📄 common.php
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} case T_FUNCTION: case T_NEW: case T_EXTENDS: case T_IMPLEMENTS: $look_for = $token; continue 2; case T_STRING: if (version_compare(zend_version(), '2.0', '<')) { if (in_array(strtolower($data), array('public', 'private', 'protected', 'abstract', 'interface', 'implements', 'throw') )) { PEAR::raiseError('Error: PHP5 token encountered in ' . $file . 'packaging should be done in PHP 5'); return false; } } if ($look_for == T_CLASS) { $current_class = $data; $current_class_level = $brace_level; $declared_classes[] = $current_class; } elseif ($look_for == T_INTERFACE) { $current_interface = $data; $current_class_level = $brace_level; $declared_interfaces[] = $current_interface; } elseif ($look_for == T_IMPLEMENTS) { $implements[$current_class] = $data; } elseif ($look_for == T_EXTENDS) { $extends[$current_class] = $data; } elseif ($look_for == T_FUNCTION) { if ($current_class) { $current_function = "$current_class::$data"; $declared_methods[$current_class][] = $data; } elseif ($current_interface) { $current_function = "$current_interface::$data"; $declared_methods[$current_interface][] = $data; } else { $current_function = $data; $declared_functions[] = $current_function; } $current_function_level = $brace_level; $m = array(); } elseif ($look_for == T_NEW) { $used_classes[$data] = true; } $look_for = 0; continue 2; case T_VARIABLE: $look_for = 0; continue 2; case T_DOC_COMMENT: case T_COMMENT: if (preg_match('!^/\*\*\s!', $data)) { $lastphpdoc = $data; if (preg_match_all('/@nodep\s+(\S+)/', $lastphpdoc, $m)) { $nodeps = array_merge($nodeps, $m[1]); } } continue 2; case T_DOUBLE_COLON: if (!($tokens[$i - 1][0] == T_WHITESPACE || $tokens[$i - 1][0] == T_STRING)) { PEAR::raiseError("Parser error: invalid PHP found in file \"$file\"", PEAR_COMMON_ERROR_INVALIDPHP); return false; } $class = $tokens[$i - 1][1]; if (strtolower($class) != 'parent') { $used_classes[$class] = true; } continue 2; } } return array( "source_file" => $file, "declared_classes" => $declared_classes, "declared_interfaces" => $declared_interfaces, "declared_methods" => $declared_methods, "declared_functions" => $declared_functions, "used_classes" => array_diff(array_keys($used_classes), $nodeps), "inheritance" => $extends, "implements" => $implements, ); } // }}} // {{{ betterStates() /** * Return an array containing all of the states that are more stable than * or equal to the passed in state * * @param string Release state * @param boolean Determines whether to include $state in the list * @return false|array False if $state is not a valid release state */ function betterStates($state, $include = false) { static $states = array('snapshot', 'devel', 'alpha', 'beta', 'stable'); $i = array_search($state, $states); if ($i === false) { return false; } if ($include) { $i--; } return array_slice($states, $i + 1); } // }}} // {{{ detectDependencies() function detectDependencies($any, $status_callback = null) { if (!function_exists("token_get_all")) { return false; } if (PEAR::isError($info = $this->infoFromAny($any))) { return $this->raiseError($info); } if (!is_array($info)) { return false; } $deps = array(); $used_c = $decl_c = $decl_f = $decl_m = array(); foreach ($info['filelist'] as $file => $fa) { $tmp = $this->analyzeSourceCode($file); $used_c = @array_merge($used_c, $tmp['used_classes']); $decl_c = @array_merge($decl_c, $tmp['declared_classes']); $decl_f = @array_merge($decl_f, $tmp['declared_functions']); $decl_m = @array_merge($decl_m, $tmp['declared_methods']); $inheri = @array_merge($inheri, $tmp['inheritance']); } $used_c = array_unique($used_c); $decl_c = array_unique($decl_c); $undecl_c = array_diff($used_c, $decl_c); return array('used_classes' => $used_c, 'declared_classes' => $decl_c, 'declared_methods' => $decl_m, 'declared_functions' => $decl_f, 'undeclared_classes' => $undecl_c, 'inheritance' => $inheri, ); } // }}} // {{{ getUserRoles() /** * Get the valid roles for a PEAR package maintainer * * @return array * @static */ function getUserRoles() { return $GLOBALS['_PEAR_Common_maintainer_roles']; } // }}} // {{{ getReleaseStates() /** * Get the valid package release states of packages * * @return array * @static */ function getReleaseStates() { return $GLOBALS['_PEAR_Common_release_states']; } // }}} // {{{ getDependencyTypes() /** * Get the implemented dependency types (php, ext, pkg etc.) * * @return array * @static */ function getDependencyTypes() { return $GLOBALS['_PEAR_Common_dependency_types']; } // }}} // {{{ getDependencyRelations() /** * Get the implemented dependency relations (has, lt, ge etc.) * * @return array * @static */ function getDependencyRelations() { return $GLOBALS['_PEAR_Common_dependency_relations']; } // }}} // {{{ getFileRoles() /** * Get the implemented file roles * * @return array * @static */ function getFileRoles() { return $GLOBALS['_PEAR_Common_file_roles']; } // }}} // {{{ getReplacementTypes() /** * Get the implemented file replacement types in * * @return array * @static */ function getReplacementTypes() { return $GLOBALS['_PEAR_Common_replacement_types']; } // }}} // {{{ getProvideTypes() /** * Get the implemented file replacement types in * * @return array * @static */ function getProvideTypes() { return $GLOBALS['_PEAR_Common_provide_types']; } // }}} // {{{ getScriptPhases() /** * Get the implemented file replacement types in * * @return array * @static */ function getScriptPhases() { return $GLOBALS['_PEAR_Common_script_phases']; } // }}} // {{{ validPackageName() /** * Test whether a string contains a valid package name. * * @param string $name the package name to test * * @return bool * * @access public */ function validPackageName($name) { return (bool)preg_match(PEAR_COMMON_PACKAGE_NAME_PREG, $name); } // }}} // {{{ validPackageVersion() /** * Test whether a string contains a valid package version. * * @param string $ver the package version to test * * @return bool * * @access public */ function validPackageVersion($ver) { return (bool)preg_match(PEAR_COMMON_PACKAGE_VERSION_PREG, $ver); } // }}} // {{{ downloadHttp() /** * Download a file through HTTP. Considers suggested file name in * Content-disposition: header and can run a callback function for * different events. The callback will be called with two * parameters: the callback type, and parameters. The implemented * callback types are: * * 'setup' called at the very beginning, parameter is a UI object * that should be used for all output * 'message' the parameter is a string with an informational message * 'saveas' may be used to save with a different file name, the * parameter is the filename that is about to be used. * If a 'saveas' callback returns a non-empty string, * that file name will be used as the filename instead. * Note that $save_dir will not be affected by this, only * the basename of the file. * 'start' download is starting, parameter is number of bytes * that are expected, or -1 if unknown * 'bytesread' parameter is the number of bytes read so far * 'done' download is complete, parameter is the total number * of bytes read * 'connfailed' if the TCP connection fails, this callback is called * with array(host,port,errno,errmsg) * 'writefailed' if writing to disk fails, this callback is called * with array(destfile,errmsg) * * If an HTTP proxy has been configured (http_proxy PEAR_Config * setting), the proxy will be used. * * @param string $url the URL to download * @param object $ui PEAR_Frontend_* instance * @param object $config PEAR_Config instance * @param string $save_dir (optional) directory to save file in * @param mixed $callback (optional) function/method to call for status * updates * * @return string Returns the full path of the downloaded file or a PEAR * error on failure. If the error is caused by * socket-related errors, the error object will * have the fsockopen error code available through * getCode(). * * @access public * @deprecated in favor of PEAR_Downloader::downloadHttp() */ function downloadHttp($url, &$ui, $save_dir = '.', $callback = null) { if (!class_exists('PEAR_Downloader')) { require_once 'PEAR/Downloader.php'; } return PEAR_Downloader::downloadHttp($url, $ui, $save_dir, $callback); } // }}} /** * @param string $path relative or absolute include path * @return boolean * @static */ function isIncludeable($path) { if (file_exists($path) && is_readable($path)) { return true; } $ipath = explode(PATH_SEPARATOR, ini_get('include_path')); foreach ($ipath as $include) { $test = realpath($include . DIRECTORY_SEPARATOR . $path); if (file_exists($test) && is_readable($test)) { return true; } } return false; }}require_once 'PEAR/Config.php';require_once 'PEAR/PackageFile.php';?>
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