/// <summary>
/// Returns object query of automation states for my pending contacts which can be used as datasource for unigrid.
/// </summary>
/// <param name="user">User for whom pending contacts are shown</param>
/// <param name="contactsWhereCondition">Where condition for filtering contacts</param>
private ObjectQuery <AutomationStateInfo> GetPendingContacts(UserInfo user, string contactsWhereCondition)
{
// Get complete where condition for pending steps
var condition = WorkflowStepInfoProvider.GetAutomationPendingStepsWhereCondition(user, SiteContext.CurrentSiteID);
// Get automation steps specified by condition with permission control
var automationWorkflowSteps = WorkflowStepInfoProvider.GetWorkflowSteps()
.Where(condition)
.Column("StepID")
.WhereEquals("StepWorkflowType", (int)WorkflowTypeEnum.Automation);
// Get all pending contacts from automation state where status is Pending and current user is the owner
var allPendingContacts = AutomationStateInfoProvider.GetAutomationStates()
.WhereIn("StateStepID", automationWorkflowSteps)
.WhereEquals("StateStatus", (int)ProcessStatusEnum.Pending)
.WhereEquals("StateObjectType", ContactInfo.OBJECT_TYPE);
var contactIDs = ContactInfoProvider.GetContacts()
.Column("ContactID")
.Where(contactsWhereCondition);
if (ShowOnlyMyPendingContacts)
{
contactIDs.WhereEquals("ContactOwnerUserID", user.UserID);
}
return(allPendingContacts.WhereIn("StateObjectID", contactIDs.AsMaterializedList("ContactID")));
}
private void gridState_OnAction(string actionName, object actionArgument)
{
switch (actionName.ToLowerCSafe())
{
case "delete":
int stateId = ValidationHelper.GetInteger(actionArgument, 0);
AutomationManager manager = AutomationManager.GetInstance(CurrentUser);
var obj = CMSObjectHelper.GetObjectById(ObjectType, ObjectID);
var state = AutomationStateInfoProvider.GetAutomationStateInfo(stateId);
manager.RemoveProcess(obj, state);
break;
}
}
protected void listElem_OnAction(string actionName, object actionArgument)
{
switch (actionName)
{
case "delete":
var stateID = ValidationHelper.GetInteger(actionArgument, 0);
if (stateID > 0)
{
if (mCanRemoveAutomationProcesses)
{
var stateInfo = AutomationStateInfoProvider.GetAutomationStateInfo(stateID);
AutomationStateInfoProvider.DeleteAutomationStateInfo(stateInfo);
}
}
break;
}
}
protected void listElem_OnAction(string actionName, object actionArgument)
{
switch (actionName)
{
case "delete":
var stateID = ValidationHelper.GetInteger(actionArgument, 0);
if (stateID > 0)
{
var stateInfo = AutomationStateInfoProvider.GetAutomationStateInfo(stateID);
if ((stateInfo != null) && WorkflowStepInfoProvider.CanUserRemoveAutomationProcess(CurrentUser, SiteInfoProvider.GetSiteName(stateInfo.StateSiteID)))
{
AutomationStateInfoProvider.DeleteAutomationStateInfo(stateInfo);
}
}
break;
}
}
/// <summary>
/// Remove contact from process. Called when the "Remove contact from process" button is pressed.
/// Expects the CreateAutomationState method to be run first.
/// </summary>
private bool RemoveContactFromProcess()
{
// Get dataset of contacts
string where = "ContactLastName LIKE N'My New Contact%'";
int topN = 1;
var contacts = ContactInfoProvider.GetContacts().Where(where).TopN(topN);
// Get the process
WorkflowInfo process = WorkflowInfoProvider.GetWorkflowInfo("MyNewProcess", WorkflowTypeEnum.Automation);
if (DataHelper.DataSourceIsEmpty(contacts) || (process == null))
{
return(false);
}
// Get the contact from dataset
ContactInfo contact = contacts.First <ContactInfo>();
// Get the instance of automation manager
AutomationManager manager = AutomationManager.GetInstance(CurrentUser);
// Get the states
var states = AutomationStateInfoProvider.GetAutomationStates()
.WhereEquals("StateWorkflowID", process.WorkflowID)
.WhereEquals("StateObjectID", contact.ContactID)
.WhereEquals("StateObjectType", PredefinedObjectType.CONTACT);
if (states.Any())
{
// Loop through the individual items
foreach (AutomationStateInfo state in states)
{
// Remove contact from process
manager.RemoveProcess(contact, state);
}
return(true);
}
return(false);
}
private void gridState_OnAction(string actionName, object actionArgument)
{
switch (actionName.ToLowerCSafe())
{
case "delete":
int stateId = ValidationHelper.GetInteger(actionArgument, 0);
var obj = BaseAbstractInfoProvider.GetInfoById(ObjectType, ObjectID);
var state = AutomationStateInfoProvider.GetAutomationStateInfo(stateId);
if (!CurrentUser.IsAuthorizedPerResource(ModuleName.ONLINEMARKETING, "RemoveProcess", SiteInfoProvider.GetSiteName(state.StateSiteID)))
{
RedirectToAccessDenied(ModuleName.ONLINEMARKETING, "RemoveProcess");
}
AutomationManager manager = AutomationManager.GetInstance(CurrentUser);
manager.RemoveProcess(obj, state);
break;
}
}
/// <summary>
/// Remove contact from process. Called when the "Remove contact from process" button is pressed.
/// Expects the CreateAutomationState method to be run first.
/// </summary>
private bool RemoveContactFromProcess()
{
// Get dataset of contacts
string where = "ContactLastName LIKE N'My New Contact%'";
int topN = 1;
InfoDataSet <ContactInfo> contacts = ContactInfoProvider.GetContacts(where, null, topN, null);
// Get the process
WorkflowInfo process = WorkflowInfoProvider.GetWorkflowInfo("MyNewProcess", WorkflowTypeEnum.Automation);
if (!DataHelper.DataSourceIsEmpty(contacts) && (process != null))
{
// Get the contact from dataset
ContactInfo contact = contacts.First <ContactInfo>();
// Get the instance of automation manager
AutomationManager manager = AutomationManager.GetInstance(CurrentUser);
// Prepare the parameters
where = "StateWorkflowID = " + process.WorkflowID + " AND StateObjectID = " + contact.ContactID + " AND StateObjectType = '" + PredefinedObjectType.CONTACT + "'";
// Get the states
InfoDataSet <AutomationStateInfo> states = AutomationStateInfoProvider.GetStates(where, null);
if (!DataHelper.DataSourceIsEmpty(states))
{
// Loop through the individual items
foreach (AutomationStateInfo state in states)
{
// Remove contact from process
manager.RemoveProcess(contact, state);
}
return(true);
}
}
return(false);
}
