/**
* Put SubProcess in Process
* @var string $pro_uid. Uid for Process
* @var string $spr_uid. Uid for SubProcess
* @var array $spr_data. Data for SubProcess
*
*
* @author Brayan Pereyra (Cochalo) <*****@*****.**>
* @copyright Colosa - Bolivia
*
* @return array
*/
public function putSubprocesss($pro_uid, $tas_uid, $spr_data)
{
$pro_uid = $this->validateProUid($pro_uid);
$tas_uid = $this->validateTasUid($tas_uid);
if (empty($spr_data)) {
throw new \Exception("The request data is empty.");
}
if (isset($spr_data['spr_pro'])) {
$spr_data['spr_pro'] = $this->validateProUid($spr_data['spr_pro']);
}
if (isset($spr_data['spr_tas'])) {
$spr_data['spr_tas'] = $this->validateTasUid($spr_data['spr_tas']);
}
$dataTemp = $this->getSubprocesss($pro_uid, $tas_uid);
$spr_data = array_merge($dataTemp, $spr_data);
$spr_data['spr_variables_in'] = isset($spr_data['spr_variables_in']) ? $spr_data['spr_variables_in'] : array();
$oSubProcess = new \SubProcess();
$aData = array('SP_UID' => $spr_data['spr_uid'], 'PRO_UID' => $spr_data['spr_pro'], 'TAS_UID' => $spr_data['spr_tas'], 'PRO_PARENT' => $pro_uid, 'TAS_PARENT' => $tas_uid, 'SP_TYPE' => 'SIMPLE', 'SP_SYNCHRONOUS' => (int) $spr_data['spr_synchronous'], 'SP_SYNCHRONOUS_TYPE' => 'ALL', 'SP_SYNCHRONOUS_WAIT' => 0, 'SP_VARIABLES_OUT' => serialize($spr_data['spr_variables_out']), 'SP_VARIABLES_IN' => serialize($spr_data['spr_variables_in']), 'SP_GRID_IN' => '');
$oSubProcess->update($aData);
$lang = defined('SYS_LANG') ? SYS_LANG : 'en';
\Content::addContent('TAS_TITLE', '', $tas_uid, $lang, $spr_data['spr_name']);
}
/**
* Implementation for 'POST' method for Rest API
*
* @param mixed $spUid Primary key
*
* @return array $result Returns array within multiple records or a single record depending if
* a single selection was requested passing id(s) as param
*/
protected function post($spUid, $proUid, $tasUid, $proParent, $tasParent, $spType, $spSynchronous, $spSynchronousType, $spSynchronousWait, $spVariablesOut, $spVariablesIn, $spGridIn)
{
try {
$result = array();
$obj = new SubProcess();
$obj->setSpUid($spUid);
$obj->setProUid($proUid);
$obj->setTasUid($tasUid);
$obj->setProParent($proParent);
$obj->setTasParent($tasParent);
$obj->setSpType($spType);
$obj->setSpSynchronous($spSynchronous);
$obj->setSpSynchronousType($spSynchronousType);
$obj->setSpSynchronousWait($spSynchronousWait);
$obj->setSpVariablesOut($spVariablesOut);
$obj->setSpVariablesIn($spVariablesIn);
$obj->setSpGridIn($spGridIn);
$obj->save();
} catch (Exception $e) {
throw new RestException(412, $e->getMessage());
}
}
/**
* this function remove all Process except the PROCESS ROW
*
* @param string $sProUid
* @return boolean
*/
public function removeProcessRows ($sProUid)
{
try {
//Instance all classes necesaries
$oProcess = new Process();
$oDynaform = new Dynaform();
$oInputDocument = new InputDocument();
$oOutputDocument = new OutputDocument();
$oTrigger = new Triggers();
$oStepTrigger = new StepTrigger();
$oRoute = new Route();
$oStep = new Step();
$oSubProcess = new SubProcess();
$oCaseTracker = new CaseTracker();
$oCaseTrackerObject = new CaseTrackerObject();
$oObjectPermission = new ObjectPermission();
$oSwimlaneElement = new SwimlanesElements();
$oConnection = new DbSource();
$oStage = new Stage();
$oEvent = new Event();
$oCaseScheduler = new CaseScheduler();
$oConfig = new Configuration();
//Delete the tasks of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( TaskPeer::PRO_UID, $sProUid );
$oDataset = TaskPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
$oTask = new Task();
while ($aRow = $oDataset->getRow()) {
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( StepTriggerPeer::TAS_UID, $aRow['TAS_UID'] );
StepTriggerPeer::doDelete( $oCriteria );
if ($oTask->taskExists( $aRow['TAS_UID'] )) {
$oTask->remove( $aRow['TAS_UID'] );
}
$oDataset->next();
}
//Delete the dynaforms of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( DynaformPeer::PRO_UID, $sProUid );
$oDataset = DynaformPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
$sWildcard = PATH_DYNAFORM . $aRow['PRO_UID'] . PATH_SEP . $aRow['DYN_UID'] . '_tmp*';
foreach (glob( $sWildcard ) as $fn) {
@unlink( $fn );
}
$sWildcard = PATH_DYNAFORM . $aRow['PRO_UID'] . PATH_SEP . $aRow['DYN_UID'] . '.*';
foreach (glob( $sWildcard ) as $fn) {
@unlink( $fn );
}
if ($oDynaform->dynaformExists( $aRow['DYN_UID'] )) {
$oDynaform->remove( $aRow['DYN_UID'] );
}
$oDataset->next();
}
//Delete the input documents of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( InputDocumentPeer::PRO_UID, $sProUid );
$oDataset = InputDocumentPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oInputDocument->InputExists( $aRow['INP_DOC_UID'] )) {
$oInputDocument->remove( $aRow['INP_DOC_UID'] );
}
$oDataset->next();
}
//Delete the output documents of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( OutputDocumentPeer::PRO_UID, $sProUid );
$oDataset = OutputDocumentPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oOutputDocument->OutputExists( $aRow['OUT_DOC_UID'] )) {
$oOutputDocument->remove( $aRow['OUT_DOC_UID'] );
}
$oDataset->next();
}
//Delete the steps
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( StepPeer::PRO_UID, $sProUid );
$oDataset = StepPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
//Delete the steptrigger of process
/*$oCriteria = new Criteria('workflow');
$oCriteria->add(StepTriggerPeer::STEP_UID, $aRow['STEP_UID']);
$oDataseti = StepTriggerPeer::doSelectRS($oCriteria);
$oDataseti->setFetchmode(ResultSet::FETCHMODE_ASSOC);
$oDataseti->next();
while ($aRowi = $oDataseti->getRow()) {
if ($oStepTrigger->stepTriggerExists($aRowi['STEP_UID'], $aRowi['TAS_UID'], $aRowi['TRI_UID'], $aRowi['ST_TYPE']))
$oStepTrigger->remove($aRowi['STEP_UID'], $aRowi['TAS_UID'], $aRowi['TRI_UID'], $aRowi['ST_TYPE']);
$oDataseti->next();
}*/
$oStep->remove( $aRow['STEP_UID'] );
$oDataset->next();
}
//Delete the StepSupervisor
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( StepSupervisorPeer::PRO_UID, $sProUid );
$oDataset = StepSupervisorPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oStep->StepExists( $aRow['STEP_UID'] )) {
$oStep->remove( $aRow['STEP_UID'] );
}
$oDataset->next();
}
//Delete the triggers of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( TriggersPeer::PRO_UID, $sProUid );
$oDataset = TriggersPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oTrigger->TriggerExists( $aRow['TRI_UID'] )) {
$oTrigger->remove( $aRow['TRI_UID'] );
}
$oDataset->next();
}
//Delete the routes of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( RoutePeer::PRO_UID, $sProUid );
$oDataset = RoutePeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oRoute->routeExists( $aRow['ROU_UID'] )) {
$oRoute->remove( $aRow['ROU_UID'] );
}
$oDataset->next();
}
//Delete the swimlanes elements of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( SwimlanesElementsPeer::PRO_UID, $sProUid );
$oDataset = SwimlanesElementsPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oSwimlaneElement->swimlanesElementsExists( $aRow['SWI_UID'] )) {
$oSwimlaneElement->remove( $aRow['SWI_UID'] );
}
$oDataset->next();
}
//Delete the DB connections of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( DbSourcePeer::PRO_UID, $sProUid );
$oDataset = DbSourcePeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oConnection->Exists( $aRow['DBS_UID'], $aRow['PRO_UID'] )) {
$oConnection->remove( $aRow['DBS_UID'], $aRow['PRO_UID'] );
}
$oDataset->next();
}
//Delete the sub process of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( SubProcessPeer::PRO_PARENT, $sProUid );
$oDataset = SubProcessPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oSubProcess->subProcessExists( $aRow['SP_UID'] )) {
$oSubProcess->remove( $aRow['SP_UID'] );
}
$oDataset->next();
}
//Delete the caseTracker of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( CaseTrackerPeer::PRO_UID, $sProUid );
$oDataset = CaseTrackerPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oCaseTracker->caseTrackerExists( $aRow['PRO_UID'] )) {
$oCaseTracker->remove( $aRow['PRO_UID'] );
}
$oDataset->next();
}
//Delete the caseTrackerObject of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( CaseTrackerObjectPeer::PRO_UID, $sProUid );
$oDataset = CaseTrackerObjectPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oCaseTrackerObject->caseTrackerObjectExists( $aRow['CTO_UID'] )) {
$oCaseTrackerObject->remove( $aRow['CTO_UID'] );
}
$oDataset->next();
}
//Delete the ObjectPermission of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( ObjectPermissionPeer::PRO_UID, $sProUid );
$oDataset = ObjectPermissionPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oObjectPermission->Exists( $aRow['OP_UID'] )) {
$oObjectPermission->remove( $aRow['OP_UID'] );
}
$oDataset->next();
}
//Delete the Stage of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( StagePeer::PRO_UID, $sProUid );
$oDataset = StagePeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oStage->Exists( $aRow['STG_UID'] )) {
$oStage->remove( $aRow['STG_UID'] );
}
$oDataset->next();
}
//Delete the Event of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( EventPeer::PRO_UID, $sProUid );
$oDataset = EventPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oEvent->Exists( $aRow['EVN_UID'] )) {
$oEvent->remove( $aRow['EVN_UID'] );
}
$oDataset->next();
if ($oEvent->existsByTaskUidFrom( $aRow['TAS_UID'] )) {
$aRowEvent = $oEvent->getRowByTaskUidFrom( $aRow['TAS_UID'] );
$oEvent->remove( $aRowEvent['EVN_UID'] );
}
$oDataset->next();
}
//Delete the CaseScheduler of process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->add( CaseSchedulerPeer::PRO_UID, $sProUid );
$oDataset = CaseSchedulerPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oCaseScheduler->Exists( $aRow['SCH_UID'] )) {
$oCaseScheduler->remove( $aRow['SCH_UID'] );
}
$oDataset->next();
}
//Delete the TaskExtraProperties of the process
$oCriteria = new Criteria( 'workflow' );
$oCriteria->addSelectColumn( ConfigurationPeer::CFG_UID );
$oCriteria->addSelectColumn( ConfigurationPeer::OBJ_UID );
$oCriteria->addSelectColumn( ConfigurationPeer::CFG_VALUE );
$oCriteria->addSelectColumn( TaskPeer::PRO_UID );
$oCriteria->addSelectColumn( ConfigurationPeer::USR_UID );
$oCriteria->addSelectColumn( ConfigurationPeer::APP_UID );
$oCriteria->add( TaskPeer::PRO_UID, $sProUid );
$oCriteria->add( ConfigurationPeer::CFG_UID, 'TAS_EXTRA_PROPERTIES' );
$oCriteria->addJoin( ConfigurationPeer::OBJ_UID, TaskPeer::TAS_UID );
$oDataset = ConfigurationPeer::doSelectRS( $oCriteria );
$oDataset->setFetchmode( ResultSet::FETCHMODE_ASSOC );
$oDataset->next();
while ($aRow = $oDataset->getRow()) {
if ($oConfig->exists($aRow['CFG_UID'], $aRow['OBJ_UID'], $aRow['PRO_UID'], $aRow['USR_UID'], $aRow['APP_UID'])) {
$oConfig->remove( $aRow['CFG_UID'], $aRow['OBJ_UID'], $aRow['PRO_UID'], $aRow['USR_UID'], $aRow['APP_UID'] );
}
$oDataset->next();
}
return true;
} catch (Exception $oError) {
throw ($oError);
}
}
/**
* deleteSubProcess
*
* @param string $sProcessUID
* @param string $sTaskUID
* @return boolean true
* throw Exception $oError
*/
public function deleteSubProcess($sProcessUID = '', $sTaskUID = '')
{
try {
$oTasks = new Tasks();
$oTasks->deleteTask($sTaskUID);
$oCriteria = new Criteria('workflow');
$oCriteria->addSelectColumn('SP_UID');
$oCriteria->add(SubProcessPeer::PRO_PARENT, $sProcessUID);
$oCriteria->add(SubProcessPeer::TAS_PARENT, $sTaskUID);
$oDataset = SubProcessPeer::doSelectRS($oCriteria);
$oDataset->setFetchmode(ResultSet::FETCHMODE_ASSOC);
$oDataset->next();
$aRow = $oDataset->getRow();
$oSubProcess = new SubProcess();
$oSubProcess->remove($aRow['SP_UID']);
return true;
} catch (Exception $oError) {
throw $oError;
}
}
/**
* Validates all modified columns of given SubProcess object.
* If parameter $columns is either a single column name or an array of column names
* than only those columns are validated.
*
* NOTICE: This does not apply to primary or foreign keys for now.
*
* @param SubProcess $obj The object to validate.
* @param mixed $cols Column name or array of column names.
*
* @return mixed TRUE if all columns are valid or the error message of the first invalid column.
*/
public static function doValidate(SubProcess $obj, $cols = null)
{
$columns = array();
if ($cols) {
$dbMap = Propel::getDatabaseMap(SubProcessPeer::DATABASE_NAME);
$tableMap = $dbMap->getTable(SubProcessPeer::TABLE_NAME);
if (!is_array($cols)) {
$cols = array($cols);
}
foreach ($cols as $colName) {
if ($tableMap->containsColumn($colName)) {
$get = 'get' . $tableMap->getColumn($colName)->getPhpName();
$columns[$colName] = $obj->{$get}();
}
}
} else {
if ($obj->isNew() || $obj->isColumnModified(SubProcessPeer::SP_TYPE)) {
$columns[SubProcessPeer::SP_TYPE] = $obj->getSpType();
}
if ($obj->isNew() || $obj->isColumnModified(SubProcessPeer::SP_SYNCHRONOUS)) {
$columns[SubProcessPeer::SP_SYNCHRONOUS] = $obj->getSpSynchronous();
}
if ($obj->isNew() || $obj->isColumnModified(SubProcessPeer::SP_SYNCHRONOUS_TYPE)) {
$columns[SubProcessPeer::SP_SYNCHRONOUS_TYPE] = $obj->getSpSynchronousType();
}
}
return BasePeer::doValidate(SubProcessPeer::DATABASE_NAME, SubProcessPeer::TABLE_NAME, $columns);
}
public function removeSupProcess($proUid, $tasUid)
{
try {
$subProcess = \SubProcess::findByParents($proUid, $tasUid);
self::log("Remove SupProcess: " . $subProcess->getSpUid());
$subProcess->delete();
self::log("Remove SupProcess Success!");
} catch (\Exception $e) {
self::log("Exception: ", $e->getMessage(), "Trace: ", $e->getTraceAsString());
throw $e;
}
}
$out = array();
for ($i = 1; $i <= count($_POST['form']['grid1']); $i++) {
$out[$_POST['form']['grid1'][$i]['VAR_OUT1']] = $_POST['form']['grid1'][$i]['VAR_OUT2'];
}
$in = array();
for ($j = 1; $j <= count($_POST['form']['grid2']); $j++) {
$in[$_POST['form']['grid2'][$j]['VAR_IN1']] = $_POST['form']['grid2'][$j]['VAR_IN2'];
}
require_once 'classes/model/Task.php';
$oTask = new Task();
//$aTask=$oTask->load($_POST['form']['TASKS']);
//$aTask=$oTask->load($_POST['form']['PRO_UID']);
$aTask = $_POST['form']['TASKS'] != 0 ? $oTask->load($_POST['form']['TASKS']) : 0;
//$aTask['PRO_UID']=0;
if (isset($_POST['form']['SP_SYNCHRONOUS']) && $_POST['form']['SP_SYNCHRONOUS'] == '') {
$_POST['form']['SP_SYNCHRONOUS'] = '0';
}
if (!isset($_POST['form']['SP_SYNCHRONOUS'])) {
$_POST['form']['SP_SYNCHRONOUS'] = '0';
}
require_once 'classes/model/SubProcess.php';
$oOP = new SubProcess();
$aData = array('SP_UID' => $_POST['form']['SP_UID'], 'PRO_UID' => isset($aTask['PRO_UID']) ? $aTask['PRO_UID'] : '', 'TAS_UID' => $_POST['form']['TASKS'], 'PRO_PARENT' => $_POST['form']['PRO_PARENT'], 'TAS_PARENT' => $_POST['form']['TAS_PARENT'], 'SP_TYPE' => 'SIMPLE', 'SP_SYNCHRONOUS' => $_POST['form']['SP_SYNCHRONOUS'], 'SP_SYNCHRONOUS_TYPE' => 'ALL', 'SP_SYNCHRONOUS_WAIT' => 0, 'SP_VARIABLES_OUT' => serialize($out), 'SP_VARIABLES_IN' => serialize($in), 'SP_GRID_IN' => '');
$oOP->update($aData);
require_once 'classes/model/Content.php';
$lang = defined('SYS_LANG') ? SYS_LANG : 'en';
//$cont = Content::addContent( 'SP_TITLE', '', $_POST['form']['SP_UID'], $lang, $_POST['form']['SPROCESS_NAME'] );
$cont = Content::addContent('TAS_TITLE', '', $_POST['form']['TAS_PARENT'], $lang, $_POST['form']['SPROCESS_NAME']);
//$cont = Content::addContent( 'TAS_TITLE', '', $_POST['form']['SP_UID'], $lang, $_POST['form']['SPROCESS_NAME'] );
//G::header('location: processes_Map?PRO_UID='. $_POST['form']['PRO_UID']);
die;
/**
* Create Sub Process rows from an array, removing those subprocesses with
* the same UID.
* @param $SubProcess array
* @return void.
*/
function createSubProcessRowsXpdl($sProUid, $SubProcess, $tasks)
{
$process = new Process();
$oData->tasks = $this->getTaskRows($sProUid);
foreach ($SubProcess as $key => $row) {
$findTask = 0;
foreach ($oData->tasks as $task => $id) {
if ($row['TAS_PARENT'] == $id['TAS_UID']) {
$findTask = 1;
}
}
if ($findTask == 0) {
$id = $this->findIdTask($row['TAS_PARENT'], $tasks);
$SubProcess[$key]['TAS_PARENT'] = $id;
}
$oSubProcess = new SubProcess();
if ($oSubProcess->subProcessExists($row['SP_UID'])) {
$oSubProcess->remove($row['SP_UID']);
}
$res = $oSubProcess->create($row);
}
return;
}
