Data types and memory management in C#

Data types and memory management in C#. Before explaining the different data types available in C#, it’s important to mention that C# is a strongly-typed language. This means that each variable, constant, input parameter, return type and in general every expression that evaluates to a value, has a type.

Before explaining the different data types available in C#, it’s important to mention that C# is a strongly-typed language. This means that each variable, constant, input parameter, return type and in general every expression that evaluates to a value, has a type.

Each type contains information that will be embedded by the compiler into the executable file as metadata which will be used by the common language runtime (CLR) to guarantee type safety when it allocates and reclaims memory.

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Static code analysis is a method of debugging by examining source code before a program is run. It's done by analyzing a set of code against a set (or multiple sets) of coding rules. Static code analysis and static analysis are often used interchangeably, along with source code analysis.

In my previous post, I discussed the eager root collection as an aggressive behavior of JIT (in Release mode / optimized code) to assist the garbage collector (GC), so that a object is not considered to be a root beyond the point of its usage.

There are more code smells. Let’s keep changing the aromas. We see several symptoms and situations that make us doubt the quality of our development. Let's look at some possible solutions.

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