Glossary of LabVIEW terms - Revision history

Logmanoriginal: Fix typo

2024-08-01T17:20:03Z

Fix typo

@@ Line 714: / Line 714: @@
 ;[[sequence structure]]
-:{{See a;so|Flat Sequence structure|Stacked Sequence structure}}.
+:{{See also|Flat Sequence structure|Stacked Sequence structure}}.
 ;[[shared library]]
@@ Line 898: / Line 898: @@
 {{compactTOC2}}
 [[Category:Glossaries|LabVIEW terminology]]

2020-03-31T10:54:25Z

F: Fix broken link

← Older revision		Revision as of 10:54, 31 March 2020
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	:Label on the front panel or [[Block Diagram\|block diagram]] that does not belong to any other object.		:Label on the front panel or [[Block Diagram\|block diagram]] that does not belong to any other object.

	;[[front panel]]		;[[Front Panel\|front panel]]
	:Interactive user interface of a VI. Front panel appearance imitates physical instruments, such as oscilloscopes and multimeters.		:Interactive user interface of a VI. Front panel appearance imitates physical instruments, such as oscilloscopes and multimeters.

2020-02-15T10:30:02Z

X: Add XControl and XNode

← Older revision		Revision as of 10:30, 15 February 2020
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	==X==		==X==

			; [[XControl]]
			: A front panel object with dedicated UI logic code.

			; [[XNode]]
			: A block diagram object with dedicated code generation logic.

	==Y==		==Y==

2019-06-28T20:05:30Z

← Older revision		Revision as of 20:05, 28 June 2019
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	;[[source control]]		;[[source control]]
	:A solution to the problem of sharing VIs and controlling access to avoid accidental loss of data. You can use a source control provider to share files among multiple users, improve security and quality, and track changes to shared projects. Also called source code control.		:A solution to the problem of sharing VIs and controlling access to avoid accidental loss of data. You can use a source control provider to share files among multiple users, improve security and quality, and track changes to shared projects. Also called source code control.

			;[[Software Module]]
			:A body of code designed to accomplish a specific task or model a specific idea. A software module uses other software modules by specifying dependencies on exports. Applications can be created by assembling software modules.

	;[[source lines of code (SLOC)]]		;[[source lines of code (SLOC)]]

2019-06-28T19:46:26Z

← Older revision		Revision as of 19:46, 28 June 2019
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	;[[Build Process]]		;[[Build Process]]
	:An automated process to turn source into an export.		:An automated process to turn source into an export.

			;[[Build Process Export]]
			:A versioned proxy of source in one of many forms. Example: executable, NI Package, VI Package, PPL, DLL, etc

	;[[Bundle function]]		;[[Bundle function]]

2019-06-28T19:44:37Z

← Older revision		Revision as of 19:44, 28 June 2019
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	;[[buffer]]		;[[buffer]]
	:Temporary storage for acquired or generated data.		:Temporary storage for acquired or generated data.

			;[[Build Process]]
			:An automated process to turn source into an export.

	;[[Bundle function]]		;[[Bundle function]]

2018-12-01T01:05:58Z

Fixed links to Block Diagram page

2018-11-30T05:00:54Z

← Older revision		Revision as of 05:00, 30 November 2018
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	:Capability of loop structures to disassemble and assemble arrays at their borders. As an array enters a loop with auto-indexing enabled, the loop automatically disassembles it extracting scalars from 1D arrays, 1D arrays extracted from 2D arrays, and so on. Loops assemble data values into arrays as data values exit the loop in the reverse order.		:Capability of loop structures to disassemble and assemble arrays at their borders. As an array enters a loop with auto-indexing enabled, the loop automatically disassembles it extracting scalars from 1D arrays, 1D arrays extracted from 2D arrays, and so on. Loops assemble data values into arrays as data values exit the loop in the reverse order.

	;[[automatic error handling~~\|Automatic Error Handling~~]]		;[[Automatic Error Handling\|automatic error handling]]
	:Setting in on VIs where LabVIEW automatically handles any error when a VI runs by suspending execution, highlighting the subVI or function where the error occurred, and displaying an error dialog box.		:Setting in on VIs where LabVIEW automatically handles any error when a VI runs by suspending execution, highlighting the subVI or function where the error occurred, and displaying an error dialog box.

2018-11-30T05:00:18Z

A: added automatic error handling

← Older revision		Revision as of 05:00, 30 November 2018
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	;[[Auto-indexing]]		;[[Auto-indexing]]
	:Capability of loop structures to disassemble and assemble arrays at their borders. As an array enters a loop with auto-indexing enabled, the loop automatically disassembles it extracting scalars from 1D arrays, 1D arrays extracted from 2D arrays, and so on. Loops assemble data values into arrays as data values exit the loop in the reverse order.		:Capability of loop structures to disassemble and assemble arrays at their borders. As an array enters a loop with auto-indexing enabled, the loop automatically disassembles it extracting scalars from 1D arrays, 1D arrays extracted from 2D arrays, and so on. Loops assemble data values into arrays as data values exit the loop in the reverse order.

			;[[automatic error handling\|Automatic Error Handling]]
			:Setting in on VIs where LabVIEW automatically handles any error when a VI runs by suspending execution, highlighting the subVI or function where the error occurred, and displaying an error dialog box.

	;[[autoscaling]]		;[[autoscaling]]

2018-11-27T05:28:33Z

← Older revision		Revision as of 05:28, 27 November 2018
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	:Front panel objects to manipulate and display Boolean (TRUE or FALSE) data.		:Front panel objects to manipulate and display Boolean (TRUE or FALSE) data.

	;[[Block ~~diagram~~]]		;[[Block Diagram]]
	:Pictorial description or representation of a program or algorithm. The block diagram consists of executable icons called nodes and wires that carry data between the nodes. The block diagram is the source code for the VI. The block diagram resides in the block diagram window of the VI.		:Pictorial description or representation of a program or algorithm. The block diagram consists of executable icons called nodes and wires that carry data between the nodes. The block diagram is the source code for the VI. The block diagram resides in the block diagram window of the VI.