12/24/2023 0 Comments Reflector 2 troubleshooting![]() ![]() Ensure that all the drivers that you install through your INF exist and are copied to the operating system.If the reflector (also known as WUDFRd.sys) is not the service on the device, ensure that the driver, which would then be the service, has a service entry (for example, 'sc qc foo') and is set to start automatically.Įnsure that your driver's symbols are in the symbol path (that is.In the following steps, assume that your driver is foo.dll: Verify the following items one at a time. ![]() ![]() Verify that your driver's DllMain routine is called (for example, bu Foo!DllMain). If your driver DLL does load, for subsequent steps, you can also use the HostProcessDbgBreakOnDriverLoad registry entry. Having HostProcessDbgBreakOnDriverLoad set causes WUDFHost.exe to break into the debugger after your driver DLL is loaded. HostProcessDbgBreakOnDriverLoad can also be used with the kernel-mode debugger because at this point in the driver loading and device starting process you can set breakpoints in your driver code. This step applies to UMDF version 1 drivers only. Verify that your driver's DllGetClassObject routine is called. Verify that the class identifier (ID) for your driver is correct. Verify that DllGetClassObject runs successfully and returns a driver object (for example, bu Foo!DllGetClassObject).įor UMDF version 1, verify that your driver's IDriverEntry::OnDeviceAdd method is called. Verify that the method creates a device and returns successfully (for example, bu Foo!CMyDriver::OnDeviceAdd).įor UMDF version 2, verify that your driver's EvtDriverDeviceAdd function is called. Verify that the function creates a device and returns successfully (for example, bu Foo!MyDriverDeviceAdd).įor UMDF version 1, verify that your driver's IPnpCallbackHardware::OnPrepareHardware or IPnpCallback::OnD0Entry method is called. Verify that the method returns successfully (for example, bu Foo!CMyDevice::OnPrepareHardware or Foo!CMyDevice::OnD0Entry).įor UMDF version 2, verify that your driver's EvtDevicePrepareHardware or EvtDeviceD0Entry function is called. If each of the previous operations run successfully but the operation that follows does not run, you should check the following items: Verify that the function returns successfully (for example, bu Foo!MyDevicePrepareHardware or Foo!MyDeviceD0Entry). Verify that every driver above and below your driver in the user-mode stack also successfully performs these operations.Verify that the kernel stack below your driver successfully completes the IRP_MJ_PNP and IRP_MN_START_DEVICE IRPs.D-Star's first reflector system that was not originally implemented into D-Star.Ĭreated within the first few years of D-Star's release as the first "homebrewed" reflector system.īuilt to compete/replace REF with its added functionalities.Module A on all DCS reflectors are linked together. First to use ircDDB and built in 2012.įirst to be open source. Most are built using the XLX software code. ![]() The original, pre XLX reflectors, X Reflectors. The First multi protocol reflector with transcoding ability and giving admins complete control over the reflector. XLX is a stand-alone system that uses a feature called "Call Home" to build an activity list Since the dawn of D-Star, there have been a few reflectors and networks built to support this digital mode. XLX is the newest edition of reflectors that allows you to spin up your very own D-Star or DMR, or YSF reflector. ![]()
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