Difference Between Namespace and Assembly

Namespace and assembly are common terms when one is using C++ language or working with the Microsoft .NET framework.

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One is a feature in a coding language while the other is a partially compiled code that can be used for deployment.  

Namespace vs Assembly

The difference between namespace and assembly is that namespace is a feature present in C++ language that allows a user to group named entities instead of leaving them as global variables whereas assembly represents a collection of types and resources that together form an output unit like .exe or .dll file.

Namespace vs Assembly

The namespace feature is not present in C and is most commonly used in the C++ language. It doesn’t have any further classifications.

It is an output unit that is used for deployment, version control, activation scoping, and many more for the .NET-based applications.

Comparison Table

Parameters of ComparisonNamespaceAssembly
ClassificationNo further classifications are made in namespace.An assembly has two categories, namely, private and public. The former is specific to one application while the latter can be used in multiple applications.
GroupingA namespace is a feature in coding languages like C++ and C# where it forms the basis of logical code grouping.Assembly forms the logical unit of functionality as it contains a huge collection of types and resources working together.
ApplicationIt is a feature used to declare a scope and organize code into a logical group.Used in .NET-based applications for deployment, version control, etc.
Global scopeIt is declared at a global scope.Various applications are allowed to share assemblies among them by putting them in the global assembly cache (GAC).
NestingA namespace is a feature whose declaration can be nested with another namespace.Nesting is not allowed in assemblies.
NamingIn C++, a namespace can be defined by using the keyword “namespace” followed by assigning a name to it. For example, namespace ns1In assembly, the executable files generally end with .exe or .dll extensions.

What is Namespace?

A namespace is best defined as a declarative region that can provide scope to the identifiers inside it. It is a feature that helps to group and organize code in a logical way that clears the confusion by eradicating the chances of overlapping.

Identifiers that are present outside the namespace can also have access to the members, either by using the fully qualified name of an identifier or using a declaration for a single identifier.

To declare a namespace, using the keyword “namespace” followed by a space then the variable name is the proper syntax. It doesn’t need a semicolon at the end of the line or declaration.

An identifier is declared in an explicit namespace apart from the entry point main function which is declared in the global namespace.

What is Assembly?

Assemblies are best defined as the fundamental unit of logical code grouping. This means executing purposes like deployment, security permissions, reuse, etc. for the .NET-based applications, assemblies are very important.

To know the type implementations, the assembly also provides specific information with common language runtime.

Due to these flexibilities, it helps the developers work on different source code files and then put them together for an assembly. This is what generally happens when working on a large project.

Assemblies are also loaded into the memory as per requirement. Since it is optionable to load the assemblies, the resource management becomes more efficient and smarter.

In static assemblies, they are stored in the disk in portable executable files whereas dynamic assemblies don’t require saving before execution.

Main Differences Between Namespace and Assembly

  1. Since nesting is a feature of a coding language, they generally start with the keyword “namespace” while declaration.
  2. A namespace can include multiple assemblies whereas an assembly is allowed to contain types from more than one namespace.

References

  1. https://link.springer.com/chapter/10.1007/978-1-4302-0775-7_17
  2. https://www.hjp.at/(st_a)/doc/rfc/rfc4122.html
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