ProjectRemarkupRuleTestCase.php
ae03733378f3stable

ProjectRemarkupRuleTestCase.php
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			<?php

			final class ProjectRemarkupRuleTestCase extends PhabricatorTestCase {

			public function testProjectObjectRemarkup() {
			$cases = array(
			'I like #ducks.' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 8,
			'id' => 'ducks',
			),
			),
			),
			'We should make a post on #blog.example.com tomorrow.' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 26,
			'id' => 'blog.example.com',
			),
			),
			),
			'We should make a post on #blog.example.com.' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 26,
			'id' => 'blog.example.com',
			),
			),
			),
			'#123' => array(
			'embed' => array(),
			'ref' => array(),
			),
			'#security#123' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 1,
			'id' => 'security',
			'tail' => '123',
			),
			),
			),

			// Don't match a terminal parenthesis. This fixes these constructs in
			// natural language.
			'There is some documentation (see #guides).' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 34,
			'id' => 'guides',
			),
			),
			),

			// Don't match internal parentheses either. This makes the terminal
			// parenthesis behavior less arbitrary (otherwise, we match open
			// parentheses but not closing parentheses, which is surprising).
			'#a(b)c' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 1,
			'id' => 'a',
			),
			),
			),

			'#s3' => array(
			'embed' => array(),
			'ref' => array(
			array(
			'offset' => 1,
			'id' => 's3',
			),
			),
			),

			);

			foreach ($cases as $input => $expect) {
			$rule = new ProjectRemarkupRule();
			$matches = $rule->extractReferences($input);
			$this->assertEqual($expect, $matches, $input);
			}
			}

			}