public void Test_LongRead(OutputMessageDel OutputMessage, OutputWarningDel OutputWarning, OutputErrorDel OutputError)
{
OutputMessage("ATATests : Test_LongRead", "Test started.");
// The device we are going to test
ATA.PATA TestDevice = null;
// Search for PATA device
OutputMessage("ATATests : Test_LongRead", "Searching for PATA device...");
for (int i = 0; i < DeviceManager.Devices.Count; i++)
{
Device ADevice = (Device)DeviceManager.Devices[i];
if (ADevice is ATA.PATA)
{
TestDevice = (ATA.PATA)ADevice;
break;
}
}
// Check that we found a device
if (TestDevice == null)
{
OutputWarning("ATATests : Test_LongRead", "No PATA device found. Aborting test.");
return;
}
else
{
OutputMessage("ATATests : Test_LongRead", ((FOS_System.String) "Device found. Controller ID: ") +
(TestDevice.ControllerID == HardwareATA.ATA.ControllerID.Primary ? "Primary" : "Secondary") + " , Position: " +
(TestDevice.BusPosition == HardwareATA.ATA.BusPosition.Master ? "Master" : "Slave"));
}
// Create a buffer for storing up to 16 blocks of data
OutputMessage("ATATests : Test_LongRead", "Creating data buffer...");
byte[] buffer = new byte[32 * (int)(uint)TestDevice.BlockSize];
OutputMessage("ATATests : Test_LongRead", "done.");
try
{
OutputMessage("ATATests : Test_LongRead", "Calculating statistical data...");
ulong FractionOfDisk = FOS_System.Math.Divide(TestDevice.BlockCount, 10);
ulong PercentileOfFraction = FOS_System.Math.Divide(FractionOfDisk, 100);
ulong dist = 0;
bool a = true;
OutputMessage("ATATests : Test_LongRead", "done.");
OutputMessage("ATATests : Test_LongRead", "Reading disk 32 sectors at a time...");
// Attempt to read every sector of the disk 32 at a time
for (ulong i = 0; i < FractionOfDisk; i += 32, dist += 32)
{
TestDevice.ReadBlock(i, 32, buffer);
if (dist >= PercentileOfFraction)
{
dist -= PercentileOfFraction;
if (a)
{
OutputMessage("ATATests : Test_LongRead", "[+1% complete] (a)");
}
else
{
OutputMessage("ATATests : Test_LongRead", "[+1% complete] (b)");
}
a = !a;
}
}
OutputMessage("ATATests : Test_LongRead", "done.");
}
catch
{
OutputError("ATATests : Test_LongRead", ExceptionMethods.CurrentException.Message);
}
OutputMessage("ATATests : Test_LongRead", "Test complete.");
}
public void Test_LongRead(OutputMessageDel OutputMessage, OutputWarningDel OutputWarning, OutputErrorDel OutputError)
{
OutputMessage("USBTests : Test_LongRead", "Test started.");
// The device we are going to test
USB.Devices.MassStorageDevice_DiskDevice TestDevice = null;
// Search for USB device
OutputMessage("USBTests : Test_LongRead", "Searching for USB device...");
for (int i = 0; i < DeviceManager.Devices.Count; i++)
{
Device ADevice = (Device)DeviceManager.Devices[i];
if (ADevice is USB.Devices.MassStorageDevice_DiskDevice)
{
TestDevice = (USB.Devices.MassStorageDevice_DiskDevice)ADevice;
break;
}
}
// Check that we found a device
if (TestDevice == null)
{
OutputWarning("USBTests : Test_LongRead", "No USB device found. Aborting test.");
return;
}
else
{
OutputMessage("USBTests : Test_LongRead", "Device found.");
}
// Create a buffer for storing up to 16 blocks of data
OutputMessage("USBTests : Test_LongRead", "Creating data buffer...");
byte[] buffer = new byte[32 * (int)(uint)TestDevice.BlockSize];
OutputMessage("USBTests : Test_LongRead", "done.");
try
{
OutputMessage("USBTests : Test_LongRead", "Calculating statistical data...");
ulong FractionOfDisk = TestDevice.BlockCount;// FOS_System.Math.Divide(TestDevice.BlockCount, 10);
ulong PercentileOfFraction = FOS_System.Math.Divide(FractionOfDisk, 100);
ulong dist = 0;
bool a = true;
OutputMessage("USBTests : Test_LongRead", "done.");
OutputMessage("USBTests : Test_LongRead", "Reading disk one sector at a time...");
// Attempt to read every sector of the disk 1 at a time
for (ulong i = 0; i < FractionOfDisk; i += 1, dist += 1)
{
TestDevice.ReadBlock(i, 1, buffer);
if (dist >= PercentileOfFraction)
{
dist -= PercentileOfFraction;
if (a)
{
OutputMessage("USBTests : Test_LongRead", "[+1% complete] (a)");
}
else
{
OutputMessage("USBTests : Test_LongRead", "[+1% complete] (b)");
}
a = !a;
}
}
OutputMessage("USBTests : Test_LongRead", "done.");
}
catch
{
OutputError("USBTests : Test_LongRead", ExceptionMethods.CurrentException.Message);
}
OutputMessage("USBTests : Test_LongRead", "Test complete.");
}
public void Test_LongRead(OutputMessageDel OutputMessage, OutputWarningDel OutputWarning, OutputErrorDel OutputError)
{
OutputMessage("ATATests : Test_LongRead", "Test started.");
// The device we are going to test
ATA.PATA TestDevice = null;
// Search for PATA device
OutputMessage("ATATests : Test_LongRead", "Searching for PATA device...");
for (int i = 0; i < DeviceManager.Devices.Count; i++)
{
Device ADevice = (Device)DeviceManager.Devices[i];
if (ADevice is ATA.PATA)
{
TestDevice = (ATA.PATA)ADevice;
break;
}
}
// Check that we found a device
if (TestDevice == null)
{
OutputWarning("ATATests : Test_LongRead", "No PATA device found. Aborting test.");
return;
}
else
{
OutputMessage("ATATests : Test_LongRead", ((FOS_System.String)"Device found. Controller ID: ") +
(TestDevice.ControllerID == HardwareATA.ATA.ControllerID.Primary ? "Primary" : "Secondary") + " , Position: " +
(TestDevice.BusPosition == HardwareATA.ATA.BusPosition.Master ? "Master" : "Slave"));
}
// Create a buffer for storing up to 16 blocks of data
OutputMessage("ATATests : Test_LongRead", "Creating data buffer...");
byte[] buffer = new byte[32 * (int)(uint)TestDevice.BlockSize];
OutputMessage("ATATests : Test_LongRead", "done.");
try
{
OutputMessage("ATATests : Test_LongRead", "Calculating statistical data...");
ulong FractionOfDisk = FOS_System.Math.Divide(TestDevice.BlockCount, 10);
ulong PercentileOfFraction = FOS_System.Math.Divide(FractionOfDisk, 100);
ulong dist = 0;
bool a = true;
OutputMessage("ATATests : Test_LongRead", "done.");
OutputMessage("ATATests : Test_LongRead", "Reading disk 32 sectors at a time...");
// Attempt to read every sector of the disk 32 at a time
for (ulong i = 0; i < FractionOfDisk; i += 32, dist += 32)
{
TestDevice.ReadBlock(i, 32, buffer);
if (dist >= PercentileOfFraction)
{
dist -= PercentileOfFraction;
if (a)
{
OutputMessage("ATATests : Test_LongRead", "[+1% complete] (a)");
}
else
{
OutputMessage("ATATests : Test_LongRead", "[+1% complete] (b)");
}
a = !a;
}
}
OutputMessage("ATATests : Test_LongRead", "done.");
}
catch
{
OutputError("ATATests : Test_LongRead", ExceptionMethods.CurrentException.Message);
}
OutputMessage("ATATests : Test_LongRead", "Test complete.");
}
public void Test_LongRead(OutputMessageDel OutputMessage, OutputWarningDel OutputWarning, OutputErrorDel OutputError)
{
OutputMessage("USBTests : Test_LongRead", "Test started.");
// The device we are going to test
USB.Devices.MassStorageDevice_DiskDevice TestDevice = null;
// Search for USB device
OutputMessage("USBTests : Test_LongRead", "Searching for USB device...");
for (int i = 0; i < DeviceManager.Devices.Count; i++)
{
Device ADevice = (Device)DeviceManager.Devices[i];
if (ADevice is USB.Devices.MassStorageDevice_DiskDevice)
{
TestDevice = (USB.Devices.MassStorageDevice_DiskDevice)ADevice;
break;
}
}
// Check that we found a device
if (TestDevice == null)
{
OutputWarning("USBTests : Test_LongRead", "No USB device found. Aborting test.");
return;
}
else
{
OutputMessage("USBTests : Test_LongRead", "Device found.");
}
// Create a buffer for storing up to 16 blocks of data
OutputMessage("USBTests : Test_LongRead", "Creating data buffer...");
byte[] buffer = new byte[32 * (int)(uint)TestDevice.BlockSize];
OutputMessage("USBTests : Test_LongRead", "done.");
try
{
OutputMessage("USBTests : Test_LongRead", "Calculating statistical data...");
ulong FractionOfDisk = TestDevice.BlockCount;// FOS_System.Math.Divide(TestDevice.BlockCount, 10);
ulong PercentileOfFraction = FOS_System.Math.Divide(FractionOfDisk, 100);
ulong dist = 0;
bool a = true;
OutputMessage("USBTests : Test_LongRead", "done.");
OutputMessage("USBTests : Test_LongRead", "Reading disk one sector at a time...");
// Attempt to read every sector of the disk 1 at a time
for (ulong i = 0; i < FractionOfDisk; i += 1, dist += 1)
{
TestDevice.ReadBlock(i, 1, buffer);
if (dist >= PercentileOfFraction)
{
dist -= PercentileOfFraction;
if (a)
{
OutputMessage("USBTests : Test_LongRead", "[+1% complete] (a)");
}
else
{
OutputMessage("USBTests : Test_LongRead", "[+1% complete] (b)");
}
a = !a;
}
}
OutputMessage("USBTests : Test_LongRead", "done.");
}
catch
{
OutputError("USBTests : Test_LongRead", ExceptionMethods.CurrentException.Message);
}
OutputMessage("USBTests : Test_LongRead", "Test complete.");
}