private void Enumerate()
{
cDriveManagerInterface driveManager;
cDriveEnumeratorInterface driveEnumeratorAta;
eErrorCode errorCode;
ILoadRunTimeDll vtStorUnifiedDll = new cLoadRunTimeDll("vtStorUnified.dll");
IRunTimeDll vtStorUnifiedModule = vtStorUnifiedDll.Load();
// Create an instance for DriveManager
driveManager = new cDriveManagerInterface(vtStorUnifiedModule);
// Create an instance for DriveEnumeratorAta
driveEnumeratorAta = new cDriveEnumeratorAta(vtStorUnifiedModule);
// Register drive enumerator Ata
driveManager.RegisterDriveEnumerator(driveEnumeratorAta);
// Enumerate drives
errorCode = driveManager.EnumerateDrives(eScanForHardwareChanges.Yes);
}
private void Enumerate()
{
cDriveManagerInterface driveManager;
cDriveEnumeratorInterface driveEnumerator;
eErrorCode errorCode;
ILoadRunTimeDll vtStorUnifiedDll = new cLoadRunTimeDll("vtStorUnified.dll");
IRunTimeDll vtStorUnifiedModule = vtStorUnifiedDll.Load();
// Create an instance for DriveManager
driveManager = new cDriveManagerInterface(vtStorUnifiedModule);
// Create an instance for DriveEnumeratorAta
driveEnumerator = new cDriveEnumerator(vtStorUnifiedModule);
driveEnumerator = new cDriveEnumeratorAta(vtStorUnifiedModule, driveEnumerator);
// Register drive enumerator Ata
driveManager.RegisterDriveEnumerator(driveEnumerator);
// Enumerate drives
errorCode = driveManager.EnumerateDrives(eScanForHardwareChanges.Yes);
}
static void Main(string[] args)
{
uint driveCount;
eErrorCode errorCode;
string path = System.AppDomain.CurrentDomain.BaseDirectory;
ILoadRunTimeDll vtStorUnifiedDll = new cLoadRunTimeDll("vtStorUnified.dll");
IRunTimeDll vtStorUnifiedModule = vtStorUnifiedDll.Load();
cDriveManagerInterface driveManager = new cDriveManagerInterface(vtStorUnifiedModule);
// Register drive enumerators
driveManager.RegisterDriveEnumerator(new cDriveEnumeratorAta(vtStorUnifiedModule));
driveManager.RegisterDriveEnumerator(new cDriveEnumeratorScsi(vtStorUnifiedModule));
// Enumerate drives
errorCode = driveManager.EnumerateDrives(vtStor.Managed.eScanForHardwareChanges.Yes);
if (eErrorCode.None == errorCode)
{
System.Console.WriteLine("Enumerate drive successfully!!!");
// Retrieve number of enumerate drives
driveCount = driveManager.GetDriveCount();
System.Console.WriteLine("Drive count: " + driveCount);
cProtocolInterface protocol = null;
cCommandHandlerInterface commandHandler = null;
if (0 < driveCount)
{
cBufferInterface buffer = new cBufferInterface(vtStorUnifiedModule, 512);
cDriveInterface drive = driveManager.GetDrive(0); //!!! Warning: be careful with value 0 in GetDrive(0)
string devicePath = drive.GetDriveProperties().DevicePath;
uint physicalDiskNumber = drive.GetDriveProperties().PhysicalDiskNumber;
if (eBusType.Ata == drive.GetBusType())
{
protocol = new cProtocolAtaPassThrough(vtStorUnifiedModule);
commandHandler = new cCommandHandlerAta(vtStorUnifiedModule, protocol);
// Register command handler to drive
drive.RegisterCommandHandler(0, commandHandler);
cAtaCommandExtensions ataCommandExtensions = new cAtaCommandExtensions(vtStorUnifiedModule);
errorCode = ataCommandExtensions.IssueCommand_IdentifyDevice(drive, 0, buffer);
}
else if (eBusType.Scsi == drive.GetBusType())
{
protocol = new cProtocolScsiPassThrough(vtStorUnifiedModule);
commandHandler = new cCommandHandlerScsi(vtStorUnifiedModule, protocol);
// Register command handler to drive
drive.RegisterCommandHandler(0, commandHandler);
cScsiCommandExtensions scsiCommandExtensions = new cScsiCommandExtensions(vtStorUnifiedModule);
errorCode = scsiCommandExtensions.IssueCommand_AtaIdentifyDevice(drive, 0, buffer);
}
if (eErrorCode.None == errorCode)
{
System.Console.WriteLine("IssueCommand_IdentifyDevice on drive 0 successfully!!!");
for (uint i = 0; i < 512; i++)
{
if (i % 16 == 15)
System.Console.WriteLine((buffer.GetByteAt(i)).ToString("X2"));
else
System.Console.Write("{0} ", (buffer.GetByteAt(i)).ToString("X2"));
}
}
else
{
System.Console.WriteLine("IssueCommand_IdentifyDevice failed!!!");
}
System.Console.ReadKey();
}
}
else
{
System.Console.WriteLine("Enumerate drive failed!!!");
}
}
static void Main(string[] args)
{
uint driveCount;
eErrorCode errorCode;
string path = System.AppDomain.CurrentDomain.BaseDirectory;
ILoadRunTimeDll vtStorUnifiedDll = new cLoadRunTimeDll("vtStorUnified.dll");
IRunTimeDll vtStorUnifiedModule = vtStorUnifiedDll.Load();
cDriveManagerInterface driveManager = new cDriveManagerInterface(vtStorUnifiedModule);
// Register drive enumerators
cDriveEnumeratorInterface enumerateDecorator = new cDriveEnumerator(vtStorUnifiedModule);
driveManager.RegisterDriveEnumerator(new cDriveEnumeratorScsi(vtStorUnifiedModule, new cDriveEnumeratorAta(vtStorUnifiedModule, enumerateDecorator)));
// Enumerate drives
errorCode = driveManager.EnumerateDrives(vtStor.Managed.eScanForHardwareChanges.Yes);
if (eErrorCode.None == errorCode)
{
System.Console.WriteLine("Enumerate drive successfully!!!");
// Retrieve number of enumerate drives
driveCount = driveManager.GetDriveCount();
System.Console.WriteLine("Drive count: " + driveCount);
cProtocolInterface protocol, protocolAsynIo = null;
cCommandHandlerInterface commandHandler, commandHandlerAsynIo = null;
if (0 < driveCount)
{
cBufferInterface buffer = new cBufferInterface(vtStorUnifiedModule, 512);
cDriveInterface drive = driveManager.GetDrive(0); //!!! Warning: be careful with value 0 in GetDrive(0)
string devicePath = drive.GetDriveProperties().DevicePath;
uint physicalDiskNumber = drive.GetDriveProperties().PhysicalDiskNumber;
if (eBusType.Ata == drive.GetBusType())
{
protocol = new cProtocolAtaPassThrough(vtStorUnifiedModule);
commandHandler = new cCommandHandlerAta(vtStorUnifiedModule, protocol);
protocolAsynIo = new cProtocolAsynIo(vtStorUnifiedModule);
commandHandlerAsynIo = new cCommandHandlerAsynIo(vtStorUnifiedModule, protocolAsynIo);
// Register command handler to drive
drive.RegisterCommandHandler(0, commandHandler);
drive.RegisterCommandHandler(256, commandHandlerAsynIo);
cAtaCommandExtensions ataCommandExtensions = new cAtaCommandExtensions(vtStorUnifiedModule);
cAsynIoCommandExtensions asynIoCommandExtensions = new cAsynIoCommandExtensions(vtStorUnifiedModule);
errorCode = ataCommandExtensions.IssueCommand_IdentifyDevice(drive, 0, buffer);
// Issue asynIo commands
//cOverlapped overlapped = new cOverlapped(vtStorUnifiedModule);
//errorCode = asynIoCommandExtensions.IssueCommand_ReadAsynIo(drive, 256, buffer, 1, 0, overlapped);
}
else if (eBusType.Scsi == drive.GetBusType())
{
protocol = new cProtocolScsiPassThrough(vtStorUnifiedModule);
commandHandler = new cCommandHandlerScsi(vtStorUnifiedModule, protocol);
protocolAsynIo = new cProtocolAsynIo(vtStorUnifiedModule);
commandHandlerAsynIo = new cCommandHandlerAsynIo(vtStorUnifiedModule, protocolAsynIo);
// Register command handler to drive
drive.RegisterCommandHandler(0, commandHandler);
drive.RegisterCommandHandler(256, commandHandlerAsynIo);
cScsiCommandExtensions scsiCommandExtensions = new cScsiCommandExtensions(vtStorUnifiedModule);
cAsynIoCommandExtensions asynIoCommandExtensions = new cAsynIoCommandExtensions(vtStorUnifiedModule);
errorCode = scsiCommandExtensions.IssueCommand_AtaIdentifyDevice(drive, 0, buffer);
// Issue asynIo commands
//cOverlapped overlapped = new cOverlapped(vtStorUnifiedModule);
//errorCode = asynIoCommandExtensions.IssueCommand_ReadAsynIo(drive, 256, buffer, 1, 100, overlapped);
}
if (eErrorCode.None == errorCode)
{
System.Console.WriteLine("IssueCommand_IdentifyDevice on drive 0 successfully!!!");
for (uint i = 0; i < 512; i++)
{
if (i % 16 == 15)
{
System.Console.WriteLine((buffer.GetByteAt(i)).ToString("X2"));
}
else
{
System.Console.Write("{0} ", (buffer.GetByteAt(i)).ToString("X2"));
}
}
}
else
{
System.Console.WriteLine("IssueCommand_IdentifyDevice failed!!!");
}
System.Console.ReadKey();
}
}
else
{
System.Console.WriteLine("Enumerate drive failed!!!");
}
}
