How do you add your drivers to make universal images?
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@nengelhardt Maybe this can help?
https://wiki.fogproject.org/wiki/index.php/Auto_driver_Install -
@Tom-Elliott
What if I don’t know what drivers I want and want to include all the drivers I’ll ever need? Is that possible? -
@nengelhardt You can’t do that…
You must add the drivers you need for your environment, and then update as you get other models of computers in your environment.
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@cml has some ideas on how to add most drivers, but he says it’ll increase your image size by 40-50 GB.
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You can do something like this https://anothermike2.wordpress.com/2011/05/07/adding-drivers-using-pnputil-and-forfiles/
But it will make your images HUGE
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I remember hearing something about a DISM.exe? What’s that?
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For what operating system?
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@sudburr Windows 7
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Adding drivers using pnputil and forfiles will bloat your registry and risk killing your image irrevocably.
I extract the drivers to the point I can see the .inf . If I can then manually install that driver without issue by using dpinst32 or dpinst64, I know I can proceed with dumping that driver into my repository.
I then test that driver against other versions of the same or similar drivers. That means I have a sample of every hardware out there for testing on.
That repository “xinf” is copied to c:\windows\inf .
Windows 7 recursively searches c:\windows\inf for drivers when coming out of sysprep with no other configuration.
This does not apply to those drivers that require supporting apps, like Intel USB3.0, and Infrared Receivers. For those I’ve crafted a script that applies those OEM and brand-specific drivers and apps during an Administrative auto-logon after sysprep completes.
There are also situations where a driver is badly crafted, identifying as for Hardware A but is meant for Hardware B, then loads Hardware B’s driver onto Hardware A, poisoning the system.
It is straight forward but there is a LOT of testing.
Here’s a list of the driver folders in my xinf:
AMD Graphics Radeon HD (2xxx,3xxx,4xxx)
AMD Graphics Radeon HD (5xxx,6xxx,7xxx,8xxx,R5,R7,R9)
Authentec Inc. (AES16(16)0,2501b,2550,266(015),2810)
Broadcom Ethernet NetXtreme I Desktop-Mobile
Broadcom Wireless 802.11abgn (BCM43xx)
Dell P2212H
Dell Wireless
DisplayLink USB Display Adapter
Intel Chipset Device Software
Intel Ethernet Connections Software
Intel Graphics (82945 Express)
Intel Graphics (GMA 3150)
Intel Graphics (GMA B43, G41, G43, G45, Q43, Q45 Express, 4 Series)
Intel Graphics (GMA G31, G33, G35, Q33, Q35, Q963, Q965 Express)
Intel Graphics 1st Gen Core (HD)
Intel Graphics 2nd Gen Core (HD 2000,3000)
Intel Graphics 3rd Gen Core (HD 2500,4000)
Intel Graphics 4th Gen Core (HD 4(246)00,5(012)00)
Intel Management Engine Interface (AMT)
Intel Matrix Storage Manager (3,4,5 Series, 900 Series)
Intel Rapid Start Technology
Intel Rapid Storage Technology
Intel Smart Connect Technology
Intel USB 3.0 eXtensible Host Controller
Intel Wireless Networking
Lava Dual Serial 16550 PCI (Minitel)
nVidia Graphics GeForce ((89)xxx,GTX(1234567)xx)
O2Micro USB CCID Smartcard Reader (OZ776)
Prolific Technology USB-to-Serial COM Port (PL-2303 HXD,EA,RA,SA,TA,TB)
Qualcomm Atheros Ethernet (PCIE 1Gb)
Qualcomm Atheros Wireless Adapter
Realtek Card Reader (RTS51xx,52xx,84xx)
Realtek Ethernet (PCIE 1Gb)
Realtek HD Audio
Realtek WiFi 802.11bgn Single-Chip (RTL8188,8191,8192)
Renesas Electronics USB 3.0 Host Controller (UPD720200)
Ricoh PCIe Media Controller R5(c8xx,u23x,u24x)
SoundMAX HD Audio (AD1882,1986,1988)
SoundMAX HD Audio (AD1984)2015-03-02 04:11 PM <DIR>
ST Microelectronics Accelerometer (DE351DL)
Startech PEX2S5521P
Texas Instruments USB 3.0 xHCI Host Controller (TUSB73x0)
TOSHIBA HDD Protection Utility
Validity Sensors
Vimicro Video CameraWithin these folders are the many extracted x86 AND x64 drivers that can be automatically distinguished and installed correctly by Windows 7.
For instance, the Dell Wireless folder has these drivers:
drv&util.Win7(32+64) - 6.20.55.51
drv.Win7(32) - 9.2.0.512
drv.Win7(64) - 9.2.0.512… and the Intel Management Engine Interface (AMT) folder has these extracted drivers:
drv.MEI.Win(32+64) - 9.5.15.1730
drv.MEI.Win7(32+64) - 3.2.20.1046
drv.MEI.Win7(32+64) - 5.2.0.1008
drv.MEI.Win7(32+64) - 6.0.0.1179
drv.SOL.Win(32+64) - 9.5.15.1730
drv.SOL.Win7(32+64) - 5.4.1.1051
drv.SOL.Win7(32+64) - 5.5.1.1012
drv.SOL.Win7(32+64) - 8.1.0.1252… and the Intel Rapid Storage Technology folder has:
11.2.0.1006 (4 Series - unsigned)
12.9.0.1001 (8 Series, C220 Series)My particular Universal Image recipe is compatible with the following Systems:
- Dell Latitude 2100 with BIOS A06
- Dell Latitude 2110 with BIOS A00
- Dell Latitude 2120 with BIOS A02
- Dell OptiPlex 755 with BIOS A22
- Dell OptiPlex 760 with BIOS A16
- Dell OptiPlex 790 with BIOS A18
- Dell OptiPlex 960 with BIOS A18
- Dell OptiPlex 7020 with BIOS A01
- Dell XPS 2720 with BIOS A07
- Dell XPS One 2710 with BIOS A12
- Lenovo ThinkCentre M58 with BIOS 5ckt77aus
- Lenovo ThinkCentre M72z with BIOS f6kt35a
- Lenovo ThinkCentre M73z with BIOS fgkt28a
- Toshiba Portege R30-A with BIOS 310
- Toshiba Portege R40t-A
- Toshiba Portege R830 with BIOS 410
- Toshiba Portege R930 with BIOS 680
- Toshiba Portege Z30-A with BIOS 330
- Toshiba Portege Z40t-A
- Toshiba Portege Z930 with BIOS 680
- Toshiba Tecra M10
- Toshiba Tecra M11 with BIOS 350
- Toshiba Tecra R700 with BIOS 220
I recommend starting simply with just the chipset, controller, ethernet and wireless drivers, which shouldn’t require any post-sysprep scripting to add OEM programs.
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@sudburr While that is amazing, it grosses me out too lol.
I couldn’t imagine such complexity and effort going into just one image…
When it takes a day to build an image for a particular model… and that image will work for that one model without fail.
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And then I’d have 23 images instead of 1.
And then I’d have 207 images for 9 recipes instead of just 9.
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I agree with @sudburr on the approach, however testing all drivers is not always needed. For example when making a golden image I just dumped a ~3 GB driver pack onto the machine and it worked perfectly on all hardware I was using. No extra configuration was needed.
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Well, if you have 23 different models and 9 different needs, it’s more reasonable.
I don’t have that many, I might have 6 or 7 different models and they all get 1 recipe, and doing what you do in my environment wouldn’t make sense.
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For our needs, the 6 weeks I spent building, scripting, documenting and testing for a universal image methodology for Windows 7, 8.1, 32bit and 64bit was well worth it.
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6 weeks? I threw together my golden image in 2 days… Yours was definitely more well documented and probably supported more computer models though as mine only had to work on about 5 different models ^^
