public STORAGE_DEVICE_DESCRIPTOR_PARSED_EX StorageGetDeviceProperty()
{
STORAGE_PROPERTY_QUERY query = new STORAGE_PROPERTY_QUERY
{
QueryType = STORAGE_QUERY_TYPE.PropertyStandardQuery,
PropertyId = STORAGE_PROPERTY_ID.StorageDeviceProperty
};
byte[] res = DeviceIoControlHelper.InvokeIoControlUnknownSize(Handle, IOControlCode.StorageQueryProperty, query);
STORAGE_DEVICE_DESCRIPTOR descriptor = /*Utils.*/ ByteArrayToStruct <STORAGE_DEVICE_DESCRIPTOR>(res, 0);
STORAGE_DEVICE_DESCRIPTOR_PARSED_EX returnValue = new STORAGE_DEVICE_DESCRIPTOR_PARSED_EX
{
Version = descriptor.Version,
Size = descriptor.Size,
DeviceType = descriptor.DeviceType,
DeviceTypeModifier = descriptor.DeviceTypeModifier,
RemovableMedia = descriptor.RemovableMedia,
CommandQueueing = descriptor.CommandQueueing,
VendorIdOffset = descriptor.VendorIdOffset,
ProductIdOffset = descriptor.ProductIdOffset,
ProductRevisionOffset = descriptor.ProductRevisionOffset,
SerialNumberOffset = descriptor.SerialNumberOffset,
BusType = descriptor.BusType,
RawPropertiesLength = descriptor.RawPropertiesLength,
RawDeviceProperties = descriptor.RawDeviceProperties
};
if (returnValue.SerialNumberOffset != 0)
{
returnValue.SerialNumber = ReadNullTerminatedAsciiString(res, (int)returnValue.SerialNumberOffset);
}
if (returnValue.VendorIdOffset != 0)
{
returnValue.VendorId = ReadNullTerminatedAsciiString(res, (int)returnValue.VendorIdOffset);
}
if (returnValue.ProductIdOffset != 0)
{
returnValue.ProductId = ReadNullTerminatedAsciiString(res, (int)returnValue.ProductIdOffset);
}
if (returnValue.ProductRevisionOffset != 0)
{
returnValue.ProductRevision = ReadNullTerminatedAsciiString(res, (int)returnValue.ProductRevisionOffset);
}
return(returnValue);
}
public override string ToString()
{
StringBuilder details = new StringBuilder();
if (dge.HasValue)
{
DISK_GEOMETRY_EX dge1 = dge.Value;
details.Append('\t').AppendLine("DISK_GEOMETRY:");
details.Append("\t\t").Append("Cylinders: ").AppendLine(dge1.Geometry.Cylinders.ToString());
//public MEDIA_TYPE MediaType;
details.Append("\t\t").Append("TracksPerCylinder: ")
.AppendLine(dge1.Geometry.TracksPerCylinder.ToString());
details.Append("\t\t").Append("SectorsPerTrack: ")
.AppendLine(dge1.Geometry.SectorsPerTrack.ToString());
details.Append("\t\t").Append("BytesPerSector: ")
.AppendLine(dge1.Geometry.BytesPerSector.ToString());
details.Append("\t\t").Append("DiskSize: ").AppendLine(dge1.Geometry.DiskSize.ToString());
details.Append('\t').AppendLine("DISK_PARTITION_INFO:");
//details.Append("\t\t").Append("SizeOfPartitionInfo: ").AppendLine(dge.PartitionInformation.SizeOfPartitionInfo.ToString());
details.Append("\t\t").Append("PartitionStyle: ")
.AppendLine(dge1.PartitionInformation.PartitionStyle.ToString());
switch (dge1.PartitionInformation.PartitionStyle)
{
case PartitionStyle.PARTITION_STYLE_MBR:
details.Append("\t\t").Append("MbrSignature: ")
.AppendLine(dge1.PartitionInformation.MbrSignature.ToString());
break;
case PartitionStyle.PARTITION_STYLE_GPT:
details.Append("\t\t").Append("GptGuidId: ")
.AppendLine(dge1.PartitionInformation.GptGuidId.ToString());
break;
case PartitionStyle.PARTITION_STYLE_RAW:
break;
default:
throw new ArgumentOutOfRangeException();
}
details.Append('\t').AppendLine("DISK_EX_INT13_INFO:");
details.Append("\t\t").Append("ExBufferSize: ")
.AppendLine(dge1.DiskInt13Info.ExBufferSize.ToString());
details.Append("\t\t").Append("ExFlags: ").AppendLine(dge1.DiskInt13Info.ExFlags.ToString());
details.Append("\t\t").Append("ExCylinders: ")
.AppendLine(dge1.DiskInt13Info.ExCylinders.ToString());
//public uint ExHeads;
//public uint ExSectorsPerTrack;
//public ulong ExSectorsPerDrive;
//public ushort ExSectorSize;
//public ushort ExReserved;
}
if (pie.HasValue)
{
PARTITION_INFORMATION_EX pie1 = pie.Value;
details.Append('\t').AppendLine("PARTITION_INFORMATION_EX:");
details.Append("\t\t").Append("PartitionStyle: ").AppendLine(pie1.PartitionStyle.ToString());
details.Append("\t\t").Append("StartingOffset: ").AppendLine(pie1.StartingOffset.ToString());
details.Append("\t\t").Append("PartitionLength: ").AppendLine(pie1.PartitionLength.ToString());
details.Append("\t\t").Append("PartitionNumber: ").AppendLine(pie1.PartitionNumber.ToString());
details.Append("\t\t").Append("RewritePartition: ").AppendLine(pie1.RewritePartition.ToString());
switch (pie1.PartitionStyle)
{
case PartitionStyle.PARTITION_STYLE_MBR:
details.Append("\t\t").AppendLine("PARTITION_INFORMATION_MBR: ");
details.Append("\t\t\t").Append("PartitionType: ")
.AppendLine(pie1.DriveLayoutInformaiton.Mbr.PartitionType.ToString());
details.Append("\t\t\t").Append("BootIndicator: ")
.AppendLine(pie1.DriveLayoutInformaiton.Mbr.BootIndicator.ToString());
details.Append("\t\t\t").Append("RecognizedPartition: ")
.AppendLine(pie1.DriveLayoutInformaiton.Mbr.RecognizedPartition.ToString());
details.Append("\t\t\t").Append("HiddenSectors: ")
.AppendLine(pie1.DriveLayoutInformaiton.Mbr.HiddenSectors.ToString());
break;
case PartitionStyle.PARTITION_STYLE_GPT:
details.Append("\t\t").AppendLine("PARTITION_INFORMATION_GPT: ");
details.Append("\t\t\t").Append("PartitionType: ")
.AppendLine(pie1.DriveLayoutInformaiton.Gpt.PartitionType.ToString());
details.Append("\t\t\t").Append("PartitionId: ")
.AppendLine(pie1.DriveLayoutInformaiton.Gpt.PartitionId.ToString());
details.Append("\t\t\t").Append("EFIPartitionAttributes: ")
.AppendLine(pie1.DriveLayoutInformaiton.Gpt.Attributes.ToString());
details.Append("\t\t\t").Append("Name: ")
.AppendLine(pie1.DriveLayoutInformaiton.Gpt.Name.ToString());
break;
case PartitionStyle.PARTITION_STYLE_RAW:
break;
default:
throw new ArgumentOutOfRangeException();
}
}
if (dlie.HasValue)
{
DRIVE_LAYOUT_INFORMATION_EX dlie1 = dlie.Value;
details.Append('\t').AppendLine("DRIVE_LAYOUT_INFORMATION_EX:");
details.Append("\t\t").Append("PartitionStyle: ").AppendLine(dlie1.PartitionStyle.ToString());
details.Append("\t\t").Append("PartitionCount: ").AppendLine((dlie1.PartitionCount - 1).ToString()); // Last one is nulls
switch (dlie1.PartitionStyle)
{
case PartitionStyle.PARTITION_STYLE_MBR:
details.Append("\t\t").AppendLine("DRIVE_LAYOUT_INFORMATION_MBR: ");
details.Append("\t\t\t").Append("Signature: ")
.AppendLine(dlie1.DriveLayoutInformaiton.Mbr.Signature.ToString());
break;
case PartitionStyle.PARTITION_STYLE_GPT:
details.Append("\t\t").AppendLine("DRIVE_LAYOUT_INFORMATION_GPT: ");
details.Append("\t\t\t").Append("DiskId: ")
.AppendLine(dlie1.DriveLayoutInformaiton.Gpt.DiskId.ToString());
details.Append("\t\t\t").Append("StartingUsableOffset: ")
.AppendLine(dlie1.DriveLayoutInformaiton.Gpt.StartingUsableOffset.ToString());
details.Append("\t\t\t").Append("UsableLength: ")
.AppendLine(dlie1.DriveLayoutInformaiton.Gpt.UsableLength.ToString());
details.Append("\t\t\t").Append("MaxPartitionCount: ")
.AppendLine(dlie1.DriveLayoutInformaiton.Gpt.MaxPartitionCount.ToString());
break;
case PartitionStyle.PARTITION_STYLE_RAW:
break;
default:
throw new ArgumentOutOfRangeException();
}
for (int entry = 0; entry < dlie1.PartitionCount - 1; entry++) // Last one is nulls
{
PARTITION_INFORMATION_EX pie = dlie1.PartitionEntry[entry];
details.Append("\t\t").AppendLine("PARTITION_INFORMATION_EX:");
details.Append("\t\t\t").Append("PartitionStyle: ")
.AppendLine(pie.PartitionStyle.ToString());
details.Append("\t\t\t").Append("StartingOffset: ")
.AppendLine(pie.StartingOffset.ToString());
details.Append("\t\t\t").Append("PartitionLength: ")
.AppendLine(pie.PartitionLength.ToString());
details.Append("\t\t\t").Append("PartitionNumber: ")
.AppendLine(pie.PartitionNumber.ToString());
details.Append("\t\t\t").Append("RewritePartition: ")
.AppendLine(pie.RewritePartition.ToString());
switch (pie.PartitionStyle)
{
case PartitionStyle.PARTITION_STYLE_MBR:
details.Append("\t\t\t").AppendLine("PARTITION_INFORMATION_MBR: ");
details.Append("\t\t\t\t").Append("PartitionType: ")
.AppendLine(pie.DriveLayoutInformaiton.Mbr.PartitionType.ToString());
details.Append("\t\t\t\t").Append("BootIndicator: ")
.AppendLine(pie.DriveLayoutInformaiton.Mbr.BootIndicator.ToString());
details.Append("\t\t\t\t").Append("RecognizedPartition: ")
.AppendLine(pie.DriveLayoutInformaiton.Mbr.RecognizedPartition.ToString());
details.Append("\t\t\t\t").Append("HiddenSectors: ")
.AppendLine(pie.DriveLayoutInformaiton.Mbr.HiddenSectors.ToString());
break;
case PartitionStyle.PARTITION_STYLE_GPT:
details.Append("\t\t\t").AppendLine("PARTITION_INFORMATION_GPT: ");
details.Append("\t\t\t\t").Append("PartitionType: ")
.AppendLine(pie.DriveLayoutInformaiton.Gpt.PartitionType.ToString());
details.Append("\t\t\t\t").Append("PartitionId: ")
.AppendLine(pie.DriveLayoutInformaiton.Gpt.PartitionId.ToString());
details.Append("\t\t\t\t").Append("EFIPartitionAttributes: ")
.AppendLine(pie.DriveLayoutInformaiton.Gpt.Attributes.ToString());
details.Append("\t\t\t\t").Append("Name: ")
.AppendLine(pie.DriveLayoutInformaiton.Gpt.Name.ToString());
break;
case PartitionStyle.PARTITION_STYLE_RAW:
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
if (da.HasValue)
{
GET_DISK_ATTRIBUTES da1 = da.Value;
details.Append('\t').AppendLine("DISK_ATTRIBUTES:");
details.Append("\t\t").Append("Version: ").AppendLine(da1.Version.ToString());
//public int Reserved1;
details.Append("\t\t").Append("Attributes: ").AppendLine(da1.Attributes.ToString());
if ((da1.Attributes & 1) == 1)
{
details.Append("\t\t").Append("Attributes: ").AppendLine(@"DISK_ATTRIBUTE_OFFLINE");
}
if ((da1.Attributes & 2) == 2)
{
details.Append("\t\t").Append("Attributes: ").AppendLine(@"DISK_ATTRIBUTE_READ_ONLY");
}
}
if (vip.HasValue)
{
GETVERSIONINPARAMS vip1 = vip.Value;
details.Append('\t').AppendLine("GETVERSIONINPARAMS:");
details.Append("\t\t").Append("Version: ").AppendLine(vip1.bVersion.ToString());
details.Append("\t\t").Append("Revision: ").AppendLine(vip1.bRevision.ToString());
details.Append("\t\t").Append("Reserved: ").AppendLine(vip1.bReserved.ToString());
details.Append("\t\t").Append("IDEDeviceMap: ").AppendLine(vip1.bIDEDeviceMap.ToString());
details.Append("\t\t").Append("Capabilities: ").AppendLine(vip1.fCapabilities.ToString());
//details.Append("\t\t").Append("dwReserved: ").AppendLine(vip1.dwReserved.ToString());
}
if (sddp.HasValue)
{
STORAGE_DEVICE_DESCRIPTOR_PARSED_EX sddp1 = sddp.Value;
details.Append('\t').AppendLine("STORAGE_DEVICE_DESCRIPTOR_PARSED:");
//details.Append("\t\t").Append("Size: ").AppendLine(sddp1.Size.ToString());
details.Append("\t\t").Append("SCSI DeviceType: ").AppendLine(sddp1.DeviceType.ToString());
details.Append("\t\t").Append("SCSI DeviceTypeModifier: ")
.AppendLine(sddp1.DeviceTypeModifier.ToString());
details.Append("\t\t").Append("RemovableMedia: ").AppendLine(sddp1.RemovableMedia.ToString());
details.Append("\t\t").Append("CommandQueueing: ").AppendLine(sddp1.CommandQueueing.ToString());
//details.Append("\t\t").Append("VendorIdOffset: ").AppendLine(sddp1.VendorIdOffset.ToString());
//details.Append("\t\t").Append("ProductIdOffset: ").AppendLine(sddp1.ProductIdOffset.ToString());
//details.Append("\t\t").Append("ProductRevisionOffset: ").AppendLine(sddp1.ProductRevisionOffset.ToString());
//details.Append("\t\t").Append("SerialNumberOffset: ").AppendLine(sddp1.SerialNumberOffset.ToString());
details.Append("\t\t").Append("BusType: ").AppendLine(sddp1.BusType.ToString());
details.Append("\t\t").Append("RawPropertiesLength: ").AppendLine(sddp1.RawPropertiesLength.ToString());
details.Append("\t\t").Append("RawDeviceProperties: ").AppendLine(sddp1.RawDeviceProperties.ToString());
//public byte[] RawDeviceProperties;
details.Append("\t\t").Append("VendorId: ").AppendLine(sddp1.VendorId);
details.Append("\t\t").Append("ProductId: ").AppendLine(sddp1.ProductId);
details.Append("\t\t").Append("ProductRevision: ").AppendLine(sddp1.ProductRevision);
details.Append("\t\t").Append("SerialNumber: ").AppendLine(sddp1.SerialNumber);
}
return(details.ToString());
}
