void preheat_Update(TemperatureEntry ent) { if (ent.extruder >= this.loadingTemperature - this.temperatureBias) { labelPreheatingStatus.Text = Properties.Resources.PreheatLabel_NotHeating; } }
public async Task<ActionResult> Post([FromBody] Rootobject rootobject) { var playload = Convert.FromBase64String(rootobject.PayloadRaw); var cow = await _context.Cows.FirstOrDefaultAsync(x => x.HardwareSerial == rootobject.HardwareSerial); if (cow == null) { cow = new Cow { Name = "Marguerite", HardwareSerial = rootobject.HardwareSerial }; await _context.Cows.AddAsync(cow); } var dateTime = new DateTime(rootobject.Metadata.Time.Ticks, DateTimeKind.Utc); var gpsEntry = new GpsEntry { Cow = cow, DateTime = dateTime, LatitudeDeg = Convert.ToInt32(playload[0]), LatitudeMinutes = Convert.ToInt32(playload[1]), LatitudeMinutesDecimals = Convert.ToInt32($"{Convert.ToInt32(playload[2]):00}" + $"{Convert.ToInt32(playload[3]):00}"), LatitudeDirection = Convert.ToChar(playload[4]), LongitudeDeg = Convert.ToInt32(playload[5]), LongitudeMinutes = Convert.ToInt32(playload[6]), LongitudeMinutesDecimals = Convert.ToInt32($"{Convert.ToInt32(playload[7]):00}" + $"{Convert.ToInt32(playload[8]):00}"), LongitudeDirection = Convert.ToChar(playload[9]) }; cow.GpsEntries.Add(gpsEntry); var temperatureEntry = new TemperatureEntry { Cow = cow, DateTime = dateTime, Temperature = Convert.ToSingle(Convert.ToInt32(playload[10]) + "." + Convert.ToInt32(playload[11])) }; cow.TemperatureEntries.Add(temperatureEntry); var positionEntry = new PositionEntry { Cow = cow, DateTime = dateTime, IsUp = Convert.ToBoolean(Convert.ToInt32(playload[12])), X = Convert.ToInt32(playload[13]), Y = Convert.ToInt32(playload[14]), Z = Convert.ToInt32(playload[15]) }; cow.PositionEntries.Add(positionEntry); await _context.SaveChangesAsync(); return Ok(); }
public void ProcessSensors() { var entry = new TemperatureEntry(); entry.Id = Guid.NewGuid(); entry.CreatedDateTime = DateTime.Now; entry.DeviceId = settings.DeviceId; entry.TemperatureCelsius = sensor.GetTemperatureCelsius(); entry.Humidity = sensor.GetHumidity(); entry.Pressure = sensor.GetPressure(); entry.Synced = false; context.TemperatureEntries.Add(entry); context.SaveChanges(); this.entry = entry; }
private async void loadUnloadProcedure_Continue(TemperatureEntry ent) { if (ent.extruder >= this.loadingTemperature - this.temperatureBias) { // Cannot cancel the move ... buttonCancel.Enabled = false; // Relative this.injectCommand("G91"); // Then extrude if (this.loading == true) { MessageBox.Show(Properties.Resources.LoadingMessageBox_Text, Properties.Resources.LoadingMessageBox_Title, MessageBoxButtons.OK, MessageBoxIcon.Information); labelLoadingStatus.Text = Properties.Resources.LoadingLabel_Loading; this.injectCommand("G1 E100 F300"); } else if (this.unloading == true) { MessageBox.Show(Properties.Resources.UnloadingMessageBox_Text, Properties.Resources.UnloadingMessageBox_Title, MessageBoxButtons.OK, MessageBoxIcon.Information); labelLoadingStatus.Text = Properties.Resources.LoadingLabel_Unloading; this.injectCommand("G1 E-70 F300"); } // Absolute this.injectCommand("G90"); // Remove event Handler for waiting host.Connection.eventTempHistory -= loadUnloadProcedure_Continue; // Wait for the move to finish await this.loadUnloadProcedure_Finish(); // Stop heating a few minutes after await this.loadUnloadProcedure_StopHeating(); } }