public EngineInvokeResponseAPI Execute(string authenticationToken, string tenantId, EngineInvokeRequestAPI engineInvokeRequest)
{
string endpointUrl = null;
HttpClient httpClient = null;
HttpContent httpContent = null;
HttpResponseMessage httpResponseMessage = null;
EngineInvokeResponseAPI engineInvokeResponse = null;
Policy.Handle <ServiceProblemException>().Retry(HttpUtils.MAXIMUM_RETRIES).Execute(() =>
{
using (httpClient = HttpUtils.CreateRuntimeHttpClient(authenticationToken, tenantId, engineInvokeRequest.stateId))
{
// Use the JSON formatter to create the content of the request body
httpContent = new StringContent(JsonConvert.SerializeObject(engineInvokeRequest));
httpContent.Headers.ContentType = new MediaTypeHeaderValue("application/json");
// Construct the URL for the engine execute request
endpointUrl = ServiceUrl + MANYWHO_ENGINE_EXECUTE_URI_PART + engineInvokeRequest.stateId;
// Post the engine invoke request over to ManyWho
httpResponseMessage = httpClient.PostAsync(endpointUrl, httpContent).Result;
// Check the status of the response and respond appropriately
if (httpResponseMessage.IsSuccessStatusCode)
{
// Get the engine invoke response object from the response message
engineInvokeResponse = JsonConvert.DeserializeObject <EngineInvokeResponseAPI>(httpResponseMessage.Content.ReadAsStringAsync().Result);
}
else
{
throw new ServiceProblemException(new ServiceProblem(endpointUrl, httpResponseMessage, string.Empty));
}
}
});
return(engineInvokeResponse);
}
public void Execute(INotifier notifier, String tenantId, String flowId, String player, String mode, String reportingMode, WorkflowRuleNotification workflowRuleNotification)
{
FlowResponseAPI flowResponse = null;
EngineInvokeRequestAPI engineInvokeRequest = null;
EngineInvokeResponseAPI engineInvokeResponse = null;
EngineInitializationRequestAPI engineInitializationRequest = null;
EngineInitializationResponseAPI engineInitializationResponse = null;
AuthenticationCredentialsAPI authenticationCredentials = null;
String authenticationToken = null;
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Executing notification.");
}
// Check to see if we have object identifiers to process
if (workflowRuleNotification.ObjectIDs != null &&
workflowRuleNotification.ObjectIDs.Count > 0)
{
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Notification has object identifiers.");
}
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry(String.Format("Loading flow for tenant ({0}) and identifier ({1}).", tenantId, flowId));
}
// Now we have the data from the message, we can execute the workflow
// Load the flow by the unique identifier
flowResponse = RunSingleton.GetInstance().LoadFlowById(notifier, authenticationToken, tenantId, flowId);
// Check to make sure we have a flow response
if (flowResponse == null)
{
throw new ArgumentNullException("FlowResponse", "The flow is null for the provided tenant and flow identifier.");
}
foreach (String objectID in workflowRuleNotification.ObjectIDs)
{
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Sending initialization request to ManyWho.");
}
// Create an engine initialization request to kick off the flow
engineInitializationRequest = new EngineInitializationRequestAPI();
engineInitializationRequest.flowId = new FlowIdAPI();
engineInitializationRequest.flowId.id = flowResponse.id.id;
engineInitializationRequest.flowId.versionId = flowResponse.id.versionId;
engineInitializationRequest.mode = mode;
engineInitializationRequest.reportingMode = reportingMode;
// If we're not using the default player, change the urls
if (player != "default")
{
engineInitializationRequest.joinPlayerUrl = "https://flow.manywho.com/" + tenantId + "/play/" + player;
engineInitializationRequest.playerUrl = "https://flow.manywho.com/" + tenantId + "/play/" + player;
}
// Initialize the workflow with the values provided
engineInitializationRequest.inputs = new List <EngineValueAPI>();
engineInitializationRequest.inputs.Add(new EngineValueAPI()
{
developerName = "SalesforceNotificationRecordId", contentValue = objectID, contentType = ManyWhoConstants.CONTENT_TYPE_STRING
});
engineInitializationRequest.inputs.Add(new EngineValueAPI()
{
developerName = "SalesforceNotificationObjectName", contentValue = workflowRuleNotification.ObjectName, contentType = ManyWhoConstants.CONTENT_TYPE_STRING
});
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("SalesforceNotificationRecordId: " + objectID);
}
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("SalesforceNotificationObjectName: " + workflowRuleNotification.ObjectName);
}
// Initialize the engine with the bare basics
engineInitializationResponse = RunSingleton.GetInstance().Initialize(notifier, authenticationToken, tenantId, engineInitializationRequest);
// Check to see if the workflow is authorized to execute - if not, we need to login using the session
if (engineInitializationResponse.statusCode.Equals(ManyWhoConstants.AUTHORIZATION_STATUS_NOT_AUTHORIZED, StringComparison.OrdinalIgnoreCase) == true)
{
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Event not authorized, attempting a login using session info.");
}
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("SessionId: " + workflowRuleNotification.SessionID);
}
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("SessionURL: " + workflowRuleNotification.SessionURL);
}
// Create the authentication credentials for the service
authenticationCredentials = new AuthenticationCredentialsAPI();
authenticationCredentials.loginUrl = engineInitializationResponse.authorizationContext.loginUrl;
authenticationCredentials.sessionToken = workflowRuleNotification.SessionID;
authenticationCredentials.sessionUrl = workflowRuleNotification.SessionURL;
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Logging into service again using session info.");
}
// Login to the system
authenticationToken = RunSingleton.GetInstance().Login(notifier, tenantId, engineInitializationResponse.stateId, authenticationCredentials);
// Apply the state back
engineInitializationRequest.stateId = engineInitializationResponse.stateId;
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Initializing engine again for state identifier: " + engineInitializationResponse.stateId);
}
// Initialize the engine again - re-using the state identifier
engineInitializationResponse = RunSingleton.GetInstance().Initialize(notifier, authenticationToken, tenantId, engineInitializationRequest);
}
// Now create the fist engine invoke request so we can get the content of the first ivr
engineInvokeRequest = new EngineInvokeRequestAPI();
engineInvokeRequest.currentMapElementId = engineInitializationResponse.currentMapElementId;
engineInvokeRequest.invokeType = ManyWhoConstants.INVOKE_TYPE_FORWARD;
engineInvokeRequest.mapElementInvokeRequest = new MapElementInvokeRequestAPI();
engineInvokeRequest.currentMapElementId = engineInitializationResponse.currentMapElementId;
engineInvokeRequest.stateId = engineInitializationResponse.stateId;
engineInvokeRequest.stateToken = engineInitializationResponse.stateToken;
engineInvokeRequest.mode = mode;
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Sending invoke request to ManyWho.");
}
// Invoke the engine with the first request
engineInvokeResponse = RunSingleton.GetInstance().Execute(notifier, authenticationToken, tenantId, engineInvokeRequest);
// If we're running in step through mode, we notify the author with the join identifier so they can debug the workflow
if (SettingUtils.IsDebugging(engineInvokeRequest.mode) == true &&
engineInvokeRequest.mode.Equals(ManyWhoConstants.MODE_DEBUG_STEPTHROUGH, StringComparison.OrdinalIgnoreCase) == true)
{
notifier.AddLogEntry("Flow is waiting to be joined in order to be debugged.");
notifier.AddLogEntry("JoinUrl: " + engineInvokeResponse.joinFlowUri + "&mode=" + engineInvokeRequest.mode);
}
}
}
else
{
if (SettingUtils.IsDebugging(mode))
{
notifier.AddLogEntry("Notification does not have object identifiers.");
}
}
}
