public function testSetValue()
{
$node = new Node();
$node->setValue('string value');
$this->assertEquals('string value', $node->getValue());
$node->setValue($object = new \stdClass());
$object->foo = 'bar';
$this->assertEquals($object, $node->getValue());
}
/**
* Recursively build chart of account tree
*
* @param Node $tree
* @param \DOMNode $node
* @param Chart $chart
* @param array $accountTypes
*/
protected function buildTree(Node $tree, \DOMNode $node, Chart $chart, array $accountTypes)
{
//create current node
list($nominal, $type, $name) = FFor::create()->attributes(function () use($node) {
return $node->attributes;
})->nominal(function ($attributes) {
return new Nominal($attributes->getNamedItem('nominal')->nodeValue);
})->name(function ($attributes) {
return new StringType($attributes->getNamedItem('name')->nodeValue);
})->type(function ($attributes) use($accountTypes) {
return new AccountType($accountTypes[strtoupper($attributes->getNamedItem('type')->nodeValue)]);
})->fyield('nominal', 'type', 'name');
$tree->setValue(new Account($chart, $nominal, $type, $name));
//recurse through sub accounts
foreach ($node->childNodes as $childNode) {
if ($childNode instanceof \DOMElement) {
$childTree = new Node();
$tree->addChild($childTree);
$this->buildTree($childTree, $childNode, $chart, $accountTypes);
}
}
}
