These posts cover the Calculator project, with the source code at https://github.com/yamesant/calculator
Calculator
This post demonstrates a way of instantiating abstract class subclasses via reflection in C#. As an example, it uses the Calculator project, which implements arithmetic expressions, including their construction, evaluation, and conversion to and from JSON and XML. Here are a few related posts that cover various other aspects of
Calculator
This post explores XML serialisation in C# using the XmlSerializer class and different ways to represent arithmetic expressions in XML. The arithmetic expressions and the calculator project are introduced in this post. Another post covers the JSON serialisation of these expressions. This post builds on that foundation and focuses on
Calculator
The previous blog post has introduced a calculator engine project. This post extends it to convert arithmetic expressions to and from JSON. For example, an expression built like this: Expression.CreateMultiValued([3, 3], new Addition()) could be represented in JSON as: { "Operation": "Addition", "Subexpressions"
Calculator
This post introduces a C# implementation of a calculator engine and explores how it embodies various popular software design principles. The project is available on GitHub at: https://github.com/yamesant/calculator/tree/checkpoints/checkpoint-0 The link references the checkpoint branch that corresponds to this blog post. While the main