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\nMulti-Paradigm Programming with Modern C++ - Instantiating the Template\n

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\nWhen we use a template, we instantiate it. Let’s create a type that performs fixed-point arithmetic, parameterized with templates. Then let’s support that type in our math library • Developing a fixed-point math class • Adding...\nWhen we use a template, we instantiate it. Let’s create a type that performs fixed-point arithmetic, parameterized with templates. Then let’s support that type in our math library
• Developing a fixed-point math class
• Adding arithmetic operators
• Using static asserts as “unit” tests

This clip is from the chapter \"Writing Generic Code with Templates\" of the series \"Multi-Paradigm Programming with Modern C++\".This section is all about template programming, and it builds on top of what we have learned so far about interfaces, classes, and functions, taking it all to the next level. When used properly, templates can increase abstraction level of your code, and make code re-use easier. In this section, we will also learn about Concepts, a new feature of C++2a that will change the way we write templates.\n
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Resource Details

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Not yet Rated
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Media Length
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5:21
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Grade
Higher Ed
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Subjects
STEM
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Media Type
Instructional Videos
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Source:
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\nPackt - Programming\n\n
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Date
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2022
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Language
English
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For Teacher Use
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Fine Print: Educational Use
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Concepts

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prototypes, functions, conditional statements, basic operations, values, precision, subtraction, division
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Additional Tags

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c++, opp, variables in c++, loops, comments, fractional part, static asserts, math library, number class, number, template, class, operator, type, compare, error, code, create, make, support, convenience, added, storing, compile, pointing, problem, missing, context
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