public TestResultArgs(Process process, Activity activity, TestResultStage resultStage, string extraDetails)
{
CurrentProcess = process;
CurrentActivity = activity;
ResultStage = resultStage;
ExtraDetails = extraDetails;
}
private void CheckActivityStatus(Process p, Activity a, out bool breakFromLoop)
{
breakFromLoop = false;
char[] squareBrackets = { '[', ']' };
string statusToCheck = a.Action.Trim(squareBrackets);
int processInstanceIDToUse = p.ProcessInstanceID;
//This is a system event and we just want to check if it is there and finished.
if (!p.ProcessName.Equals(a.ProcessName))
{//TODO: doesnot cater for recursive IPCs
processInstanceIDToUse = SmartObjectHelper.GetIPCProcessInstanceByFolio(K2Server, p.ProcessInstanceID, a.ProcessName);
//////SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, string.Format("IPC detected pid:{0} originalProcessName:{1} newProcessName{2}",processInstanceIDToUse,p.ProcessName, a.ProcessName)));
//Check for IPC and if so get the child IPC pid
if (processInstanceIDToUse == (int)SmartObjectHelper.ReturnCodes.NoProcessInstanceFound)
{
string IPCMessage = string.Format("'{0}' ({1})- '{2}':IPC child not found", p.ProcessName, a.ProcessName, a.Name);
//////a.TestStatus = IPCMessage;
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityNotFoundRetrying, IPCMessage));
//////break;
}
}
if (statusToCheck == "NotTaken")
{
//check path taken or not taken as appropriate.
if (string.IsNullOrEmpty(SmartObjectHelper.GetActivityStatus(K2Server, processInstanceIDToUse, a.Name).Trim()))
{
a.Retry = false;
a.TestStatus = string.Format("'{0}' - '{1}':Activity Not Taken Correctly: '", a.ProcessName, a.Name);
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityActioned, a.TestStatus + a.Name + "' "));
breakFromLoop = true; return;
}
else
{
string err = string.Format("'{0}' - '{1}':Activity Taken Incorrectly: ", a.ProcessName, a.Name);
FailTest(err, TestResultStage.ActivityExecutionError, p, a);
breakFromLoop = true; return;
}
}
else //Completed, Active etc.
{
string actualStatus = SmartObjectHelper.GetActivityStatus(K2Server, processInstanceIDToUse, a.Name).Trim();
//////SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, string.Format("statusToCheck:{0} actualStatus:{1} newProcessName{2}", statusToCheck, actualStatus, a.ProcessName)));
if (actualStatus == statusToCheck)
{
a.Retry = false;
a.TestStatus = string.Format("'{0}' - '{1}':Activity {2}: '", a.ProcessName, a.Name, actualStatus);
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityActioned, a.TestStatus + a.Name + "' "));
bool breakOut;
//process the datafields to determine if we have to save a dfs value
processDataFields(p, a, out breakOut);
breakFromLoop = true; return;
}
else
{
//
string err = string.Format("'{0}' - '{1}':[{2}] action expected but actual status was [{3}]", a.ProcessName, a.Name, statusToCheck, actualStatus);
FailTest(err, TestResultStage.ActivityNotFoundRetrying, p, a);
}
}
}
private void ProcessActivity(Process p, Activity a)
{
//Ok so we have an activity to action.
//try and get the item from the worklist, but only a limited number of times.
bool actioned = false;
for (int i = 0; i < a.MaxRetryCount; i++)
{
bool breakFromLoop = false;
retryLoopIteration(i, p, a, out breakFromLoop, out actioned);
if (breakFromLoop)
{
break;
}
}//retry loop
if (a.Retry)
{
p.ActivityExecutionError = "Could not find activity event: '" + a.Name + "'";
////////SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, string.Format("a.teststatus blank {0}",a.TestStatus)));
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityNotFoundGivingUp, "Error: Activity Name: '" + a.Name + "' could not be found after " + a.MaxRetryCount.ToString() + " retries."));
p.ProcessStatus = "Error";
a.TestStatus = "Could not find activity";
p.ProcessHasUnexpectedErrors = true;
a.Retry = false;
}
}
private void ProcessActivities(Process p)
{
foreach (Activity a in p.Activities)
{
currentActivity = a;
//Break out of this test if there is an error.
if (p.ProcessHasUnexpectedErrors) break;
if (a.Name.Equals("start", StringComparison.OrdinalIgnoreCase))
{
ProcessStartActivity(p, a);
}//END OF START ACTIVITY
else if (a.Name.Equals("SubProcess", StringComparison.OrdinalIgnoreCase))
{
foreach (Process subProcess in a.SubProcesses)
{
ProcessProcess(subProcess);
}
}
else //Not start
{
ProcessActivity(p, a);
}//Not Start
if (!this.ProceedWithTest)
{
break;
}
}//foreach activity
}
private void ProcessProcess(Process p)
{
currentProcess = p;
try
{
string message = string.Format("Starting test {0,30}", p.Description);
SendResult(new TestResultArgs(p, null, TestResultStage.NewProcessTestStarting, message));
p.TestStartDate = DateTime.Now;
ProcessActivities(p);
p.TestEndDate = DateTime.Now;
SendResult(new TestResultArgs(p, null, TestResultStage.NewProcessTestFinished, "Test " + p.Description + " ended"));
var servItems = k2helper.WorkflowServer().GetProcessInstances(p.Folio);
if (servItems.Count == 1)
{
var err = k2helper.WorkflowServer().GetError(servItems[0].ProcID, servItems[0].ID);
if (!string.IsNullOrEmpty(err))
{
if (err.Count() > 0) p.ProcessError = err.ToString();
p.ProcessStatus = "In Error";
}
else
{
p.ProcessStatus = "Running";
}
}
else
{
p.ProcessStatus = "Complete";
}
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
string innerExceptionStackTrace = null;
if (ex.InnerException != null)
{
innerExceptionStackTrace = ex.InnerException.StackTrace;
}
SendResult(new TestResultArgs(currentProcess, currentActivity, TestResultStage.FatalError, string.Format(new NullFormat(),"Process : {0}{1}{2} innerexception:{3}", currentActivity.ProcessName, ex.Message, ex.StackTrace, innerExceptionStackTrace)));
p.ProcessStatus = "In Error";
}
}
private void InvokeMethod(Process process, Activity activity, string assembly, string className, string method, List<string> parameters)
{
object[] para = new object[parameters.Count];
for (int i = 0; i < parameters.Count; i++)
{
switch (parameters[i])
{
case "[Process]":
para[i] = process;
break;
case "[Activity]":
para[i] = activity;
break;
default:
para[i] = parameters[i];
break;
}
}
DynamicCodeExecution.InvokeMethod(assembly, className, method, para);
}
private Process ConstructProcessFromXmlNodeListOldStyle(XmlNode processNode, Process newprocess, string xmlRootDir, string parentFilename)
{
newprocess.Description = XmlHelper.GetAttributeValue(processNode, "description", XmlHelper.NameCaseSensitive.No);
//Now lets get all Activities listed in the XML
newprocess.Activities.AddRange(ConstructActivitiesFromXMLNodeList(processNode.ChildNodes, xmlRootDir, newprocess, parentFilename));
return newprocess;
}
private void processDataFields(Process p, Activity a, out bool breakFromLoop)
{
bool needsUpdate = false;
breakFromLoop = false;
foreach (var df in a.DataFields)
{
string dfValue = null;
int i = 0;
while (dfValue == null)
{
dfValue = SmartObjectHelper.GetProcessDataFieldValue(K2Server, p.ProcessInstanceID, df.Key);
System.Threading.Thread.Sleep(1000);
i++;
if (i > 10)
{
break;
}
}
var mockDF = new CoreDataField();
mockDF.Name = df.Key;
SendResult(new TestResultArgs(p,a, TestResultStage.DebugMessage, string.Format(new NullFormat(), "dfKey:{0} - dfvalue:{0}",df.Key, dfValue)));
if (dfValue == null)
{
dfValue = "NULL";
}
mockDF.Value = dfValue;
processDataField(df.Value, null, mockDF, out needsUpdate, out breakFromLoop);
}
}
private void RunMethod(Process p, Activity a, MethodType type)
{
//Do a quick check
switch (type)
{
case MethodType.PreMethod:
if (!a.PreMethodCall.NeedToInvoke) return;
break;
case MethodType.PostMethod:
if (!a.PostMethodCall.NeedToInvoke) return;
break;
}
string sAssembly = (type == MethodType.PreMethod) ? a.PreMethodCall.Assembly : a.PostMethodCall.Assembly;
string sClass = (type == MethodType.PreMethod) ? a.PreMethodCall.Class : a.PostMethodCall.Class;
string sMethod = (type == MethodType.PreMethod) ? a.PreMethodCall.Method : a.PostMethodCall.Method;
List<string> sParameters = (type == MethodType.PreMethod) ? a.PreMethodCall.Parameters : a.PostMethodCall.Parameters;
//Run method.
try
{
InvokeMethod(p, a, sAssembly, sClass, sMethod, sParameters);
SendResult(new TestResultArgs(p, a, (type == MethodType.PreMethod) ? TestResultStage.ActivityPreMethodExecuted : TestResultStage.ActivityPostMethodExecuted));
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
//TODO: refactor to use FailTest
p.ActivityExecutionError = a.ActivityExecutionError = ex.Message.ToString();
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityExecutionError, type.ToString() + " execution error : " + p.ActivityExecutionError));
p.ProcessHasUnexpectedErrors = true;
}
}
private void ConstructProcessesFromXMLNodeList(XmlNodeList xmlnodelist, List<Process> processes, string xmlRootDir, string parentFilename)
{
//List<Process> newProcesses = new List<Process>();
foreach (XmlNode processNode in xmlnodelist)
{
string processTypeString = XmlHelper.GetAttributeValue(processNode, "type", "Assert").ToLower();
ProcessType processType = (ProcessType)Enum.Parse(typeof(ProcessType), processTypeString);
string processName = XmlHelper.GetAttributeValue(processNode, "processName");
string processUniqueID = XmlHelper.GetAttributeValue(processNode, "uniqueID", "NoUniqueID");
string fileName = XmlHelper.GetAttributeValue(processNode, "fileName");
bool runTest = bool.Parse(XmlHelper.GetAttributeValue(processNode, "TestEnabled", "True"));
if (!runTest) continue; // Skip the remainder of this iteration.;
if (!Regex.Match(this.TestsTypesToRun.ToString(), processTypeString, RegexOptions.IgnoreCase).Success)
{
//These are not the process types you are looking for. #jedimindtrick
continue;
}
if (string.IsNullOrEmpty(fileName))
{//This is an actual process to test and not a pointer to another file
if (processUniqueID == "NoUniqueID" || !uniqueProcessIdList.Contains(processUniqueID))
{
uniqueProcessIdList.Add(processUniqueID);
Process newProcess = new Process();
if (string.IsNullOrEmpty(processName))
{//old style Process Name is a node of the child nodes
newProcess = ConstructProcessFromXmlNodeListOldStyle(processNode, xmlRootDir, parentFilename);
}
else
{
newProcess = ConstructProcessFromXmlNodeListNewStyle(processNode, xmlRootDir, parentFilename);
}
newProcess.ProcessType = processType;
processes.Add(newProcess);
}
else
{
SendResult(new TestResultArgs(null, null, TestResultStage.DebugMessage, string.Format("Constructed Process already exists in test file, so skipping it {0} - {1}", processName, processUniqueID)));
}
}
}
}
private bool ActionActivity(Process p, Activity a, SourceCode.Workflow.Client.WorklistItem item, string actionuser, bool impersonateUser)
{
try
{
////////item.ActivityInstanceDestination.DataFields["Data.Actioner"].Value = "bob";
////////item.ProcessInstance.Update();
bool fieldToSaveFound = false;
foreach (KeyValuePair<string, CoreDataField> kvp in a.DataFields)
{
if (kvp.Value.Check == "set")
{
//try to set the datafield
if (kvp.Value.Type == CoreDataFieldType.Activity)
{
item.ActivityInstanceDestination.DataFields[kvp.Value.Name].Value = kvp.Value.Value;
}
else
{
item.ProcessInstance.DataFields[kvp.Value.Name].Value = kvp.Value.Value;
}
fieldToSaveFound = true;
}
}
if (fieldToSaveFound)
{
item.ProcessInstance.Update();
}
if (impersonateUser)
{
k2helper.WorkflowClient().connection.ImpersonateUser(actionuser);
}
if (this.AutoActionTasks)
{
item.Actions[a.Action].Execute();
}
else
{
this.CurrentTaskURL = item.Data;
SendResult(new TestResultArgs(p,a, TestResultStage.CreateTask, item.Data));
try
{
Thread.Sleep(Timeout.Infinite);
}
catch(ThreadInterruptedException)
{
}
}
string actionMsg = string.Format("'{0}' - '{1}': Activity '{2}' as user {3}", a.ProcessName, a.Name, a.Action, actionuser);
a.Retry = false;
a.TestStatus = actionMsg;
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityActioned, actionMsg));
if (impersonateUser)
{
k2helper.WorkflowClient().connection.RevertUser();
}
return true;
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
if (impersonateUser)
{
k2helper.WorkflowClient().connection.RevertUser();
}
string err = string.Format("'{0}' - '{1}': Execution failed : {2}, {3}", a.ProcessName, a.Name, ex.Message, ex.StackTrace);
//Some errors are temporary, so retry
FailTest(err, TestResultStage.ActivityNotFoundRetrying, p, a);
return false;
}
}
private void ProcessStartActivity(Process p, Activity a)
{
RunMethod(p, a, MethodType.PreMethod);
//Start Process
SendResult(new TestResultArgs(p, a, TestResultStage.ProcessStarting, "Process : " + a.ProcessName));
p.Folio = string.Format("{0}", "TEST : " + DateTime.Now.ToString());
//If we need to set a datafield to an existing variable, we need to modify the a.DataFields collection
prepareDataFields(a.DataFields);
try
{
p.ProcessInstanceID = k2helper.StartK2Process(a.ProcessName, p.Folio, a.DataFields);
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
SendResult(new TestResultArgs(p, a, TestResultStage.FatalError, string.Format("Process : {0}{1}{2}", a.ProcessName, ex.Message, ex.StackTrace)));
/// throw
}
if (p.ProcessInstanceID < 0)
{
//TODO: refactor to use FailTest
p.ActivityExecutionError = "Process did not start : ";
a.ActivityExecutionError = p.ActivityExecutionError;
SendResult(new TestResultArgs(p, a, TestResultStage.FatalError, "Process did not start : " + p.ActivityExecutionError));
p.ProcessHasUnexpectedErrors = true;
}
else
{
//the p.Processname only gets assigned once the start activity has been initiated.
p.ProcessName = a.ProcessName;
a.Retry = false;
a.TestStatus = "Created";
//////SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, "a.teststatus set to created"));
SendResult(new TestResultArgs(p, a, TestResultStage.ProcessStarted));
}
//Post Method
RunMethod(p, a, MethodType.PostMethod);
}
private void FailTest(string reasonText, TestResultStage tesResultStage, Process p, Activity a)
{
p.ActivityExecutionError = reasonText;
a.ActivityExecutionError = p.ActivityExecutionError;
if (tesResultStage != TestResultStage.ActivityNotFoundRetrying)
{
p.ProcessHasUnexpectedErrors = true;
a.Retry = false;
a.TestStatus = "Failed";
}
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityExecutionError, reasonText));
}
private void ActionWorklistItemsIfFound(WorklistItems items, Process p, Activity a, out bool breakFromLoop, out bool actioned, out bool IPCeventFound)
{
actioned = false;
breakFromLoop = false;
IPCeventFound = false;
string currentUser = "******" + System.Security.Principal.WindowsIdentity.GetCurrent().Name;
for (int x = 0; x < items.Count; x++)
{
//Loop through and see if there is an item for this activity assigned to the current user.
if (string.Equals(currentUser, items[x].Destination, StringComparison.OrdinalIgnoreCase)
&& a.Name.Equals(items[x].ActivityName))
{
//if we are here then maybe we have an item in an IPC event,
//set the a.ProcInstID which will be called on the next round.
// important to note that IPC retry counts should be set higher to
//cope with this hack!
a.ProcessInstanceID = items[x].ProcInstID;
IPCeventFound = true;
breakFromLoop = true; return;
}
if (!this.ProceedWithTest)
{
breakFromLoop = true; return;
}
}
for (int x = 0; x < items.Count; x++)
{
//we have a matching activity, but it is not assigned to the current user.
if (string.Equals(items[x].ActivityName, a.Name, StringComparison.OrdinalIgnoreCase))
{
try
{
//If we are on the last loop, lets impersonate the destination user and action the item.
string impersonatedUser = string.Empty;
Dictionary<string, object> filter = new Dictionary<string, object>();
switch (items[x].Actioner.ActionerType)
{
case ActionerType.User:
impersonatedUser = items[x].Actioner.Name;
break;
case ActionerType.Groups:
filter.Add("Group_name", items[x].Actioner.Name);
filter.Add("LabelName", "K2:");
//get the first user in the group.
var group = k2helper.SmartObjectClient().SmartObjectGetList(filter, "UMUSer", "Get_Group_Users");
impersonatedUser = group.Rows[0]["Name"].ToString();
break;
case ActionerType.Role:
filter.Add("Role_Name", items[x].Actioner.Name);
//get the first user in the group.
var role = k2helper.SmartObjectClient().SmartObjectGetList(filter, "UMUSer", "Get_Role_Users");
impersonatedUser = role.Rows[0]["Name"].ToString();
break;
}
//now impersonate them and action the worklist item.
var wlitem = k2helper.WorkflowClient().GetWorkListItem(items[x].ProcInstID + "_ " + items[x].ActInstDestID, impersonatedUser);
actioned = ActionActivity(p, a, wlitem, impersonatedUser, true);
if (!actioned)
{
breakFromLoop = true; return;
}
//wlitem.Actions[a.Action].Execute();
//k2helper.WorkflowServer().RedirectWorklistItem(items[x].Destination, currentUser, items[x].ProcInstID, items[x].ActInstDestID, items[x].ID);
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
string err = "Error getting worklist item : " + ex.Message;
FailTest(err, TestResultStage.ActivityExecutionError, p, a);
breakFromLoop = true; return;
}
if (!this.ProceedWithTest)
{
breakFromLoop = true; return;
}
Thread.Sleep(1000);
}
}//end for
}
private List<Activity> ConstructActivitiesFromXMLNodeList(XmlNodeList processChildrenNodeList, string xmlRootDir, Process newProcess, string parentFilename)
{
//Old format contained Activities node for every activity
//new format - not every nodes may be Activity node
//for each activity in the process
List<Activity> activities = new List<Activity>();
foreach (XmlNode activityNode in processChildrenNodeList)
{
if (activityNode.Name == "Activities")
{
string activitiesFileName = XmlHelper.GetAttributeValue(activityNode, "fileName");
//if Node contains a filename attribute and it is populated
if (string.IsNullOrEmpty(activitiesFileName))
{
List<Activity> newactivities = ConstructActivityFromXMLNode(activityNode, xmlRootDir, parentFilename);
activities.AddRange(newactivities);
}
else
{
List<Activity> subFileActivities = ConstructActivitiesFromXMLFile(activitiesFileName, xmlRootDir, parentFilename);
activities.AddRange(subFileActivities);
}
}
else if (activityNode.Name == "Activity")
{
//We have found that this activity is of type "StartProcess"
XmlNodeList xmlnodelistProceesses = activityNode.SelectNodes(@"Process");
if (xmlnodelistProceesses != null && xmlnodelistProceesses.Count > 0)
{
Activity activityWithSubProcess = new Activity();
activityWithSubProcess.ErrorExpected = bool.Parse(XmlHelper.GetAttributeValue(activityNode, "exceptionExpected", "False"));
activityWithSubProcess.Name = "SubProcess";
activityWithSubProcess.SubProcesses = new List<Process>();
ConstructProcessesFromXMLNodeList(xmlnodelistProceesses, activityWithSubProcess.SubProcesses, xmlRootDir, parentFilename);
foreach (Process proc in activityWithSubProcess.SubProcesses)
{
proc.RootProcess = newProcess;
}
activities.Add(activityWithSubProcess);
}
else
{
List<Activity> newactivities = ConstructActivityFromXMLNode(activityNode, xmlRootDir, parentFilename);
activities.AddRange(newactivities);
}
}
else
{
//could be DataFields, PreMethodCall etc.
}
}
return activities;
}
private void whatdoesthisdo(SourceCode.Workflow.Client.Worklist wl, Process p, Activity a, out bool breakFromLoop, out bool actioned)
{
breakFromLoop = false;
actioned = false;
//Incase there are multiple worklist items, lets find the activity we want to action.
foreach (SourceCode.Workflow.Client.WorklistItem item in wl)
{
if (string.Equals(item.ActivityInstanceDestination.Name, a.Name, StringComparison.OrdinalIgnoreCase))
{
string currentuser = "******" + System.Security.Principal.WindowsIdentity.GetCurrent().Name;
//We have found the activity that we should update
//first set process instance data fields.
Dictionary<string, object> input = new Dictionary<string, object>();
bool breakFromInnerLoop = false;
processDataFields(item, a, out breakFromInnerLoop);
if (breakFromInnerLoop)
{
breakFromLoop = true; return;
}
//We need to see if the allocated person is the curent person , otehrwise reopen the worklst item.
if (string.Equals(item.AllocatedUser, currentuser, StringComparison.OrdinalIgnoreCase))
{
//Pre Method
RunMethod(p, a, MethodType.PreMethod);
actioned = ActionActivity(p, a, item, currentuser, false);
if (!actioned)
{
breakFromLoop = true; return;
}
RunMethod(p, a, MethodType.PostMethod);
}
else
{
//open this item as the allocated user.
SourceCode.Workflow.Client.WorklistItem newitem = null;
try
{
newitem = k2helper.WorkflowClient().GetWorkListItem(item.SerialNumber, item.AllocatedUser);
}
catch (Exception ex)
{
if (ex.IsFatal())
{
throw;
}
string err = "Error getting worklist " + ex.Message;
FailTest(err, TestResultStage.ActivityExecutionError, p, a);
breakFromLoop = true; return;
}
actioned = ActionActivity(p, a, newitem, currentuser, false);
if (!actioned)
{
breakFromLoop = true; return;
}
}//open as allocated user
breakFromLoop = true; return;
}//activity name matches
if (!this.ProceedWithTest)
{
breakFromLoop = true; return;
}
}//foreach workitem
}
private void retryLoopIteration(int i, Process p, Activity a, out bool breakFromLoop, out bool actioned)
{
actioned = false;
breakFromLoop = false;
a.CountOfRetries = i;
SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, string.Format("a.Retry was {0}", a.Retry)));
bool IPCeventFound = false;
/////////////////////////////////////////////////////////////////////////////////////////////////////
if (a.Action.StartsWith("[") && a.Action.EndsWith("]"))
{
CheckActivityStatus(p, a, out breakFromLoop);
if (!this.ProceedWithTest)
{
breakFromLoop = true;
}
if (breakFromLoop)
{
return;
}
}//search for an activity in a certain state
else //try to execute the action
{
//Get all items by the folio so it should be unique
SourceCode.Workflow.Management.Criteria.WorklistCriteriaFilter fil = new SourceCode.Workflow.Management.Criteria.WorklistCriteriaFilter();
fil.AddRegularFilter(SourceCode.Workflow.Management.WorklistFields.Folio, SourceCode.Workflow.Management.Criteria.Comparison.Equals, p.Folio);
fil.AddRegularFilter(SourceCode.Workflow.Management.WorklistFields.ProcessFullName, SourceCode.Workflow.Management.Criteria.Comparison.Equals, string.IsNullOrEmpty(a.ProcessName) ? p.ProcessName : a.ProcessName);
WorklistItems items = k2helper.WorkflowServer().GetWorklistItems(fil);
ActionWorklistItemsIfFound(items, p, a, out breakFromLoop, out actioned, out IPCeventFound);
if (!actioned)
{
//Open a conection to the server
SourceCode.Workflow.Client.Worklist wl = k2helper.WorkflowClient().GetAllWorkListItem((a.ProcessInstanceID == 0) ? p.ProcessInstanceID : a.ProcessInstanceID);
whatdoesthisdo(wl,p,a, out breakFromLoop, out actioned);
if (breakFromLoop)
{
return;
}
}//workitem exists
}// else try to execute action
if (a.Retry)
{
string msg = string.Format("Activity Name: '{0}' was not available, retrying in {1} seconds. Retries left : {2}", a.Name , a.RetryInSeconds , (a.MaxRetryCount - a.CountOfRetries));
SendResult(new TestResultArgs(p, a, TestResultStage.ActivityNotFoundRetrying, msg));
}
ErrorLog newError = GetLastError();
if (!AreIDsEqual(newError, lastError))
{ //Basically if there is a new error
if (a.ErrorExpected)
{//Are We expecting an error?
SendResult(new TestResultArgs(p, null, TestResultStage.ActivityActioned, string.Format("Error Expected and occured: {0} '{2}' ---> '{1}'"
, newError.ID, newError.Description, newError.ProcessName)));
a.Retry = false;
breakFromLoop = true;
}
else
{
SendResult(new TestResultArgs(p, null, TestResultStage.FatalError, string.Format("Error: {0} '{2}' ---> '{1}'"
, newError.ID, newError.Description, newError.ProcessName)));
a.Retry = false;
a.TestStatus = "More errors";
p.ProcessHasUnexpectedErrors = true;
}
}
else
{//no new error
if (a.ErrorExpected)
{
SendResult(new TestResultArgs(p, null, TestResultStage.ActivityNotFoundRetrying, string.Format("'{0}' ({1})- '{2}': Error Expected but did not occur!.. yet!: {3}", p.ProcessName, a.ProcessName, a.Name, a.TestStatus)));
//Thread.Sleep(1000);
actioned = false;
a.Retry = true;
a.TestStatus = string.Empty;
}
else
{
SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, "No Error expected and no error!"));
}
}
lastError = newError;
if (!this.ProceedWithTest)
{
breakFromLoop = true; return;
}
if (a.Retry)
{
SendResult(new TestResultArgs(p, a, TestResultStage.DebugMessage, "told to retry, sleeping"));
System.Threading.Thread.Sleep(a.RetryInSeconds * 1000);
}
}