Tree = new TreeHelper(new View(null)); $this->Table = TableRegistry::get('AfterTrees'); $this->Table->addBehavior('Tree'); //$this->Table->truncate(); $connection = ConnectionManager::get('test'); $sql = $this->Table->schema()->truncateSql($connection); foreach ($sql as $snippet) { $connection->execute($snippet); } //$this->Table->deleteAll(array()); $data = [ ['name' => 'One'], ['name' => 'Two'], ['name' => 'Three'], ['name' => 'Four'], ['name' => 'One-SubA', 'parent_id' => 1], ['name' => 'Two-SubA', 'parent_id' => 2], ['name' => 'Four-SubA', 'parent_id' => 4], ['name' => 'Two-SubA-1', 'parent_id' => 6], ['name' => 'Two-SubA-1-1', 'parent_id' => 8], ]; foreach ($data as $row) { $row = new Entity($row); $this->Table->save($row); } } public function tearDown() { unset($this->Table); TableRegistry::clear(); parent::tearDown(); } public function testObject() { $this->assertInstanceOf('Tools\View\Helper\TreeHelper', $this->Tree); } /** * TreeHelperTest::testGenerate() * * @return void */ public function testGenerate() { $tree = $this->Table->find('threaded')->toArray(); $output = $this->Tree->generate($tree); $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1
    • Two-SubA-1-1

Three

Four

• Four-SubA

TEXT; $this->assertTextEquals($expected, $output); $this->assertTrue(substr_count($output, '

') === substr_count($output, '

')); $this->assertTrue(substr_count($output, '

') === substr_count($output, '

')); } /** * TreeHelperTest::testGenerateWithFindAll() * * @return void */ public function testGenerateWithFindAll() { $tree = $this->Table->find('all', ['order' => ['lft' => 'ASC']])->toArray(); $output = $this->Tree->generate($tree); //debug($output); return; $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1
    • Two-SubA-1-1

Three

Four

• Four-SubA

TEXT; $output = str_replace(["\t", "\r", "\n"], '', $output); $expected = str_replace(["\t", "\r", "\n"], '', $expected); $this->assertTextEquals($expected, $output); } /** * TreeHelperTest::testGenerateWithDepth() * * @return void */ public function testGenerateWithDepth() { $tree = $this->Table->find('threaded')->toArray(); $output = $this->Tree->generate($tree, ['depth' => 1]); $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1
    • Two-SubA-1-1

Three

Four

• Four-SubA

TEXT; $this->assertTextEquals($expected, $output); } /** * TreeHelperTest::testGenerateWithSettings() * * @return void */ public function testGenerateWithSettings() { $tree = $this->Table->find('threaded')->toArray(); $output = $this->Tree->generate($tree, ['class' => 'navi', 'id' => 'main', 'type' => 'ol']); $expected = <<

One

1. One-SubA

Two

1. Two-SubA
   1. Two-SubA-1
      1. Two-SubA-1-1

Three

Four

1. Four-SubA

TEXT; $this->assertTextEquals($expected, $output); } /** * TreeHelperTest::testGenerateWithMaxDepth() * * @return void */ public function testGenerateWithMaxDepth() { $tree = $this->Table->find('threaded')->toArray(); $output = $this->Tree->generate($tree, ['maxDepth' => 2]); $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1

Three

Four

• Four-SubA

TEXT; $this->assertTextEquals($expected, $output); } /** * TreeHelperTest::testGenerateWithAutoPath() * * @return void */ public function testGenerateWithAutoPath() { $tree = $this->Table->find('threaded')->toArray(); //debug($tree); $output = $this->Tree->generate($tree, ['autoPath' => [7, 10]]); // Two-SubA-1 //debug($output); $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1
    • Two-SubA-1-1

Three

Four

• Four-SubA

TEXT; $this->assertTextEquals($expected, $output); $output = $this->Tree->generate($tree, ['autoPath' => [8, 9]]); // Two-SubA-1-1 //debug($output); $expected = <<

One

• One-SubA

Two

• Two-SubA
  • Two-SubA-1
    • Two-SubA-1-1

Three

Four

• Four-SubA

TEXT; $this->assertTextEquals($expected, $output); } /** * - One * -- One-SubA * - Two * -- Two-SubA * --- Two-SubA-1 * ---- Two-SubA-1-1 * -- Two-SubB * -- Two-SubC * - Three * - Four * -- Four-SubA * * @return void */ public function testGenerateWithAutoPathAndHideUnrelated() { $this->skipIf(true, 'FIXME'); $data = [ ['name' => 'Two-SubB', 'parent_id' => 2], ['name' => 'Two-SubC', 'parent_id' => 2], ]; foreach ($data as $row) { $row = new Entity($row); $this->Table->save($row); } $tree = $this->Table->find('threaded')->toArray(); $id = 6; $nodes = $this->Table->find('path', ['for' => $id]); $path = $nodes->extract('id')->toArray(); $output = $this->Tree->generate($tree, ['autoPath' => [6, 11], 'hideUnrelated' => true, 'treePath' => $path, 'callback' => [$this, '_myCallback']]); // Two-SubA //debug($output); $expected = <<

One

Two (active)

• Two-SubA (active)
  • Two-SubA-1
• Two-SubB
• Two-SubC

Three

Four

TEXT; $output = str_replace(["\t"], '', $output); $expected = str_replace(["\t"], '', $expected); $this->assertTextEquals($expected, $output); } /** * - One * -- One-SubA * - Two * -- Two-SubA * --- Two-SubA-1 * ---- Two-SubA-1-1 * -- Two-SubB * -- Two-SubC * - Three * - Four * -- Four-SubA * * @return void */ public function testGenerateWithAutoPathAndHideUnrelatedAndSiblings() { $this->skipIf(true, 'FIXME'); $data = [ ['name' => 'Two-SubB', 'parent_id' => 2], ['name' => 'Two-SubC', 'parent_id' => 2], ]; foreach ($data as $row) { $row = new Entity($row); $this->Table->save($row); } $tree = $this->Table->find('threaded')->toArray(); $id = 6; $nodes = $this->Table->find('path', ['for' => $id]); $path = $nodes->extract('id')->toArray(); $output = $this->Tree->generate($tree, [ 'autoPath' => [6, 11], 'hideUnrelated' => true, 'treePath' => $path, 'callback' => [$this, '_myCallbackSiblings']]); // Two-SubA //debug($output); $expected = <<

One (sibling)

Two (active)

• Two-SubA (active)
  • Two-SubA-1
• Two-SubB
• Two-SubC

Three (sibling)

Four (sibling)

TEXT; $output = str_replace(["\t", "\r", "\n"], '', $output); $expected = str_replace(["\t", "\r", "\n"], '', $expected); //debug($output); //debug($expected); $this->assertTextEquals($expected, $output); } public function _myCallback($data) { if (!empty($data['data']['hide'])) { return; } return $data['data']['name'] . ($data['activePathElement'] ? ' (active)' : ''); } public function _myCallbackSiblings($data) { if (!empty($data['data']['hide'])) { return; } if ($data['depth'] == 0 && $data['isSibling']) { return $data['data']['name'] . ' (sibling)'; } return $data['data']['name'] . ($data['activePathElement'] ? ' (active)' : ''); } /** * TreeHelperTest::testGenerateProductive() * * @return void */ public function testGenerateProductive() { $tree = $this->Table->find('threaded')->toArray(); $output = $this->Tree->generate($tree, ['indent' => false]); $expected = '

• One
  • One-SubA
• Two
  • Two-SubA
    • Two-SubA-1
      • Two-SubA-1-1
• Three
• Four
  • Four-SubA

'; $this->assertTextEquals($expected, $output); } }