classname() public static method

Creates a polyvalent static class.
public static classname ( array $options = [] ) : string
$options array Array of options. Options are: - `'class'` : the fully-namespaced class name. - `'extends'` : the fully-namespaced parent class name.
return string The created fully-namespaced class name.
Esempio n. 1
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 /**
  * Sets the stub logic.
  *
  * @param mixed $substitute The logic.
  */
 public function toBeOK()
 {
     if (!is_string($this->_actual)) {
         throw new Exception("Error `toBeOK()` need to be applied on a fully-namespaced class or function name.");
     }
     if ($this->_isClass) {
         Monkey::patch($this->_actual, Double::classname());
     } else {
         Monkey::patch($this->_actual, function () {
         });
     }
 }
Esempio n. 2
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         }
     });
     it("creates a collection of existing entities", function () {
         $model = $this->model;
         $data = [['id' => '1', 'title' => 'Amiga 1200'], ['id' => '2', 'title' => 'Las Vegas']];
         $collection = $model::create($data, ['type' => 'set', 'exists' => true]);
         expect($collection)->toBeAnInstanceOf(Collection::class);
         expect($collection->data())->toBe($data);
         foreach ($collection as $entity) {
             expect($entity)->toBeAnInstanceOf($model);
             expect($entity->exists())->toBe(true);
         }
     });
     it("creates an entity of a different class", function () {
         $model = $this->model;
         $subclass = Double::classname(['extends' => $model]);
         $entity = $model::create([], ['model' => $subclass]);
         expect($entity)->toBeAnInstanceOf($subclass);
     });
 });
 describe("::query()", function () {
     it("gets/sets the default query parameters", function () {
         $model = $this->model;
         $model::query(['field' => 'value']);
         expect($model::query())->toBe(['field' => 'value']);
         $model::query([]);
     });
 });
 describe("::validator()", function () {
     it("gets/sets a validator", function () {
         $validator = Double::instance();
Esempio n. 3
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     Matcher::reset();
     foreach ($this->matchers as $name => $value) {
         foreach ($value as $for => $class) {
             Matcher::register($name, $class, $for);
         }
     }
 });
 describe("->__call()", function () {
     it("throws an exception when using an undefined matcher name", function () {
         $closure = function () {
             $result = expectation(true)->toHelloWorld(true);
         };
         expect($closure)->toThrow(new Exception("Unexisting matcher attached to `'toHelloWorld'`."));
     });
     it("throws an exception when a specific class matcher doesn't match", function () {
         Matcher::register('toEqualCustom', Double::classname(['extends' => 'Kahlan\\Matcher\\ToEqual']), 'stdClass');
         $closure = function () {
             $result = expectation([])->toEqualCustom(new stdClass());
         };
         expect($closure)->toThrow(new Exception("Unexisting matcher attached to `'toEqualCustom'` for `stdClass`."));
     });
     it("doesn't wait when the spec passes", function () {
         $start = microtime(true);
         $result = expectation(true, 1)->toBe(true);
         $end = microtime(true);
         expect($end - $start)->toBeLessThan(1);
     });
     it("loops until the timeout is reached on failure", function () {
         $start = microtime(true);
         $result = expectation(true, 0.1)->toBe(false);
         $end = microtime(true);
Esempio n. 4
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         $class = $this->class;
         $subclass = Double::classname(['extends' => $class]);
         allow($subclass)->toReceive('::filterable')->andRun(function () {
             return Filters::run(get_called_class(), 'filterable', func_get_args(), function ($next, $message) {
                 return "Hello {$message}";
             });
         });
         Filters::apply($class, 'filterable', $this->filter1);
         Filters::apply($subclass, 'filterable', $this->filter2);
         expect($subclass::filterable('World!'))->toBe('21Hello World!12');
         Filters::apply($subclass, 'filterable', $this->noChain);
         expect($subclass::filterable('World!'))->toBe("Hello");
     });
     it("applies filters in order", function () {
         $class = $this->class;
         $subclass = Double::classname(['extends' => $class]);
         allow($subclass)->toReceive('::filterable')->andRun(function () {
             return Filters::run(get_called_class(), 'filterable', func_get_args(), function ($next, $message) {
                 return "Hello {$message}";
             });
         });
         Filters::apply($subclass, 'filterable', $this->filter1);
         Filters::apply($subclass, 'filterable', $this->filter2);
         expect($subclass::filterable('World!'))->toBe('21Hello World!12');
     });
 });
 describe("::get()", function () {
     it("exports filters setted as a class level", function () {
         Filters::apply($this->class, 'filterable', $this->filter1);
         $filters = Filters::get();
         expect($filters)->toHaveLength(1);
Esempio n. 5
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     it("throws an exception when using an undefined matcher name", function () {
         $closure = function () {
             Matcher::get('toHelloWorld');
         };
         expect($closure)->toThrow(new Exception("Unexisting default matcher attached to `'toHelloWorld'`."));
     });
     it("throws an exception when using an undefined matcher name for a specific class", function () {
         $closure = function () {
             Matcher::get('toHelloWorld', 'stdClass');
         };
         expect($closure)->toThrow(new Exception("Unexisting matcher attached to `'toHelloWorld'` for `stdClass`."));
     });
 });
 describe("::unregister()", function () {
     it("unregisters a matcher", function () {
         Matcher::register('toBeOrNotToBe', Double::classname(['extends' => 'Kahlan\\Matcher\\ToBe']));
         expect(Matcher::exists('toBeOrNotToBe'))->toBe(true);
         Matcher::unregister('toBeOrNotToBe');
         expect(Matcher::exists('toBeOrNotToBe'))->toBe(false);
     });
     it("unregisters all matchers", function () {
         expect(Matcher::get())->toBeGreaterThan(1);
         Matcher::unregister(true);
         Matcher::register('toHaveLength', 'Kahlan\\Matcher\\ToHaveLength');
         expect(Matcher::get())->toHaveLength(1);
     });
 });
 describe("::reset()", function () {
     it("unregisters all matchers", function () {
         expect(Matcher::get())->toBeGreaterThan(1);
         Matcher::reset();
Esempio n. 6
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         $collection->data([]);
     });
 });
 describe("::toArray()", function () {
     it("converts a collection to an array", function () {
         $collection = new Collection(['data' => [1, 2, 3, 4, 5]]);
         expect(Collection::toArray($collection))->toBe([1, 2, 3, 4, 5]);
     });
     it("converts objects which support __toString", function () {
         $stringable = Double::classname();
         allow($stringable)->toReceive('__toString')->andReturn('hello');
         $collection = new Collection(['data' => [new $stringable()]]);
         expect(Collection::toArray($collection))->toBe(['hello']);
     });
     it("converts objects using handlers", function () {
         $handlable = Double::classname();
         $handlers = [$handlable => function ($value) {
             return 'world';
         }];
         $collection = new Collection(['data' => [new $handlable()]]);
         expect(Collection::toArray($collection, compact('handlers')))->toBe(['world']);
     });
     it("doesn't convert unsupported objects", function () {
         $collection = new Collection(['data' => [(object) 'an object']]);
         expect(Collection::toArray($collection))->toEqual([(object) 'an object']);
     });
     it("converts nested collections", function () {
         $collection = new Collection(['data' => [1, 2, 3, new Collection(['data' => [4, 5, 6]])]]);
         expect(Collection::toArray($collection))->toBe([1, 2, 3, [4, 5, 6]]);
     });
     it("converts mixed nested collections & arrays", function () {
Esempio n. 7
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     $backtrace = Debugger::trace(['trace' => new Exception('World Destruction Error!')]);
     expect($backtrace)->toBeA('string');
     $backtrace = explode("\n", $backtrace);
     expect(empty($backtrace))->toBe(false);
 });
 it("returns a trace from eval'd code", function () {
     $trace = debug_backtrace();
     $trace[1]['file'] = "eval()'d code";
     $backtrace = Debugger::trace(['trace' => $trace]);
     expect($backtrace)->toBeA('string');
     $trace = current(explode("\n", $backtrace));
     expect($trace)->toMatch('~src[/|\\\\]Specification.php~');
 });
 describe("::_line()", function () {
     beforeEach(function () {
         $this->debugger = Double::classname(['extends' => 'Kahlan\\Analysis\\Debugger', 'methods' => ['::line']]);
         allow($this->debugger)->toReceive('::line')->andRun(function ($trace) {
             return static::_line($trace);
         });
     });
     it("returns `null` with non-existing files", function () {
         $debugger = $this->debugger;
         $trace = ['file' => DS . 'some' . DS . 'none' . DS . 'existant' . DS . 'path' . DS . 'file.php', 'line' => null];
         expect($debugger::line($trace))->toBe(null);
     });
     it("returns `null` when a line can't be found", function () {
         $debugger = $this->debugger;
         $nbline = count(file('spec' . DS . 'Suite' . DS . 'Analysis' . DS . 'Debugger.spec.php')) + 1;
         $trace = ['file' => 'spec' . DS . 'Suite' . DS . 'Analysis' . DS . 'Debugger.spec.php', 'line' => $nbline + 1];
         expect($debugger::line($trace))->toBe(null);
     });
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     it("gets a value using a virtual field", function () {
         $model = $this->model;
         $schema = $model::definition();
         $schema->column('hello_boy', ['getter' => function ($entity, $data, $name) {
             return 'Hi Boy!';
         }]);
         $entity = $model::create();
         expect($entity->hello_boy)->toBe('Hi Boy!');
     });
     context("when a model is defined", function () {
         beforeEach(function () {
             $this->model = Double::classname(['extends' => $this->model]);
         });
         it("autoboxes setted data", function () {
             $model = $this->model;
             $childEntity = Double::classname(['extends' => $this->model]);
             $childEntity::definition()->locked(false);
             $schema = new Schema(['model' => $model]);
             $schema->column('child', ['type' => 'object', 'model' => $childEntity]);
             $model::definition($schema);
             $entity = $model::create();
             $entity['child'] = ['id' => 1, 'title' => 'child record', 'enabled' => true];
             $child = $entity['child'];
             expect($child)->toBeAnInstanceOf($childEntity);
             expect($child->parents()->get($entity))->toBe('child');
             expect($child->basePath())->toBe('child');
         });
     });
 });
 describe("->validates()", function () {
     beforeEach(function () {
Esempio n. 9
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 /**
  * Stubs a method.
  *
  * @param  string   $path    Method name or array of stubs where key are method names and
  *                           values the stubs.
  * @param  string   $closure The stub implementation.
  * @return Method[]          The created array of method instances.
  * @return Method            The stubbed method instance.
  */
 public function method($path, $closure = null)
 {
     if ($this->_needToBePatched) {
         $layer = Double::classname();
         Monkey::patch($this->_reference, $layer);
         $this->_needToBePatched = false;
         $this->_reference = $layer;
     }
     $reference = $this->_reference;
     if (!$path) {
         throw new InvalidArgumentException("Method name can't be empty.");
     }
     $names = is_array($path) ? $path : [$path];
     $this->_chain = [];
     $total = count($names);
     foreach ($names as $index => $name) {
         if (preg_match('/^::.*/', $name)) {
             $reference = is_object($reference) ? get_class($reference) : $reference;
         }
         $hash = Suite::hash($reference);
         if (!isset(static::$_registered[$hash])) {
             static::$_registered[$hash] = new static($reference);
         }
         $instance = static::$_registered[$hash];
         if (is_object($reference)) {
             Suite::register(get_class($reference));
         } else {
             Suite::register($reference);
         }
         if (!isset($instance->_methods[$name])) {
             $instance->_methods[$name] = [];
             $instance->_stubs[$name] = Double::instance();
         }
         $method = new Method(['parent' => $this, 'reference' => $reference, 'name' => $name]);
         $this->_chain[$name] = $method;
         array_unshift($instance->_methods[$name], $method);
         if ($index < $total - 1) {
             $reference = $instance->_stubs[$name];
             $method->andReturn($instance->_stubs[$name]);
         }
     }
     $method = end($this->_chain);
     if ($closure) {
         $method->andRun($closure);
     }
     return $method;
 }
Esempio n. 10
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         $code = "<?php\necho 'Hello World!';\n";
         $matcher = function ($actual) use($code) {
             return $code === (string) $actual;
         };
         expect($stub1)->toReceive('process')->with(Arg::toMatch($matcher), $path);
         expect($stub2)->toReceive('process')->with(Arg::toMatch($matcher), $path);
         $this->patchers->process($code, $path);
     });
     it("bails out if code to process is an empty string", function () {
         expect($this->patchers->process(''))->toBe('');
     });
 });
 describe("->findFile()", function () {
     beforeEach(function () {
         $this->loader = Double::instance();
         $this->class = Double::classname();
         $this->file = 'some/path/file.php';
         $this->stub1 = Double::instance();
         $this->patchers->add('patcher1', $this->stub1);
         $this->stub2 = Double::instance();
         $this->patchers->add('patcher2', $this->stub2);
         $file = $this->file;
         allow($this->stub1)->toReceive('findFile')->andRun(function () use($file) {
             return $file;
         });
         allow($this->stub2)->toReceive('findFile')->andRun(function () use($file) {
             return $file;
         });
     });
     it("runs findFile() on all patchers", function () {
         expect($this->stub1)->toReceive('findFile')->with($this->loader, $this->class, $this->file);
Esempio n. 11
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namespace Chaos\Spec\Suite\Collection;

use InvalidArgumentException;
use Chaos\Model;
use Chaos\Collection\Collection;
use Chaos\Collection\Through;
use Kahlan\Plugin\Double;
use Chaos\Spec\Fixture\Model\Image;
use Chaos\Spec\Fixture\Model\Tag;
use Chaos\Spec\Fixture\Model\ImageTag;
describe("Through", function () {
    beforeEach(function () {
        $this->images_tags = [];
        $this->imageTagModel = $imageTagModel = Double::classname(['extends' => ImageTag::class]);
        $imageTagModel::definition()->locked(false);
        $this->tagModel = $tagModel = Double::classname(['extends' => Tag::class, 'methods' => ['tagMethod']]);
        $tagModel::definition()->locked(false);
        allow($tagModel)->toReceive('tagMethod')->andRun(function ($options) {
            return $options;
        });
        for ($i = 0; $i < 5; $i++) {
            $image_tag = new $imageTagModel();
            $tag = new $tagModel();
            $tag->name = (string) $i;
            $image_tag->tag = $tag;
            $this->images_tags[] = $image_tag;
        }
        $this->image = new Image(['data' => ['id' => 1, 'name' => 'amiga_1200.jpg', 'title' => 'Amiga 1200', 'images_tags' => $this->images_tags]]);
        $this->through = new Through(['schema' => $tagModel::definition(), 'parent' => $this->image, 'through' => 'images_tags', 'using' => 'tag']);
        $this->image->tags = $this->through;
    });
Esempio n. 12
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 });
 describe("->is()", function () {
     beforeEach(function () {
         $this->checker = Double::classname(['extends' => Checker::class]);
         $this->validator = new Validator(['classes' => ['checker' => $this->checker]]);
     });
     it("delegates to the checker", function () {
         $checker = $this->checker;
         $handler = $checker::get('alphaNumeric');
         expect($checker)->toReceive('::check')->with('frferrf', [$handler], ['hello' => 'world']);
         $this->validator->is('alphaNumeric', 'frferrf', ['hello' => 'world']);
     });
 });
 describe("->__call()", function () {
     beforeEach(function () {
         $this->checker = Double::classname(['extends' => Checker::class]);
         $this->validator = new Validator(['classes' => ['checker' => $this->checker]]);
     });
     it("delegates to the checker", function () {
         $checker = $this->checker;
         $handler = $checker::get('alphaNumeric');
         expect($checker)->toReceive('::check')->with('frferrf', [$handler], ['hello' => 'world']);
         $this->validator->isAlphaNumeric('frferrf', ['hello' => 'world']);
     });
     it("bails out with no passed parameters", function () {
         expect($this->validator->isAlphaNumeric())->toBe(false);
     });
 });
 describe("->validates()", function () {
     beforeEach(function () {
         $this->validator = new Validator();
Esempio n. 13
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         allow($classname)->toReceive('::magicCallStatic')->andReturn('Good Evening World!', 'Good Bye World!');
         expect($classname::magicCallStatic())->toBe('Good Evening World!');
         expect($classname::magicCallStatic())->toBe('Good Bye World!');
     });
     it("produces unique classname", function () {
         $double = Double::classname();
         $double2 = Double::classname();
         expect($double)->not->toBe($double2);
     });
     it("stubs classes with `construct()` if no parent defined", function () {
         $class = Double::classname();
         expect($class)->toReceive('__construct');
         $double = new $class();
     });
     it("expects method called in the past to be uncalled", function () {
         $class = Double::classname();
         $class::message();
         expect($class)->not->toReceive('::message');
     });
 });
 describe("::generate()", function () {
     it("throws an exception with an unexisting trait", function () {
         expect(function () {
             Double::generate(['uses' => ['an\\unexisting\\Trait']]);
         })->toThrow();
     });
     it("throws an exception with an unexisting interface", function () {
         expect(function () {
             Double::generate(['implements' => ['an\\unexisting\\Interface']]);
         })->toThrow();
     });
Esempio n. 14
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 });
 describe("->unbind()", function () {
     it("unbinds a relation", function () {
         expect($this->schema->hasRelation('gallery'))->toBe(true);
         $this->schema->unbind('gallery');
         expect($this->schema->hasRelation('gallery'))->toBe(false);
     });
 });
 describe("->relations", function () {
     it("returns all relation names", function () {
         $relations = $this->schema->relations();
         sort($relations);
         expect($relations)->toBe(['gallery', 'images_tags', 'tags']);
     });
     it("includes embedded relations using `true` as first parameter", function () {
         $model = Double::classname(['extends' => Model::class]);
         $schema = new Schema(['model' => $model]);
         $schema->column('embedded', ['type' => 'object', 'model' => $model]);
         expect($schema->relations())->toBe([]);
         expect($schema->relations(true))->toBe(['embedded']);
     });
 });
 describe("->conventions()", function () {
     it("gets/sets the conventions", function () {
         $conventions = Double::instance();
         $schema = new Schema();
         expect($schema->conventions($conventions))->toBe($schema);
         expect($schema->conventions())->toBe($conventions);
     });
 });
 describe("->expand()", function () {