public Ps1ScaffolderLocator(IPowershellCommandInvoker commandInvoker, IPackageManager packageManager, IPackagePathResolver pathResolver, FileSystem.IFileSystem fileSystem, IScaffoldingConfigStore configStore)
{
_commandInvoker = commandInvoker;
_packageManager = packageManager;
_pathResolver = pathResolver ?? packageManager.PathResolver;
_fileSystem = fileSystem;
_configStore = configStore;
}
public Ps1ScaffolderLocator(IPowershellCommandInvoker commandInvoker, IPackageManager packageManager, IPackagePathResolver pathResolver, FileSystem.IFileSystem fileSystem, IScaffoldingConfigStore configStore)
{
_commandInvoker = commandInvoker;
_packageManager = packageManager;
_pathResolver = pathResolver ?? packageManager.PathResolver;
_fileSystem = fileSystem;
_configStore = configStore;
}
private RaspberryIRDotNet.TX.PulseSpaceTransmitter_AutoOpenClose MakeSubject(FileSystem.IFileSystem fileSystem)
{
var subject = new RaspberryIRDotNet.TX.PulseSpaceTransmitter_AutoOpenClose()
{
TransmissionDevice = LircPath
};
subject.SetFileSystem(fileSystem);
return(subject);
}
public bool Login(string sPassword)
{
FileSystem.IFileSystem fileSystem = m_fileSystemClassFactory.Create(this.User, sPassword);
if (fileSystem == null)
{
return(false);
}
SetFileSystemObject(fileSystem);
return(true);
}
private RaspberryIRDotNet.RX.IRUnitCounter NewIRUnitCounter(FileSystem.IFileSystem fileSystem)
{
var subject = new RaspberryIRDotNet.RX.IRUnitCounter()
{
CaptureDevice = LircPath,
CaptureDelay = TimeSpan.Zero,
LeadInPattern = new PulseSpaceUnitList()
{
5, 4
},
UnitDurationMicrosecs = 100,
TargetCaptures = 5,
ThrowOnUnknownPacket = true
};
subject.SetFileSystem(fileSystem);
return(subject);
}
private RaspberryIRDotNet.RX.LeadInLearner NewLeadInLearner(FileSystem.IFileSystem fileSystem)
{
var subject = new RaspberryIRDotNet.RX.LeadInLearner()
{
CaptureDevice = LircPath,
MinimumMatchingCaptures = 3,
ThrowOnUnknownPacket = true
};
subject.SetFileSystem(fileSystem);
var mockDebounce = new Mock <RaspberryIRDotNet.RX.IDebounceTimer>();
mockDebounce.SetupGet(x => x.ReadyToDoAnother).Returns(true);
subject.SetDebounceTimer(mockDebounce.Object);
return(subject);
}
private RaspberryIRDotNet.RX.UnitDurationLearner NewUnitDurationLearner(FileSystem.IFileSystem fileSystem)
{
var subject = new RaspberryIRDotNet.RX.UnitDurationLearner()
{
CaptureDevice = LircPath,
CaptureDelay = TimeSpan.Zero, // Make unit tests run faster
LeadInPatternDurations = new PulseSpaceDurationList()
{
500, 400
},
TargetCaptures = 3,
ThrowOnUnknownPacket = true
};
subject.SetFileSystem(fileSystem);
return(subject);
}
private RaspberryIRDotNet.RX.IRMessageLearn NewIRMessageLearn(FileSystem.IFileSystem fileSystem)
{
var subject = new RaspberryIRDotNet.RX.IRMessageLearn()
{
CaptureDevice = LircPath,
CaptureDelay = TimeSpan.Zero,
LeadInPattern = new PulseSpaceUnitList()
{
5, 4
},
UnitDurationMicrosecs = 100,
MessageMinimumUnitCount = 15,
MessageMaximumUnitCount = 15,
MinimumMatchingCaptures = 3,
ErrorAfterBadCaptureCount = 5,
ThrowOnUnknownPacket = true
};
subject.SetFileSystem(fileSystem);
return(subject);
}
/// <summary>
/// Can be used to abstract away the file system for unit testing.
/// </summary>
internal void SetFileSystem(FileSystem.IFileSystem newFS)
{
_fileSystem = newFS;
_utility = new Utility(newFS);
}
protected void SetFileSystemObject(FileSystem.IFileSystem fileSystem)
{
m_fileSystem = fileSystem;
}
protected void SetFileSystemObject(FileSystem.IFileSystem fileSystem)
{
m_fileSystem = fileSystem;
}
internal DeviceAssessor(FileSystem.IFileSystem fileSystem)
{
_fileSystem = fileSystem;
_utility = new Utility(_fileSystem);
}
