/**
* Provides the data for the "all at once" model check
*
* @return array
*/
public static function providerXMIGlobal()
{
$data = array();
$uml = self::getPhpUmlObject();
$uml->parseDirectory(self::SUITE_DIR);
$e = new PHP_UML_Output_Xmi_Exporter();
$e->setModel($uml->getModel());
$e->setDeploymentView(true);
$e->setComponentView(false);
$e->setStereotypes(true);
$e->setXmiVersion(1);
// We are saving what was generated (for later manual check, if needed)
$e->export('temp/new_global1.xmi');
// Then let's compare the content of global1.xmi, with the
// XMI code we have just generated
$data[] = array(file_get_contents(self::SUITE_DIR . self::PROVIDERS_DIR . 'global1.xmi'), $e->getXmiDocument()->dump(), 'XMI version 1');
// Same with XMI version 2:
$e->setXmiVersion(2);
//$e->generateXmi();
$e->export('temp/new_global2.xmi');
$data[] = array(file_get_contents(self::SUITE_DIR . self::PROVIDERS_DIR . 'global2.xmi'), $e->getXmiDocument()->dump(), 'XMI version 2');
return $data;
}
/**
* Generates output data by applying a transformation on the XMI stored in the
* property $xmi
*
* @param string $outputDir Output folder
*
* @return DOMDocument A DOM document containing the result of the XSLT
*/
public function export($outputDir)
{
$xslFile = $this->getXslFilepath();
if (empty($this->xmiDocument)) {
$temp = new PHP_UML_Output_Xmi_Exporter();
/*
* Component views and deployment views don't mean anything
* for output formats other than XMI. Yet, since ExporterXSL is
* a subclass of ExportXMI, we must force these options to
* false, otherwise they will appear in the output produced by
* the XSL transformation:
*/
$temp->setComponentView(false);
$temp->setDeploymentView(false);
$temp->setModel($this->structure);
$temp->generateXmi();
$this->xmiDocument = $temp->getXmiDocument();
}
if (file_exists($xslFile)) {
return $this->exportFromXml($outputDir, $xslFile, $this->xmiDocument->dump());
} else {
throw new PHP_UML_Exception('Could not find the XSL template file. It must be named ' . self::STARTING_TPL . ', under Format/YourTemplate/');
}
}
$t = new PHP_UML();
$t->dollar = false;
// We don't keep the $ before the variable names
$t->componentView = false;
// We don't want a component view to be included
$t->deploymentView = false;
// We don't want a deployment view (artifacts+folders)
$t->docblocks = true;
// We want the parser to look into the class/file comments
$t->setInput('test1.php.txt, test2.php.txt');
// We want only "test1.php.txt" and "test2.php.txt"
$t->parse('testModel');
// The files are parsed, and a UML model named "testModel" is built
// we retrieve an XMI implementation of an Exporter object, and set the model:
$e = new PHP_UML_Output_Xmi_Exporter();
$e->setModel($t->getModel());
// we set the XMI version (2.1 being the default if not set)
$e->setXmiVersion(1);
// we set the encoding (iso-8859-1 being the default if not set):
$e->setEncoding('UTF-8');
// and we export XMI to a file:
$e->export('test_example2.xmi');
// we can also print the serialized XMI by retrieving an XmiDocument from the exporter object:
echo htmlentities($e->getXmiDocument()->dump());
/**
* Example 3 : Example with a whole directory of PHP files to parse. We just want to
* generate the API documentation in HTML.
*/
$t = new PHP_UML();
$t->setMatchPatterns(array('*.php', '*.txt'));
// We want to parse every file with an extension "php" or "txt"
<?php
require_once 'PHP/UML.php';
$importer = new PHP_UML_Input_PHP_FileScanner();
$importer->setDirectories(array('./app/models', './app/controllers', './app/repositories', './app/repositories/interfaces'));
$importer->import();
$exporter = new PHP_UML_Output_Xmi_Exporter();
$exporter->setModel($importer->getModel());
$exporter->setXmiVersion(1);
$exporter->setEncoding('utf-8');
$exporter->setDeploymentView(true);
$exporter->setComponentView(true);
$exporter->export('./uml');
