Page Comparison

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• Copy the Source Folder (which contains the whole Toolkit) to your project
  
  
• Implement the OS Abstraction layer (according to the toolkit documentation) in a own / seperate C-file.
  You may take a look at "OSAbstraction\OS_Win32.c" to see how this is done under Windows. You don't need to implement all functions, depending on you your use case:

  Options:
  1)
  When not using cifX PCI cards , or any other RAM-based device with the netX directly connected to the PCI bus, you can stub out the functions OS_ReadPCIConfig / OS_WritePCIConfig

  2)
  When not using Interrupts you can stub out the OS_CreateEvent, OS_SetEvent, OS_ResetEvent, OS_DeleteEvent, OS_WaitEvent functions

  3)
  If you don't have a multitasking environment you can stub out the Mutex functions (OS_CreateMutex, OS_WaitMutex, OS_ReleaseMutex, OS_DeleteMutex), as the mutexes are only used to prevent reentrant function calls.
  Note: As the Mutexes are expected to work as the toolkit does not know about your O/S you will need to return a value != 0 out of OS_CreateMutex and OS_WaitMutex.
  Attention: Doing this in a multitasking environment will result in undefined behaviour as function reentrancy cannot be controlled.

  4)
  If you only have a comX or another netX with flashed firmware you may stub out the file functions (OS_FileOpen, OS_FileRead, OS_FileClose) too, if you don't want to use the automatic update feature of the toolkit, which checks and updates the Firmware during startup.
  Attention: When using RAM-based devices these functions must be implemented.
  
  

• Implement the USER functions in an own / seperate C-file
  You may take a look at "User\TKitUser.c" to see how this is done under Windows.

  Options:
  1) If you only have a comX or another netX with flashed firmware you may stub out the firmware / bootloader functions (USER_GetFirmwareFileCount, USER_GetFirmwareFile, USER_GetConfigurationFileCount, USER_GetConfigurationFile, USER_GetOSFile, USER_GetBootloaderFile), if you don't want to use the automatic update feature of the toolkit, which checks and updates the Firmware during startup.
  Attention: When using RAM-based devices these functions must be implemented.

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• Add all your netX / cifX / comX devices under Toolkit control by:

  1. Allocating a DEVICE_INSTANCE structure
  2. Filling in all needed parameters into this structure.
      Note1: You can use the element pvOSDependent to store any non-toolkit parameters for this device.
      Note2: You can override the type of the device by adjusting the element "eDeviceType" if it is not correctly auto-detected by the toolkit.

  COMX Example:

  OS_Memset(ptDevInstance, 0, sizeof(*ptDevInstance));
  ptDevInstance->fPCICard      = 0;
  ptDevInstance->pbDPM         = <Insert pointer to DPM here>;
  ptDevInstance->ulDPMSize     = <Insert accessible size of DPM here>;
  OS_Strncpy(ptDevInstance->szName, "cifX0", sizeof(ptDevInstance->szName));
  ptDevInstance->pvOSDependent = MyDeviceData;

  CIFX Example:

  OS_Memset(ptDevInstance, 0, sizeof(*ptDevInstance));
  ptDevInstance->fPCICard      = 1;
  ptDevInstance->pbDPM         = <Insert pointer to DPM here>;
  ptDevInstance->ulDPMSize     = <Insert accessible size of DPM here>;
  OS_Strncpy(ptDevInstance->szName, "cifX0", sizeof(ptDevInstance->szName));
  ptDevInstance->pvOSDependent = MyDeviceData;

  3. Call cifXTKitAddDevice() to add them under Toolkit control
  
  

• On big-endian CPUs:
  You will need to enable big endian support in the toolkit by setting the preprocessor definition "CIFX_TOOLKIT_BIGENDIAN", which instructs the toolkit to convert DPM access endianess.
  Attention: The toolkit will not swap Packet contents or I/O data as it does not know the structured data behind these data areas. So the user has to do the endianess conversion before calling xChannelPutPacket / xChannelIOWrite and after xChannelGetPacket / xChannelIORead calls. Same is valid for system device and some other block access functions (e.g. extended status block).
  
  
• Optional: Use DMA on PCI devices
  Attention: This is only supported if the netX is directly connected to the PCI Bus (e.g. cifX). It does not work with NXPCA-PCI boards (or any other PCI<-->DPM Bridge)

  To use DMA you will need to do the following:
  1. Insert the preprocessor define "CIFX_TOOLKIT_DMA"
  2. Pass 8 DMA buffers which need to be aligned on a 256 byte boundary. These buffers must be a multiple of 256 Bytes in size with a maximum size of 63.75kB

  Example:

  ptDevInstance->ulDMABufferCount = 8;
  ptDevInstance->atDmaBuffers[0].ulSize             = 8192;
  ptDevInstance->atDmaBuffers[0].ulPhysicalAddress  = <Insert phys. address here>;
  ptDevInstance->atDmaBuffers[0].pvBuffer           = <Insert virtual / cpu accessible pointer here>;
  ptDevInstance->atDmaBuffers[0].pvUser             = MyDMAData;
  ...
  ptDevInstance->atDmaBuffers[7].ulSize             = 8192;
  ptDevInstance->atDmaBuffers[7].ulPhysicalAddress  = <Insert phys. address here>;
  ptDevInstance->atDmaBuffers[7].pvBuffer           = <Insert virtual / cpu accessible pointer here>;
  ptDevInstance->atDmaBuffers[7].pvUser             = MyDMAData;

   

• Now you can use any of the cifX API functions to access your devices

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