public static IDeviceAccessManager WriteDeviceFalse(this IDeviceAccessManager deviceAccessManager,
IDevice <bool> device)
{
deviceAccessManager.WriteDevicesFalse(device.ToEnumerable());
return(deviceAccessManager);
}
public static IDeviceAccessManager WriteDevicesTrue(this IDeviceAccessManager deviceAccessManager,
params IDevice <bool>[] devices)
{
deviceAccessManager.WriteDevicesTrue(devices as IEnumerable <IDevice <bool> >);
return(deviceAccessManager);
}
public static IDeviceAccessManager WriteDevice <T>(this IDeviceAccessManager deviceAccessManager,
IDevice <T> device)
{
IEnumerable <IDevice <T> > deviceValuePairs = device.ToEnumerable();
return(deviceAccessManager.WriteDevices(deviceValuePairs));
}
// private static IEnumerable<Tuple<IDevice, object>> GetValuePairs<T>(IEnumerable<IDevice<T>> devices)
// {
// var tuples = from IDevice<T> item1 in devices
// select new Tuple<IDevice, dynamic>(item1, item1.Value);
//
// return tuples;
// }
// public static Task WriteDevicesAsync<T>(this IDeviceAccessManager deviceAccessManager,
// IEnumerable<IDevice<T>> devices)
// {
// var devices2 = devices.ToList();
//
// var values = devices2.Select(x => x.Stage).ToList();
//
// return deviceAccessManager.WriteDevicesAsync(devices2, values);
// }
/* public static Task WriteDevicesAsync<T>(this IDeviceAccessManager deviceAccessManager,
* IEnumerable<IDevice<T>> devices)
* {
* var pairs = devices.Select(item1 => new Tuple<IDevice, dynamic>(item1, item1.Stage));
*
* return deviceAccessManager.WriteDevicesAsync(pairs);
* }*/
public static Task WriteDevicesAsync <T>(this IDeviceAccessManager deviceAccessManager,
IEnumerable <Tuple <IDevice <T>, T> > deviceValuePairs)
{
var devices = deviceValuePairs.Do(x => { x.Item1.Stage = x.Item2; }).Select(x => x.Item1);
return(deviceAccessManager.WriteDevicesAsync(devices));
}
public static void WriteDevicesFalse(this IDeviceAccessManager deviceAccessManager,
IEnumerable <IDevice <bool> > devices)
{
var devices2 = devices.ToList();
var values = devices2.Select(x => false);
deviceAccessManager.WriteDevices(devices2, values);
}
public static IDeviceAccessManager WriteDevices <T>(this IDeviceAccessManager deviceAccessManager,
IEnumerable <IDevice <T> > devices)
{
var pairs = devices.Select(item1 => new Tuple <IDevice, dynamic>(item1, item1.Stage));
deviceAccessManager.WriteDevices(pairs);
return(deviceAccessManager);
}
public static IDeviceAccessManager WriteDevices <T>(this IDeviceAccessManager deviceAccessManager,
IEnumerable <IDevice <T> > devices,
IEnumerable <T> values)
{
var pairs = GetPairs(devices, values);
deviceAccessManager.WriteDevices(pairs);
return(deviceAccessManager);
}
public static IDeviceAccessManager WriteDevicesTrue(this IDeviceAccessManager deviceAccessManager,
IEnumerable <IDevice <bool> > devices)
{
var devices2 = devices.ToList();
var values = devices2.Select(x => true);
deviceAccessManager.WriteDevices(devices2, values);
return(deviceAccessManager);
}
public static Task WriteDevicesAsync <T>(this IDeviceAccessManager deviceAccessManager,
IEnumerable <IDevice <T> > devices,
IEnumerable <T> values)
{
var enumerable = devices as IList <IDevice <T> > ?? devices.ToList();
enumerable.CopyValuesFrom(values, (d, v) => d.Stage = v);
return(deviceAccessManager.WriteDevicesAsync(enumerable));
}
public static IDeviceAccessManager WriteDevices <T>(this IDeviceAccessManager deviceAccessManager,
params IDevice <T>[] devices)
{
return(deviceAccessManager.WriteDevices(devices as IEnumerable <IDevice <T> >));
}