public function __call($name, $args)
{
if (!in_array($name, array('execute', 'select'))) {
return call_user_func_array(array($this->_rdb, $name), $args);
}
Pluf_Log::stime('timer');
$res = call_user_func_array(array($this->_rdb, $name), $args);
Pluf_Log::perf(array('Pluf_DB_Stats', $this->_rdb->lastquery, Pluf_Log::etime('timer', 'total_sql')));
Pluf_Log::inc('sql_query');
return $res;
}
function testAssertLog()
{
Pluf_Log::activeAssert();
$GLOBALS['_PX_config']['log_delayed'] = true;
assert('Pluf_Log::alog("hello")');
$this->assertEqual(count(Pluf_Log::$stack), 1);
$GLOBALS['_PX_config']['log_delayed'] = false;
assert('Pluf_Log::alog("hello")');
$this->assertEqual(count(Pluf_Log::$stack), 0);
$this->assertEqual(2, count(file($this->logfile)));
}
function testAssertLog()
{
if (Pluf::f('test_log_testremote', false) == false) {
return;
}
Pluf_Log::activeAssert();
$GLOBALS['_PX_config']['log_delayed'] = true;
assert('Pluf_Log::alog("hello")');
$this->assertEqual(count(Pluf_Log::$stack), 1);
$GLOBALS['_PX_config']['log_delayed'] = false;
assert('Pluf_Log::alog("hello")');
$this->assertEqual(count(Pluf_Log::$stack), 0);
}
/**
* Entry point for the post-update signal.
*
* It tries to find the name of the project, when found it runs an
* update of the timeline.
*/
public static function postUpdate($signal, &$params)
{
// Chop the ".git" and get what is left
$pname = basename($params['git_dir'], '.git');
try {
$project = IDF_Project::getOr404($pname);
} catch (Pluf_HTTP_Error404 $e) {
Pluf_Log::event(array('IDF_Plugin_SyncGit::postUpdate', 'Project not found.', array($pname, $params)));
return false;
// Project not found
}
// Now we have the project and can update the timeline
Pluf_Log::debug(array('IDF_Plugin_SyncGit::postUpdate', 'Project found', $pname, $project->id));
IDF_Scm::syncTimeline($project, true);
Pluf_Log::event(array('IDF_Plugin_SyncGit::postUpdate', 'sync', array($pname, $project->id)));
}
/**
* Update the timeline in post commit.
*
*/
public function processSyncTimeline($params)
{
$pname = basename($params['rel_dir']);
try {
$project = IDF_Project::getOr404($pname);
} catch (Pluf_HTTP_Error404 $e) {
Pluf_Log::event(array('IDF_Plugin_SyncMercurial::processSyncTimeline', 'Project not found.', array($pname, $params)));
return false;
// Project not found
}
// Now we have the project and can update the timeline
Pluf_Log::debug(array('IDF_Plugin_SyncMercurial::processSyncTimeline', 'Project found', $pname, $project->id));
IDF_Scm::syncTimeline($project, true);
Pluf_Log::event(array('IDF_Plugin_SyncMercurial::processSyncTimeline', 'sync', array($pname, $project->id)));
}
/**
* This script process the queue of items.
*
* At the moment the queue is only used for the webhooks, but it would
* be good in the future to use it for indexing and email
* notifications.
*
*/
require dirname(__FILE__) . '/../src/IDF/conf/path.php';
require 'Pluf.php';
Pluf::start(dirname(__FILE__) . '/../src/IDF/conf/idf.php');
Pluf_Dispatcher::loadControllers(Pluf::f('idf_views'));
#;*/ ::
$lock_file = Pluf::f('idf_queuecron_lock', Pluf::f('tmp_folder', '/tmp') . '/queuecron.lock');
if (file_exists($lock_file)) {
Pluf_Log::event(array('queuecron.php', 'skip'));
return;
}
file_put_contents($lock_file, time(), LOCK_EX);
/**
* [signal]
*
* queuecron.php::run
*
* [sender]
*
* queuecron.php
*
* [description]
*
* This signal allows an application to perform a set of tasks when
/**
* End the time to track.
*
* @param $key Tracker
* @param $total Tracker to store the total (null)
* @return float Time for this track
*/
public static function etime($key, $total = null)
{
$t = microtime(true) - Pluf_Log::$store['time_tracker_' . $key];
if ($total) {
Pluf_Log::inc('time_tracker_' . $total, $t);
}
return $t;
}
/**
* Update the timeline after a push
*
*/
public function processSyncTimeline($project_name)
{
try {
$project = IDF_Project::getOr404($project_name);
} catch (Pluf_HTTP_Error404 $e) {
Pluf_Log::event(array('IDF_Plugin_SyncMonotone::processSyncTimeline', 'Project not found.', array($project_name, $params)));
return false;
// Project not found
}
Pluf_Log::debug(array('IDF_Plugin_SyncMonotone::processSyncTimeline', 'Project found', $project_name, $project->id));
IDF_Scm::syncTimeline($project, true);
Pluf_Log::event(array('IDF_Plugin_SyncMonotone::processSyncTimeline', 'sync', array($project_name, $project->id)));
}
/**
* Parse the queue.
*
* It is a signal handler to just hook itself at the right time in
* the cron job performing the maintainance work.
*
* The processing relies on the fact that no other processing jobs
* must run at the same time. That is, your cron job must use a
* lock file or something like to not run in parallel.
*
* The processing is simple, first get 500 queue items, mark them
* as being processed and for each of them call the processItem()
* method which will trigger another event for processing.
*
* If you are processing more than 500 items per batch, you need
* to switch to a different solution.
*
*/
public static function process($sender, &$params)
{
$where = 'status=0 OR status=2';
$items = Pluf::factory('IDF_Queue')->getList(array('filter' => $where, 'nb' => 500));
Pluf_Log::event(array('IDF_Queue::process', $items->count()));
foreach ($items as $item) {
$item->status = 1;
$item->update();
}
foreach ($items as $item) {
$item->status = 1;
$item->processItem();
}
}
/**
* Given an array with the authentication data, auth the user and return it.
*/
public static function authenticate($auth_data)
{
$password = $auth_data['password'];
$login = $auth_data['login'];
// Small security check against the login
if (preg_match('/[^A-Za-z0-9\\-\\_]/', $login)) {
return false;
}
// We check the user against the LDAP server, if it works we
// are happy, if not return false.
$ldap_dn = Pluf::f('auth_ldap_dn', 'ou=users,dc=example,dc=com');
$ldap_user = Pluf::f('auth_ldap_user', null);
$ldap_password = Pluf::f('auth_ldap_password', null);
$ldap_version = Pluf::f('auth_ldap_version', 3);
$ldap_user_key = Pluf::f('auth_ldap_user_key', 'uid');
// If auth_ldap_password_key, it will use crypt hash control
// to test the login password, else it will bind.
$ldap_password_key = Pluf::f('auth_ldap_password_key', null);
$ldap_surname_key = Pluf::f('auth_ldap_surname_key', 'sn');
$ldap_givenname_key = Pluf::f('auth_ldap_givenname_key', 'cn');
$ldap_email_key = Pluf::f('auth_ldap_email_key', 'mail');
$ldap = ldap_connect(Pluf::f('auth_ldap_host', 'localhost'));
ldap_set_option($ldap, LDAP_OPT_PROTOCOL_VERSION, Pluf::f('auth_ldap_version', 3));
if (!ldap_bind($ldap, $ldap_user, $ldap_password)) {
Pluf_Log::warn(sprintf('Cannot bind to the ldap server, user:%s, password:***', $ldap_user));
ldap_close($ldap);
return false;
}
// Go for a search
$search = ldap_search($ldap, $ldap_dn, '(' . $ldap_user_key . '=' . $login . ')', array($ldap_user_key, $ldap_surname_key, $ldap_givenname_key, $ldap_email_key));
$n = ldap_get_entries($ldap, $search);
if ($n['count'] != 1) {
ldap_close($ldap);
return false;
}
$entry = ldap_first_entry($ldap, $search);
// We get all the data first, the bind or hash control is done
// later. If we control with bind now, we need to search again
// to have an $entry resource to get the values.
list($family_name, ) = @ldap_get_values($ldap, $entry, $ldap_surname_key);
list($first_name, ) = @ldap_get_values($ldap, $entry, $ldap_givenname_key);
list($email, ) = @ldap_get_values($ldap, $entry, $ldap_email_key);
$user_dn = ldap_get_dn($ldap, $entry);
if ($ldap_password_key) {
// Password authentication.
list($ldap_hash, ) = ldap_get_values($ldap, $entry, $ldap_password_key);
$ldap_hash = substr($ldap_hash, 7);
$salt = substr($ldap_hash, 0, 12);
$hash = crypt($password, $salt);
if ($ldap_hash != $hash) {
ldap_close($ldap);
return false;
}
} else {
// Bind authentication
if (!@ldap_bind($ldap, $user_dn, $password)) {
ldap_close($ldap);
return false;
}
}
// We get the user values as the
// Now we get the user and we create it if not available
$user = self::getUser($login);
if ($user) {
ldap_close($ldap);
return $user;
}
// Need to create it
ldap_close($ldap);
$user_model = Pluf::f('pluf_custom_user', 'Pluf_User');
$user = new $user_model();
$user->active = true;
$user->login = $login;
$user->password = $password;
$user->last_name = $family_name;
$user->first_name = $first_name;
$user->email = $email;
$user->create();
return $user;
}
/**
* Init a new empty bare repository.
*
* @param string Full path to the repository
*/
public function initRepository($fullpath)
{
if (!file_exists($fullpath)) {
mkdir($fullpath, 0750, true);
}
$out = array();
$res = 0;
exec(sprintf(Pluf::f('idf_exec_cmd_prefix', '') . Pluf::f('git_path', 'git') . ' --git-dir=%s init', escapeshellarg($fullpath)), $out, $res);
if ($res != 0) {
Pluf_Log::error(array('IDF_Plugin_Git_Serve::initRepository', $res, $fullpath));
throw new Exception(sprintf('Init repository error, exit status %d.', $res));
}
Pluf_Log::event(array('IDF_Plugin_Git_Serve::initRepository', 'success', $fullpath));
// Add the post-update hook by removing the original one and add the
// Indefero's one.
$p = realpath(dirname(__FILE__) . '/../../../../scripts/git-post-update');
$p = Pluf::f('idf_plugin_syncgit_post_update', $p);
if (!@unlink($fullpath . '/hooks/post-update')) {
Pluf_Log::warn(array('IDF_Plugin_Git_Serve::initRepository', 'post-update hook removal error.', $fullpath . '/hooks/post-update'));
return;
}
$out = array();
$res = 0;
exec(sprintf(Pluf::f('idf_exec_cmd_prefix', '') . 'ln -s %s %s', escapeshellarg($p), escapeshellarg($fullpath . '/hooks/post-update')), $out, $res);
if ($res != 0) {
Pluf_Log::warn(array('IDF_Plugin_Git_Serve::initRepository', 'post-update hook creation error.', $fullpath . '/hooks/post-update'));
return;
}
Pluf_Log::debug(array('IDF_Plugin_Git_Serve::initRepository', 'Added post-update hook.', $fullpath));
// Configure the core.quotepath option
$quotepath = Pluf::f('git_core_quotepath', true) == true ? 'true' : 'false';
$out = array();
$res = 0;
exec(sprintf(Pluf::f('idf_exec_cmd_prefix', '') . Pluf::f('git_path', 'git') . ' config -f %s/config --add core.quotepath %s', escapeshellarg($fullpath), escapeshellarg($quotepath)), $out, $res);
if ($res != 0) {
Pluf_Log::warn(array('IDF_Plugin_Git_Serve::initRepository', 'core.quotepath configuration error.', $quotepath));
return;
}
Pluf_Log::debug(array('IDF_Plugin_Git_Serve::initRepository', 'core.quotepath configured.', $quotepath));
}
/**
* This script will send the notifications after a push in your
* repository.
*/
require dirname(__FILE__) . '/../src/IDF/conf/path.php';
require 'Pluf.php';
Pluf::start(dirname(__FILE__) . '/../src/IDF/conf/idf.php');
Pluf_Dispatcher::loadControllers(Pluf::f('idf_views'));
/**
* [signal]
*
* gitpostupdate.php::run
*
* [sender]
*
* gitpostupdate.php
*
* [description]
*
* This signal allows an application to perform a set of tasks on a
* post update of a git repository.
*
* [parameters]
*
* array('git_dir' => '/path/to/git/repository.git',
* 'env' => array_merge($_ENV, $_SERVER));
*
*/
$params = array('git_dir' => $argv[1], 'env' => array_merge($_ENV, $_SERVER));
Pluf_Log::event(array('gitpostupdate.php', 'Send run signal.', $params));
Pluf_Signal::send('gitpostupdate.php::run', 'gitpostupdate.php', $params);
* This script will send the notifications after a push in your
* repository.
*/
require dirname(__FILE__) . '/../src/IDF/conf/path.php';
require 'Pluf.php';
Pluf::start(dirname(__FILE__) . '/../src/IDF/conf/idf.php');
Pluf_Dispatcher::loadControllers(Pluf::f('idf_views'));
/**
* [signal]
*
* svnpostcommit.php::run
*
* [sender]
*
* svnpostcommit.php
*
* [description]
*
* This signal allows an application to perform a set of tasks on a
* post commit of a subversion repository.
*
* [parameters]
*
* array('repo_dir' => '/path/to/subversion/repository',
* 'revision' => 1234,
* 'env' => array_merge($_ENV, $_SERVER));
*
*/
$params = array('repo_dir' => $argv[1], 'revision' => $argv[2], 'env' => array_merge($_ENV, $_SERVER));
Pluf_Log::event(array('svnpostcommit.php', 'Send run signal.', $params));
Pluf_Signal::send('svnpostcommit.php::run', 'svnpostcommit.php', $params);
/**
* Run shell_exec and log some information.
*
* @param $caller Calling method
* @param $cmd Command to run
* @return string The output
*/
public static function shell_exec($caller, $cmd)
{
Pluf_Log::stime('timer');
$ret = shell_exec($cmd);
Pluf_Log::perf(array($caller, $cmd, Pluf_Log::etime('timer', 'total_exec')));
Pluf_Log::debug(array($caller, $cmd, $ret));
Pluf_Log::inc('exec_calls');
return $ret;
}