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[NI驱动软件] NI-FGEN 2.4.1 Driver Linux32Eng NI-FGEN波形发生器仪器驱动程序2.4.1

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    [LV.Master]2000FPS

    发表于 2022-5-13 20:12:43 | 显示全部楼层 |阅读模式

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    NI-FGEN 2.4.1 Driver Linux32Eng NI-FGEN波形发生器仪器驱动程序2.4.1

    NI-FGEN
    NI-FGEN为使用NI波形发生器产品的客户提供支持。
    NI-FGEN是一款NI仪器驱动程序,可实现复杂测量解决方案所需的频率扫描和跳频、波形链接和循环以及频移键控(FSK)调制。 NI-FGEN驱动程序可兼容可互换虚拟仪器(IVI),它具有一系列操作和属性,可以执行波形或信号发生器的功能,并提供交互式软件前面板和示例。

    Linux32Eng
    分多种系统版本,为文件夹。

    百度网盘和NI官方下载地址:
    注册登陆视觉论坛账号,购买附件查看下载地址
    FGEN 2.4.1Linux.txt (234 Bytes, 下载次数: 0, 售价: 10 快钱)

    NI-FGEN for Linux/x86 32-bit, Version 2.4.1.
    Copyright (c) 2006 National Instruments Corporation.
    All Rights Reserved.

    National Instruments, NI, ni.com, and LabVIEW are trademarks of National
    Instruments Corporation. Refer to the Terms of Use section on ni.com/legal
    for more information about National Instruments trademarks.

    Linux(r) is the registered trademark of Linus Torvalds in the U.S. and other
    countries. Other product and company names mentioned herein are trademarks
    or trade names of their respective companies. For patents covering
    National Instruments products, refer to the appropriate location:
    Help>>Patents in your software, the patents.txt file on your CD,
    or ni.com/patents.

    Thank you for using NI-FGEN for Linux. This file contains important information
    about NI-FGEN and is organized into the following sections:

    New Features in Version 2.4.1
    Differences from the Windows Driver
    Installing NI-FGEN for Linux
    Uninstalling NI-FGEN for Linux
    Device Configuration
    NI-FGEN Known Issues
    System Requirements
    Support in NI-FGEN 2.4.1 for Linux
    Examples and Other Documentation

    -----------------------------------
    New Features in Version 2.4.1
    -----------------------------------

    NI-FGEN 2.4.1 for Linux brings the following new features to Linux:

    * Support for the NI PXI/PCI-5402 Function Generator
    * Support for the NI PXI/PCI-5406 Function Generator
    * Streaming
    * Script mode
    * Frequency List mode support for the NI 5402/5406/5441
    * New trigger and event routing features: new VIs, functions, trigger types, and
      event types
    * Data marker events
    * Marker support added to arbitrary waveform mode

    -----------------------------------
    Differences from the Windows Driver
    -----------------------------------

    Not Supported under Linux
    -------------------------
    The following NI-FGEN driver features supported on NI-FGEN 2.4 for Windows are
    not supported under NI-FGEN 2.4.1 for Linux:

    * The NI Measurements & Automation Explorer (MAX) application is not supported
      for Linux system and device configuration. Refer to the "Device Configuration"
      section for information about configuring your device in Linux. The following
      commonly used functions and features supported through MAX are not supported:
      - Device self-test
      - Device subsystem routing table
      - Querying of digital/analog power up states
      - Creating a simulated device
    * PCMCIA data acquisition products
    * NI-FGEN Express VIs
    * NI-FGEN Soft Front Panel
    * NI-FGEN Direct DMA
    * Script Editor
    * MXI-3 is not supported. If you need PC control of a PXI system, use MXI-4.
    * NI-SPY
    * NI Hierarchical Waveform Storage (NI-HWS)
    * External calibration functions are not supported. Refer to your hardware
      documentation for information about external calibration, and refer to
      ni.com/calibration. If your NI signal generator requires external
      calibration, either perform the calibration on a Windows system or hire
      National Instruments or an independent calibration laboratory to perform
      the calibration.

    ----------------------------
    Installing NI-FGEN for Linux
    ----------------------------

    The installation process compiles a small amount of code to customize
    the software to your installation. Before running the installer, you must have
    the following compiler facilities installed from your Linux distribution CD
    or other Linux distribution medium:

    * The GCC compiler and C++ support
    * The make utility
    * The kernel source files that exactly correspond to the kernel version you
      are running.

      SUSE LINUX Professional users should ensure that the kernel sources
      have been configured before attempting installation. Refer to the
      "Installation Issues" section for directions on how to do this.

    Use the software-install facility of your Linux distribution to verify that the
    above-listed packages are present. You can then begin installation. If you are
    using LabVIEW, you must install LabVIEW before NI-FGEN for the correct
    support files to be installed. You must have root privileges to install.

    Complete the following steps to install NI-FGEN for Linux:
    1. Copy the "INSTALL" and the .tar.gz files to any directory.
       (Both files have to be located in the same directory.)
    2. As root, run "./INSTALL".
    3. Follow the instructions of the installer.
    4. Power down your system, if needed.

       Note: Power down the system or reboot before using NI-FGEN if prompted to
       do so by the installer. Also, power down the system if you want to install
       new hardware.

    5. Install any new National Instruments hardware.
    6. Power on your system.
    7. Run "nilsdev" to verify installation. Refer to the "Device Configuration"
       section for more information.

    Installation Issues
    -------------------

    If you upgrade or change your kernel, you must rebuild part of your NI
    drivers after the new kernel is installed. To rebuild the software,
    use the updateNIDrivers utility, found in /usr/local/bin, and complete
    the following steps:
    1. Install the new kernel.
    2. Ensure the new kernel's sources and symbols are installed and
       configured.
    3. Restart and load the new kernel.
    4. As root, run "/usr/local/bin/updateNIDrivers". By default, the
       updateNIDrivers utility rebuilds the driver for the currently
       running kernel using the kernel sources and copies it to the
       appropriate location.
    5. When prompted, restart again. After restarting, the NI drivers are
       running and ready for use with the new kernel.
    6. To verify the version of the currently running kernel, run
       "uname -r" at the command prompt. Be sure to have sources for
       your kernel properly installed and configured on your system before
       running the utility.
    For more options, run "/usr/local/bin/updateNIDrivers --help".

    To compile the drivers for a different kernel than you are currently
    running, pass the kernel version as an argument to the utility, as
    shown in the following example:
    updateNIDrivers

    The kernel version format varies between distributions. Check the
    contents of /lib/modules or refer to your distribution documentation
    for more information. For the changes to take place, you must restart
    your computer after the utility completes.

    During installation on SUSE LINUX Professional, you might see the following
    error message: "Kernel source does not appear to be configured for the
    running kernel. Configuration of kernel source is required to continue
    installation." This message can occur even if you have installed the
    correct kernel sources, if the sources require configuration. This problem
    has been seen on SUSE LINUX Professional. However, it is possible that
    other distributions will require similar steps to resolve this problem.

    On SUSE LINUX Professional complete the following steps:
    1. Ensure you have installed the kernel-source and, if applicable, kernel-syms
       packages corresponding to the version of the currently running kernel. The
       version of the currently running kernel can be determined by issuing the
       command "uname -r".
    2. Change the directory to the /usr/src/linux- directory, where
        corresponds to the currently running kernel version
    3. Run "make cloneconfig" as root to configure the sources for the
       currently running kernel.
    4. Run "make modules_prepare" as root to prepare the headers for
       compilation.
    5. THIS STEP IS STRICTLY OPTIONAL. Completing this step removes the
       warning:
       "WARNING: Symbol version dump /usr/src/linux/Module.symvers is missing;
                 modules will have CONFIG_MODVERSIONS disabled."
       Run "make modules" as root to compile all modules and generate
       Module.symvers. This step might take 30 minutes or more to complete.
    6. Run the INSTALL script for the NI-FGEN software for Linux from this
       directory.

    ------------------------------
    Uninstalling NI-FGEN for Linux
    ------------------------------

    To uninstall NI-FGEN, complete the following steps:
    1. Copy the "UNINSTALL" and the .tar.gz files to any directory.
       (Both files must be located in the same directory.)
    2. As root, run the "./UNINSTALL" script.
    3. Follow the instructions of the uninstaller.

    The uninstaller does not remove certain LabVIEW and NI-VISA packages that might
    still be in use by LabVIEW and NI-VISA themselves or other National Instruments
    products. Leave these packages on the system if you are still using any National
    Instruments products. If you wish to remove all National Instruments products
    from the system you can remove these packages manually.

    This command removes the LabVIEW runtime engine package installed by NI-FGEN:
    rpm -e labview80-rte

    This command removes NI-VISA:
    /usr/local/vxipnp/linux/NIvisa/UNINSTALL

    After removing NI-VISA, you can run the NI-FGEN UNINSTALL script again to remove
    additional packages.

    --------------------
    Device Configuration
    --------------------

    Any time a signal generator is added or removed, run the following command-line
    utility (which does not require root permissions): "nilsdev".

    If /usr/local/bin is not in your path, run the command using the full path:
    "/usr/local/bin/nilsdev".

    This command displays all detected NI-FGEN devices. Make a note of the device
    names (Dev1, for example). Use the device names when running examples or
    writing your own programs. Refer to the "NI-DAQmx 8.0 for Linux Configuration
    Guide" for additional configuration instructions.  That document is installed at
    /usr/local/natinst/nidaqmx/docs/ConfigurationGuide.html. The directions for
    using nilsdev, nidaqmxconfig, DAQmxTestPanels, and nipxiconfig in DAQmx also
    apply to NI-FGEN. However, the NI 5404 signal generator does not have a test
    panel.

    --------------------
    NI-FGEN Known Issues
    --------------------

    This section covers issues specific to NI-FGEN.

    * In C or C++, use care if your NI-FGEN application links to the Linux pthread
      library. Incorrect linking can lead to segmentation faults when the NI-FGEN
      library loads. It is recommended to link your application with gcc's -pthread
      flag instead of linking directly with, for instance, -lpthread. If, after
      replacing -lpthread links, you still get a segmentation fault when loading
      NI-FGEN, it might be necessary to explicitly link in the dl library (-ldl) as
      the first library in your link list.

    -------------------
    System Requirements
    -------------------

    Minimum System Requirements
    ---------------------------
    * Processor: Pentium III 600 MHz or equivalent
    * RAM: 128 MB
    * XWindows must be running

    Recommended System
    ------------------
    * Processor: Pentium 4 or equivalent
    * RAM: 256 MB
    * XWindows must be running

    -------------------------------
    Support in NI-FGEN 2.4.1 for Linux
    -------------------------------

    Operating System Support
    ------------------------
    NI-FGEN 2.4.1 for Linux software for the Intel x86 32-bit architecture is
    supported on the following Linux distributions:

    * Mandrakelinux 10.1 Official
    * Mandriva Linux 2006
    * SUSE LINUX Professional 9.3
    * SUSE LINUX 10.0
    * Red Hat Enterprise Linux WS 3

    For more information about Linux versions and distributions supported
    by National Instruments, refer to ni.com/linux.

    NI Application Software Support
    -------------------------------
    NI-FGEN for Linux supports two application development environments:

    * LabVIEW 8.0 (installing the 8.0.1 update is recommended)
    * C and C++ through the use of the gcc compiler

    NI-FGEN for Linux does not support other ADEs, such as
    the LabVIEW Real-Time Module, LabWindows/CVI, and Measurement Studio.
    Also, some features available through LabVIEW for Windows are not
    available on Linux. Refer to the "Differences from the Windows Driver"
    section for a list of LabVIEW features unavailable on Linux.

    Device Support
    -------------
    The following signal generators are supported:
    * NI PXI/PCI-5402
    * NI PXI-5404
    * NI PXI/PCI-5406
    * NI PXI/PCI-5412
    * NI PXI/PCI-5421
    * NI PXI-5422
    * NI PXI-5441

    The NI 5401, NI 5411, and NI 5431 signal generators are not supported.

    --------------------------------
    Examples and Other Documentation
    --------------------------------

    This release includes examples showing the use of NI-FGEN in C and LabVIEW.

    C examples are located in /usr/local/natinst/nifgen/examples. Make files
    are provided that link to the necessary libraries. When writing your own
    programs, link in the niFgen_32 library as shown in the example make files.
    When using NI-TClk, also link in the niTClk library.

    The LabVIEW examples are located in the LabVIEW examples/instr/niFgen
    directory. That directory also contains sample .bin files for the create-from-
    file example. To run the DAQmx synchronization example, you must have NI-DAQmx
    installed and have an appropriate DAQmx device.

    You can also find the LabVIEW examples with LabVIEW's Example Finder. However,
    some of the NI-FGEN examples shown do not apply to Linux and report a "could
    not be found" message when selected. Also note that the Example Finder might not
    run unless you have done a full LabVIEW installation, including the Example
    Finder and LabVIEW VI Examples options.

    Be sure to run the device configuration utility as described in the "Device
    Configuration" section before running examples.

    Additional documentation is in an .html format, which can be opened, viewed,
    and printed in any Linux-based HTML browser. The help is installed in the
    following location: /usr/local/natinst/nifgen/doc/index.html. Refer to the
    "Device Configuration" section for the location of the documentation
    about device configuration.

    If you are synchronizing multiple devices with NI-TCLK, also use a web
    browser to view the NI-TCLK Help at /usr/local/natinst/nitclk/doc/index.html.

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