» delphi ds150e driver vci windows vista » delphi ds150e driver not reconised » delphi ds150e driver windows 10 » delphi ds150e ds150 ds150e. To rapidly & securely update outdated and faulty drivers and install the best matched missing drivers not only for your device drivers but also for. Bosch Vauxhall/OPEL VCI Device manager, Pass-Thru Drivers & Connection Manager. Solved: Windows 10 driver for Mini VCI cable (J2534) For those that are using EBay/Amazon Mini VCI cables, the driver fails on Windows 10. These are the only instructions that I found that worked.
-->Overview
The DGReadiness tool is designed to check a number of requirements for creating a PC that supports a variety of security enhancement features. This section describes how to use the tool to evaluate the ability of a driver to run in a Hypervisor-protected Code Integrity (HVCI) environment.
OS and Hardware requirements for testing HVCI driver compatibility:
Windows: Available on all versions of Windows, such as Windows Pro, Windows 10 Enterprise, Windows Server, and Windows 10 IoT Enterprise (Not supported in S Mode).
Hardware: Recent hardware that supports virtualization extension with SLAT.
To use the readiness tool to evaluate the additional requirements, such as secure boot, refer to the readme.txt file included in the readiness tool download.
For more information about the related device fundamentals test, see Device.DevFund tests.
Implement HVCI compatible code
To implement HVCI compatible code, make sure your driver code does the following:
- Opts in to NX by default
- Uses NX APIs/flags for memory allocation (NonPagedPoolNx)
- Does not use sections that are both writable and executable
- Does not attempt to directly modify executable system memory
- Does not use dynamic code in kernel
- Does not load data files as executable
- Section alignment is a multiple of 0x1000 (PAGE_SIZE). E.g. DRIVER_ALIGNMENT=0x1000
The following list of DDIs that are not reserved for system use may be impacted:
| DDI name |
|---|
| ExAllocatePool |
| ExAllocatePoolWithQuota |
| ExAllocatePoolWithQuotaTag |
| ExAllocatePoolWithTag |
| ExAllocatePoolWithTagPriority |
| ExInitializeNPagedLookasideList |
| ExInitializeLookasideListEx |
| MmAllocateContiguousMemory |
| MmAllocateContiguousMemorySpecifyCache |
| MmAllocateContiguousMemorySpecifyCacheNode |
| MmAllocateContiguousNodeMemory |
| MmCopyMemory |
| MmMapIoSpace |
| MmMapLockedPages |
| MmMapLockedPagesSpecifyCache |
| MmProtectMdlSystemAddress |
| ZwAllocateVirtualMemory |
| ZwCreateSection |
| ZwMapViewOfSection |
| NtCreateSection |
| NtMapViewOfSection |
| ClfsCreateMarshallingArea |
| NDIS |
| NdisAllocateMemoryWithTagPriority |
| Storage |
| StorPortGetDataInBufferSystemAddress |
| StorPortGetSystemAddress |
| ChangerClassAllocatePool |
| Display |
| DxgkCbMapMemory |
| VideoPortAllocatePool |
| Audio Miniport |
| IMiniportDMus::NewStream |
| IMiniportMidi::NewStream |
| IMiniportWaveCyclic::NewStream |
| IPortWavePci::NewMasterDmaChannel |
| IMiniportWavePci::NewStream |
| Audio Port Class |
| PcNewDmaChannel |
| PcNewResourceList |
| PcNewResourceSublist |
| IFS |
| FltAllocatePoolAlignedWithTag |
| FltAllocateContext |
| WDF |
| WdfLookasideListCreate |
| WdfMemoryCreate |
| WdfDeviceAllocAndQueryProperty |
| WdfDeviceAllocAndQueryPropertyEx |
| WdfFdoInitAllocAndQueryProperty |
| WdfFdoInitAllocAndQueryPropertyEx |
| WdfIoTargetAllocAndQueryTargetProperty |
| WdfRegistryQueryMemory |
Vci Device Driver Jobs
Using the DGReadiness tool
To use DGReadiness Tool, complete the following steps:
Prepare the test PC
Enable Virtualization Based Protection of Code Integrity - Run the System Information app (msinfo32). Look for the following item: “Virtualization based security”. It should show: “Running”.
Alternatively, there is also a WMI interface for checking using management tools that can be used to display information in PowerShell.
Disable 'Device Guard' - Note that while running the Readiness Tool, 'Device Guard' must be disabled on the PC under test, as it might prevent the driver from loading, and the driver won’t be available for the Readiness Tool to test.
Optionally Enable Test Signing - To allow for the installation of unsigned development drivers, you may want to enable test signing using BCDEdit.
Install test drivers
Install the desired test driver(s) on the target test PC.
Important After you have tested the development driver and worked through any code issues, retest the final production driver. In addition, use the HLK to test the driver. For more information, see HyperVisor Code Integrity Readiness Test.
Install the DGReadiness Tool
Warning
As the DGReadiness Tool changes registry values and may impact features such as secure boot, use a test PC that doesn't contain any data or applications. After the tests have been run, you may want to re-install Windows to re-establish your desired security configuration.Download the tool from here: Device Guard and Credential Guard hardware readiness tool.
Unzip the tool on the target test machine.
Configure PowerShell to allow for the execution of unsigned scripts.
The Readiness Tool is a PowerShell script. To work with the Readiness Tool script, open an Administrator PowerShell script.
If Execution-Policy is not already set to allow running script, then you should manually set it as shown here.
Run the readiness tool to enable HVCI
In Powershell, locate the directory into which you unzipped the Readiness Tool.
Run the Readiness Tool to enable HVCI.
- When directed, reboot the PC.
Run the script to evaluate HVCI capability
- Run the Readiness Tool to evaluate the ability of the drivers to support HVCI.
Evaluate the output
The output to the screen is color coded.
Category Description Red - Errors Elements are missing or not configured that will prevent enabling and using DG/CG. Yellow - Warnings This device can be used to enable and use DG/CG, but additional security benefits will be absent. Green - Messages This device is fully compliant with DG/CG requirements. In addition to the output to the screen, by default, the log file with detailed output is located at C:DGLogs
There are five steps (or sections) in the output of the tool. Step 1 contains the is the driver compatibility information.
Drivers displayed in green have no identified HVCI compatibility issues. If you are interested in evaluating a specific driver, if the driver name is displayed in green and is active and loaded, it has passed the HVCI compatibility test.
Locate the 'InCompatible HVCI Kernel Driver Modules' section shown below, towards the end of the log.
In the sample shown above, two drivers are identified as incompatible. TestDriver1.sys has a memory section alignment failure and TestDriver2.sys has a pool that is configured to use executable memory area.
The statistics for the seven types of device driver incompatibilities are also available using the !verifier debugger extension. For more information on the !verifier extension, see !verifier.
Use the following table to interpret the output and determine what driver code changes are needed to fix the different types of HVCI incompatibilities.
| Warning | Redemption |
Execute Pool Type | The caller specified an executable pool type. Calling a memory allocating function that requests executable memory. Be sure that all pool types contain a non executable NX flag. |
Execute Page Protection | The caller specified an executable page protection. Specify a 'no execute' page protection mask. |
Execute Page Mapping | The caller specified an executable memory descriptor list (MDL) mapping. Make sure that the mask that is used contains MdlMappingNoExecute. For more information, see MmGetSystemAddressForMdlSafe |
Execute-Write Section | The image contains an executable and writable section. |
Section Alignment Failures | The image contains a section that is not page aligned. Section Alignment must be a multiple of 0x1000 (PAGE_SIZE). E.g. DRIVER_ALIGNMENT=0x1000 |
IAT in Executable Section | The import address table (IAT), should not be an executable section of memory. This issue occurs when the IAT, is located in a Read and Execute (RX) only section of memory. This means that the OS will not be able to write to the IAT to set the correct addresses for where the referenced DLL. One way that this can occur is when using the /MERGE (Combine Sections) option in code linking. For example if .rdata (Read-only initialized data) is merged with .text data (Executable code), it is possible that the IAT may end up in an executable section of memory. |
Unsupported Relocs
In Windows 10, version 1507 through Windows 10, version 1607, because of the use of Address Space Layout Randomization (ASLR) an issue can arise with address alignment and memory relocation. The operating system needs to relocate the address from where the linker set its default base address to the actual location that ASLR assigned. This relocation cannot straddle a page boundary. For example, consider a 64-bit address value that starts at offset 0x3FFC in a page. It’s address value overlaps over to the next page at offset 0x0003. This type of overlapping relocs is not supported prior to Windows 10, version 1703.
Usb Cdc Serial
This situation can occur when a global struct type variable initializer has a misaligned pointer to another global, laid out in such a way that the linker cannot move the variable to avoid the straddling relocation. The linker will attempt to move the variable, but there are situations where it may not be able to do so (for example with large misaligned structs or large arrays of misaligned structs). Where appropriate, modules should be assembled using the /Gy (COMDAT) option to allow the linker to align module code as much as possible.
There are other situations involving the use of assembler code, where this issue can also occur.
Script customization
Below is the list of Regkeys and their values for customization of the script to HVCI and Credential Guard without UEFI Lock.
To enable HVCI and CG without UEFI Lock:
Vci Device Driver Device
Driver Verifier code integrity
Use the Driver Verifier code integrity option flag (0x02000000) to enable extra checks that validate compliance with this feature. To enable this from the command line, use the following command.
To choose this option if using the verifier GUI, select Create custom settings (for code developers), select Next, and then select Code integrity checks.
Find My Device Driver
You can use the verifier command line /query option to display the current driver verifier information.