CodeExplorer
You are a developer and looking for Shopware projects?
Apply Now!
getToolkit example
return $arguments;
}
/** * {@inheritdoc} */
protected function execute(array $arguments = []) {
// Create a new resource of the required dimensions, and copy and resize // the original resource on it with resampling. Destroy the original // resource upon success. $original_resource = $this->getToolkit()->getResource();
$data = [
'width' => $arguments['width'],
'height' => $arguments['height'],
'extension' => image_type_to_extension($this->getToolkit()->getType(), FALSE),
'transparent_color' => $this->getToolkit()->getTransparentColor(),
'is_temp' => TRUE,
];
if ($this->getToolkit()->apply('create_new', $data)) {
if (imagecopyresampled($this->getToolkit()->getResource(), $original_resource, 0, 0, 0, 0, $arguments['width'], $arguments['height'], imagesx($original_resource), imagesy($original_resource))) {
imagedestroy($original_resource);
return TRUE;
}
}
/** * {@inheritdoc} */
protected function execute(array $arguments = []) {
// Create a new resource of the required dimensions, and copy and resize // the original resource on it with resampling. Destroy the original // resource upon success. $original_resource = $this->getToolkit()->getResource();
$data = [
'width' => $arguments['width'],
'height' => $arguments['height'],
'extension' => image_type_to_extension($this->getToolkit()->getType(), FALSE),
'transparent_color' => $this->getToolkit()->getTransparentColor(),
'is_temp' => TRUE,
];
if ($this->getToolkit()->apply('create_new', $data)) {
if (imagecopyresampled($this->getToolkit()->getResource(), $original_resource, 0, 0, 0, 0, $arguments['width'], $arguments['height'], imagesx($original_resource), imagesy($original_resource))) {
imagedestroy($original_resource);
return TRUE;
}
return [
'extension' => [
'description' => 'The new extension of the converted image',
],
];
}
/** * {@inheritdoc} */
protected function validateArguments(array $arguments) {
if (!in_array($arguments['extension'], $this->getToolkit()->getSupportedExtensions())) {
throw new \InvalidArgumentException("Invalid extension ({$arguments['extension']}) specified for the image 'convert' operation");
}
return $arguments;
}
/** * {@inheritdoc} */
protected function execute(array $arguments) {
// Create a new resource of the required dimensions and format, and copy // the original resource on it with resampling. Destroy the original
'extension' => [
'description' => 'The new extension of the converted image',
],
];
}
/** * {@inheritdoc} */
protected function validateArguments(array $arguments) {
if (!in_array($arguments['extension'], $this->getToolkit()->getSupportedExtensions())) {
throw new \InvalidArgumentException("Invalid extension ({$arguments['extension']}) specified for the image 'convert' operation");
}
return $arguments;
}
/** * {@inheritdoc} */
protected function execute(array $arguments) {
// Create a new resource of the required dimensions and format, and copy // the original resource on it with resampling. Destroy the original
public function __construct(ImageToolkitInterface $toolkit, $source = NULL) {
$this->toolkit = $toolkit;
if ($source) {
$this->source = $source;
$this->getToolkit()->setSource($this->source);
// Defer image file validity check to the toolkit. if ($this->getToolkit()->parseFile()) {
$this->fileSize = filesize($this->source);
}
}
}
/** * {@inheritdoc} */
public function isValid() {
if ($actual[3] == 127 && $expected[3] == 127) {
return;
}
$distance = pow(($actual[0] - $expected[0]), 2) + pow(($actual[1] - $expected[1]), 2) + pow(($actual[2] - $expected[2]), 2) + pow(($actual[3] - $expected[3]), 2);
$this->assertLessThanOrEqual($tolerance, $distance, $message . " - Actual: {" . implode(',', $actual) . "}, Expected: {" . implode(',', $expected) . "}, Distance: " . $distance . ", Tolerance: " . $tolerance);
}
/** * Function for finding a pixel's RGBa values. */
public function getPixelColor(ImageInterface $image, int $x, int $y): array {
$toolkit = $image->getToolkit();
$color_index = imagecolorat($toolkit->getResource(), $x, $y);
$transparent_index = imagecolortransparent($toolkit->getResource());
if ($color_index == $transparent_index) {
return [0, 0, 0, 127];
}
return array_values(imagecolorsforindex($toolkit->getResource(), $color_index));
}
/** * Data provider for ::testManipulations(). */
return;
}
$distance = pow(($actual[0] - $expected[0]), 2) + pow(($actual[1] - $expected[1]), 2) + pow(($actual[2] - $expected[2]), 2) + pow(($actual[3] - $expected[3]), 2);
$this->assertLessThanOrEqual($tolerance, $distance, $message . " - Actual: {" . implode(',', $actual) . "}, Expected: {" . implode(',', $expected) . "}, Distance: " . $distance . ", Tolerance: " . $tolerance);
}
/** * Function for finding a pixel's RGBa values. */
public function getPixelColor(ImageInterface $image, int $x, int $y): array {
$toolkit = $image->getToolkit();
$color_index = imagecolorat($toolkit->getResource(), $x, $y);
$transparent_index = imagecolortransparent($toolkit->getResource());
if ($color_index == $transparent_index) {
return [0, 0, 0, 127];
}
return array_values(imagecolorsforindex($toolkit->getResource(), $color_index));
}
/** * Data provider for ::testManipulations(). */
/**
* {@inheritdoc}
*/
protected function validateArguments(array $arguments) {
// Assure at least one dimension. if (empty($arguments['width']) && empty($arguments['height'])) {
throw new \InvalidArgumentException("At least one dimension ('width' or 'height') must be provided to the image 'crop' operation");
}
// Preserve aspect. $aspect = $this->getToolkit()->getHeight() / $this->getToolkit()->getWidth();
$arguments['height'] = empty($arguments['height']) ? $arguments['width'] * $aspect : $arguments['height'];
$arguments['width'] = empty($arguments['width']) ? $arguments['height'] / $aspect : $arguments['width'];
// Assure integers for all arguments. foreach (['x', 'y', 'width', 'height'] as $key) {
$arguments[$key] = (int) round($arguments[$key]);
}
// Fail when width or height are 0 or negative. if ($arguments['width'] <= 0) {
throw new \InvalidArgumentException("Invalid width ('{$arguments['width']}') specified for the image 'crop' operation");
}
protected function validateArguments(array $arguments) {
// Assure at least one dimension. if (empty($arguments['width']) && empty($arguments['height'])) {
throw new \InvalidArgumentException("At least one dimension ('width' or 'height') must be provided to the image 'crop' operation");
}
// Preserve aspect. $aspect = $this->getToolkit()->getHeight() / $this->getToolkit()->getWidth();
$arguments['height'] = empty($arguments['height']) ? $arguments['width'] * $aspect : $arguments['height'];
$arguments['width'] = empty($arguments['width']) ? $arguments['height'] / $aspect : $arguments['width'];
// Assure integers for all arguments. foreach (['x', 'y', 'width', 'height'] as $key) {
$arguments[$key] = (int) round($arguments[$key]);
}
// Fail when width or height are 0 or negative. if ($arguments['width'] <= 0) {
throw new \InvalidArgumentException("Invalid width ('{$arguments['width']}') specified for the image 'crop' operation");
}
use Drupal\Core\ImageToolkit\ImageToolkitOperationBase;
abstract class GDImageToolkitOperationBase extends ImageToolkitOperationBase {
/** * The correctly typed image toolkit for GD operations. * * @return \Drupal\system\Plugin\ImageToolkit\GDToolkit */
protected function getToolkit() {
return parent::getToolkit();
}
}
abstract class GDImageToolkitOperationBase extends ImageToolkitOperationBase {
/** * The correctly typed image toolkit for GD operations. * * @return \Drupal\system\Plugin\ImageToolkit\GDToolkit */
protected function getToolkit() {
return parent::getToolkit();
}
}
protected function validateArguments(array $arguments) {
// Assure at least one dimension. if (empty($arguments['width']) && empty($arguments['height'])) {
throw new \InvalidArgumentException("At least one dimension ('width' or 'height') must be provided to the image 'scale' operation");
}
// Calculate one of the dimensions from the other target dimension, // ensuring the same aspect ratio as the source dimensions. If one of the // target dimensions is missing, that is the one that is calculated. If both // are specified then the dimension calculated is the one that would not be // calculated to be bigger than its target. $aspect = $this->getToolkit()->getHeight() / $this->getToolkit()->getWidth();
if (($arguments['width'] && !$arguments['height']) || ($arguments['width'] && $arguments['height'] && $aspect < $arguments['height'] / $arguments['width'])) {
$arguments['height'] = (int) round($arguments['width'] * $aspect);
}
else {
$arguments['width'] = (int) round($arguments['height'] / $aspect);
}
// Assure integers for all arguments. $arguments['width'] = (int) round($arguments['width']);
$arguments['height'] = (int) round($arguments['height']);
// Assure at least one dimension. if (empty($arguments['width']) && empty($arguments['height'])) {
throw new \InvalidArgumentException("At least one dimension ('width' or 'height') must be provided to the image 'scale' operation");
}
// Calculate one of the dimensions from the other target dimension, // ensuring the same aspect ratio as the source dimensions. If one of the // target dimensions is missing, that is the one that is calculated. If both // are specified then the dimension calculated is the one that would not be // calculated to be bigger than its target. $aspect = $this->getToolkit()->getHeight() / $this->getToolkit()->getWidth();
if (($arguments['width'] && !$arguments['height']) || ($arguments['width'] && $arguments['height'] && $aspect < $arguments['height'] / $arguments['width'])) {
$arguments['height'] = (int) round($arguments['width'] * $aspect);
}
else {
$arguments['width'] = (int) round($arguments['height'] / $aspect);
}
// Assure integers for all arguments. $arguments['width'] = (int) round($arguments['width']);
$arguments['height'] = (int) round($arguments['height']);
public function testGetFileSize() {
$this->getTestImage(FALSE);
$this->assertEquals(3905, $this->image->getFileSize());
}
/** * Tests \Drupal\Core\Image\Image::getToolkit()->getType(). */
public function testGetType() {
$this->getTestImage(FALSE);
$this->assertEquals(IMAGETYPE_PNG, $this->image->getToolkit()->getType());
}
/** * Tests \Drupal\Core\Image\Image::getMimeType(). */
public function testGetMimeType() {
$this->getTestImage(FALSE);
$this->assertEquals('image/png', $this->image->getMimeType());
}
/** * Tests \Drupal\Core\Image\Image::isValid(). */
'height' => [
'description' => 'The target height, in pixels',
],
];
}
/** * {@inheritdoc} */
protected function validateArguments(array $arguments) {
$actualWidth = $this->getToolkit()->getWidth();
$actualHeight = $this->getToolkit()->getHeight();
$scaleFactor = max($arguments['width'] / $actualWidth, $arguments['height'] / $actualHeight);
$arguments['x'] = isset($arguments['x']) ?
(int) round($arguments['x']) :
(int) round(($actualWidth * $scaleFactor - $arguments['width']) / 2);
$arguments['y'] = isset($arguments['y']) ?
(int) round($arguments['y']) :
(int) round(($actualHeight * $scaleFactor - $arguments['height']) / 2);
$arguments['resize'] = [
'required' => FALSE,
'default' => FALSE,
],
];
}
/** * {@inheritdoc} */
protected function validateArguments(array $arguments) {
// Assure extension is supported. if (!in_array($arguments['extension'], $this->getToolkit()->getSupportedExtensions())) {
throw new \InvalidArgumentException("Invalid extension ('{$arguments['extension']}') specified for the image 'create_new' operation");
}
// Assure integers for width and height. $arguments['width'] = (int) round($arguments['width']);
$arguments['height'] = (int) round($arguments['height']);
// Fail when width or height are 0 or negative. if ($arguments['width'] <= 0) {
throw new \InvalidArgumentException("Invalid width ('{$arguments['width']}') specified for the image 'create_new' operation");
}
'default' => FALSE,
],
];
}
/** * {@inheritdoc} */
protected function validateArguments(array $arguments) {
// Assure extension is supported. if (!in_array($arguments['extension'], $this->getToolkit()->getSupportedExtensions())) {
throw new \InvalidArgumentException("Invalid extension ('{$arguments['extension']}') specified for the image 'create_new' operation");
}
// Assure integers for width and height. $arguments['width'] = (int) round($arguments['width']);
$arguments['height'] = (int) round($arguments['height']);
// Fail when width or height are 0 or negative. if ($arguments['width'] <= 0) {
throw new \InvalidArgumentException("Invalid width ('{$arguments['width']}') specified for the image 'create_new' operation");
}
protected function arguments() {
// This operation does not use any parameters. return [];
}
/** * {@inheritdoc} */
protected function execute(array $arguments) {
// PHP installations using non-bundled GD do not have imagefilter. if (!function_exists('imagefilter')) {
$this->logger->notice("The image '@file' could not be desaturated because the imagefilter() function is not available in this PHP installation.", ['@file' => $this->getToolkit()->getSource()]);
return FALSE;
}
return imagefilter($this->getToolkit()->getResource(), IMG_FILTER_GRAYSCALE);
}
}
// This operation does not use any parameters. return [];
}
/** * {@inheritdoc} */
protected function execute(array $arguments) {
// PHP installations using non-bundled GD do not have imagefilter. if (!function_exists('imagefilter')) {
$this->logger->notice("The image '@file' could not be desaturated because the imagefilter() function is not available in this PHP installation.", ['@file' => $this->getToolkit()->getSource()]);
return FALSE;
}
return imagefilter($this->getToolkit()->getResource(), IMG_FILTER_GRAYSCALE);
}
}
// Validate or set background color argument.
if (!empty($arguments['background'])) {
// Validate the background color: Color::hexToRgb does so for us. $background = Color::hexToRgb($arguments['background']) + ['alpha' => 0];
}
else {
// Background color is not specified: use transparent white as background. $background = ['red' => 255, 'green' => 255, 'blue' => 255, 'alpha' => 127];
}
// Store the color index for the background as that is what GD uses. $arguments['background_idx'] = imagecolorallocatealpha($this->getToolkit()->getResource(), $background['red'], $background['green'], $background['blue'], $background['alpha']);
if ($this->getToolkit()->getType() === IMAGETYPE_GIF) {
// GIF does not work with a transparency channel, but can define 1 color // in its palette to act as transparent.
// Get the current transparent color, if any. $gif_transparent_id = imagecolortransparent($this->getToolkit()->getResource());
if ($gif_transparent_id !== -1) {
// The gif already has a transparent color set: remember it to set it on // the rotated image as well. $arguments['gif_transparent_color'] = imagecolorsforindex($this->getToolkit()->getResource(), $gif_transparent_id);
// Validate the background color: Color::hexToRgb does so for us. $background = Color::hexToRgb($arguments['background']) + ['alpha' => 0];
}
else {
// Background color is not specified: use transparent white as background. $background = ['red' => 255, 'green' => 255, 'blue' => 255, 'alpha' => 127];
}
// Store the color index for the background as that is what GD uses. $arguments['background_idx'] = imagecolorallocatealpha($this->getToolkit()->getResource(), $background['red'], $background['green'], $background['blue'], $background['alpha']);
if ($this->getToolkit()->getType() === IMAGETYPE_GIF) {
// GIF does not work with a transparency channel, but can define 1 color // in its palette to act as transparent.
// Get the current transparent color, if any. $gif_transparent_id = imagecolortransparent($this->getToolkit()->getResource());
if ($gif_transparent_id !== -1) {
// The gif already has a transparent color set: remember it to set it on // the rotated image as well. $arguments['gif_transparent_color'] = imagecolorsforindex($this->getToolkit()->getResource(), $gif_transparent_id);