I followed all instruction and put the driver labjackusb. Whatever name I put into it want work. I tried the name of the dll. Some title in from the registry and so on but never succedes. The customer support can not help me so I am asking here somebody to help me at least with a steps to follow to try to find a solution.

I checked everything one million times and everything is in place. The way to really debug this is to hook up KITL, put in a debug version of device. A way better and way more reliable mechanism than just trying to guess. Stack Overflow for Teams — Collaborate and share knowledge with a private group. Create a free Team What is Teams? Collectives on Stack Overflow. Learn more. Asked 9 years, 6 months ago. Collectives on Stack Overflow.

Learn more. Asked 8 years, 5 months ago. Active 8 years, 5 months ago. Viewed times. Improve this question. N3rdB0mber N3rdB0mber 1 1 gold badge 1 1 silver badge 3 3 bronze badges. Add a comment. Active Oldest Votes. Improve this answer. It features a unique circuit design and complete functions for data acquisition and control. We recommend you install the software Driver before you install the Usb module into Driver Talent is a professional and easy-to-use Driver update and management program which will scan your computer for all drivers.

It will find outdated, malfunctioning, problematic, missing drivers and fix them with one click. It is your best choice to fix various and tricky computer issues related with hardware drivers, working well on Windows 10, Windows 8. You will be able to work with it as with a local Usb device and applications working with it won't even see the difference. It intercepts Usb port activity for the Driver Access is optimized to quickly find the most current drivers specific to your computer devices, its user friendly interface and access to an extensive database of over 10 million drivers.

Driver Access is optimized to quickly find the most current drivers specific to your computer Devices , its user friendly interface and access to an extensive database of over 10 million drivers. Driver Access saves you the time investment in searching for online drivers through different manufacturers and eliminates the dangers in installing or updating inaccurate drivers PCTuneUp Free Driver Backup is a free driver backup program that lets you copy and restore Windows system drivers in case you need to reinstall your system.

It is extremely helpful for situations when you lost your driver CD. PCTuneUp Free Driver Backup is a handy Driver backup tool that allows you to backup all the drivers of your system and restore them if you want. It will lend you a great hand when you don't have the CD drivers that come with the computer or they are unavailable online. What problems can be solved with Usb It will not be available for others!

It will not be available for other users! Redirection of Usb Devices in multi-user environment on a big Terminal Server A new solution for those who often uses different USB devices. QuickUnplug helps to safely remove USB devices without any routine. A new solution for those who often uses different Usb Devices. QuickUnplug allows you to safely remove any Usb device without any routine. It's quite gangerous to unplug a Usb device without any precautions - some important info can be damaged.

Sure there is built-in Windows method of safe removing Usb Devices , but it is time taking and really Simply and powerful software solution for sharing and accessing USB devices over local network or Internet!

Now it is Linux OS compatible. To allow access to a device driver with CreateFile , bus driversshould provide the Device Manager with enough information to createbus-relative names and enable device handles. They should also provideenough information to identify themselves to drivers and applicationsfor bus control IOCTL operations. A bus driver can specify a busrelative name for the driver, but fordrivers and applications to be able to access the bus driver for buscontrol operations, the bus driver must expose a stream interface.

Bus Agnostic Drivers A bus agnostic driver is written without knowledge where the underlyinghardware device that it manages is located. The device may reside onthe local microprocessor bus or it may be on a CompactFlash cardinserted into the system.

A bus agnostic driver does not call functions that are specific to ahardware platform. Each driver gets its resources from the registry,requests configuration information from its parent bus driver, setspower states through its parent bus driver, and translates busaddresses to system addresses through its parent bus driver. Typically,you can migrate bus agnostic drivers more easily between hardwareplatforms than other types of drivers. A bus agnostic driver must adhere to the following tasks todetermine the location of its hardware resources in the system:.

Open the device key bycalling the OpenDeviceKey function. Obtain a hardware and bycalling the HalTranslateBusAddress function to translate thebus-specific address to a system physical address. Obtain a virtual address bycalling the MnMapIoSpace function to map the system physical address. Reset your hardware anddisable the interrupt. You should assume that your ISR will access the cardregister to identify the interrupt.

TransBusAddrToStatic is needed tomap the system physical address for hardware. Begin the IST and enable theinterrupt. Layered vs.

Monolithic Drivers Most device drivers consist of platform or hardware specific code andmodel or device type specific code. This is a slight misnomer because the two pieces are actuallysoftware modules or a way of organizing the source code. Ifa device driver is organized in this way it is referred to as a layereddriver. A monolithic driver is one that does not separate the source code inthis fashion. However, this does make the drivermore difficult to maintain and less portable to future versions ofWindows CE.

The device type or device model code is theoretically thesame regardless of the underlying hardware. For example all serial drivers will need to process receive andtransmit buffers and handle flow control logic.

These operations areindependent of the hardware and should be isolated into a MDD modulefor code reuse. Because the MDD module is at the topmost layer of thedriver it exposes the stream interface to the Device Manager. Someexamples of tasks performed by the MDD module are:. Contain code that iscommon to all drivers of a given type.

Call PDD functions to accessthe hardware. Other parts ofthe OS can call these functions. Related devices can share the sameDDI. Monolithic drivers also expose the DDI functions.

Handle interrupt processing. Provide for reuse bydevelopers. Can link to multiple PDDs. Generally require nochanges. If changed, you might have trouble migrating drivers tofuture versions. Contain any interruptservice threads ISTs. Consist of hardwareplatform specific code. Might require modificationfor your hardware platform. Are designed to work withspecific MDD implementations. Monolithic drivers do not expose the DDSIfunctions. If multiple types of serial ports exist on ahardware platform, you can either create several different serialdrivers, one for each serial port type, or create several differentlower layers PDD and link them to a single upper layer MDD.

Thiscreates one multipurpose serial driver. Creating separate drivers cansimplify debugging and maintenance because each driver supports onlyone type of port. Creating a multipurpose driver, such as the sampleserial port driver, is more complex but gives a small memory savings.

Because the functionality of serial ports maps to the functionalityprovided by standard stream interface functions, the serial port driveruses the stream interface as its device interface. Because the MDD is designed to support the most common subset offunctions that audio devices require there is bound to be functionalityon more complex audio devices that is not covered.

Instead of forcingdevelopers to modify the MDD in that situation the unified audio modelwas created. A driver that conforms to the UAM is a structuredmonolithic driver. The UAM gives the developer complete control overthe audio device but in a structured manner. Figure 2a and 2b belowillustrate the subtle differences in the two driver models.