/*
* Schedules Tab
* */
private void runSchedules_TimedEvent(Object source, EventArgs e)
{
// Only run on one minute after every 15
if (DateTime.Now.Minute == 1 || DateTime.Now.Minute == 16 || DateTime.Now.Minute == 31 || DateTime.Now.Minute == 46)
{
this.logger.Log("Schedule checks begin");
this.scheduledEmailsStatus.Text = "Scheduled Emails are running";
try
{
// Read the schedules that are currently in the repository, to update the active schedule queue
TableauRepository rep = new TableauRepository(Configurator.GetConfig("tableau_server"),
Configurator.GetConfig("repository_pw"), "readonly");
rep.logger = this.logger;
NpgsqlDataReader dr = rep.query_inactive_subscription_schedules_for_next_run_time();
if (dr.HasRows == true)
{
using (StreamWriter active_schedules_file = new StreamWriter(this.active_schedules_queue_filename, false, new UTF8Encoding()))
{
while (dr.Read())
{
string sched_name = dr.GetString(0);
string sched_next_run_time;
//Although server time is usually UTC, the time is later compared with current time converted to UTC too.
DateTime serverTime = dr.GetDateTime(1);
sched_next_run_time = serverTime.ToString();
this.logger.Log(String.Format("Next scheduled run time (UTC) is {0}", sched_next_run_time));
// Only add if the sched_name is in the checked schedules
int num_checked_items = availableSchedulesList.CheckedItems.Count;
string[] checked_schedule_names = new string[num_checked_items];
var k = 0;
foreach (object itemChecked in availableSchedulesList.CheckedItems)
{
checked_schedule_names[k] = itemChecked.ToString();
k++;
}
string[] sched = new string[2] {
sched_name, sched_next_run_time
};
bool schedule_exists_in_queue = false;
foreach (string[] queued_sched in this.active_schedules)
{
if (queued_sched[0] == sched_name && queued_sched[1] == sched_next_run_time)
{
schedule_exists_in_queue = true;
this.logger.Log(String.Format("Schedule {0} at {1} already exists in queue", sched_name, sched_next_run_time));
}
}
if (schedule_exists_in_queue == false)
{
// Only add checked schedule names
if (checked_schedule_names.Any(sched.Contains) == true)
{
this.active_schedules.Add(sched);
this.logger.Log(String.Format("Schedule {0} at {1} added to the queue", sched_name, sched_next_run_time));
active_schedules_file.WriteLine(String.Format("{0}|{1}", sched_name, sched_next_run_time));
}
}
}
}
}
dr.Close();
}
catch (NpgsqlException ne)
{
this.logger.Log("Connecting to repository to update the active queue failed. Ignoring for now, will update at next interval");
this.logger.Log(ne.Message);
}
// Look at the Active Queue and determine if anything is past it's due date
foreach (string[] queued_sched in this.active_schedules.Reverse <string[]>())
{
if (DateTime.Now.ToUniversalTime() > DateTime.Parse(queued_sched[1]))
{
this.logger.Log(String.Format("Schedule {0} at {1} is now eligible to be run.", queued_sched[0], queued_sched[1]));
bool result = send_email(queued_sched[0]);
if (result == true)
{
this.logger.Log(String.Format("Schedule {0} at {1} has run successfully. Removing from queue", queued_sched[0], queued_sched[1]));
}
else
{
//Suppose a schedule contains multiple subscriptions and one of them fails, the original app will send pdf to everyone else every 15 minutes.
//This prevents it by removing unsuccessful sessions.
this.logger.Log(String.Format("Schedule {0} at {1} failed (maybe partially). Removing from queue", queued_sched[0], queued_sched[1]));
}
// Write completed schedules into the schedule_run log
this.completed_schedules_file.WriteLine(String.Format("{0}|{1}", queued_sched[0], queued_sched[1]));
this.active_schedules.Remove(queued_sched);
}
}
// Write the queues to the active_schedules files
using (StreamWriter active_schedules_file = new StreamWriter(this.active_schedules_queue_filename, false, new UTF8Encoding()))
{
foreach (string[] queued_sched in this.active_schedules)
{
active_schedules_file.WriteLine(String.Format("{0}|{1}", queued_sched[0], queued_sched[1]));
}
}
this.logger.Log("Schedule check completed successfully");
this.scheduledEmailsStatus.Text = "Waiting to Run Next Scheduled Emails";
}
}
private void loadSubscriptionsFromRepository()
{
try
{
TableauRepository rep = new TableauRepository(Configurator.GetConfig("tableau_server"),
Configurator.GetConfig("repository_pw"), "readonly");
rep.logger = this.logger;
NpgsqlDataReader dr = rep.query_inactive_subscription_schedules();
Dictionary <string, int> input_box_schedules = new Dictionary <string, int>();
int rowCount = 0;
availableSchedulesList.Items.Clear();
if (dr.HasRows == true)
{
while (dr.Read())
{
availableSchedulesList.Items.Add(dr.GetString(1));
input_box_schedules[dr.GetString(1)] = rowCount;
rowCount++;
}
}
dr.Close();
// Check the selected schedules from the configs
StringCollection checked_schedules = Configurator.GetConfigCollection("selected_schedule_names");
if (checked_schedules != null)
{
foreach (String sched_name in checked_schedules)
{
availableSchedulesList.SetItemChecked(input_box_schedules[sched_name], true);
}
}
}
catch (NpgsqlException ne)
{
this.logger.Log("Error with repository while loading the available schedules. Press reload button to try again. Going with existing checked schedules for now");
this.logger.Log(ne.Message);
// Fill in the checkbox list based on the existing selected schedules
StringCollection checked_schedules = Configurator.GetConfigCollection("selected_schedule_names");
if (checked_schedules != null)
{
var i = 0;
Dictionary <string, int> input_box_schedules = new Dictionary <string, int>();
availableSchedulesList.Items.Clear();
foreach (String sched_name in checked_schedules)
{
availableSchedulesList.Items.Add(sched_name);
input_box_schedules[sched_name] = i;
availableSchedulesList.SetItemChecked(input_box_schedules[sched_name], true);
i++;
}
}
}
catch (ConfigurationException ce)
{
this.logger.Log("Incorrect credentials for repository readonly user. Cannot connect to repository.");
MessageBox.Show("Credentials were not correct for the Repository \"readonly\" user. Please fix");
this.logger.Log(String.Format("Configuration Exception: {0}", ce));
}
}
private string fillInPowerpoint(uint activityId)
{
// Copy to the new file
string ExportArchiveFolderPath = null;
if (!String.IsNullOrEmpty(Configurator.GetConfig("export_archive_folder")))
{
ExportArchiveFolderPath = Configurator.GetConfig("export_archive_folder");
}
// Cancel action if no archive folder exists
else
{
MessageBox.Show("Please configure the local save folder", "No Local Configuration",
MessageBoxButtons.OK, MessageBoxIcon.Error);
throw new ConfigurationException("Please configure the local save folder");
}
// Add check for .PPT in the name before final
string[] filenameNoExtension = powerPointExportFileName.Text.Split('.');
var finalFilename = ExportArchiveFolderPath + filenameNoExtension[0] + ".pptx";
// Create the new file
try
{
this.Logger.Log(String.Format("Copying template from {1} to filename {0}", finalFilename, powerPointFilename.Text));
File.Copy(powerPointFilename.Text, finalFilename, true);
}
catch (Exception e) {
this.Logger.Log(e.Message);
}
// Reset the sending messages
foreach (DataGridViewRow row in powerPointStatusView.Rows)
{
row.Cells["Status"].Value = "";
}
// Run through and send the e-mails
int rowCount = 0;
// Catch exception?
this.Logger.Log("Opening the PowerPointer object");
var powerpointer = new PowerPointer(finalFilename, this.Logger);
this.Logger.Log("Opened the PowerPointer object");
foreach (DataGridViewRow row in powerPointStatusView.Rows)
{
row.Cells["Status"].Value = "Processing...";
row.Selected = true;
string rawSlideNumber = (string)row.Cells["Slide Number"].Value.ToString();
if (rawSlideNumber == null)
{
row.Cells["Status"].Value = "Invalid";
WriteToActivityGrid(String.Format("Skipped row {0} due to missing Slide Number field", rowCount), activityId);
continue;
}
int slideNumber = Int32.Parse(rawSlideNumber);
string viewLocation = (string)row.Cells["View Location"].Value.ToString();
string site = (string)row.Cells["Site"].Value.ToString();
// Skip if there is no view location or site
if (viewLocation == "" || site == "")
{
row.Cells["Status"].Value = "Invalid";
row.Selected = false;
WriteToActivityGrid(String.Format("Skipped row {0} due to missing View Location or Site", rowCount), activityId);
continue;
}
Dictionary <string, string> filters_dict = new Dictionary <string, string>();
// Up to 25 filters (no one would realistically go this high)
int j = 1;
while (j <= 25)
{
string filterFieldKey = String.Format("Filter Field Name {0}", j.ToString());
string filterValuesKey = String.Format("Filter Values {0}", j.ToString());
if (!powerPointStatusView.Columns.Contains(filterFieldKey) || !powerPointStatusView.Columns.Contains(filterValuesKey))
{
break;
}
if (row.Cells[filterFieldKey].ValueType != typeof(DBNull))
{
string filterFieldName = (string)row.Cells[filterFieldKey].Value.ToString();
string filterValuesListRaw = (string)row.Cells[filterValuesKey].Value.ToString();
// Swap the semi-colons for commas as needed in the dict
string[] filterValuesList = filterValuesListRaw.Split(';');
// Skip if there's nothing in the first split value
if (filterValuesList[0] == "")
{
j++;
continue;
}
string[] encodedFilters = new string[filterValuesList.Length];
for (int i = 0; i < filterValuesList.Length; i++)
{
// Gotta double the % sign because batch files use %2 as a replacement token.
encodedFilters[i] = Uri.EscapeUriString(filterValuesList[i]).Replace("%", "%%");
}
// Figure out how not to add if empty
string finalValueParam = String.Join(",", encodedFilters);
filters_dict.Add(filterFieldName, finalValueParam);
}
j++;
}
// Open PowerPointer object on newly copied file
// Save the Presentation
try {
var slidePart = powerpointer.FindSlidePartBySlideNumber(slideNumber);
// Generate the image file
this.Logger.Log("Generating the image file to swap in");
var tempImageFileName = String.Format("Image {0}", rowCount);
this.GenerateSingleExport(site, powerPointUserToGenerateAs.Text, viewLocation, "png", tempImageFileName, filters_dict);
this.Logger.Log("PNG file generated");
var finalImageFileName = ExportArchiveFolderPath + tempImageFileName + ".png";
this.Logger.Log("Replacing the image in the slide");
var replacementSuccess = powerpointer.ReplaceImageInSlide(slidePart, finalImageFileName);
this.Logger.Log("Replaced the image in the slide");
File.Delete(finalImageFileName);
if (replacementSuccess)
{
row.Cells["Status"].Value = "Replaced Successfully";
}
else
{
row.Cells["Status"].Value = "No Replacement";
}
}
catch (NotFoundException)
{
row.Cells["Status"].Value = "Invalid Slide Number";
}
row.Selected = false;
rowCount++;
}
powerpointer.SavePresentation();
powerpointer.ClosePresentation();
EnablePowerpointButtons();
return("Finished filling in PowerPoint template file");
}
private void button1_Click(object sender, EventArgs e)
{
Configurator.EncryptConfig();
}
public static void SaveConfig()
{
Configurator.EncryptConfig();
Properties.Settings.Default.Save();
}
public bool SendEmail(string scheduleName)
{
try
{
BeholdEmailer tabemailer = this.CreateBeholdEmailerFromConfig();
Watermarker wm = this.CreateWatermarkerFromConfig();
try
{
bool result;
if (scheduleName != "")
{
tabemailer.ExportArchiveFolderPath = Configurator.GetConfig("export_archive_folder");
result = tabemailer.GenerateEmailsFromNamedScheduleInRepository(scheduleName, Configurator.GetConfig("email_sender"), wm);
}
else
{
result = tabemailer.GenerateEmailFromView(Configurator.GetConfig("email_sender"), new string[1] {
testEmailRecipient.Text
}, new string[0] {
}, new string[0] {
}, testEmailSubject.Text, "Please see attached file", singleUsernameForImpersonation.Text,
singleViewLocation.Text, ExportTypeIndexMap[Int32.Parse(Configurator.GetConfig("single_export_type_index"))], new Dictionary <String, String>(), wm);
}
return(result);
}
catch (ConfigurationException ce)
{
this.Logger.Log(ce.Message);
return(false);
}
}
// From Repository Failing
catch (ConfigurationException ce)
{
this.Logger.Log(ce.Message);
return(false);
}
}
private BeholdEmailer CreateBeholdEmailerFromConfig()
{
return(this.CreateBeholdEmailerFromConfig(Configurator.GetConfig("single_export_site")));
}
public ConfigureLocalSettings()
{
InitializeComponent();
exportArchiveFolder.Text = Configurator.GetConfig("export_archive_folder");
}
private void updateSchedulesQueue()
{
var activityId = this.nextActivityId;
this.nextActivityId++;
WriteToActivityGrid("Checking for schedules to run in the repository", activityId);
this.Logger.Log("Schedule checks begin");
try
{
// Read the schedules that are currently in the repository, to update the active schedule queue
TableauRepository rep = new TableauRepository(Configurator.GetConfig("tableau_server"),
Configurator.GetConfig("repository_pw"), "readonly");
rep.logger = this.Logger;
//this.Logger.Log("Starting to read from the repository");
NpgsqlDataReader dr = rep.QueryInactiveSubscriptionSchedulesForNextRunTime();
if (dr.HasRows == true)
{
//this.Logger.Log("Opening the active schedules queue file");
using (StreamWriter activeSchedulesQueueFileWriter = new StreamWriter(this.ActiveSchedulesQueueFilename, false, new UTF8Encoding()))
{
//this.Logger.Log("Reading from the result set ");
while (dr.Read())
{
// this.Logger.Log("Working inside the result set ");
string scheduleName = dr.GetString(0);
string scheduleNextRunTime = dr.GetDateTime(1).ToString();
//this.Logger.Log(String.Format("Schedule here {0} {1}", scheduleName, scheduleNextRunTime));
// Because the selections are stored instantly, load from the saved collectionr rather than the control
// It is possible the control has not been redrawn at the time
List <string> selectedScheduleNames = new List <string>()
{
};
StringCollection savedSchedules = Configurator.GetConfigCollection("selected_schedule_names");
if (savedSchedules != null)
{
foreach (String savedScheduleName in savedSchedules)
{
selectedScheduleNames.Add(savedScheduleName);
}
}
string[] scheduleInfo = new string[2] {
scheduleName, scheduleNextRunTime
};
bool doesScheduleExistInQueue = false;
// See if what is in the activeSchedulesQueue file is a checked schedule still
foreach (string[] activeSchedule in this.ActiveSchedules)
{
if (activeSchedule[0] == scheduleName && activeSchedule[1] == scheduleNextRunTime)
{
this.Logger.Log(String.Format("Schedule {0} at {1} already in the schedules queue", scheduleName, scheduleNextRunTime));
doesScheduleExistInQueue = true;
}
}
if (doesScheduleExistInQueue == false)
{
// Only add checked schedule names
if (selectedScheduleNames.Any(scheduleInfo.Contains) == true)
{
this.ActiveSchedules.Add(scheduleInfo);
WriteToActivityGrid(String.Format("Schedule {0} at {1} added to the schedules queue", scheduleName, scheduleNextRunTime), activityId);
this.Logger.Log(String.Format("Schedule {0} at {1} added to the schedules queue", scheduleName, scheduleNextRunTime));
activeSchedulesQueueFileWriter.WriteLine(String.Format("{0}|{1}", scheduleName, scheduleNextRunTime));
}
else
{
this.Logger.Log(String.Format("Schedule {0} at {1} not added to schedules queue because it is not selected", scheduleName, scheduleNextRunTime));
}
}
}
}
}
else
{
this.Logger.Log("No rows found in the query for new schedules");
}
dr.Close();
}
catch (NpgsqlException ne)
{
this.Logger.Log("Connecting to repository to update the active queue failed. Ignoring for now, will update at next interval");
this.Logger.Log(ne.Message);
}
WriteToActivityGrid("Completed checking for new schedules", activityId);
// Look at the Active Queue and determine if anything is past it's due date
foreach (string[] queuedSchedule in this.ActiveSchedules.Reverse <string[]>())
{
if (DateTime.Now.ToUniversalTime() > DateTime.Parse(queuedSchedule[1]))
{
activityId = this.nextActivityId;
this.nextActivityId++;
this.Logger.Log(String.Format("Schedule {0} at {1} is now eligible to be run.", queuedSchedule[0], queuedSchedule[1]));
WriteToActivityGrid(String.Format("Schedule {0} at {1} is now eligible to be run. Queuing to run.", queuedSchedule[0], queuedSchedule[1]), activityId);
// Add to the actionQueue at the top
asyncActionQueue.Insert(0, () =>
{
var queuedScheduleName = queuedSchedule[0];
var queuedScheduleRunTime = queuedSchedule[1];
WriteToActivityGrid(String.Format("Running Schedule {0} at {1}.", queuedSchedule[0], queuedSchedule[1]), activityId);
bool result = SendEmail(queuedScheduleName);
// Even if failure, remove from active schedules queue
this.Logger.Log(String.Format("Removing {0} at {1} from active schedules queue", queuedSchedule[0], queuedSchedule[1]));
this.ActiveSchedules.Remove(queuedSchedule);
// Write the remaining queues.
using (StreamWriter activeSchedulesQueueFileWriter = new StreamWriter(this.ActiveSchedulesQueueFilename, false, new UTF8Encoding()))
{
foreach (string[] currentlyQueuedSchedules in this.ActiveSchedules)
{
activeSchedulesQueueFileWriter.WriteLine(String.Format("{0}|{1}", currentlyQueuedSchedules[0], currentlyQueuedSchedules[1]));
}
}
if (result)
{
WriteToActivityGrid(String.Format("Completed Schedule {0} at {1}.", queuedScheduleName, queuedScheduleRunTime), activityId);
return(String.Format("Completed Schedule {0} at {1}.", queuedScheduleName, queuedScheduleRunTime));
}
else
{
this.ActiveSchedules.Remove(queuedSchedule);
WriteToActivityGrid(String.Format("Schedule {0} at {1} failed, see log.", queuedScheduleName, queuedScheduleRunTime), activityId);
return(String.Format("Schedule {0} at {1} failed, see log.", queuedScheduleName, queuedScheduleRunTime));
}
}
);
// Launch the next action in the queue, if possible
try
{
actionQueueBackgroundWorker.RunWorkerAsync(asyncActionQueue[0]);
}
// The queue response will launch the next action once it is finished
catch (InvalidOperationException)
{
this.Logger.Log("Action queued but other action currently running");
}
}
}
}