/// <summary>
/// Calls a delegate on all connected devices. This re-evaluates the currently connected devices
/// after each go, so if some devices take a while to enumerate, they will probably still be caught
/// after the first device work finishes (since the work is typically long).
/// </summary>
/// <param name="DelayEnumerationPeriodMS">The initial number of ms to wait after the first enumerated device is found</param>
/// <param name="PerDeviceWork">The delegate to perform on each connected device</param>
/// <returns>True if all devices had the work successfully performed, and false if any failed or none were found</returns>
bool PerformActionOnAllDevices(uint DelayEnumerationPeriodMS, PerformDeviceActionDelegate PerDeviceWork)
{
// Start enumerating the devices
ConnectToDevices(DelayEnumerationPeriodMS);
// Keep looking at the device list and executing on new ones as long as we keep finding them
Dictionary <string, bool> Runs = new Dictionary <string, bool>();
bool bFoundNewDevices = true;
while (bFoundNewDevices)
{
IEnumerable <MobileDeviceInstance> Devices = MobileDeviceInstanceManager.GetSnapshotInstanceList();
bFoundNewDevices = false;
foreach (MobileDeviceInstance PotentialDevice in Devices)
{
PotentialDevice.Reconnect();
string DeviceId = PotentialDevice.DeviceId;
if (DeviceId == String.Empty)
{
System.Threading.Thread.Sleep((int)SleepAfterFailedDeviceCallMS);
DeviceId = PotentialDevice.DeviceId;
}
if (!Runs.ContainsKey(DeviceId) && PotentialDevice.IsConnected)
{
// New device, do the work on it
Runs.Add(DeviceId, PerDeviceWork(PotentialDevice));
bFoundNewDevices = true;
}
}
}
// Determine if all succeeded
bool bAllSucceeded = true;
bool bAnySucceeded = Runs.Count > 0;
foreach (var KVP in Runs)
{
bAllSucceeded = bAllSucceeded && KVP.Value;
}
return(bAllSucceeded && bAnySucceeded);
}
/// <summary>
/// Calls a delegate on all connected devices. This re-evaluates the currently connected devices
/// after each go, so if some devices take a while to enumerate, they will probably still be caught
/// after the first device work finishes (since the work is typically long).
/// </summary>
/// <param name="DelayEnumerationPeriodMS">The initial number of ms to wait after the first enumerated device is found</param>
/// <param name="PerDeviceWork">The delegate to perform on each connected device</param>
/// <returns>True if all devices had the work successfully performed, and false if any failed or none were found</returns>
bool PerformActionOnAllDevices(uint DelayEnumerationPeriodMS, PerformDeviceActionDelegate PerDeviceWork)
{
// Start enumerating the devices
ConnectToDevices(DelayEnumerationPeriodMS);
// Keep looking at the device list and executing on new ones as long as we keep finding them
Dictionary<MobileDeviceInstance, bool> Runs = new Dictionary<MobileDeviceInstance, bool>();
bool bFoundNewDevices = true;
while (bFoundNewDevices)
{
IEnumerable<MobileDeviceInstance> Devices = MobileDeviceInstanceManager.GetSnapshotInstanceList();
bFoundNewDevices = false;
foreach (MobileDeviceInstance PotentialDevice in Devices)
{
if (!Runs.ContainsKey(PotentialDevice))
{
string DeviceName = PotentialDevice.DeviceName;
if (DeviceName == String.Empty)
{
System.Threading.Thread.Sleep((int)SleepAfterFailedDeviceCallMS);
}
// New device, do the work on it
Runs.Add(PotentialDevice, PerDeviceWork(PotentialDevice));
bFoundNewDevices = true;
}
}
}
// Determine if all succeeded
bool bAllSucceeded = true;
bool bAnySucceeded = Runs.Count > 0;
foreach (var KVP in Runs)
{
bAllSucceeded = bAllSucceeded && KVP.Value;
}
return bAllSucceeded && bAnySucceeded;
}
