NI-FGEN 2.7.2 Driver Win32/64 Eng/Jpn NI-FGEN波形发生器仪器驱动程序2.7.2

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NI-FGEN 2.7.2 Driver Win32/64 Eng/Jpn NI-FGEN波形发生器仪器驱动程序2.7.2

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。

Win32/64Eng/Jpn
2.7.2
文件大小: 1436929322 字节 (1.34 GB)
修改日期: 2011-02-10 04:56
MD5: aafd960ef36812e84b335bec47b03429（官方正确）
SHA1: c0ceadf0b783c6717b8f048f4480afcca857b55d
SHA256: a62a463e44b1974762d4f2d58d3cedd7529aadd18db6f668c14bd57192e89d31
CRC32: fc0b1094


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NI-FGEN Instrument Driver Readme

Version 2.7.3

---

Thank you for using NI-FGEN for Windows XP/2000/Vista/7. This file contains important information regarding NI-FGEN and is organized into the following sections:

• New Features
• Supported Hardware
• System Requirements
• Installed File Names and Locations
  
  • Documentation
  • The FGEN Soft Front Panel
    
• Uninstalling/Modifying NI-FGEN
• Upgrading Firmware
• Known Issues
• Bug Fixes
• API Changes by Release
  

---

New Features

NI-FGEN 2.7.2 includes the following new feature:

• Fixed a fatal issue when upgrading NI-FGEN 2.7 when using Windows 7 (64-bit) and Windows Server 2008 R2.
  

NI-FGEN 2.7 includes the following new features:

• Support for the NI PXIe-5451 400 MS/s, 16-bit Dual-Channel Arbitrary Waveform Generator with Onboard Signal Processing (OSP)
• Support for LabVIEW 2009 (64-bit)
• Support for 64-bit user mode
• Support for new NI PXIe-5442 and NI PXIe-5450 module revisions
• Support for standard function mode on NI PXIe-5450 module revision C
• New firmware for the PXIe-5442 and PXIe-5450. Refer to Upgrading Firmware for more information.
• Support for "wait with marker" and "break" script instructions
• New properties, functions, and attributes
  

NI-FGEN 2.6.3 includes the following new features:

• Support for LabVIEW 2009 (32-bit)
• Support removed for LabVIEW 7.1.1
  

NI-FGEN 2.6.1 includes the following new features:

• Japanese localization for driver, LabVIEW application programming interface (API), and documentation.
• New firmware for the PXIe-5450 and PXIe-5442. Refer to Upgrading Firmware for more information.
• Toggle markers are supported on the PXIe-5450.
• Re-organized LabVIEW Property Node and CVI attribute tree.
  

NI-FGEN 2.6 includes the following new features:

• Support for the NI PXI–5450 Dual-Channel I/Q Generator with Onboard Signal Processing (OSP)
• Improved scaled write (DBL) performance
• A number of new VIs, properties, functions, and attributes
  

NI-FGEN 2.5.2 includes the following new features:

• Support for LabVIEW 8.6
• Support for LabVIEW Real-Time 8.6
• Support was removed for LabVIEW 8.0
  

NI-FGEN 2.5.1 includes the following new features:

• New firmware for the PXIe-5442. Refer to Upgrading Firmware for more information.
• The "if/else" script instruction is supported on the PXIe-5442.
  

NI-FGEN 2.5 includes the following new features:

• Support for the NI PXIe–5442 Arbitrary Waveform Generator with Onboard Signal Processing (OSP)
• Event delays for Data marker, Done, and Started events
  

NI-FGEN is compliant with the IviFgen Class Specification. For more information about this IVI Foundation class specification, visit www.ivifoundation.org.

---

Supported Hardware

The following table shows which hardware products are supported in this release under particular operating systems.

Hardware Product	Supported Under Windows 2000	Supported Under Windows XP	Supported Under Windows Vista	Supported Under Windows 7
NI PXI/PCI-5401 Function Generator	√	√	X	X
NI PXI/PCI-5402 Function Generator	√	√	√	√
NI PXI-5404 Frequency Generator	√	√	√1	√1
NI PXI/PCI-5406 Function Generator	√	√	√	√
NI PXI/PCI-5411 Arbitrary Waveform Generator	√	√	X	X
NI PXI/PCI-5412 Arbitrary Waveform Generator	√	√	√	√
NI PXI/PCI-5421 Arbitrary Waveform Generator	√	√	√	√
NI PXI-5422 Arbitrary Waveform Generator	√	√	√	√
NI PXI/PCI-5431 Video Signal Generator	√	√	X	X
NI PXI-5441 Arbitrary Waveform Generator with Onboard Signal Processing	√	√	√	√
NI PXIe–5442 Arbitrary Waveform Generator with Onboard Signal Processing	X	√	√	√
NI PXIe–5450 Dual-Channel I/Q Generator with Onboard Signal Processing	X	√	√	√
NI PXIe–5451 Dual-Channel Arbitrary Waveform Generator with Onboard Signal Processing	X	√	√	√
1 Windows Vista/7 support for the NI 5404 does not include support for external calibration. External calibration for the NI 5404 should be performed on Windows XP or Windows 2000.

Device-specific information about these signal generators is included in the NI Signal Generators Help file.

The following table shows which MXI connections are supported under particular operating systems.

MXI type	Supported Under Windows 2000	Supported Under Windows XP	Supported Under Windows Vista	Supported Under Windows 7
MXI-3	√	√	X	X
MXI-4	√	√	√	√
MXI-Express	X	√	√	√

---

System Requirements

This section lists the minimum system and the recommended system for using NI-FGEN.

Minimum System Requirements

• Processor—Pentium III/Celeron 600 MHz or equivalent
• RAM—
  
  • Windows 2000/XP: 128 MB
  • Windows Vista/7: 512 MB
    
• Microsoft Internet Explorer 5.5 or later
• A screen resolution of 800 x 600 with 256 colors
• Windows XP/2000/Vista/7, with all available critical updates and service packs
  

Recommended System

• Processor—Pentium 4 or equivalent
• RAM—
  
  • Windows 2000/XP: 256 MB
  • Windows Vista/7: 1 GB
    
• A screen resolution of 1024 x 768
• Windows XP/2000/Vista/7, with all available critical updates and service packs
  

Application Development Software
• NI LabVIEW 8.2.1, 8.5.1, 8.6.1, 2009 (32-bit), or 2009 (64-bit)
• NI LabVIEW Real-Time Module 8.2.1, 8.5.1, 8.6.1, or 2009 (no support for NI PXI/PCI-5401/5411/5431 devices)
• LabWindows ™ /CVI ™ 7.1.1 or later
• LabWindows ™ /CVI ™ Real-Time Module 8.0 or later (no support for NI PXI/PCI-5401/5411/5431 devices)
  
  Note: If you are running your application on an RT target, at least 128 MB of memory is required.
• Measurement Studio 6.0 or later
• Microsoft Visual C++ (MSVC) 6.0 or later
• Microsoft Visual Basic 6.0
  

---

Installed File Names and Locations
• National Instruments file folder location, :
  
  • Windows 2000/XP: Documents and Settings\All Users\Shared Documents\National Instruments
  • Windows Vista/7: Users\Public\Documents\National Instruments
    
• National Instruments file folder location, :
  
  • Windows 2000/XP/Vista/7 32-bit: Program Files\IVI Foundation\IVI\
  • Windows Vista/7 64-bit: Program Files (x86)\IVI Foundation\IVI\

    NOTES:	$(IVIROOTDIR32) is configured as an environment variable on the target system.
    	If you upgraded an installation of IVI, your files may be in the following location: Windows 2000/XP/Vista/7 32-bit: Program Files\IVI\ Windows Vista/7 64-bit: Program Files (x86)\IVI\

    
    
• National Instruments file folder location, :
  
  • Windows Vista/7 64-bit: Program Files\IVI Foundation\IVI\

    NOTE:

    $(IVIROOTDIR64) is configured as an environment variable on the target system.

    
    
  
  

File Locations

Item	Installed Location on Windows XP/2000 and Windows Vista/7
NI-FGEN	\Drivers\niFgen
NI-FGEN Function Panel	\Drivers\niFgen\nifgen.fp
NI-FGEN Examples	\NI-FGEN\Examples
NI-FGEN Header files	\Include
NI-FGEN Import Library files	\Lib
NI-FGEN DLL	\Bin

Additional File Locations for Windows Vista/7 64-bit

Item	Installed Location on Windows Vista/7 64-bit
NI-FGEN Function Panel	\Drivers\niFgen\nifgen.fp
NI-FGEN Header files	\Include
NI-FGEN Import Library files (64-bit)	\Lib_x64
NI-FGEN DLL (64-bit)	\Bin

Documentation

The following documents are installed with NI-FGEN and are available from Start»All Programs»National Instruments»NI-FGEN»Documentation:

• NI Signal Generators Getting Started Guide
• NI Signal Generators Help
• Specifications
• Calibration Procedures
  

Note  To view many of these documents, you need to have Adobe Acrobat Reader installed. You can install the viewer from www.adobe.com/acrobat.

Visit ni.com/manuals to find the latest versions of product documentation.

The FGEN Soft Front Panel (SFP)

The FGEN Soft Front Panel (SFP) is accessible from Start»All Programs»National Instruments»NI-FGEN.

You can find example waveform and function files in the Program Files\IVI Foundation\IVI\Drivers\niFgen\Examples\Waveforms\ directory and in the Program Files (x86)\IVI Foundation\IVI\Drivers\niFgen\Examples\Waveforms\ directory on the 64-bit version of Windows Vista/7. Refer to Waveform description.txt within the Waveforms folder for an explanation of the provided waveforms.

---

Uninstalling/Modifying NI-FGEN

For Windows XP/2000, complete the following steps:

• Launch the Control Panel by selecting Start»Control Panel.
• Double-click Add/Remove Programs.
• Select National Instruments Software.
• Click Change/Remove.
• Select NI-FGEN 2.7.3 from the dialog box that appears.
• Click Remove to uninstall the product; click Modify to change the components that are installed.
  

For Windows Vista/7, complete the following steps:

• Launch the Control Panel by selecting Start»Control Panel.
• Double-click Programs and Features.
• Select National Instruments Software.
• Click the Uninstall/Change button.
• Select NI-FGEN 2.7.3 from the dialog box that appears.
• Click Remove to uninstall the product; click Modify to change the components that are installed.
  

As part of the NI-FGEN 2.7.3 installation, the following list of software was installed. To completely remove NI-FGEN 2.7.3 from your system, you must remove all of these packages in addition to NI-FGEN.

• NI Hierarchical Waveform Storage 1.4.7
• NI IVI Compliance Package 4.0
• NI Measurement & Automation Explorer 4.6.1
• Traditional NI-DAQ 7.4.4 (Windows XP/2000 only)
• NI-DAQmx 8.9.5
• NI-VISA 4.6
• NI Spy 2.7
  

Caution  Several of the software packages listed above are shared with other NI software packages. If you attempt to remove a piece of software that something else is dependent on, a message launches to warn you about the software dependencies. You can choose to either uninstall all of the software or to leave the shared software installed. If you choose to uninstall the shared software, some of your other NI software may no longer function correctly.

---

Upgrading Firmware

The PXIe-5442 and PXIe-5450 have upgradeable device firmware. It is highly encouraged and may be required that you upgrade the firmware on these devices; newer firmware will contain new features and important bug fixes. To update the firmware, run the Firmware Updater application for your device (54xxFirmwareUpdater_X.Y.Z.exe, where "54xx" is the name of the device and "X.Y.Z" is the firmware version) that is installed in the Program Files\IVI Foundation\IVI\Drivers\niFgen\ directory or the Program Files (x86)\IVI Foundation\IVI\Drivers\niFgen\ directory. This application will upgrade your firmware to the latest available that works with this driver. Once the application has finished running, you will be required to power down your computer and PXIe chassis to complete the firmware update.

---

Known Issues

• National Instruments is committed to maintaining compatibility with Microsoft Windows technology changes. While most NI products work with Windows 7, NI has become aware of some compatibility issues regarding Windows 7. To learn more about Windows 7 and NI products, visit ni.com/info and enter the Info Code windows7.
• A custom installer built on a 32-bit OS using LabVIEW, LabWindows/CVI, or NI TestStand does not deploy NI-FGEN or its dependents (user application, NI-RFSG, NI-RFSA) on a 64-bit OS.
• LabVIEW 2009 (64-bit) may crash if you create more than one session using the same resource name. Close the previous session before creating a new session with the same resource name.
• When you run setup.exe to install the software from the CD, you are prompted to choose whether you want to always trust software from National Instruments. If you do not select this option, your installation may be interrupted by one or more Microsoft Windows security dialog boxes. However, if you run setup from the command line, you will not receive this prompt, and the installer will automatically install NI's Software Publisher Certificate to the your Windows Trusted Publisher Store. If you do not want to make this change to your Windows Trusted Publisher Store, do not choose this installation method.
• Windows Vista/7 does not support Traditional DAQ (Legacy) devices. Traditional DAQ devices include the NI PXI/PCI-5401, NI PXI/PCI-5411, and NI PXI/PCI-5431. Simulating these devices is also unsupported on Windows Vista/7, both in NI-FGEN and the FGEN Soft Front Panel. Choosing to simulate a device that is not supported on your operating system will result in indeterminate behavior.
• Waking from sleep mode can crash the operating system in some configurations, especially if the video, network, or other drivers are out of date. NI recommends that you disable Windows power management modes, such as sleep, standby, and hibernate, when using this product. These modes terminate any NI-FGEN operation in progress. Notice that in Windows Vista/7 or on a laptop computer, the default power management settings are likely to enable sleep mode.
• If you click a topic link in the NI-FGEN C Function Reference section of the NI Signal Generators Help, you cannot use the Back button in the HTML Help window toolbar to return to the original topic.
• If you get an error when NI-FGEN is transitioning to the Committed state (by calling the niFgen Commit VI or the niFgen_Commit function or calling a create or write waveform VI or function), you may not be able to recover from that error. You will need start a new NI-FGEN session by calling niFgen Initialize VI or niFgen_init function again. To avoid this issue, upgrade to a later version of DAQmx.
• Installing NI-FGEN on a system with NI-DAQmx 7.0 or 7.1 you may get an error about NI-FGEN devices unable to start. To work around this, install NI-FGEN, reboot, and then repair NI-FGEN in Control Panel.
  

---

Bug Fixes

The following items are fixed in NI-FGEN 2.7.3 from NI-FGEN 2.7.2

Bug ID	Fixed Issue
229602	Fixed an issue with clock configuration that can cause memory corruption or bluescreen with certain NI PXIe-5450 boards.
212209	Fixed an incorrect calibration DAC setting that could cause self-cal to fail on the NI PXIe-5451.

The following items are fixed in NI-FGEN 2.7.2 from NI-FGEN 2.7

Bug ID	Fixed Issue
209051	Installer needs to stop service nidevldu before upgrading binaries.

The following items are fixed in NI-FGEN 2.7 from NI-FGEN 2.6.3

Bug ID	Fixed Issue
179935	Fixed a streaming issue on the PXIe-5442/5450: streaming with certain combinations of chassis and controllers caused the device to return an invalid thermal error and detach itself from the system. You must upgrade your firmware for this solution.
157714	Fixed a memory leak that occurred when a session was opened and closed dynamically using VI server on LabVIEW RT.
118345	Toggle markers are now allowed below 200 MS/s sample rates on the NI PXIe-5450.
39796	An error is now returned when PXI_Star is used as a trigger source for the NI PXIe-5442, which is not supported.
118500	The NI PXIe-5450 now supports the Oscillator Phase DAC property and NIFGEN_ATTR_OSCILLATOR_PHASE_DAC_VALUE attribute for external sample clocks.

The following items are fixed in NI-FGEN 2.6.1 from NI-FGEN 2.6

Bug ID	Fixed Issue
119090	Fixed an issue that prevented using all device memory for a single channel generation on channel 1.
120854	Fixed a memory leak that occurred when writing less than 128 samples at a time.
118735	Fixed an issue that caused the 5450 and 5442 to skip samples when responding to a script trigger.
120220	Fixed a 16 sample data corruption issue when using more than half of device memory on the 5442 and 5450.
133813	Alignment of markers and other events to the analog output has been improved slightly within the existing specifications. The default unit for setting event delays on the 5450 is now samples, as on other signal generators.

The following items are fixed in NI-FGEN 2.6 from NI-FGEN 2.5.2

Bug ID	Fixed Issue
104259	Fixed an issue that incorrectly allowed users to write scripts while generating.
103305	Decreased minimum frequency step duration in frequency list mode for the 5402, 5406, 5441, and 5442 devices. Also decreased the on-the-fly OSP Carrier frequency change time for the 5441 and 5442 devices.
95208	Fixed an issue that caused sine waves to have incorrect amplitudes when an offset was applied and flatness correction was enabled on the 5402, 5406, 5441, and 5442 devices.
39673	Improved streaming ease-of-use by automatically wrapping writes to streaming waveforms that cross the waveform boundary.

The following items are fixed in NI-FGEN 2.5.1 from NI-FGEN 2.5

Bug ID	Fixed Issue
4E094973	Fixed a streaming issue on the PXIe-5442: streaming data to large waveforms that cross the midpoint of the device's onboard memory may cause glitches to appear in the generated signal.
4DQCUIFH	Improved internal clocking reliability for the PXIe-5442.
4DJH2HJR, 4CQDTAAD	Fixed several issues with NI-FGEN for LabVIEW RT: upgrading from a previous version of NI-FGEN to NI-FGEN 2.5 could cause the software to not be downloadable to the target. Additionally, some devices may not have been usable on RT.

---

API Changes by Release

Changes in NI-FGEN 2.7 from NI-FGEN 2.6.3

VI	niFgen Create Waveform (Complex WDT)
Function	ViStatus _VI_FUNC niFgen_CalAdjustADC (ViSession vi, ViConstString Channel_Name, ViInt32 Configuration, ViReal64 Voltages_Measured_Externally[], ViReal64 Voltages_Measured_With_CalADC[]);
Properties	Module Revision
	Compensate for Filter Group Delay
Attributes	NIFGEN_ATTR_MODULE_REVISION
	NIFGEN_ATTR_OSP_COMPENSATE_FOR_FILTER_GROUP_DELAY

Made the following function obsolete and moved it to niFgenObsolete.h:

• niFgen_CalAdjustCalADC
  

Changes in NI-FGEN 2.6 from NI-FGEN 2.5.2

VI	niFgen Configure Channels
Function	ViStatus _VI_FUNC niFgen_ConfigureChannels(ViSession vi, ViConstString channels);
Properties	Channel Delay
	Common Mode Offset
	Exported Sample Clock Timebase Output Terminal
	External Sample Clock Multiplier
	Frequency Shift
	Idle Behavior
	Idle Value
	Maximum Bandwidth
	Maximum In-Flight Read Requests
	OSP Mode
	PCI DMA Optimizations Enabled
	Preferred Packet Size
	Sample Clock Timebase Rate
	Sample Clock Timebase Source
	Terminal Configuration
	Wait Behavior
	Wait Value
Attributes	NIFGEN_ATTR_CHANNEL_DELAY
	NIFGEN_ATTR_COMMON_MODE_OFFSET
	NIFGEN_ATTR_DATA_TRANSFER_MAXIMUM_BANDWIDTH
	NIFGEN_ATTR_DATA_TRANSFER_MAXIMUM_IN_FLIGHT_READS
	NIFGEN_ATTR_DATA_TRANSFET_PCI_DMA_OPTIMIZATIONS_ENABLED
	NIFGEN_ATTR_DATA_TRANSFER_PREFERRED_PACKET_SIZE
	NIFGEN_ATTR_EXPORTED_SAMPLE_CLOCK_TIMEBASE_OUTPUT_TERMINAL
	NIFGEN_ATTR_EXTERNAL_SAMPLE_CLOCK_MULTIPLIER
	NIFGEN_ATTR_IDLE_BEHAVIOR
	NIFGEN_ATTR_IDLE_VALUE
	NIFGEN_ATTR_OSP_FREQUENCY_SHIFT
	NIFGEN_ATTR_OSP_MODE
	NIFGEN_ATTR_SAMPLE_CLOCK_TIMEBASE_RATE
	NIFGEN_ATTR_SAMPLE_CLOCK_TIMEBASE_SOURCE
	NIFGEN_ATTR_TERMINAL_CONFIGURATION
	NIFGEN_ATTR_WAIT_BEHAVIOR
	NIFGEN_ATTR_WAIT_VALUE

Changes in NI-FGEN 2.5 from NI-FGEN 2.4.6

Properties	Done Event Delay
	Marker Event Delay
	Started Event Delay
	Done Event Delay Units
	Marker Event Delay Units
	Started Event Delay Units
Attributes	NIFGEN_ATTR_DONE_EVENT_DELAY
	NIFGEN_ATTR_MARKER_EVENT_DELAY
	NIFGEN_ATTR_STARTED_EVENT_DELAY
	NIFGEN_ATTR_DONE_EVENT_DELAY_UNITS
	NIFGEN_ATTR_MARKER_EVENT_DELAY_UNITS
	NIFGEN_ATTR_STARTED_EVENT_DELAY_UNITS

Changes in NI-FGEN 2.4 from NI-FGEN 2.3

Attributes	NIFGEN_ATTR_STREAMING_WAVEFORM_HANDLE
	NIFGEN_ATTR_ARB_MARKER_POSITION
	NIFGEN_ATTR_ARB_REPEAT_COUNT
	NIFGEN_ATTR_STREAMING_SPACE_AVAILABLE_IN_WAVEFORM
	NIFGEN_ATTR_SAMPLE_CLOCK_SOURCE
	NIFGEN_ATTR_REFERENCE_CLOCK_SOURCE
	NIFGEN_ATTR_FLATNESS_CORRECTION_ENABLED
	NIFGEN_ATTR_SCRIPT_TO_GENERATE
	NIFGEN_ATTR_MARKER_EVENTS_COUNT
	NIFGEN_ATTR_SCRIPT_TRIGGERS_COUNT
	NIFGEN_ATTR_DATA_MARKER_EVENTS_COUNT
	NIFGEN_ATTR_STREAMING_WAVEFORM_NAME
	NIFGEN_ATTR_SCRIPT_TRIGGER_TYPE
	NIFGEN_ATTR_DIGITAL_EDGE_SCRIPT_TRIGGER_SOURCE
	NIFGEN_ATTR_DIGITAL_EDGE_SCRIPT_TRIGGER_EDGE
	NIFGEN_ATTR_DIGITAL_LEVEL_SCRIPT_TRIGGER_SOURCE
	NIFGEN_ATTR_DIGITAL_LEVEL_SCRIPT_TRIGGER_ACTIVE_LEVEL
	NIFGEN_ATTR_EXPORTED_SCRIPT_TRIGGER_OUTPUT_TERMINAL
	NIFGEN_ATTR_START_TRIGGER_TYPE
	NIFGEN_ATTR_DIGITAL_EDGE_START_TRIGGER_SOURCE
	NIFGEN_ATTR_DIGITAL_EDGE_TRIGGER_EDGE
	NIFGEN_ATTR_EXPORTED_START_TRIGGER_OUTPUT_TERMINAL
	NIFGEN_ATTR_READY_FOR_START_EVENT_OUTPUT_TERMINAL
	NIFGEN_ATTR_READY_FOR_START_EVENT_LEVEL_ACTIVE_LEVEL
	NIFGEN_ATTR_MARKER_EVENT_OUTPUT_TERMINAL
	NIFGEN_ATTR_MARKER_EVENT_PULSE_POLARITY
	NIFGEN_ATTR_MARKER_EVENT_PULSE_WIDTH
	NIFGEN_ATTR_MARKER_EVENT_PULSE_WIDTH_UNITS
	NIFGEN_ATTR_MARKER_EVENT_OUTPUT_BEHAVIOR
	NIFGEN_ATTR_MARKER_EVENT_TOGGLE_INITIAL_STATE
	NIFGEN_ATTR_STARTED_EVENT_OUTPUT_TERMINAL
	NIFGEN_ATTR_STARTED_EVENT_LEVEL_ACTIVE_LEVEL
	NIFGEN_ATTR_STARTED_EVENT_PULSE_POLARITY
	NIFGEN_ATTR_STARTED_EVENT_OUTPUT_BEHAVIOR
	NIFGEN_ATTR_STARTED_EVENT_PULSE_WIDTH_UNITS
	NIFGEN_ATTR_STARTED_EVENT_PULSE_WIDTH
	NIFGEN_ATTR_DONE_EVENT_OUTPUT_TERMINAL
	NIFGEN_ATTR_DONE_EVENT_LEVEL_ACTIVE_LEVEL
	NIFGEN_ATTR_DONE_EVENT_PULSE_POLARITY
	NIFGEN_ATTR_DONE_EVENT_OUTPUT_BEHAVIOR
	NIFGEN_ATTR_DONE_EVENT_PULSE_WIDTH_UNITS
	NIFGEN_ATTR_DONE_EVENT_PULSE_WIDTH
	NIFGEN_ATTR_DATA_MARKER_EVENT_DATA_BIT_NUMBER
	NIFGEN_ATTR_DATA_MARKER_EVENT_LEVEL_POLARITY
	NIFGEN_ATTR_DATA_MARKER_EVENT_OUTPUT_TERMINAL
	NIFGEN_ATTR_ALL_MARKER_EVENTS_LIVE_STATUS
	NIFGEN_ATTR_MARKER_EVENT_LIVE_STATUS
	NIFGEN_ATTR_READY_FOR_START_EVENT_LIVE_STATUS
	NIFGEN_ATTR_ALL_MARKER_EVENTS_LATCHED_STATUS
	NIFGEN_ATTR_MARKER_EVENT_LATCHED_STATUS
	NIFGEN_ATTR_DONE_EVENT_LATCHED_STATUS
	NIFGEN_ATTR_STARTED_EVENT_LATCHED_STATUS
	NIFGEN_ATTR_EXPORTED_SAMPLE_CLOCK_OUTPUT_TERMINAL
	NIFGEN_ATTR_EXPORTED_REFERENCE_CLOCK_OUTPUT_TERMINAL
	NIFGEN_ATTR_EXPORTED_ONBOARD_REFERENCE_CLOCK_OUTPUT_TERMINAL
	NIFGEN_ATTR_EXPORTED_SAMPLE_CLOCK_TIMEBASE_OUTPUT_TERMINAL
	NIFGEN_ATTR_SYNC_OUT_OUTPUT_TERMINAL
	NIFGEN_ATTR_DIRECT_DMA_ENABLE
	NIFGEN_ATTR_DIRECT_DMA_WINDOW_SIZE
	NIFGEN_ATTR_DIRECT_DMA_WINDOW_ADDRESS
Functions	ViStatus _VI_FUNC niFgen_AllocateNamedWaveform(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 numberOfSamples);
	ViStatus _VI_FUNC niFgen_SetNamedWaveformNextWritePosition(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 relativeTo, ViInt32 offset);
	ViStatus _VI_FUNC niFgen_WriteNamedWaveformF64(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 numberOfSamples, ViReal64 wfmData[]);
	ViStatus _VI_FUNC niFgen_WriteNamedWaveformI16(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 numberOfSamples, ViInt16 wfmData[]);
	ViStatus _VI_FUNC niFgen_WriteNamedWaveformComplexF64(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 numberOfSamples, NIComplexNumber wfmData[]);
	ViStatus _VI_FUNC niFgen_WriteNamedWaveformComplexI16(ViSession vi, ViConstString channelName, ViConstString wfmName, ViInt32 numberOfSamples, NIComplexI16 wfmData[]);
	ViStatus _VI_FUNC niFgen_DeleteNamedWaveform(ViSession vi, ViConstString channelName, ViConstString wfmName);
	ViStatus _VI_FUNC niFgen_WriteScript(ViSession vi, ViConstString channelName, ViConstString script);
	ViStatus _VI_FUNC niFgen_DeleteScript(ViSession vi, ViConstString channelName, ViConstString scriptName);
	ViStatus _VI_FUNC niFgen_ExportSignal(ViSession vi, ViInt32 signal, ViConstString signalIdentifier, ViConstString outputTerminal);
	ViStatus _VI_FUNC niFgen_SendSoftwareEdgeTrigger(ViSession vi, ViInt32 triggerName, ViConstString triggerIdentifier);
	ViStatus _VI_FUNC niFgen_ConfigureDigitalEdgeStartTrigger(ViSession vi, ViConstString source, ViInt32 edge);
	ViStatus _VI_FUNC niFgen_ConfigureSoftwareEdgeStartTrigger(ViSession vi);
	ViStatus _VI_FUNC niFgen_DisableStartTrigger(ViSession vi);
	ViStatus _VI_FUNC niFgen_ConfigureDigitalEdgeScriptTrigger(ViSession vi, ViConstString triggerID, ViConstString source, ViInt32 edge);
	ViStatus _VI_FUNC niFgen_ConfigureDigitalLevelScriptTrigger(ViSession vi, ViConstString triggerID, ViConstString source, ViInt32 level);
	ViStatus _VI_FUNC niFgen_ConfigureSoftwareEdgeScriptTrigger(ViSession vi, ViConstString triggerID);
	ViStatus _VI_FUNC niFgen_DisableScriptTrigger(ViSession vi, ViConstString triggerID);
	ViStatus _VI_FUNC niFgen_WriteComplexBinary16Waveform(ViSession vi, ViConstString channelName, ViInt32 waveformHandle, ViInt32 numberOfSamples, NIComplexI16 wfmData[]);
	ViStatus _VI_FUNC niFgen_InitializeFlatnessCalibration(ViSession vi);
	ViStatus _VI_FUNC niFgen_CalAdjustFlatness(ViSession vi, ViConstString channelName, ViInt32 configuration, ViReal64 requestedAmplitude, ViReal64* frequencies, ViReal64* measuredAmplitudes, ViInt32 numberOfMeasurements);
	ViStatus _VI_FUNC niFgen_ConfigureSampleClockSource(ViSession vi, ViConstString sampleClockSource);
Values	Output Mode: NIFGEN_VAL_OUTPUT_SCRIPT
New attributes and functions: See niFgen.h file for values supported by new attributes and functions

Made the following VIs obsolete and moved them to niFgenObsolete_2_4.llb:

• niFgen Configure Ref Clock Frequency VI
• niFgen Configure Ref Clock Source VI
• niFgen Configure Trigger VI
• niFgen Configure Update Clock Source VI
• niFgen Send Software Trigger VI
  

Made the following functions obsolete and moved them to niFgenObsolete.h:

• niFgen_ConfigureReferenceClockFrequency
• niFgen_ConfigureReferenceClockSource
• niFgen_ConfigureTriggerSource
• niFgen_ConfigureUpdateClockSource
• niFgen_SendSoftwareTrigger
  

Made the niFgen_ComplexF64 type obsolete and moved it to niFgenObsolete.h.

Changes in NI-FGEN 2.3 from NI-FGEN 2.2

Attributes	NIFGEN_ATTR_DIGITAL_GAIN
	NIFGEN_ATTR_OSP_ENABLED
	NIFGEN_ATTR_OSP_DATA_PROCESSING_MODE
	NIFGEN_ATTR_OSP_IQ_RATE
	NIFGEN_ATTR_OSP_CARRIER_ENABLED
	NIFGEN_ATTR_OSP_CARRIER_FREQUENCY
	NIFGEN_ATTR_OSP_CARRIER_PHASE_I
	NIFGEN_ATTR_OSP_CARRIER_PHASE_Q
	NIFGEN_ATTR_OSP_FIR_FILTER_TYPE
	NIFGEN_ATTR_OSP_FIR_FILTER_ENABLED
	NIFGEN_ATTR_OSP_FIR_FILTER_INTERPOLATION
	NIFGEN_ATTR_OSP_CIC_FILTER_ENABLED
	NIFGEN_ATTR_OSP_CIC_FILTER_INTERPOLATION
	NIFGEN_ATTR_OSP_FIR_FILTER_ROOT_RAISED_COSINE_ALPHA
	NIFGEN_ATTR_OSP_FIR_FILTER_RAISED_COSINE_ALPHA
	NIFGEN_ATTR_OSP_FIR_FILTER_FLAT_PASSBAND
	NIFGEN_ATTR_OSP_FIR_FILTER_GAUSSIAN_BT
	NIFGEN_ATTR_OSP_CIC_FILTER_GAIN
	NIFGEN_ATTR_OSP_PRE_FILTER_GAIN_I
	NIFGEN_ATTR_OSP_PRE_FILTER_GAIN_Q
	NIFGEN_ATTR_OSP_PRE_FILTER_OFFSET_I
	NIFGEN_ATTR_OSP_PRE_FILTER_OFFSET_Q
	NIFGEN_ATTR_OSP_OVERFLOW_ERROR_REPORTING
	NIFGEN_ATTR_OSP_OVERFLOW_STATUS
Functions	ViStatus niFgen_ConfigureCustomFIRFilterCoefficients (ViSession vi, ViConstString channelName, ViInt32 numberOfCoefficients, ViReal64* coefficients)
	ViStatus niFgen_GetFIRFilterCoefficients (ViSession vi, ViConstString channelName, ViInt32 arraySize, ViReal64* coefficients, ViInt32* numberOfCoefficientsRead)
	ViStatus niFgen_CreateWaveformComplexF64 (ViSession vi, ViConstString channelName, ViInt32 numberOfSamples, niFgen_ComplexF64 wfmData[], ViInt32 *wfmHandle)
	ViStatus niFgen_WriteWaveformComplexF6 (ViSession vi, ViConstString channelName, ViInt32 numberOfSamples, niFgen_ComplexF64 data[], ViInt32 wfmHandle)
Values	OSP Data Processing Mode: NIFGEN_VAL_OSP_REAL NIFGEN_VAL_OSP_COMPLEX
	OSP FIR Filter Type: NIFGEN_VAL_OSP_FLAT NIFGEN_VAL_OSP_RAISED_COSINE NIFGEN_VAL_OSP_ROOT_RAISED_COSINE NIFGEN_VAL_OSP_GAUSSIAN NIFGEN_VAL_OSP_CUSTOM
	OSP Overflow Error Reporting: NIFGEN_VAL_ERROR_REPORTING_ERROR NIFGEN_VAL_ERROR_REPORTING_DISABLED
	OSP Overflow Status: NIFGEN_VAL_OSP_OVERFLOW_NONE NIFGEN_VAL_OSP_OVERFLOW_PRE_FILTER_GAIN_I NIFGEN_VAL_OSP_OVERFLOW_PRE_FILTER_GAIN_Q NIFGEN_VAL_OSP_OVERFLOW_PRE_FILTER_OFFSET_I NIFGEN_VAL_OSP_OVERFLOW_PRE_FILTER_OFFSET_Q NIFGEN_VAL_OSP_OVERFLOW_FIR_FILTER_I NIFGEN_VAL_OSP_OVERFLOW_FIR_FILTER_Q NIFGEN_VAL_OSP_OVERFLOW_CIC_FILTER_I NIFGEN_VAL_OSP_OVERFLOW_CIC_FILTER_Q NIFGEN_VAL_OSP_OVERFLOW_COMPLEX_DATA

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