/**
* Registers the assembly and some aliases.
*
* @param NetManager $manager
*/
public static function LoadAssemblyAndAliases($manager)
{
// Register the source assembly, this can be a dll of a full qualified name.
// Make sure the DLL is compiled for .Net framework 3.5 or lower.
$manager->RegisterAssembly('C:\\Users\\David\\Desktop\\AjaxMinDll\\bin\\Debug\\AjaxMin.dll', 'Ajaxmin');
// Add some shortcuts.
$manager->RegisterClass('Ajaxmin', 'Microsoft.Ajax.Utilities.Minifier', 'Minifier');
$manager->RegisterClass('Ajaxmin', 'Microsoft.Ajax.Utilities.CodeSettings', 'CodeSettings');
$manager->RegisterClass('Ajaxmin', 'Microsoft.Ajax.Utilities.OutputMode', 'OutputMode');
}
/**
* Registers the assembly and some aliases.
*
* @param NetManager $manager
*/
public static function LoadAssemblyAndAliases($manager)
{
// Register the source assembly, this can be a dll of a full qualified name.
// Make sure the DLL is compiled for .Net framework 3.5 or lower.
$manager->RegisterAssembly('D:\\xxxx\\xfinium.dll', 'xfinium');
// Add some shortcuts.
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.PdfFixedDocument', 'PdfFixedDocument');
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.Graphics.PdfBrush', 'PdfBrush');
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.Graphics.PdfStandardFont', 'PdfStandardFont');
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.Graphics.PdfRgbColor', 'PdfRgbColor');
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.Graphics.PdfStandardFontFace', 'PdfStandardFontFace');
$manager->RegisterClass('xfinium', 'Xfinium.Pdf.PdfPage', 'PdfPage');
}
/**
* TODO: Convert this piece of code into a PHP unit test.
*/
public static function Run()
{
// Net Should report it's native types becase
// COM+ does converion for these.
$PHPType = array();
$PHPType[] = array('data' => 'mystring', 'netType' => 'System.String');
$PHPType[] = array('data' => 1234, 'netType' => 'System.Int32');
$PHPType[] = array('data' => 1.234, 'netType' => 'System.Double');
$PHPType[] = array('data' => 0, 'netType' => 'System.Int32');
$PHPType[] = array('data' => FALSE, 'netType' => 'System.Boolean');
$PHPType[] = array('data' => NULL, 'netType' => 'System.DBNull');
$PHPType[] = array('data' => array(), 'netType' => 'System.Object[]');
//$PHPType[] = array('data' => function() { $abstract = 0; }, 'netType' => 'System.__ComObject');
$mappings = array();
foreach ($PHPType as &$item) {
$php_type = gettype($item['data']);
$item['netType'] = \NetPhp\Core\NetUtilities::GetTypeAsString($item['data']);
$mappings[$php_type] = $item['netType'];
}
// Try some .Net to PHP native COM conversions and see what they throw.
$utils = \NetPhp\Core\MagicWrapperUtilities::GetInstance();
$locals = array();
for ($x = 0; $x < 8; $x++) {
$locals[] = $utils->GetTypeSample($x);
}
// Get an instance of List<String>
$mylist = \NetPhp\Core\NetProxyCollection::Get($utils->GetIteratorSample());
// The fact that NetProxyCollection supports the Countable interface
// does not mean that the native type will allow to do so. Use this with care.
$total = count($mylist);
// Keys are brought back as native types.
// Values are NetProxy instances.
foreach ($mylist as $key => $value) {
$real_value = $value->Val();
}
// Get an instance of Dictionary<String, String>
$mylist = \NetPhp\Core\NetProxyCollection::Get($utils->GetDictionaryIteratorSample());
$total = count($mylist);
foreach ($mylist as $key => $value) {
$real_value = $value->Val();
}
$net1 = new NetManager();
// Be brave and use .Net native lists on the fly.
// ArrayList is the closes thing we have to a PHP array.
$net1->RegisterAssembly('mscorlib, Version=2.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089', 'mscorlib');
$net1->RegisterClass('mscorlib', 'System.Collections.ArrayList', 'ArrayList');
try {
$utils->TestException();
} catch (\Exception $e) {
$o = 0;
}
$list = $net1->Create('mscorlib', 'ArrayList')->Instantiate();
// Wrap over a collection proxy
$list = \NetPhp\Core\NetProxyCollection::Get($list->GetWrapper());
// Check the .Net type.
$net_type = $list->GetType();
$start = microtime(TRUE);
for ($x = 0; $x < 5000; $x++) {
$list->Call("Add", "Object {$x}");
}
// Retrieve total count.
$count = count($list);
$total1 = microtime(TRUE) - $start;
$start = microtime(TRUE);
$list = new \Doctrine\Common\Collections\ArrayCollection();
for ($x = 0; $x < 5000; $x++) {
$list->add("Object {$x}");
}
// Retrieve total count.
$count = count($list);
$total2 = microtime(TRUE) - $start;
$a = 0;
}