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LabVIEW Learning Materials: Difference between revisions

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=Tooling and Development Processes=
=Tooling and Development Processes=
==Configuration Management===
==Configuration Management==
* [https://www.sasworkshops.com/offers/zVnzmgMA/checkout TUTORIAL: Using LabVIEW and Git]
* [https://www.sasworkshops.com/offers/zVnzmgMA/checkout TUTORIAL: Using LabVIEW and Git]
* [https://blog.sasworkshops.com/the-easiest-way-to-setup-lvcompare-and-lvmerge/ Configuring diff and merge in LabVIEW]
* [https://blog.sasworkshops.com/gitting-started-with-git/ Git overview for LabVIEW programmers]
* [https://www.ni.com/en-us/support/documentation/supplemental/18/configuring-git-for-labview.html Setting up Git for LabVIEW]
* [https://www.ni.com/en-us/support/documentation/supplemental/18/configuring-git-for-labview.html Setting up Git for LabVIEW]
* [https://ohshitgit.com General overview of Git for all programmers]
* [https://learngitbranching.js.org Interactive tutorial of Git workflows]
* [https://www.youtube.com/watch?v=CUhBTYiUSyI Version Control in LabVIEW Tutorial]
* [https://www.youtube.com/watch?v=CUhBTYiUSyI Version Control in LabVIEW Tutorial]



Revision as of 16:19, 30 September 2024

See also: category:LabVIEW fundamentals

This page provides a recommended set of resources for LabVIEW programmers. The links are a collection of white papers, YouTube videos and formal learning content.

LabVIEW Programming Basics

Introduction to LabVIEW Environment

Data Types & Structures

User Interface Design

Asynchronous Messaging

Advanced Execution Control

Object-Oriented Programming (OOP) in LabVIEW

Debugging Tools

Build and Deployment

LabVIEW Software Patterns

State Machines

Queued Message Handlers (QMH)

Producer/Consumer Architecture

Event-Driven Programming

Tooling and Development Processes

Configuration Management

Static Code Analysis

Dynamic Code Analysis and Performance Benchmarking

Unit Testing

Software Design Patterns and Best Practices

Modular Programming and Code Reuse

Error Handling

Software Frameworks

DQMH

  • DQMH User Guide The official DQMH user guide with detailed explanations of how to use the framework.
  • DQMH Wiki Your one-stop shop for everything you ever wanted to know about DQMH.
  • NI's DQMH Community PageNI community hub dedicated to discussions around the DQMH framework, where developers share best practices, examples, and troubleshooting tips.

DQMH Use Cases and Advanced Topics

  • Advanced DQMH Techniques (YouTube) - This video explores advanced features like nested modules, scripting tools, and best practices for event handling within DQMH.
  • Developing Modular Applications Using DQMH (NI YouTube Channel)A deep dive into how to build modular and scalable applications using DQMH. It covers real-world use cases and best practices.
  • Integrating DQMH with Other Frameworks (YouTube) - A tutorial that shows how to integrate DQMH with other architectures like Actor Framework or Command-Response patterns.

Community Contributions

  • DQMH Best Practices on GitHub - This repository contains best practices for using DQMH, contributed by the community. You’ll find code examples, comments, and strategies for building robust systems.

Actor Framework

Official Resources

  • NI Actor Framework DocumentationComprehensive documentation that walks through the details of the Actor Framework in LabVIEW, including examples and best practices.

Video Tutorials

Advanced Topics

Community Contributions and Tutorial

Workers

VIPER

Hardware and Instrumentation Connectivity

DAQmx Basics

Instrument Control

Determinism and Real-Time Execution

Community and Best Practices

LabVIEW Style Guidelines

LabVIEW Community and User Groups

Connectivity and Report Generation

Database Connectivity


Formal Training

Formal training on LabVIEW is available from several providers. Offerings differ based on prior LabVIEW experience level and the preferred delivery method. Common delivery methods include:

  • In-person instructor-led
  • Remote instructor-led (usually through a web conference)
  • Online self-paced (usually through a combination of pre-recorded lecture videos and exercise solution videos)
  • Self-paced with a manual

National Instruments has a suite of courses ranging from beginner to advanced as well as several specialty topics such as LabVIEW Real-Time and LabVIEW Connectivity. National Instruments offers all common delivery methods mentioned above except online self-paced. Other LabVIEW training providers such as Sixclear provide this online self-paced environment. Sixclear's same curriculum is also delivered through in-person instructor-led training. Durability is another provider of in-person instructor-led training.

Recommended training courses for those with no knowledge of LabVIEW are the National Instruments Core 1 and Core 2 courses, the Sixclear LabVIEW Fundamentals I and II courses, or the Durability LabVIEW 101 and 102 courses. All sets of courses are geared to a user with little to no LabVIEW experience and teach the proficiencies outlined by the Certified LabVIEW Associate Developer (CLAD) exam as well as simple DAQ and instrument control.


Common arguments justifying formal training revolve around the idea that the sum cost of developers' time is greater than the cost of training because:

  • the LabVIEW graphical programming paradigm is appreciably different than traditional text-based programming
  • costly mistakes commonly occur when moving from simple LabVIEW applications to more complex applications, especially when developing parallel loop applications

Alternatives to Formal Training

National Instruments maintains a list of LabVIEW reference books as an alternative to formal training.

Another alternative to formal training are half-day "LabVIEW Hands-On" workshops offered by National Instruments. Recommended follow-ups are the "G Programmer's reference manual" and the LabVIEW "User Manual" found in the LabVIEW documentation.


External Links

Some online tutorials: