public void CashedStorageGetCommandNotFailed()
{
var cache = new CachedDataAccessor(this._dataDriver);
cache.PostDataAsync(null, null,
new CancellationToken()).IsFaulted.Should().Be(false);
}
public void CashedStorageGetCommandShouldBeNotCanceled()
{
var cache = new CachedDataAccessor(this._dataDriver);
Task.Factory.StartNew(
() =>
cache.GetDataAsync(Mock.Of <EntityMetadata>(x => x.StartAddress == 0x1000),
new CancellationToken())).IsCanceled.Should().Be(false);
}
public void Initialization()
{
//this._simulator = new ModbusDeviceSimulator();
//this._simulator.CreateDevice("Device1", 4444);
//this._simulator.RunDevice("Device1");
//this._simulator.AddNewAddressWithData(4444, 4096, new DateTimeValue(2014));
//this._simulator.AddNewAddressWithData(4444, 4200, new HexadecimalValue("123"));
//this._simulator.AddNewAddressWithData(4444, 3333, new BinaryValue(new bool[5]));
this._driver = new ModbusDataDriver("10.12.89.118", 4444);
this._driver.Start();
this._cachedDataAccessor = new CachedDataAccessor(new DriverDataAccessor(this._driver));
}
public void CashedStoragePostCommandAndThenReadInformationFromCache()
{
var cache = new CachedDataAccessor(this._dataDriver);
cache.PostDataAsync(new EntityMetadata {
StartAddress = 1000
}, new Byte[] { 1, 2, 3, 5 },
new CancellationToken()).RunSynchronously();
cache.GetDataAsync(new EntityMetadata {
StartAddress = 1000, NumberOfPoints = 10
},
new CancellationToken()).RunSynchronously();
}
public void CashedStoragePostCommandNotCompleted()
{
var cache = new CachedDataAccessor(this._dataDriver);
var beforeRun = cache.PostDataAsync(new EntityMetadata {
StartAddress = 1000
}, new Byte[] { 1, 2, 3, 5 },
new CancellationToken()).IsCompleted;
cache.PostDataAsync(new EntityMetadata {
StartAddress = 1000
}, new Byte[] { 1, 2, 3, 5 },
new CancellationToken()).RunSynchronously();
beforeRun.Should().Be(false);
}
