProperties']);
}
return $a;
}
/**
* @param Base $model
* @param array $a
* @param Stub $stub
* @param bool $isNested
*
* @return array
*/
public static function cast(Base $model, array $a, Stub $stub, bool $isNested)
{
if ($isNested) {
$a = Caster::filter($a, Caster::EXCLUDE_VERBOSE, ["" . Base::class . "" . 'added', "" . Base::class . "" . 'removed']);
}
return $a;
}
/** @dataProvider provideFilter */
public function testFilter($filter, $expectedDiff, $listedProperties = null)
{
if (null === $listedProperties) {
$filteredArray = Caster::filter($this->referenceArray, $filter);
} else {
$filteredArray = Caster::filter($this->referenceArray, $filter, $listedProperties);
}
$this->assertSame($expectedDiff, array_diff_assoc($this->referenceArray, $filteredArray));
}
public static function castXmlReader(\XmlReader $reader, array $a, Stub $stub, $isNested)
{
$props = Caster::PREFIX_VIRTUAL . 'parserProperties';
$info = array('localName' => $reader->localName, 'prefix' => $reader->prefix, 'nodeType' => new ConstStub(self::$nodeTypes[$reader->nodeType], $reader->nodeType), 'depth' => $reader->depth, 'isDefault' => $reader->isDefault, 'isEmptyElement' => \XmlReader::NONE === $reader->nodeType ? null : $reader->isEmptyElement, 'xmlLang' => $reader->xmlLang, 'attributeCount' => $reader->attributeCount, 'value' => $reader->value, 'namespaceURI' => $reader->namespaceURI, 'baseURI' => $reader->baseURI, $props => array('LOADDTD' => $reader->getParserProperty(\XmlReader::LOADDTD), 'DEFAULTATTRS' => $reader->getParserProperty(\XmlReader::DEFAULTATTRS), 'VALIDATE' => $reader->getParserProperty(\XmlReader::VALIDATE), 'SUBST_ENTITIES' => $reader->getParserProperty(\XmlReader::SUBST_ENTITIES)));
if ($info[$props] = Caster::filter($info[$props], Caster::EXCLUDE_EMPTY, array(), $count)) {
$info[$props] = new EnumStub($info[$props]);
$info[$props]->cut = $count;
}
$info = Caster::filter($info, Caster::EXCLUDE_EMPTY, array(), $count);
// +2 because hasValue and hasAttributes are always filtered
$stub->cut += $count + 2;
return $a + $info;
}
public function __construct(OutputFormatter $formatter)
{
$this->dumper = new Dumper($formatter);
$this->dumper->setStyles($this->styles);
$this->cloner = new Cloner();
$this->cloner->addCasters(array('*' => function ($obj, array $a, Stub $stub, $isNested, $filter = 0) {
if ($filter || $isNested) {
if ($obj instanceof \Exception) {
$a = Caster::filter($a, Caster::EXCLUDE_NOT_IMPORTANT | Caster::EXCLUDE_EMPTY, $this->exceptionsImportants);
} else {
$a = Caster::filter($a, Caster::EXCLUDE_PROTECTED | Caster::EXCLUDE_PRIVATE);
}
}
return $a;
}));
}
