private void connectButton_Click(object sender, EventArgs e) { //Check to see if ip address is actually good if (ipAddrSelector.Text == "") { return; } //If connecting and box is not empty, use that address string candidateIP = "http://" + ipAddrSelector.Text + ":8181/"; //Send request to root server as a form of "ping" string response = WebServerScripts.HttpGet(candidateIP, CTRProductStuff.Devices.None, 0, CTRProductStuff.Action.None, "", 2000); if (response.Equals("Failed")) { updateReturnTextBox(); return; } EmptyReturn myReponse = JsonConvert.DeserializeObject <EmptyReturn>(response); updateReturnTextBox(0, "Connected"); //Check the connected box if we successfully got the return message connectedIndicator.Checked = true;//myReponse.GeneralReturn.Error == WebServerScripts.PingReturn; _connectedIp = candidateIP; refreshButton_Click(null, null); }
private void blinkButton_Click(object sender, EventArgs e) { if (deviceView.SelectedItems.Count == 1) { var descriptor = _deviceStatus.DeviceArray[deviceView.SelectedIndices[0]]; CTRProductStuff.Devices dev = CTRProductStuff.DeviceIDMap[descriptor.ID & 0xFFFFFFC0]; uint id = (uint)descriptor.ID & 0x3F; string ret = WebServerScripts.HttpGet(_connectedIp, dev, id, CTRProductStuff.Action.Blink); if (ret == "Failed") { updateReturnTextBox(-999, "Failed to transmit message"); return; } BlinkReturn tmp = JsonConvert.DeserializeObject <BlinkReturn>(ret); updateReturnTextBox(tmp.GeneralReturn.Error, tmp.GeneralReturn.ErrorMessage); } }
private void selftTestButton_Click(object sender, EventArgs e) { if (deviceView.SelectedItems.Count == 1) { var descriptor = _deviceStatus.DeviceArray[deviceView.SelectedIndices[0]]; CTRProductStuff.Devices dev = CTRProductStuff.DeviceIDMap[descriptor.ID & 0xFFFFFFC0]; uint id = (uint)descriptor.ID & 0x3F; //Self test holds a "lot" of data, so increase the timeout for it string ret = WebServerScripts.HttpGet(_connectedIp, dev, id, CTRProductStuff.Action.SelfTest, "", 1000); if (ret == "Failed") { updateReturnTextBox(); return; } SelfTestReturn retClass = JsonConvert.DeserializeObject <SelfTestReturn>(ret); updateReturnTextBox(retClass.GeneralReturn.Error, retClass.GeneralReturn.ErrorMessage); selfTestBox.Text = retClass.SelfTest; } }
private void nameChangeButton_Click(object sender, EventArgs e) { if (deviceView.SelectedItems.Count == 1) { var descriptor = _deviceStatus.DeviceArray[deviceView.SelectedIndices[0]]; CTRProductStuff.Devices dev = CTRProductStuff.DeviceIDMap[descriptor.ID & 0xFFFFFFC0]; uint id = (uint)descriptor.ID & 0x3F; string extraParameters = "&newname=" + nameChanger.Text; string ret = WebServerScripts.HttpGet(_connectedIp, dev, id, CTRProductStuff.Action.SetDeviceName, extraParameters); if (ret == "Failed") { updateReturnTextBox(); refreshButton_Click(null, null); //Update GUI return; } NameReturn retJson = JsonConvert.DeserializeObject <NameReturn>(ret); updateReturnTextBox(retJson.GeneralReturn.Error, retJson.GeneralReturn.ErrorMessage); refreshButton_Click(null, null); //Update GUI } }
private void updateFirmwareThread(string ip, CTRProductStuff.Devices device, uint id) { string ret = WebServerScripts.HttpGet(ip, device, id, CTRProductStuff.Action.UpdateFirmware, "", 60000);//Give it a minute to update if (ret == "Failed") { Invoke(new Action(() => { updateReturnTextBox(-999, "Firmware update failed"); })); return; } FirmwareUpdateReturn returnClass = JsonConvert.DeserializeObject <FirmwareUpdateReturn>(ret); Invoke(new Action(() => { updateReturnTextBox(returnClass.GeneralReturn.Error, returnClass.UpdateMessage); })); return; }
private void updateThread(string ip, CTRProductStuff.Devices device, uint deviceID, ProgressBar updateBar) { ProgressReturn returnClass = null; bool starting = true; do { if (closeThread) { break; } string ret = WebServerScripts.HttpGet(ip, device, deviceID, CTRProductStuff.Action.CheckUpdateProgress); if (ret == "Failed") { continue; } returnClass = JsonConvert.DeserializeObject <ProgressReturn>(ret); if (returnClass != null) { if (returnClass.progress != 0) { starting = false; } Invoke(new Action(() => { updateBar.Value = returnClass.progress; //Update in UI Thread })); } Thread.Sleep(100); } while (returnClass == null || returnClass.progress != 0 || starting); closeThread = true; Invoke(new Action(() => { Close(); })); }
private void refreshButton_Click(object sender, EventArgs e) { //On refresh poll for possible IP's and populate combobox with them _ipAddrItems.Clear(); foreach (string addr in WebServerScripts.GetIPAddrs()) { _ipAddrItems.Add(addr); } deviceView.Items.Clear(); refreshConfigs(); if (_connectedIp == "") { return; } string devices = WebServerScripts.HttpGet(_connectedIp, CTRProductStuff.Devices.None, 0, CTRProductStuff.Action.GetDeviceList, "", 1000); if (devices == "Failed") { updateReturnTextBox(); return; } _deviceStatus = JsonConvert.DeserializeObject <GetDevicesReturn>(devices); if (_deviceStatus != null) { foreach (DeviceDescriptor d in _deviceStatus.DeviceArray) { if ((d.ID & 0xFFFFFFC0) == 0x0204f400) { d.Model = "Pigeon Over Ribbon"; } CTRProductStuff.Devices dev = CTRProductStuff.DeviceIDMap[(d.ID & 0xFFFFFFC0)]; string[] array = new string[7]; array[0] = d.Name; array[1] = d.Model; array[2] = (d.ID & 0x3F).ToString(); array[3] = d.CurrentVers; array[4] = d.ManDate; array[5] = d.BootloaderRev; array[6] = d.SoftStatus; int imageKey = 0; switch (dev) { case CTRProductStuff.Devices.TalonSRX: imageKey = 0; break; case CTRProductStuff.Devices.VictorSPX: imageKey = 1; break; case CTRProductStuff.Devices.PigeonIMURibbon: case CTRProductStuff.Devices.PigeonIMU: imageKey = 2; break; case CTRProductStuff.Devices.CANifier: imageKey = 3; break; case CTRProductStuff.Devices.PCM: imageKey = 4; break; case CTRProductStuff.Devices.PDP: imageKey = 5; break; } deviceView.Items.Add(new ListViewItem(array, imageKey)); } } updateReturnTextBox(_deviceStatus.GeneralReturn.Error, _deviceStatus.GeneralReturn.ErrorMessage); foreach (Control c in deviceSpecificControls.Controls) { c.Enabled = false; } }