#8 Factory Method
Structure, advantages, disadvantages, and a LabVIEW real-world example of the Factory Method design pattern.
OOP
#7 Design patterns
Introduction to design patterns as general solutions to common software design problems, applicable even in environments like LabVIEW.
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#4 By-reference classes | Implementation (2/2)
Implementation techniques for making a class by-reference: DVR Data Value Reference and SEQ Single Element Queue.
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#5 By-reference classes | Implementation (1/2)
Implementation techniques to make a class by-reference: variables, FGV Functional Global Variable, DVR Data Value Reference, SEQ Single Element Queue
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#4 Classes | By-value VS by-reference
By-value and by-reference classes, their differences, pros and cons. The first ones follow the LabVIEW dataflow. The second ones acts as refnum data types.
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#3 – Interfaces | A real-world example
A real world example about the use of interfaces. The example includes design, UML diagrams, and implementation in LabVIEW and C#.
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#2 – Interfaces
An interface is an entity that describes a set of method signatures, whose implementations can be provided by multiple classes.
#1 – The SOLID principles
SOLID principles are 5 guidelines to follow when designing OOP software. They are best practices that enable us to create more manageable and flexible software.
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#0 – Hello world
Finally, here we are! After months of stacked thoughts and several (mental) parliamentary questions, here is post 0 inaugurating this blog. The first of a (I hope!) long series to mainly delve into the subject of object-oriented programming declined to the LabVIEW* world. Well, now let’s get started. Unlike other natively object-oriented languages such as