private void Iph_Connect(object sender, ConnectEventArgs args)
{
if (iph.IsConnected)
{
label4.Text = "Connected to [" + iph.DeviceProductType + "] " + iph.DeviceName + " iOS " + iph.ProductVersion;
setStatus("Fetching Device Information...");
Dictionary<string, dynamic> battInfo = iph.RequestBatteryInfo();
setStatus("Processing Information...");
/*
foreach (KeyValuePair<string, dynamic> kvp in battInfo)
{
MessageBox.Show(kvp.Key+" : "+kvp.Value.ToString());
}
*/
int cyclecount = (int)battInfo["CycleCount"];
int designcapacity = (int)battInfo["DesignCapacity"];
int currentcapacity = (int)battInfo["FullChargeCapacity"];
bool gasgauge = battInfo["GasGaugeCapability"] == true;
bool fullycharged = battInfo["FullyCharged"] == true;
bool charging = battInfo["BatteryIsCharging"] == true;
int currentCharge = (int)battInfo["BatteryCurrentCapacity"];
label6.Text += cyclecount.ToString();
label7.Text += designcapacity.ToString();
label8.Text += currentcapacity.ToString();
label9.Text += gasgauge.ToString();
label10.Text += fullycharged.ToString();
label11.Text += currentCharge.ToString();
label12.Text += charging.ToString();
setStatus("Idle.");
}
}
private static void Mdv_Connect(object sender, MK.MobileDevice.ConnectEventArgs args)
{
Console.WriteLine("libimobiledevice.dll Connected [MUX] to " + mdv.DeviceName);
Console.WriteLine("IsWifiConnect: {0}", mdv.IsWifiConnect);
}
protected void OnDisconnect(ConnectEventArgs args)
{
ConnectEventHandler disconnect = this.Disconnect;
if (disconnect != null)
{
disconnect(this, args);
}
}
private void Iph_Disconnect(object sender, ConnectEventArgs args)
{
ResetData();
}
protected void OnConnect(ConnectEventArgs args)
{
ConnectEventHandler connect = this.Connect;
if (connect != null)
{
connect(this, args);
}
}
