public void WF_Delay1()
{
DelayTestWorkflow wfContent1;
//-- creating workflow state contents
wfContent1 = new DelayTestWorkflow(TestRoot);
wfContent1.Name = "WF1";
wfContent1.TestInstanceId = "WF1";
wfContent1.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent1.Save();
wfContent1 = Node.Load <DelayTestWorkflow>(wfContent1.Id);
//-- starting the workflow
InstanceManager.Start(wfContent1);
InstanceManager._Poll();
InstanceManager._Poll();
wfContent1 = Node.Load <DelayTestWorkflow>(wfContent1.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent1.WorkflowStatus);
// var result = SenseNet.Search.ContentQuery.Query("WorkflowStarted:yes .AUTOFILTERS:OFF");
//-- checking final status
Assert.IsTrue(wfContent1.WorkflowStatus == WorkflowStatusEnum.Completed,
String.Concat("WorkflowStatus: ", wfContent1.WorkflowStatus, ". Expected: ", WorkflowStatusEnum.Completed));
}
public void WF_Delay()
{
//if (!Node.Exists("/Root/System/WorkflowProtoTypes/DelayTest"))
//{
// var prototypesFolder = Node.LoadNode("/Root/System/WorkflowProtoTypes");
// if (prototypesFolder == null)
// {
// prototypesFolder = Content.CreateNew("Folder", Repository.SystemFolder, "WorkflowProtoTypes").ContentHandler;
// prototypesFolder.Save();
// }
// var wfProto = new DelayTestWorkflow(prototypesFolder);
// wfProto.Name = "DelayTest";
// wfProto.Save();
//}
DelayTestWorkflow wfContent1, wfContent2;
//-- creating workflow state contents
wfContent1 = new DelayTestWorkflow(TestRoot);
wfContent1.Name = "WF1";
wfContent1.TestInstanceId = "WF1";
wfContent1.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent1.Save();
wfContent1 = Node.Load <DelayTestWorkflow>(wfContent1.Id);
wfContent2 = new DelayTestWorkflow(TestRoot);
wfContent2.Name = "WF2";
wfContent2.TestInstanceId = "WF2";
wfContent2.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent2.Save();
wfContent2 = Node.Load <DelayTestWorkflow>(wfContent2.Id);
//-- starting the workflow
InstanceManager.Start(wfContent1);
Thread.Sleep(10);
InstanceManager.Start(wfContent2);
Thread.Sleep(25 * 1000);
wfContent1 = Node.Load <DelayTestWorkflow>(wfContent1.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent1.WorkflowStatus);
wfContent2 = Node.Load <DelayTestWorkflow>(wfContent2.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent2.WorkflowStatus);
// var result = SenseNet.Search.ContentQuery.Query("WorkflowStarted:yes .AUTOFILTERS:OFF");
//-- checking final status
var expectedMessage = "Finished";
string msg;
if (!WfWatcher.WaitForFinished(out msg))
{
Assert.Inconclusive("Workflow message was not received");
}
Assert.IsTrue(msg == expectedMessage, String.Concat("Received message: '", msg, "'. Expected: '", expectedMessage, "'"));
}
public void WF_Delay1()
{
DelayTestWorkflow wfContent1;
//-- creating workflow state contents
wfContent1 = new DelayTestWorkflow(TestRoot);
wfContent1.Name = "WF1";
wfContent1.TestInstanceId = "WF1";
wfContent1.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent1.Save();
wfContent1 = Node.Load<DelayTestWorkflow>(wfContent1.Id);
//-- starting the workflow
InstanceManager.Start(wfContent1);
InstanceManager._Poll();
InstanceManager._Poll();
wfContent1 = Node.Load<DelayTestWorkflow>(wfContent1.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent1.WorkflowStatus);
// var result = SenseNet.Search.ContentQuery.Query("WorkflowStarted:yes .AUTOFILTERS:OFF");
//-- checking final status
Assert.IsTrue(wfContent1.WorkflowStatus == WorkflowStatusEnum.Completed,
String.Concat("WorkflowStatus: ", wfContent1.WorkflowStatus, ". Expected: ", WorkflowStatusEnum.Completed));
}
public void WF_Delay()
{
//if (!Node.Exists("/Root/System/WorkflowProtoTypes/DelayTest"))
//{
// var prototypesFolder = Node.LoadNode("/Root/System/WorkflowProtoTypes");
// if (prototypesFolder == null)
// {
// prototypesFolder = Content.CreateNew("Folder", Repository.SystemFolder, "WorkflowProtoTypes").ContentHandler;
// prototypesFolder.Save();
// }
// var wfProto = new DelayTestWorkflow(prototypesFolder);
// wfProto.Name = "DelayTest";
// wfProto.Save();
//}
DelayTestWorkflow wfContent1, wfContent2;
//-- creating workflow state contents
wfContent1 = new DelayTestWorkflow(TestRoot);
wfContent1.Name = "WF1";
wfContent1.TestInstanceId = "WF1";
wfContent1.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent1.Save();
wfContent1 = Node.Load<DelayTestWorkflow>(wfContent1.Id);
wfContent2 = new DelayTestWorkflow(TestRoot);
wfContent2.Name = "WF2";
wfContent2.TestInstanceId = "WF2";
wfContent2.Timeout = TimeSpan.Parse("00:00:00:10");
wfContent2.Save();
wfContent2 = Node.Load<DelayTestWorkflow>(wfContent2.Id);
//-- starting the workflow
InstanceManager.Start(wfContent1);
Thread.Sleep(10);
InstanceManager.Start(wfContent2);
Thread.Sleep(25 * 1000);
wfContent1 = Node.Load<DelayTestWorkflow>(wfContent1.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent1.WorkflowStatus);
wfContent2 = Node.Load<DelayTestWorkflow>(wfContent2.Id);
Debug.WriteLine("##WF> @@@@ WorkflowStatus: " + wfContent2.WorkflowStatus);
// var result = SenseNet.Search.ContentQuery.Query("WorkflowStarted:yes .AUTOFILTERS:OFF");
//-- checking final status
var expectedMessage = "Finished";
string msg;
if (!WfWatcher.WaitForFinished(out msg))
Assert.Inconclusive("Workflow message was not received");
Assert.IsTrue(msg == expectedMessage, String.Concat("Received message: '", msg, "'. Expected: '", expectedMessage, "'"));
}