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* configure whether or not to set remote client authentication for IDF -> remote_stdio 

* hook into IDF_Project::preDelete, IDF_Key::postSave and IDF_Key::preDelete
* this is all not quite finished, but a big leap forward to completion
master
Thomas Keller 2010-09-13 00:53:24 +00:00
parent bb13722a2f
commit 0f9f337e66
6 changed files with 663 additions and 64 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

578
src/IDF/Plugin/SyncMonotone.php
View File

@ -35,28 +35,39 @@ class IDF_Plugin_SyncMonotone
$plug = new IDF_Plugin_SyncMonotone();
switch ($signal) {
case 'IDF_Project::created':
$plug->processMonotoneCreate($params['project']);
$plug->processProjectCreate($params['project']);
break;
case 'IDF_Project::preDelete':
$plug->processProjectDelete($params['project']);
break;
case 'IDF_Key::postSave':
$plug->processKeyCreate($params['key']);
break;
case 'IDF_Key::preDelete':
$plug->processKeyDelete($params['key']);
break;
case 'mtnpostpush.php::run':
$plug->processSyncTimeline($params);
$plug->processSyncTimeline($params['project']);
break;
}
}
/**
* Four steps to setup a new monotone project:
* Initial steps to setup a new monotone project:
*
* 1) run mtn db init to initialize a new database underknees
* 'mtn_repositories'
* 2) create a new server key in the same directory
* 3) write monotonerc for access control
* 4) add the database as new local server in the usher configuration
* 5) reload the running usher instance so it acknowledges the new
* server
* 3) create a new client key for IDF and store it in the project conf
* 4) write monotonerc
* 5) add the database as new local server in the usher configuration
* 6) reload the running usher instance so it acknowledges the new server
* 7) create read-/write-permissions for the project and add all public
* keys to the project
*
* @param IDF_Project
*/
function processMonotoneCreate($project)
function processProjectCreate($project)
{
if ($project->getConf()->getVal('scm') != 'mtn') {
return;
@ -82,7 +93,7 @@ class IDF_Plugin_SyncMonotone
__('Could not find mtn-post-push script "%s".'), $mtnpostpush
));
}
$shortname = $project->shortname;
$projectpath = sprintf($projecttempl, $shortname);
if (file_exists($projectpath)) {
@ -101,18 +112,8 @@ class IDF_Plugin_SyncMonotone
// step 1) create a new database
//
$dbfile = $projectpath.'/database.mtn';
$cmd = sprintf(
Pluf::f('mtn_path', 'mtn').' db init -d %s',
escapeshellarg($dbfile)
);
$cmd = Pluf::f('idf_exec_cmd_prefix', '').$cmd;
$output = $return = null;
$ll = exec($cmd, $output, $return);
if ($return != 0) {
throw new IDF_Scm_Exception(sprintf(
__('The database file %s could not be created.'), $dbfile
));
}
$cmd = sprintf('db init -d %s', escapeshellarg($dbfile));
self::_mtn_exec($cmd);
//
// step 2) create a server key
@ -126,43 +127,92 @@ class IDF_Plugin_SyncMonotone
$server = $parsed['host'];
}
$keyname = $shortname.'-server@'.$server;
$cmd = sprintf(
Pluf::f('mtn_path', 'mtn').' au generate_key --confdir=%s %s ""',
$serverkey = $shortname.'-server@'.$server;
$cmd = sprintf('au generate_key --confdir=%s %s ""',
escapeshellarg($projectpath),
escapeshellarg($keyname)
escapeshellarg($serverkey)
);
self::_mtn_exec($cmd);
$cmd = Pluf::f('idf_exec_cmd_prefix', '').$cmd;
$output = $return = null;
$ll = exec($cmd, $output, $return);
if ($return != 0) {
throw new IDF_Scm_Exception(sprintf(
__('The server key %s could not be created.'), $keyname
));
//
// step 3) create a client key, and save it in IDF
//
$clientkey_hash = '';
$monotonerc_tpl = 'monotonerc-noauth.tpl';
if (Pluf::f('mtn_remote_auth', true)) {
$monotonerc_tpl = 'monotonerc-auth.tpl';
$keydir = Pluf::f('tmp_folder').'/mtn-client-keys';
if (!file_exists($keydir)) {
if (!mkdir($keydir)) {
throw new IDF_Scm_Exception(sprintf(
__('The key directory %s could not be created.'), $keydir
));
}
}
$clientkey_name = $shortname.'-client@'.$server;
$cmd = sprintf('au generate_key --keydir=%s %s ""',
escapeshellarg($keydir),
escapeshellarg($clientkey_name)
);
$keyinfo = self::_mtn_exec($cmd);
$parsed_keyinfo = array();
try {
$parsed_keyinfo = IDF_Scm_Monotone_BasicIO::parse($keyinfo);
}
catch (Exception $e) {
echo $e->getTraceAsString(); exit;
throw new IDF_Scm_Exception(sprintf(
__('Could not parse key information: %s'), $e->getMessage()
));
}
$clientkey_hash = $parsed_keyinfo[0][1]['hash'];
$clientkey_file = $keydir . '/' . $clientkey_name . '.' . $clientkey_hash;
$clientkey_data = file_get_contents($clientkey_file);
$project->getConf()->setVal('mtn_client_key_name', $clientkey_name);
$project->getConf()->setVal('mtn_client_key_hash', $clientkey_hash);
$project->getConf()->setVal('mtn_client_key_data', $clientkey_data);
// add the public client key to the server
$cmd = sprintf('au get_public_key --keydir=%s %s',
escapeshellarg($keydir),
escapeshellarg($clientkey_hash)
);
$clientkey_pubdata = self::_mtn_exec($cmd);
$cmd = sprintf('au put_public_key --confdir=%s %s',
escapeshellarg($projectpath),
escapeshellarg($clientkey_pubdata)
);
$keyinfo = self::_mtn_exec($cmd);
}
//
// step 3) write monotonerc for access control
// FIXME: netsync access control is still missing!
//
$monotonerc = file_get_contents(dirname(__FILE__) . "/SyncMonotone/monotonerc.tpl");
// step 4) write monotonerc
//
$monotonerc = file_get_contents(
dirname(__FILE__).'/SyncMonotone/'.$monotonerc_tpl
);
$monotonerc = str_replace(
array("%%MTNPOSTPUSH%%", "%%PROJECT%%"),
array($mtnpostpush, $shortname),
array('%%MTNPOSTPUSH%%', '%%PROJECT%%', '%%MTNCLIENTKEY%%'),
array($mtnpostpush, $shortname, $clientkey_hash),
$monotonerc
);
$rcfile = $projectpath.'/monotonerc';
if (!file_put_contents($rcfile, $monotonerc, LOCK_EX)) {
if (file_put_contents($rcfile, $monotonerc, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write mtn configuration file "%s"'), $rcfile
));
}
//
// step 4) read in and append the usher config with the new server
// step 5) read in and append the usher config with the new server
//
$usher_rc = file_get_contents($usher_config);
$parsed_config = array();
@ -177,13 +227,10 @@ class IDF_Plugin_SyncMonotone
}
// ensure we haven't configured a server with this name already
foreach ($parsed_config as $stanzas)
{
foreach ($stanzas as $stanza_line)
{
foreach ($parsed_config as $stanzas) {
foreach ($stanzas as $stanza_line) {
if ($stanza_line['key'] == 'server' &&
$stanza_line['values'][0] == $shortname)
{
$stanza_line['values'][0] == $shortname) {
throw new IDF_Scm_Exception(sprintf(
__('usher configuration already contains a server '.
'entry named "%s"'),
@ -206,44 +253,463 @@ class IDF_Plugin_SyncMonotone
// FIXME: more sanity - what happens on failing writes? we do not
// have a backup copy of usher.conf around...
if (!file_put_contents($usher_config, $usher_rc, LOCK_EX)) {
if (file_put_contents($usher_config, $usher_rc, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write usher configuration file "%s"'), $usher_config
));
}
//
// step 5) reload usher to pick up the new configuration
// step 6) reload usher to pick up the new configuration
//
IDF_Scm_Monotone_Usher::reload();
//
// step 7) add public monotone keys for the project to
// read-permissions, write-permissions and the database
//
$mtn = IDF_Scm_Monotone::factory($project);
$stdio = $mtn->getStdio();
$auth_ids = self::getAuthorizedUserIds($project);
$key_ids = array();
foreach ($auth_ids as $auth_id) {
$sql = new Pluf_SQL('user=%s', array($auth_id));
$keys = Pluf::factory('IDF_Key')->getList(array('filter' => $sql->gen()));
foreach ($keys as $key) {
if ($key->getType() != 'mtn')
continue;
$stdio->exec(array('put_public_key', $key->content));
$key_ids[] = $key->getMtnId();
}
}
$write_permissions = implode("\n", $key_ids);
$rcfile = $projectpath.'/write-permissions';
if (file_put_contents($rcfile, $write_permissions, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write write-permissions file "%s"'), $rcfile
));
}
if ($project->private) {
$stanza = array(
array('key' => 'pattern', 'values' => array('*')),
);
foreach ($key_ids as $key_id)
{
$stanza[] = array('key' => 'allow', 'values' => array($key_id));
}
}
else {
$stanza = array(
array('key' => 'pattern', 'values' => array('*')),
array('key' => 'allow', 'values' => array('*')),
);
}
$read_permissions = IDF_Scm_Monotone_BasicIO::compile(array($stanza));
$rcfile = $projectpath.'/read-permissions';
if (file_put_contents($rcfile, $read_permissions, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write read-permissions file "%s"'), $rcfile
));
}
}
/**
* Clean up after a mtn project was deleted
*
* @param IDF_Project
*/
public function processProjectDelete($project)
{
if ($project->getConf()->getVal('scm') != 'mtn') {
return;
}
$usher_config = Pluf::f('mtn_usher_conf', false);
if (!$usher_config || !is_writable($usher_config)) {
throw new IDF_Scm_Exception(
'"mtn_usher_conf" does not exist or is not writable.'
);
}
$shortname = $project->shortname;
IDF_Scm_Monotone_Usher::killServer($shortname);
$projecttempl = Pluf::f('mtn_repositories', false);
if ($projecttempl === false) {
throw new IDF_Scm_Exception(
'"mtn_repositories" must be defined in your configuration file.'
);
}
$usher_config = Pluf::f('mtn_usher_conf', false);
if (!$usher_config || !is_writable($usher_config)) {
throw new IDF_Scm_Exception(
'"mtn_usher_conf" does not exist or is not writable.'
);
}
$projectpath = sprintf($projecttempl, $shortname);
if (file_exists($projectpath)) {
if (!self::_delete_recursive($projectpath)) {
throw new IDF_Scm_Exception(sprintf(
__('One or more paths underknees %s could not be deleted.'), $projectpath
));
}
}
if (Pluf::f('mtn_remote_auth', true)) {
$keydir = Pluf::f('tmp_folder').'/mtn-client-keys';
$keyname = $project->getConf()->getVal('mtn_client_key_name', false);
$keyhash = $project->getConf()->getVal('mtn_client_key_hash', false);
if ($keyname && $keyhash &&
file_exists($keydir .'/'. $keyname . '.' . $keyhash)) {
if (!@unlink($keydir .'/'. $keyname . '.' . $keyhash)) {
throw new IDF_Scm_Exception(sprintf(
__('Could not delete client private key %s'), $keyname
));
}
}
}
$usher_rc = file_get_contents($usher_config);
$parsed_config = array();
try {
$parsed_config = IDF_Scm_Monotone_BasicIO::parse($usher_rc);
}
catch (Exception $e) {
throw new IDF_Scm_Exception(sprintf(
__('Could not parse usher configuration in "%s": %s'),
$usher_config, $e->getMessage()
));
}
foreach ($parsed_config as $idx => $stanzas) {
foreach ($stanzas as $stanza_line) {
if ($stanza_line['key'] == 'server' &&
$stanza_line['values'][0] == $shortname) {
unset($parsed_config[$idx]);
break;
}
}
}
$usher_rc = IDF_Scm_Monotone_BasicIO::compile($parsed_config);
// FIXME: more sanity - what happens on failing writes? we do not
// have a backup copy of usher.conf around...
if (file_put_contents($usher_config, $usher_rc, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write usher configuration file "%s"'), $usher_config
));
}
IDF_Scm_Monotone_Usher::reload();
}
/**
* Adds the (monotone) key to all monotone projects of this forge
* where the user of the key has write access to
*/
public function processKeyCreate($key)
{
if ($key->getType() != 'mtn')
return;
$projecttempl = Pluf::f('mtn_repositories', false);
if ($projecttempl === false) {
throw new IDF_Scm_Exception(
'"mtn_repositories" must be defined in your configuration file.'
);
}
foreach (Pluf::factory('IDF_Project')->getList() as $project) {
$conf = new IDF_Conf();
$conf->setProject($project);
$scm = $conf->getVal('scm', 'mtn');
if ($scm != 'mtn')
continue;
$shortname = $project->shortname;
$projectpath = sprintf($projecttempl, $shortname);
if (!file_exists($projectpath)) {
throw new IDF_Scm_Exception(sprintf(
__('The project path %s does not exists.'), $projectpath
));
}
$auth_ids = self::getAuthorizedUserIds($project);
if (!in_array($key->user, $auth_ids))
continue;
$mtn_key_id = $key->getMtnId();
// if the project is not defined as private, all people have
// read access already, so we don't need to write anything
// and we currently do not check if read-permissions really
// contains
// pattern "*"
// allow "*"
// which is the default for non-private projects
if ($project->private == true) {
$read_perms = file_get_contents($projectpath.'/read-permissions');
$parsed_read_perms = array();
try {
$parsed_read_perms = IDF_Scm_Monotone_BasicIO::parse($read_perms);
}
catch (Exception $e) {
throw new IDF_Scm_Exception(sprintf(
__('Could not parse read-permissions for project "%s": %s'),
$shortname, $e->getMessage()
));
}
$wildcard_section = null;
foreach ($parsed_read_perms as $stanzas) {
foreach ($stanzas as $stanza_line) {
if ($stanza_line['key'] == 'pattern' &&
$stanza_line['values'][0] == '*') {
$wildcard_section =& $stanzas;
break;
}
}
}
if ($wildcard_section == null)
{
$wildcard_section = array(
array('key' => 'pattern', 'values' => array('*'))
);
$parsed_read_perms[] =& $wildcard_section;
}
$key_found = false;
foreach ($wildcard_section as $line)
{
if ($line['key'] == 'allow' && $line['values'][0] == $mtn_key_id) {
$key_found = true;
break;
}
}
if (!$key_found) {
$wildcard_section[] = array(
'key' => 'allow', 'values' => array($mtn_key_id)
);
}
$read_perms = IDF_Scm_Monotone_BasicIO::compile($parsed_read_perms);
if (file_put_contents($projectpath.'/read-permissions',
$read_perms, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write read-permissions for project "%s"'), $shortname
));
}
}
$write_perms = file_get_contents($projectpath.'/write-permissions');
$lines = preg_split("/(\n|\r\n)/", $write_perms);
if (!in_array('*', $lines) && !in_array($mtn_key_id, $lines)) {
$lines[] = $mtn_key_id;
}
if (file_put_contents($projectpath.'/write-permissions',
implode("\n", $lines), LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write write-permissions file for project "%s"'),
$shortname
));
}
$mtn = IDF_Scm_Monotone::factory($project);
$stdio = $mtn->getStdio();
$stdio->exec(array('put_public_key', $key->content));
}
}
/**
* Removes the (monotone) key from all monotone projects of this forge
* where the user of the key has write access to
*/
public function processKeyDelete($key)
{
if ($key->getType() != 'mtn')
return;
$projecttempl = Pluf::f('mtn_repositories', false);
if ($projecttempl === false) {
throw new IDF_Scm_Exception(
'"mtn_repositories" must be defined in your configuration file.'
);
}
foreach (Pluf::factory('IDF_Project')->getList() as $project) {
$conf = new IDF_Conf();
$conf->setProject($project);
$scm = $conf->getVal('scm', 'mtn');
if ($scm != 'mtn')
continue;
$shortname = $project->shortname;
$projectpath = sprintf($projecttempl, $shortname);
if (!file_exists($projectpath)) {
throw new IDF_Scm_Exception(sprintf(
__('The project path %s does not exists.'), $projectpath
));
}
$auth_ids = self::getAuthorizedUserIds($project);
if (!in_array($key->user, $auth_ids))
continue;
$mtn_key_id = $key->getMtnId();
// if the project is not defined as private, all people have
// read access already, so we don't need to write anything
// and we currently do not check if read-permissions really
// contains
// pattern "*"
// allow "*"
// which is the default for non-private projects
if ($project->private === true) {
$read_perms = file_get_contents($projectpath.'/read-permissions');
$parsed_read_perms = array();
try {
$parsed_read_perms = IDF_Scm_Monotone_BasicIO::parse($read_perms);
}
catch (Exception $e) {
throw new IDF_Scm_Exception(sprintf(
__('Could not parse read-permissions for project "%s": %s'),
$shortname, $e->getMessage()
));
}
// while we add new keys only to an existing wild-card entry
// we remove dropped keys from all sections since the key
// should be simply unavailable for all of them
foreach ($parsed_read_perms as $stanzas) {
for ($i=0; $i<count($stanzas); ) {
if ($stanzas[$i]['key'] == 'allow' &&
$stanzas[$i]['values'][0] == $mtn_key_id) {
unset($stanzas[$i]);
continue;
}
++$i;
}
}
$read_perms = IDF_Scm_Monotone_BasicIO::compile($parsed_read_perms);
if (file_put_contents($projectpath.'/read-permissions',
$read_perms, LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write read-permissions for project "%s"'), $shortname
));
}
}
$write_perms = file_get_contents($projectpath.'/write-permissions');
$lines = preg_split("/(\n|\r\n)/", $write_perms);
for ($i=0; $i<count($lines); ) {
if ($lines[$i] == $mtn_key_id) {
unset($lines[$i]);
continue;
}
++$i;
}
if (file_put_contents($projectpath.'/write-permissions',
implode("\n", $lines), LOCK_EX) === false) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write write-permissions file for project "%s"'),
$shortname
));
}
$mtn = IDF_Scm_Monotone::factory($project);
$stdio = $mtn->getStdio();
// if the public key did not sign any revisions, drop it from
// the database as well
if (strlen($stdio->exec(array('select', 'k:' . $mtn_key_id))) == 0) {
$stdio->exec(array('drop_public_key', $mtn_key_id));
}
}
}
private static function getAuthorizedUserIds($project)
{
$mem = $project->getMembershipData();
$members = array_merge((array)$mem['members'],
(array)$mem['owners'],
(array)$mem['authorized']);
$userids = array();
foreach ($members as $member) {
$userids[] = $member->id;
}
return $userids;
}
/**
* Update the timeline after a push
*
*/
public function processSyncTimeline($params)
public function processSyncTimeline($project_name)
{
$pname = $params['project'];
try {
$project = IDF_Project::getOr404($pname);
$project = IDF_Project::getOr404($project_name);
} catch (Pluf_HTTP_Error404 $e) {
Pluf_Log::event(array(
'IDF_Plugin_SyncMonotone::processSyncTimeline',
'IDF_Plugin_SyncMonotone::processSyncTimeline',
'Project not found.',
array($pname, $params)
array($project_name, $params)
));
return false; // Project not found
}
Pluf_Log::debug(array(
'IDF_Plugin_SyncMonotone::processSyncTimeline',
'Project found', $pname, $project->id
'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($pname, $project->id)
'sync', array($project_name, $project->id)
));
}
private static function _mtn_exec($cmd)
{
$fullcmd = sprintf('%s %s %s',
Pluf::f('idf_exec_cmd_prefix', ''),
Pluf::f('mtn_path', 'mtn'),
$cmd
);
$output = $return = null;
exec($fullcmd, $output, $return);
if ($return != 0) {
throw new IDF_Scm_Exception(sprintf(
__('The command "%s" could not be executed.'), $cmd
));
}
return implode("\n", $output);
}
private static function _delete_recursive($path)
{
if (is_file($path)) {
return @unlink($path);
}
if (is_dir($path)) {
$scan = glob(rtrim($path, '/') . '/*');
$status = 0;
foreach ($scan as $subpath) {
$status |= self::_delete_recursive($subpath);
}
$status |= rmdir($path);
return $status;
}
}
}

63
src/IDF/Plugin/SyncMonotone/monotonerc-auth.tpl 100644
View File

@ -0,0 +1,63 @@
-- ***** BEGIN LICENSE BLOCK *****
-- This file is part of InDefero, an open source project management application.
-- Copyright (C) 2010 Céondo Ltd and contributors.
--
-- InDefero is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 2 of the License, or
-- (at your option) any later version.
--
-- InDefero is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
--
-- ***** END LICENSE BLOCK *****
--
-- controls the access rights for remote_stdio which is used by IDFs frontend
-- and other interested parties
--
function get_remote_automate_permitted(key_identity, command, options)
if (key_identity.id == "%%MTNCLIENTKEY%%") then
return true
end
return false
end
--
-- let IDF know of new arriving revisions to fill its timeline
--
_idf_revs = {}
function note_netsync_start(session_id)
_idf_revs[session_id] = {}
end
function note_netsync_revision_received(new_id, revision, certs, session_id)
table.insert(_idf_revs[session_id], new_id)
end
function note_netsync_end (session_id, ...)
if table.getn(_idf_revs[session_id]) == 0 then
return
end
local pin,pout,pid = spawn_pipe("%%MTNPOSTPUSH%%", "%%PROJECT%%");
if pid == -1 then
print("could execute %%MTNPOSTPUSH%%")
return
end
for _,r in ipairs(_idf_revs[session_id]) do
pin:write(r .. "\n")
end
pin:close()
wait(pid)
end

12
src/IDF/Plugin/SyncMonotone/monotonerc.tpl → src/IDF/Plugin/SyncMonotone/monotonerc-noauth.tpl
View File

@ -1,6 +1,6 @@
-- ***** BEGIN LICENSE BLOCK *****
-- This file is part of InDefero, an open source project management application.
-- Copyright (C) 2008 Céondo Ltd and contributors.
-- Copyright (C) 2010 Céondo Ltd and contributors.
--
-- InDefero is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
@ -20,6 +20,7 @@
--
-- controls the access rights for remote_stdio which is used by IDFs frontend
-- and other interested parties
--
function get_remote_automate_permitted(key_identity, command, options)
local read_only_commands = {
@ -38,10 +39,13 @@ function get_remote_automate_permitted(key_identity, command, options)
return true
end
end
return false
end
--
-- let IDF know of new arriving revisions to fill its timeline
--
_idf_revs = {}
function note_netsync_start(session_id)
_idf_revs[session_id] = {}
@ -61,11 +65,11 @@ function note_netsync_end (session_id, ...)
print("could execute %%MTNPOSTPUSH%%")
return
end
for _,r in ipairs(_idf_revs[session_id]) do
pin:write(r .. "\n")
end
pin:close()
wait(pid)
end

53
src/IDF/Scm/Monotone/Stdio.php
View File

@ -62,6 +62,55 @@ class IDF_Scm_Monotone_Stdio
$this->stop();
}
/**
* Returns a string with additional options which are passed to
* an mtn instance connecting to remote databases
*
* @return string
*/
public function _getAuthOptions()
{
// no remote authentication - the simple case
if (!Pluf::f('mtn_remote_auth', true)) {
return '--key= ';
}
$prjconf = $this->project->getConf();
$name = $prjconf->getVal('mtn_client_key_name', false);
$hash = $prjconf->getVal('mtn_client_key_hash', false);
if (!$name || !$hash) {
throw new IDF_Scm_Exception(sprintf(
__('Monotone client key name or hash not in project conf.')
));
}
$keydir = Pluf::f('tmp_folder').'/mtn-client-keys';
if (!file_exists($keydir)) {
if (!mkdir($keydir)) {
throw new IDF_Scm_Exception(sprintf(
__('The key directory %s could not be created.'), $keydir
));
}
}
// in case somebody cleaned out the cache, we restore the key here
$keyfile = $keydir . '/' . $name .'.'. $hash;
if (!file_exists($keyfile)) {
$data = $prjconf->getVal('mtn_client_key_data');
if (!file_put_contents($keyfile, $data, LOCK_EX)) {
throw new IDF_Scm_Exception(sprintf(
__('Could not write client key "%s"'), $keyfile
));
}
}
return sprintf('--keydir=%s --key=%s ',
escapeshellarg($keydir),
escapeshellarg($hash)
);
}
/**
* Starts the stdio process and resets the command counter
*/
@ -80,9 +129,8 @@ class IDF_Scm_Monotone_Stdio
$cmd .= sprintf('%s ', escapeshellarg($opt));
}
// FIXME: we might want to add an option for anonymous / no key
// access, but upstream bug #30237 prevents that for now
if ($remote_db_access) {
$cmd .= $this->_getAuthOptions();
$host = sprintf(Pluf::f('mtn_remote_url'), $this->project->shortname);
$cmd .= sprintf('automate remote_stdio %s', escapeshellarg($host));
}
@ -104,7 +152,6 @@ class IDF_Scm_Monotone_Stdio
);
$env = array('LANG' => 'en_US.UTF-8');
$this->proc = proc_open($cmd, $descriptors, $this->pipes,
null, $env);

15
src/IDF/conf/idf.php-dist
View File

@ -76,7 +76,7 @@ $cfg['svn_remote_url'] = 'http://localhost/svn/%s';
# Path to the monotone binary (you need mtn 0.99 or newer)
$cfg['mtn_path'] = 'mtn';
# Additional options for the started monotone process
$cfg['mtn_opts'] = array('--no-workspace', '--no-standard-rcfiles', '--key=');
$cfg['mtn_opts'] = array('--no-workspace', '--no-standard-rcfiles');
#
# You can setup monotone for use with indefero in several ways. The
# two most-used should be:
@ -157,6 +157,19 @@ $cfg['mtn_remote_url'] = 'mtn://my-host.biz/%s';
#
$cfg['mtn_db_access'] = 'remote';
#
# If true, each access to the database is authenticated with an auto-generated
# project key which is stored in the IDF project configuration
# ('mtn_client_key_*') and written out to $cfg['tmp_folder']/mtn-client-keys
# for its actual use. This key is then configured on the server to have
# full read / write access to all functions, while anonymous access can be
# completely disabled.
# If false, IDF tries to connect anonymously, without authentication, to
# the remote monotone server instance. In this case no project-specific
# keys are generated and the server must be configured to allow at least
# anonymous read access to the main functions.
#
$cfg['mtn_remote_auth'] = true;
#
# If configured, this allows basic control of a running usher process
# via the forge administration. The variable must point to the full (writable)
# path of the usher configuration file which gets updated when new projects

6
src/IDF/relations.php
View File

@ -88,6 +88,12 @@ Pluf_Signal::connect('gitpostupdate.php::run',
# monotone synchronization
Pluf_Signal::connect('IDF_Project::created',
array('IDF_Plugin_SyncMonotone', 'entry'));
Pluf_Signal::connect('IDF_Project::preDelete',
array('IDF_Plugin_SyncMonotone', 'entry'));
Pluf_Signal::connect('IDF_Key::postSave',
array('IDF_Plugin_SyncMonotone', 'entry'));
Pluf_Signal::connect('IDF_Key::preDelete',
array('IDF_Plugin_SyncMonotone', 'entry'));
Pluf_Signal::connect('phppostpush.php::run',
array('IDF_Plugin_SyncMonotone', 'entry'));