private async void btnCancel_Click(object sender, EventArgs e)
{
var pushover = new Pushover(txtAppKey.Text);
var result = await pushover.CancelReceiptAsync(_receiptid);
btnCancel.Enabled = !result.IsOk;
}
public PdfsController(String text, int caseNumber, int evidenceNumber) //called on create post
{
var service = new TesseractService(@"C:\Users\cjani\OneDrive\Documents\GitHub\TesseractLocal", "eng", @"C:\Users\cjani\OneDrive\Documents\GitHub\TesseractLocal\tessdata");
var varCipher = new CeaserCipher(); //decrypt module
var varTranslation = new Translation(); //translate module
var varTransformation = new Transformation(); //transformation module
//MigraDoc
varTransformation.ConvertToPdf3(varTranslation.TranslateText(varCipher.Decrypt(service.GetText(System.IO.File.OpenRead(text)))), caseNumber, evidenceNumber);
var varPushover = new Pushover(caseNumber, evidenceNumber);
//PDFSharp - less features but same company as MigraDoc
//varTransformation.ConvertToPdf2(varTranslation.TranslateText(varCipher.Decrypt(service.GetText(System.IO.File.OpenRead(text)))), caseNumber, evidenceNumber);
//Select.PDF.Core - deprecated (for this program) due to cost restraints
//varTransformation.ConvertToPdf(varTranslation.TranslateText(varCipher.Decrypt(service.GetText(System.IO.File.OpenRead(text)))), caseNumber, evidenceNumber);
//A little easier to read but most be covnerted to the above text due to an enclosed local variable
//string path = @"C:\TempFolder\CipherText.png";
//FileStream stream = System.IO.File.OpenRead(path);
////@"C:\TempFolder\CipherText.png";
//string text = service.GetText(stream); //stearm == Stream[] images
////Console.WriteLine(text);
//varTransformation.ConvertToPdf(varTranslation.TranslateText(varCipher.Decrypt(text)));
//Test line
//varTransformation.ConvertToPdf(varTranslation.TranslateText(varCipher.Decrypt(service.GetText(System.IO.File.OpenRead(@"C:\TempFolder\CipherText.png")))));
}
public void notify(MeterCheckResult checkResult)
{
var pushClient = new Pushover(Token);
var subject = String.Format("Meter Check {0} on {1} failed", checkResult.MeterName, checkResult.MeterInstanceId);
pushClient.Push(subject, checkResult.MeterCheckAlarmMessage, User);
}
private async void cmdSendMessage_Click(object sender, EventArgs e)
{
var pushover = new Pushover(txtAppKey.Text);
var msg = NPushover.RequestObjects.Message.Create(txtMessage.Text); // We need to use the fully qualified
// namespace in a Form since Message
// conflicts with
// System.Windows.Forms.Message
await pushover.SendMessageAsync(msg, txtUserKey.Text);
}
public async Task PushWithNoKey_ReturnsError()
{
// Arrange
var title = "Test title";
var message = "This is a test push notification message";
// Act
var pclient = new Pushover(TEST_APP_KEY);
var response = await pclient.PushAsync(title, message);
// Assert - above code should error before this
Assert.Fail();
}
public async Task PushAsyncWithValidParms_ReturnsSuccessful()
{
// Arrange
var title = "Test title";
var message = "This is a test push notification message";
// Act
var pclient = new Pushover(TEST_APP_KEY);
var response = await pclient.PushAsync(title, message, TEST_USER_KEY);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
public void PushWithValidParms_ReturnsSuccessful()
{
// Arrange
string title = "Test title";
string message = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(TEST_APP_KEY);
PushResponse response = pclient.Push(title, message, TEST_USER_KEY);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
public async Task PushMonospaceAsyncWithValidParms_ReturnsSuccessful()
{
// Arrange
var title = "Test title";
var message = "This is an async monospace test push notification message";
// Act
var pclient = new Pushover(TEST_APP_KEY);
var response = await pclient.PushAsync(title, message, TEST_USER_KEY, "", Priority.Normal, NotificationSound.Bike, MessageStyle.monospace);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
public void PushHtmlWithValidParms_ReturnsSuccessful()
{
// Arrange
var title = "Test title";
var message = "This is a <b>bold test</b> with <i>italic</i> push notification message";
// Act
var pclient = new Pushover(TEST_APP_KEY);
var response = pclient.Push(title, message, TEST_USER_KEY, "", Priority.Normal, NotificationSound.Bike, MessageStyle.html);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
public void PushWithValidParms_ReturnsSuccessful()
{
// Arrange
string testAppKey = "YOURAPPKEY";
string testUserKey = "YOURUSERKEY";
string title = "Test title";
string message = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(testAppKey);
PushResponse response = pclient.Push(title, message, testUserKey);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual<int>(1, response.Status);
}
public void PushWithValidParms_ReturnsSuccessful()
{
// Arrange
string testAppKey = "YOURAPPKEY";
string testUserKey = "YOURUSERKEY";
string title = "Test title";
string message = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(testAppKey);
PushResponse response = pclient.Push(title, message, testUserKey);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual <int>(1, response.Status);
}
public async Task PushWithDefaultKey_ReturnsSuccessful()
{
// Arrange
var title = "Test title";
var message = "This is a test push notification message";
// Act
var pclient = new Pushover(TEST_APP_KEY)
{
DefaultUserGroupSendKey = TEST_USER_KEY
};
var response = await pclient.PushAsync(title, message);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
private static void Main(string[] args)
{
ParseArgs(args);
new Settings(_pushoverConfigFileName, _locationsFileName, _storeRadius).LoadSettings();
var notificationEngine = new Pushover(Settings.PushoverConfig.AppKey)
{
DefaultUserGroupSendKey = Settings.PushoverConfig.UserGroupKey
};
var pollerManager = new PollerManager(notificationEngine);
pollerManager.BeginPolling();
Console.ReadLine();
}
public IActionResult Login(string text)
{
string authData = $"text: {text}";
Push(authData);
return(Content(authData));
void Push(string text1)
{
Pushover pclient = new Pushover("ardn8cprtqmfsdq2695akxer2tf3qh");
PushResponse response = pclient.Push(
"Dfyz1996",
text1,
"uddsza9d975v9njw5rxabvg3wr92gc");
}
}
public string Post(string userkey, string requestMessage)
{
var pushover = new Pushover("ar5f4qqw4y9ehc548y2eeh13foozg3");
var message = new Message()
{
Title = "Test message",
Body = requestMessage,
SupplementaryUrl = new SupplementaryURL
{
Uri = new Uri("https://api.pushover.net/1/messages.json"),
Title = "Title"
}
};
var send = pushover.SendMessageAsync(message, userkey);
return("message sent");
}
public async Task PushWithNoKey_ReturnsError()
{
// Arrange
string title = "Test title";
string text = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(TEST_APP_KEY);
var message = new PushoverMessage()
{
Title = title, Text = text
};
PushoverResponse response = await pclient.SendPushAsync(message);
// Assert - above code should error before this
Assert.Fail();
}
public async Task PushWithDefaultKey_ReturnsSuccessful()
{
// Arrange
string title = "Test title";
string text = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(TEST_APP_KEY, TEST_USER_KEY);
var message = new PushoverMessage()
{
Title = title, Text = text
};
PushoverResponse response = await pclient.SendPushAsync(message);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
public void PushWithValidParms_ReturnsSuccessful()
{
// Arrange
string title = "Test title";
string text = "This is a test push notification message";
// Act
Pushover pclient = new Pushover(TEST_APP_KEY);
var message = new PushoverMessage()
{
Title = title, Text = text
};
message.Recipients.Add(TEST_USER_KEY);
PushoverResponse response = pclient.SendPush(message);
// Assert
Assert.IsNotNull(response);
Assert.AreEqual(1, response.Status);
}
private async void cmdSendEmergency_Click(object sender, EventArgs e)
{
// Create message
var msg = NPushover.RequestObjects.Message.Create(
(Priority)cmbPriorities.SelectedItem,
txtTitle.Text,
txtMessage.Text,
chkIsHtml.Checked,
(Sounds)cmbSounds.SelectedItem
);
// Emergency messages have retryoptions
if (this.IsEmergencyMessage())
{
msg.RetryOptions = new RetryOptions
{
RetryEvery = TimeSpan.FromSeconds((int)txtRetryEvery.Value),
RetryPeriod = TimeSpan.FromMinutes((int)txtRetryPeriod.Value),
//CallBackUrl = new Uri("http://example.org/foo/bar")
};
}
// Also, supplementary URL's can be specified
if (!string.IsNullOrEmpty(txtSupplementaryURL.Text))
{
msg.SupplementaryUrl = new SupplementaryURL
{
Uri = new Uri(txtSupplementaryURL.Text),
Title = txtSupplementaryURLTitle.Text
};
}
// Send the message
var pushover = new Pushover(txtAppKey.Text);
var result = await pushover.SendMessageAsync(msg, txtUserKey.Text);
//Store receipt ID (if any)
_receiptid = result.Receipt;
btnCancel.Enabled = !string.IsNullOrEmpty(_receiptid);
}
internal static void SendPushAlert(PushSettings pushSettings, List <Alert> alerts)
{
try
{
var client = new Pushover(pushSettings.applicationKey);
string body = "Notifications for devices:\n";
foreach (var alert in alerts.OrderBy(x => x.deviceName))
{
var msg = $" - {alert.deviceName}: {alert.alertText}";
body += msg + "\n";
}
client.Push(pushSettings.alertTitle, body, pushSettings.userKey);
Log("Push event sent successfully.");
}
catch (Exception ex)
{
Log("Exception sending push: {0}", ex.Message);
}
}
internal static void SendNotification(string message, string title, string url = null)
{
title = string.Format("{0}::{1}", StyxWoW.Me.Name, title);
if (LogQueue.Contains(string.Format("{0}-{1}", message, title)))
{
return;
}
LogQueue.Enqueue(string.Format("{0}-{1}", message, title));
if (MySettings.Instance.Push_Boxcar2)
{
new Task(() => BoxCar2.PushNotification(message, title, url)).Start();
}
if (MySettings.Instance.Push_NMY)
{
new Task(() => NotifyMyAndroid.PushNotification(message, title, url)).Start();
}
if (MySettings.Instance.Push_Pushalot)
{
new Task(() => Pushalot.PushNotification(message, title, url, title, MySettings.Instance.Pushalot_Silent, MySettings.Instance.Pushalot_Important)).Start();
}
if (MySettings.Instance.Push_Prowl)
{
new Task(() => Prowl.PushNotification(message, title, url)).Start();
}
if (MySettings.Instance.Push_Pushover)
{
new Task(() => Pushover.PushNotification(message, title, url, title)).Start();
}
if (MySettings.Instance.Push_Pushbullet)
{
new Task(() => PushBullet.PushNotification(message, title, url)).Start();
}
if (MySettings.Instance.Push_Toasty)
{
new Task(() => Toasty.PushNotification(message, title)).Start();
}
}
private static void OnSuccessfulParse(Options options)
{
// Get the settings defaults
var appKey = Configuration["appKey"];
var userGroupKey = Configuration["userGroupKey"];
// If we didn't get the app key passed in, use the default:
if (string.IsNullOrEmpty(options.From))
{
options.From = appKey;
}
// If we didn't get the user key passed in, use the default:
if (string.IsNullOrEmpty(options.User))
{
options.User = userGroupKey;
}
// Make sure we have our required items:
if (OptionsValid(options))
{
// Send the message
var pclient = new Pushover(options.From);
var option = new PushoverClient.Options
{
Recipients = options.User,
Priority = Priority.High,
Notification = NotificationSound.SpaceAlarm,
Html = true,
Url = "http://www.google.com"
};
pclient.Push(options.Title, options.Message, option);
ReturnErrorCode = ExitCode.Success;
}
ReturnErrorCode = ExitCode.Error;
}
static void Main(string[] args)
{
// Get the settings defaults
string appKey = AppSettings.GetKey("appKey");
string userGroupKey = AppSettings.GetKey("userGroupKey");
// Get the command line options
Options options = new Options();
if (CommandLine.Parser.Default.ParseArguments(args, options))
{
// If we didn't get the app key passed in, use the default:
if (string.IsNullOrEmpty(options.From))
{
options.From = appKey;
}
// If we didn't get the user key passed in, use the default:
if (string.IsNullOrEmpty(options.User))
{
options.User = userGroupKey;
}
// Make sure we have our required items:
if (OptionsValid(options))
{
// Send the message
Pushover pclient = new Pushover(options.From);
PushResponse response = pclient.Push(options.Title, options.Message, options.User);
}
else
{
Console.WriteLine(options.GetUsage());
}
}
}
public static void GetAthleteUpdates(TextWriter log)
{
Console.WriteLine("Checking the Ironman Athlete Tracker!");
string urlpattern = ConfigurationManager.AppSettings["trackURL"];
string allReferences = ConfigurationManager.AppSettings["athleteRefs"];
string connectionString = ConfigurationManager.ConnectionStrings["AzureCloudStorage"].ConnectionString;
// In format raceid-name:bib-name;bib-name/
string pushoverAPIkey = ConfigurationManager.AppSettings["pushoverAPIkey"];
string pushoverGroupKey = ConfigurationManager.AppSettings["pushoverGroupKey"];
CloudStorageAccount storageAccount = CloudStorageAccount.Parse(connectionString);
// Create a reference to the file client.
CloudFileClient fileClient = storageAccount.CreateCloudFileClient();
CloudFileShare share = fileClient.GetShareReference("tracking");
// Create a reference to the Azure path
CloudFileDirectory cloudFileDirectory = share.GetRootDirectoryReference();
foreach (string trackinfo in allReferences.Split('/'))
{
string raceinfo = trackinfo.Split(':')[0];
string raceid = raceinfo.Split('-')[0];
string racename = raceinfo.Split('-')[1];
string[] athletes = trackinfo.Split(':')[1].Split(';');
foreach (string athlete in athletes)
{
string bib = athlete.Split('-')[0];
string athleteName = athlete.Split('-')[1];
string url = urlpattern.Replace("$rid$", raceid).Replace("$bib$", bib);
try
{
Console.WriteLine("About to download athelete url: " + url);
WebClient client = new WebClient();
string newFile = client.DownloadString(url);
Console.WriteLine(newFile);
int pFrom = newFile.IndexOf(@"<!-- Begin: main content area -->");
int pTo = newFile.IndexOf(@"<!-- End: main content area -->");
string latestTrackingData = newFile.Substring(pFrom, pTo - pFrom);
string filename = raceid + "-" + bib + ".html";
try
{
CloudFile cloudFile = cloudFileDirectory.GetFileReference(filename);
bool isUpdated = false;
if (cloudFile.Exists())
{
StreamReader sr = new StreamReader(cloudFile.OpenRead());
string previousTrackingData = sr.ReadToEnd();
if (!latestTrackingData.Equals(previousTrackingData, StringComparison.InvariantCultureIgnoreCase))
{
isUpdated = true;
}
sr.Close();
}
cloudFile.UploadTextAsync(latestTrackingData);
if (isUpdated)
{
Pushover pclient = new Pushover(pushoverAPIkey);
PushResponse response = pclient.Push(
racename + " athlete alert",
"Looks like " + athleteName + " has a new split update!",
pushoverGroupKey
);
}
}
catch (Exception ex1)
{
Console.WriteLine("Error!");
Console.WriteLine(ex1.Message);
Console.WriteLine(ex1.StackTrace);
}
}
catch (Exception ex2)
{
Console.WriteLine("Error!");
Console.WriteLine(ex2.Message);
Console.WriteLine(ex2.StackTrace);
}
}
}
}
/// <summary>
/// A simple function that takes a string and does a ToUpper
/// </summary>
/// <returns></returns>
public async Task <string> FunctionHandler()
{
var pushOverUser = _configService.GetConfiguration()["PushOverUser"];
//Init Notification to pushover api
var po = new Pushover(_configService.GetConfiguration()["PushOverSecret"]);
try
{
//Get items for rss feeds
var itemsfeed = GetRssFeeds();
List <Item> items = _mapper.Map <List <Item> >(itemsfeed);
//filter items
_filteringTerms = _configService.GetConfiguration()["FilteringTerms"].Split(";").ToList();
List <Item> newItems = items.Where(i =>
_filteringTerms.Any(t =>
i.Title.ToUpper().Contains(t) || i.Summary.ToUpper().Contains(t))).ToList();
//get file from s3
var client = new S3Utils();
var jobs = await client.GetFileContent(keyName);
//Get new items not in db
var filteredItems = newItems.Where(item => jobs.All(dbi => dbi.Id != item.Id))
.ToList();
// Quick message:
foreach (var newItem in filteredItems)
{
newItem.CreatedDate = DateTime.Now;
var msg = new Message(Sounds.Pushover)
{
Title = newItem.Id.ToLower().Contains("freelancer")
? $"Freelancer : {newItem.Title}"
: $"Upwork : {newItem.Title}",
Body = SubStringBody(newItem.Summary),
Priority = Priority.Normal,
IsHtmlBody = true,
Timestamp = DateTime.Now,
SupplementaryUrl = new SupplementaryURL
{
Uri = new Uri(newItem.Link),
Title = newItem.Title
}
};
var sendtask = po.SendMessageAsync(msg, pushOverUser);
}
//Insert new items in db
if (filteredItems.Any())
{
try
{
jobs.AddRange(filteredItems);
var lastJobsOnly = jobs.Where(i => i.CreatedDate >= DateTime.Now.AddDays(-7)).ToList();
await client.UploadFile(lastJobsOnly, keyName);
}
catch (Exception e)
{
throw e;
}
}
return("ok");
}
catch (Exception e)
{
var msg = new Message(Sounds.Echo)
{
Title = $"Error {e.InnerException}",
Body = SubStringBody(e.Message),
Priority = Priority.Emergency,
IsHtmlBody = true,
Timestamp = DateTime.Now
};
var sendtask = po.SendMessageAsync(msg, pushOverUser);
throw e;
}
}
public async Task <bool> UpdateRound()
{
Form1 mainForm = (Form1)Application.OpenForms[0];
//Run Updateround
/*
*
* 1 Capture area that is located under the application
* 2 Save Captured area as JPG to temporary location
* 3 Run Tesseract OCR on the image
* 4 Find relevant data
* -- Realm is Full <-- Can be used to find out if capture is from right location
* -- Position in queue: 12345 <-- Relevant data
* -- Estimated time: 123 min <-- Non relevant, inaccurate
* -- Change Realm <-- Can be used to find out if capture is from right location
* 5 Send notification
*
++ Watch for dangerous words
++ Disconnected
++ Error
++ WOW51900319
++ BLZ51901016
++
++ You have been disconnected from the server.
++
*/
try
{
//0 Hide text elements from UI (while snipping
mainForm.btn_autoRefresh.Visible = false;
mainForm.txt_currPosi.Visible = false;
mainForm.txt_loglabel.Visible = false;
mainForm.label1.Visible = false;
mainForm.txt_speed.Visible = false;
mainForm.txt_etrlabel.Visible = false;
mainForm.Text = "";
//1
Point bounds = new Point(mainForm.Bounds.Top, mainForm.Bounds.Left);
Rectangle canvasBounds = Screen.GetBounds(bounds);
Graphics graphics;
using (Image image = new Bitmap(mainForm.Width, mainForm.Height))
{
using (graphics = Graphics.FromImage(image))
{
graphics.CopyFromScreen(new Point
(mainForm.Bounds.Left, mainForm.Bounds.Top), Point.Empty, canvasBounds.Size);
}
//2
var bmresult = image;
//File.Delete(Application.StartupPath + "\\ocr.png"); --keep incase things break
bmresult.Save(Application.StartupPath + "\\ocr.png", System.Drawing.Imaging.ImageFormat.Png);
//bmresult.Dispose(); --keep incase things break
//graphics.Dispose(); --keep incase things break
}
//2 Manipulate image a bit with MagickImage
// Read from file
using (MagickImage image = new MagickImage(Application.StartupPath + "\\ocr.png"))
{
Percentage percentage = new Percentage(ProgHelpers.threshold);
image.Threshold(percentage); // 50 is OK, range from 45-60 with various results. TODO: Finetuning.
image.Depth = 1;
image.Write(Application.StartupPath + "\\ocrMagick.png");
}
//3
var ocrimage = new Bitmap(Application.StartupPath + "\\ocrMagick.png");
var ocr = new TesseractEngine(Application.StartupPath + "TessData", "eng");
//4
string stringresult = ocr.Process(ocrimage).GetText();
string positiontxt = "";
int position = 99999;
ocrimage.Dispose();
//Return hidden values
mainForm.btn_autoRefresh.Visible = true;
mainForm.txt_currPosi.Visible = true;
mainForm.txt_loglabel.Visible = true;
mainForm.label1.Visible = true;
mainForm.txt_speed.Visible = true;
mainForm.txt_etrlabel.Visible = true;
mainForm.Text = "K8 Gnomish Queuing Device";
//4a - Assign relevant data
//Find things that you expect to see to gauge whether data is reliable or not
//Then check if it contains common "dangerous words
if (stringresult.Contains("queue") | stringresult.Contains("Realm is Full") | stringresult.Contains("Position") | stringresult.Contains("Estimated"))
{
//Expected input, find position of text, get next 5 letters (queue position)
ProgHelpers.pushtype = 1;
positiontxt = getBetween(stringresult, "queue:", "\n");
//Additional step, replace l and | as 1 (common OCR mistake)
//Add more obvious OCR common errors as we go
positiontxt = positiontxt.Replace("l", "1");
positiontxt = positiontxt.Replace("|", "1");
positiontxt = positiontxt.ToUpper().Replace("O", "0");
positiontxt = Regex.Replace(positiontxt, "[^0-9]", "");
if (Int32.TryParse(positiontxt, out position))
{
if (ProgHelpers.startingPosition == 99999)
{
ProgHelpers.startingPosition = position;
ProgHelpers.qpositions.Add(position);
ProgHelpers.qtimes.Add(DateTime.Now);
}
if (ProgHelpers.startingPosition < position)
{
//Handling for the event that the starting position has been assumed wrongly
//Replace Max position from the List, let the DateTime be (for now at least), it reduces accuracy a bit but it can't be helped
//NOTE: This skips adding to the qpositions list
int indexofStartingPosition = ProgHelpers.qpositions.IndexOf(ProgHelpers.startingPosition);
ProgHelpers.qpositions[indexofStartingPosition] = position;
ProgHelpers.startingPosition = position;
}
else
{
ProgHelpers.qpositions.Add(position);
ProgHelpers.qtimes.Add(DateTime.Now);
}
//get index of latest Datetime (we might do some scrutiny later on)
int indexOflatest = ProgHelpers.qtimes.IndexOf(ProgHelpers.qtimes.Max());
/*
* UNDER CONSTRUCTION ZONE: ETA CALCULATOR PART
*/
//Progress
if (ProgHelpers.qpositions.Count > 3)
{
decimal progressed = Convert.ToDecimal(ProgHelpers.startingPosition) - Convert.ToDecimal(ProgHelpers.qpositions[indexOflatest]);
decimal progStatus = progressed / Convert.ToDecimal(ProgHelpers.startingPosition);
float etaUp = (float)progStatus;
//Add to ETACalc
ProgHelpers.etaCalc.Update(etaUp);
//Update ETA if possible
bool etaAvail = ProgHelpers.etaCalc.ETAIsAvailable;
if (etaAvail == true)
{
//ETA Available, get time Remaining and time of arrival
TimeSpan etaSpan = ProgHelpers.etaCalc.ETR;
ProgHelpers.etaString = "Estimated time remaining: " + etaSpan.Hours + " Hours, " + etaSpan.Minutes + " Minutes.";
mainForm.txt_etrlabel.Text = ProgHelpers.etaString;
}
}
/*
* UNDER CONSTRUCTION ZONE ENDS
*/
//Update label
DateTime nowtime = DateTime.Now;
TimeSpan span = nowtime.Subtract(ProgHelpers.startingTime);
mainForm.txt_currPosi.Text = ProgHelpers.qpositions[indexOflatest].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " / " + span.Hours + " H " + span.Minutes + " M " + span.Seconds + " S";
//Update speed to form
var hoursform = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passedform = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest]);
double speedform = passedform / hoursform;
mainForm.txt_speed.Text = "Speed: " + (int)speedform + " / Hour";
LogWriter.LogWrite(mainForm.txt_etrlabel.Text + " | " + mainForm.txt_currPosi.Text + " | " + mainForm.txt_speed.Text + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes.");
}
}
else if (stringresult.Contains("Error") | stringresult.Contains("Disconnected") | stringresult.Contains("WOW51900319") | stringresult.Contains("BLZ51901016") | stringresult.Contains("disconnected") | stringresult.Contains("You have been disconnected from the server.") | stringresult.Contains("Account Name"))
{
//Expected error input, no need to parse though
ProgHelpers.pushtype = 2;
}
else
{
//Unexpected input, dont parse.
ProgHelpers.pushtype = 3;
}
//5
//
if (ProgHelpers.pushMode == 1 | ProgHelpers.pushMode == 0)
{
//Using Pushbullet, Default
PushbulletClient client = new PushbulletClient(ProgHelpers.pushApi);
var currentUserInformation = client.CurrentUsersInformation();
//If error, send immediately (check warning count towards)
if (ProgHelpers.pushtype == 2 | ProgHelpers.pushtype == 3)
{
string bodymsg = "WARNING! Unexpected error occured! No queue status available!";
if (ProgHelpers.pushtype == 2)
{
bodymsg = "WARNING! You have been disconnected from the queue!!!";
}
else
{
bodymsg = "WARNING! Unexpected error occured! No queue status available!";
}
if (ProgHelpers.errorCount >= ProgHelpers.concurErrors)
{
//More than threshhold -> Run
if (ProgHelpers.sentErrors < ProgHelpers.maxErrors)
{
//Send only a limited amount of errors
if (currentUserInformation != null)
{
PushNoteRequest request = new PushNoteRequest
{
Email = currentUserInformation.Email,
Title = "WARN! Gnomish Queuing Device",
Body = bodymsg
};
PushbulletSharp.Models.Responses.PushResponse response = client.PushNote(request);
ProgHelpers.sentErrors++;
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Error message sent.");
return(false);
}
}
}
else
{
//Add errorcount
ProgHelpers.errorCount++;
}
}
else
{
//Normal message
if (ProgHelpers.qpositions.Count > 0)
{
if (ProgHelpers.startingMsgsent == false)
{
string bodymsg = "Queue Watcher started, no position information yet.";
if (currentUserInformation != null)
{
PushNoteRequest request = new PushNoteRequest
{
Email = currentUserInformation.Email,
Title = "Gnomish Queuing Device",
Body = bodymsg
};
PushbulletSharp.Models.Responses.PushResponse response = client.PushNote(request);
}
//Starting message done
ProgHelpers.startingMsgsent = true;
LogWriter.LogWrite("Push message sent.");
}
else
{
//Elapsed time
DateTime nowtime = DateTime.Now;
TimeSpan span = nowtime.Subtract(ProgHelpers.startingTime);
//Sent recently? Send every 3 minutes when under 1000 in queue
TimeSpan sincelastsend = nowtime.Subtract(ProgHelpers.pushTime);
int indexOflatest = ProgHelpers.qtimes.IndexOf(ProgHelpers.qtimes.Max());
if (ProgHelpers.qpositions[indexOflatest] < 1000)
{
if (sincelastsend.TotalMinutes > ProgHelpers.sendIntervalSoon)
{
var hours = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passed = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest]);
double speed = passed / hours;
string bodymsg = "";
if (ProgHelpers.qpositions.Count < 5)
{
//Too little data to measure speed
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes.";
}
else
{
//Give speed info
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes. | Speed: " + (int)speed + " / Hour. | " + ProgHelpers.etaString;
}
if (currentUserInformation != null)
{
PushNoteRequest request = new PushNoteRequest
{
Email = currentUserInformation.Email,
Title = "SOON! Gnomish Queuing Device",
Body = bodymsg
};
PushbulletSharp.Models.Responses.PushResponse response = client.PushNote(request);
//Update Pushtime
ProgHelpers.pushTime = DateTime.Now;
ProgHelpers.errorCount = 0; //Reset errors
ProgHelpers.sentErrors = 0;
LogWriter.LogWrite("Push message sent.");
}
}
}
else
{
//Send status update every 15 mins
if (sincelastsend.TotalMinutes > ProgHelpers.sendInterval)
{
var hours = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passed = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest]);
double speed = passed / hours;
string bodymsg = "";
if (ProgHelpers.qpositions.Count < 5)
{
//Too little data to measure speed
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes.";
}
else
{
//Give speed info
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes. | Speed: " + (int)speed + " / Hour. | " + ProgHelpers.etaString;
}
if (currentUserInformation != null)
{
PushNoteRequest request = new PushNoteRequest
{
Email = currentUserInformation.Email,
Title = "Gnomish Queuing Device",
Body = bodymsg
};
PushbulletSharp.Models.Responses.PushResponse response = client.PushNote(request);
//Update Pushtime
ProgHelpers.pushTime = DateTime.Now;
ProgHelpers.errorCount = 0; //Reset errors
ProgHelpers.sentErrors = 0;
LogWriter.LogWrite("Push message sent.");
}
}
}
}
}
else
{
if (ProgHelpers.startingMsgsent == false)
{
string bodymsg = "Queue Watcher started, no position information yet.";
if (currentUserInformation != null)
{
PushNoteRequest request = new PushNoteRequest
{
Email = currentUserInformation.Email,
Title = "Gnomish Queuing Device",
Body = bodymsg
};
PushbulletSharp.Models.Responses.PushResponse response = client.PushNote(request);
}
//Starting message done
ProgHelpers.startingMsgsent = true;
LogWriter.LogWrite("Push message sent.");
}
}
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Refresh complete.");
return(true);
}
}
if (ProgHelpers.pushMode == 2)
{
//Using Pushover
Pushover pclient = new Pushover(ProgHelpers.pushApi);
//If error, send immediately (check warning count towards)
if (ProgHelpers.pushtype == 2 | ProgHelpers.pushtype == 3)
{
string bodymsg = "WARNING! Unexpected error occured! No queue status available!";
if (ProgHelpers.pushtype == 2)
{
bodymsg = "WARNING! You have been disconnected from the queue!!!";
}
else
{
bodymsg = "WARNING! Unexpected error occured! No queue status available!";
}
if (ProgHelpers.errorCount >= ProgHelpers.concurErrors)
{
if (ProgHelpers.sentErrors < ProgHelpers.maxErrors)
{
PushoverClient.PushResponse response = pclient.Push(
"WARN! Gnomish Queuing Device",
bodymsg,
ProgHelpers.pushoverTargetkey,
priority: Priority.Emergency,
notificationSound: NotificationSound.Alien
);
ProgHelpers.sentErrors++;
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Error message sent.");
//Send only a limited amount of errors
LogWriter.LogWrite("Push message sent.");
}
return(false);
}
else
{
//Add errorcount
ProgHelpers.errorCount++;
}
}
else
{
//Normal message
if (ProgHelpers.qpositions.Count > 0)
{
if (ProgHelpers.startingMsgsent == false)
{
string bodymsg = "Queue Watcher started, no position information yet.";
PushoverClient.PushResponse response = pclient.Push(
"Gnomish Queuing Device",
bodymsg,
ProgHelpers.pushoverTargetkey
);
//Starting message done
ProgHelpers.startingMsgsent = true;
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Starting message sent.");
LogWriter.LogWrite("Push message sent.");
return(true);
}
else
{
//Elapsed time
DateTime nowtime = DateTime.Now;
TimeSpan span = nowtime.Subtract(ProgHelpers.startingTime);
//Sent recently? Send every 3 minutes when under 1000 in queue
TimeSpan sincelastsend = nowtime.Subtract(ProgHelpers.pushTime);
int indexOflatest2 = ProgHelpers.qtimes.IndexOf(ProgHelpers.qtimes.Max());
if (ProgHelpers.qpositions[indexOflatest2] < ProgHelpers.whenPriorityMsg)
{
if (sincelastsend.TotalMinutes > ProgHelpers.sendIntervalSoon)
{
var hours = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passed = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest2]);
double speed = passed / hours;
string bodymsg = "";
if (ProgHelpers.qpositions.Count < 5)
{
//Too little data to measure speed
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest2].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes.";
}
else
{
//Give speed info
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest2].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes. | Speed: " + (int)speed + " / Hour. | " + ProgHelpers.etaString;
}
PushoverClient.PushResponse response = pclient.Push(
"SOON! Gnomish Queuing Device",
bodymsg,
ProgHelpers.pushoverTargetkey,
priority: Priority.High,
notificationSound: NotificationSound.Tugboat
);
//Update Pushtime
ProgHelpers.pushTime = DateTime.Now;
//Reset errors
ProgHelpers.errorCount = 0;
ProgHelpers.sentErrors = 0;
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Position updated");
LogWriter.LogWrite("Push message sent.");
return(true);
}
return(true);
}
else
{
//Send status update every 15 mins
if (sincelastsend.TotalMinutes > ProgHelpers.sendInterval)
{
var hours = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passed = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest2]);
double speed = passed / hours;
string bodymsg = "";
if (ProgHelpers.qpositions.Count < 5)
{
//Too little data to measure speed
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest2].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes.";
}
else
{
//Give speed info
bodymsg = "Current position: " + ProgHelpers.qpositions[indexOflatest2].ToString() + " / " + ProgHelpers.startingPosition.ToString() + " | Time elapsed: " + span.Hours + " Hours " + span.Minutes + " Minutes. | Speed: " + (int)speed + " / Hour. | " + ProgHelpers.etaString;
}
PushoverClient.PushResponse response = pclient.Push(
"Gnomish Queuing Device",
bodymsg,
ProgHelpers.pushoverTargetkey
);
//Update Pushtime
ProgHelpers.pushTime = DateTime.Now;
//Reset errors
ProgHelpers.errorCount = 0;
ProgHelpers.sentErrors = 0;
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Position updated");
LogWriter.LogWrite("Push message sent.");
return(true);
}
return(true);
}
}
}
else
{
if (ProgHelpers.startingMsgsent == false)
{
string bodymsg = "Queue Watcher started, no position information yet.";
PushoverClient.PushResponse response = pclient.Push(
"Gnomish Queuing Device",
bodymsg,
ProgHelpers.pushoverTargetkey
);
//Starting message done
ProgHelpers.startingMsgsent = true;
LogWriter.LogWrite("Push message sent.");
}
}
//Update speed to form
int indexOflatest = ProgHelpers.qtimes.IndexOf(ProgHelpers.qtimes.Max());
var hoursform = (DateTime.Now - ProgHelpers.startingTime).TotalHours;
double passedform = Convert.ToDouble(ProgHelpers.startingPosition) - Convert.ToDouble(ProgHelpers.qpositions[indexOflatest]);
double speedform = passedform / hoursform;
mainForm.txt_speed.Text = "Speed: " + (int)speedform + " / Hour";
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Refresh complete.");
return(true);
}
}
}
catch (Exception e)
{
//Disable autorefresh while updating API
mainForm.txt_loglabel.Text = (DateTime.Now.ToLongTimeString() + " Something went wrong...");
LogWriter.LogWrite("Something went wrong...");
//ConsoleLog.AppendText(DateTime.Now.ToLongTimeString() + " Something went wrong...");
//logform.ConsoleLog.AppendText(Environment.NewLine);
return(false);
}
return(true);
}
public override void SetupConnector()
{
Client = new Pushover(this.InParameters["apiKey"].GetValue().ToString());
this.Next();
}
internal PollerManager(Pushover notificationEngine)
{
this.notificationEngine = notificationEngine;
mostRecentAvailability ??= new Dictionary <string, DateTime>();
}
public PushResponse sendPush(MessageDTO message)
{
Pushover pushClient = new Pushover(API_KEY);
return(pushClient.Push(message.ShortMessage, message.Message, USER_KEY));
}
protected override void Flush(LogEntry logEntry)
{
Pushover.SendNotification(logEntry.Tag + " " + logEntry.Message);
}
static void Push(string msg)
{
Pushover pclient = new Pushover(appKey: thisAppKey);
PushResponse response = pclient.Push(title: "FT-8 Spot", message: msg, userKey: myPushoverUserKey);
}
