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This topic shows you how to install the sensor driver on a development board, after you update the secondary system description table (SSDT) for the development board.

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This topic uses the Sharks Cove development board and an ADXL345 accelerometer as a case study, to help explain the process of installing a sensor driver on a development board. So if you want to perform the tasks presented in this topic, you must first install an operating system on the Sharks Cove. For more information about how to do that, see Download kits and tools for Windows 10, and follow the instructions to install Windows 10.

After you finish installing the operating system on the Sharks Cove, See Build the sensor driver to learn how to build a driver in Microsoft Visual Studio. Then return here to continue.

The accelerometer is attached to the Sharks Cove via the I2C bus. Peripherals that are connected to the I2C bus are enumerated via the Advanced Configuration and Power Interface (ACPI). So the sample driver for the accelerometer was developed to support ACPI instead of Plug and Play.

To make the Sharks Cove's ACPI driver aware of the new device (the accelerometer) on the I2C bus, you must add information about the accelerometer to the SSDT on the Sharks Cove. This table describes the hardware resources and interrupt requirements for a hardware platform's devices, including attached peripherals like the accelerometer.

Before you begin

Before you start performing the tasks outlined below, please make sure that your Sharks Cove is set up as shown in the following image:

Retrieve and review the default SSDT

This section shows you how to use the ACPI Source Language (ASL) compiler to retrieve the factory default SSDT for the Sharks Cove, and then review it. You will also learn how to replace the default SSDT with an updated one.

  1. On your development computer, navigate to the following location to copy the ASL compiler:c:Program Files (x86)Windows Kits10Toolsx86ACPIVerify

  2. Copy the Asl.exe file, and save it to a flash drive.

  3. On the Sharks Cove, create a Tools folder in the root directory. Then Attach the flash drive to the Sharks Cove's USB hub, and copy the Asl.exe file to the Tools folder.

  4. Open a Command prompt window as an administrator, and enter the following commands:cdtoolsdirMake sure that the Asl.exe file is listed in the directory.

  5. Invoke the ASL compiler and create an ASL file by entering the following command:asl /tab=ssdt

  6. Make sure that the ASL file was created successfully by entering the following command:dir ssdt.asl

  7. Open the ASL file in Notepad by entering the following command:notepad ssdt.aslReview the ASL file, and notice that there are no references to the accelerometer, or the I2C bus.

  8. Close Notepad. Then enter the following command in the Command prompt window, to rename the ssdt.asl file.ren ssdt.asl ssdt-old.aslThen use the dir command to make sure that the file is now listed as ssdt-old.asl.

Update the default SSDT

Perform the following tasks to update the SSDT, and load it to replace the factory default version. The updated SSDT will be stored in a potion of memory called battery-backed RAM. So make sure that the button cell (battery) that came with your Sharks Cove is plugged into its socket.

  1. Copy the following updated SSDT and paste it into a new instance of Notepad.

  2. In Notepad, select File > Save As. Then select the Save as type dropdown box, and select All Files.

  3. In the File name box, type ssdt.asl, then select Save, and close Notepad.

  4. In the Command prompt window, use the dir command to make sure that you can see the default file now listed as ssdt-old.asl, and the new file listed as ssdt.asl.

  5. Compile the ssdt.asl file into a format that the Sharks Cove can understand by entering the following command:asl ssdt.asl

  6. Verify that the compiled file was successfully created in Step 3 by entering the following command:dir ssdt.amlYou should see the ssdt.aml file listed in the tools directory.

  7. Load the compiled file into battery-backed RAM by entering the following command:asl /loadtable ssdt.aml

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Turn on testsigning

Before you install the sample sensor driver, you must turn on testsigning. Perform the following tasks to turn on testsigning. Perform the following steps to install the sensor driver via Device Manager.

  1. In the Command prompt window, enter the following command to see whether testsigning is already turned on.
    bcdedit /enum

  2. If you see a listing similar to the following, showing an entry for testsigning, with its value set to yes then skip to Step 5.

  3. If you need to turn on test signing, then enter the following command:bcdedit /set testsigning on

  4. Repeat Step 1 (in this exercise) to verify that the value of the testsigning system variable is now set to 'yes' in the Windows Boot Loader list.

  5. Restart the Sharks Cove. As the board restarts, hold the Volume-up button for about 2 seconds, to enter system setup (UEFI) window.

  6. In the UEFI window, select Device Manager > System Setup > Boot, and make sure that UEFI Security Boot is set to <Disable>.

  7. Save your changes and exit the UEFI window.

Install the sensor driver

There are four main methods for installing a driver on the Sharks Cove board:

  • Download the driver from a network source directly onto the Sharks Cove.
  • Develop the sensor driver on a host computer, with your Sharks Cove connected as a provisioned client. Then deploy the driver from the host computer to the Sharks Cove.
  • Copy the driver package to a flash drive and attach the flash drive to the Sharks Cove. Then use the devcon command from a Command prompt window to install the driver manually.
  • Copy the driver package to a flash drive and attach the flash drive to the Sharks Cove. Then install the driver manually via Device Manager.

For simplicity, we will use the last method in the preceding list. Perform the following steps to manually install the sensor driver via Device Manager.

You must connect your sensor to the Sharks Cove before you install the sensor driver. For information about how to modify the ADXL345 accelerometer breakout board from SparkFun, to get it to work with the sample sensor driver, see Prepare your sensor test board. And for information about how to connect the sensor breakout board to the Sharks Cove, see Connect your sensor to the Sharks Cove board.

  1. Make sure that the ADXL345 accelerometer is connected to the Sharks Cove J1C1 connector, then power up the Sharks Cove.

  2. Attach a flash drive with the sensor driver to the powered USB hub connected to the Sharks Cove. For example, this can be the flash drive onto which you saved the driver that you built by following the steps in Build the sensor driver.

  3. Open Device Manager, and look for an 'Unknown device' in the Other devices node with a yellow bang symbol against it (see the following screen shot).

  4. Select and hold (or right-click) the device with the yellow bang (listed as Unknown device), and select Update Driver Software, and select Browse my computer for driver software.

  5. Browse to the ADXL345 driver on the flash drive, then select Next. Follow the screen prompts to install the sensor driver.

  6. After the sample sensor driver is successfully installed, Device Manager displays the sensor as shown in the following screen shot.

For information about how to use Visual Studio to deploy a driver to a client computer (like the Sharks Cove), see Deploying a Driver to a Test Computer.

After successfully installing the sample sensor driver, see Test your universal sensor driver for information about how to test a sensor.

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Discontinued Interfaces

HEX-USB+CAN

HEX-USB+CAN
Intelligent Dual-K plus CAN <-> USB Interface

(Out of production -- no longer available)


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Features:
  • USB connector plugs into most modern laptops! (USB 1.1 or 2.0)
    A Serial Port version was also available; click here for full specs.
  • Compatible with all the latest cars which require a direct CAN connection for diagnostics.
  • Fully backwards compatible with older cars using a single K-line or
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  • Protocol timing indistinguishable from a real VAG/VAS tool. Works reliably even with 'difficult' control modules such as the 1991-1994 1Z Audi TDIs and the 1993-1994 Audi 2.6L with Hella ECU.
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This interface comes with an OBD-II type connector which plugs right in to most 1994 and newer VW's and 1996 and newer Audis. Most 1990-1995 Audis and 1990-1993 VW's have the '2x2' data link connector, click here for more info.

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This interface works with all diagnostic-capable VW, Audi, Seat, and Skoda models from 1990 through 2015.
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    Extending this Interface:

    The cable on this interface is about 6 feet long -- just right for most laptops. The USB standards do not allow for passive extension cords! We have tested many Active USB extensions and have found one that works. You can order the 16-ft Active USB Extension from our Store. We do not sell or support any other brands or models of USB extensions, if you have problems when using one, the first thing we're going to tell you is to eliminate the extension.

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    Resale:

    This interface acts as a 'dongle' for VAG-COM, so the software should be fully functional on any PC you use with the HEX-USB+CAN. However, product support is provided only to the original purchaser. If you buy a second-hand HEX-USB+CAN from someone and want support, you'll still need to pay $99 to register.

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    This interface performs best with Windows XP, Vista, 7, 8, 8.1, or 10. It can be used with Windows 2000, but performance may be somewhat degraded if using Windows 2000 and compatibility with 'difficult' control modules may be reduced.

    Notes:

    This interface requires a special driver to be installed on your PC. It does not emulate a COM port. That means this interface will not work with any other software besides VCDS.

    We do not sell any interface adapters as a 'Stand-Alone' products. We only sell them with our VCDS software.

    Driver Installation:

    How to order:

    Driver
    • Out of Production. No longer available.
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