The goto in C# is a jump statement that transfers the control to another part of the program. This comprehensive guide includes code examples, advantages, and disadvantages of using the goto statement, to help you make an informed decision.
In this article, we will delve into System.IO namespace in C# and understand the classes it provides to perform various input and output operations in a C# program. This article will cover all the essential topics of System.IO namespace, including the classes, methods, and properties, along with code examples to illustrate their use.
This article aims to provide a comprehensive understanding of System.IO namespace and help you in your journey of mastering C# programming.
This article will delve into the TRY…CATCH statement in SQL Server and its usage for error handling.
Additionally, we’ll examine how the try-catch statement in SQL Server can be used to manage errors and present more informative error messages to the end-users.
Grouping data by different time periods such as days, weeks, and months is one of the most important concepts in SQL. In this article, we will look at how to group data by month in SQL Server using examples.
Temperature conversion between Celsius and Fahrenheit is a commonly used calculation in various fields including science and engineering. In this article, we will learn how to convert Celsius to Fahrenheit in C# and also how to convert Fahrenheit to Celsius using C# programming language.
The If-Else and Switch statements allow you to make decisions based on the outcome of an expression. If-else operates through linear search whereas the Switch statement uses binary search. “If-else” and “switch” are conditional statements, but they work in different ways.
In this article, we will understand the key differences between If-Else and Switch statements in C#.
The main difference between local and global variables is that local variables can be accessed only within the function or block in which they are defined, whereas global variables can be accessed globally throughout the entire program.
In this article, we will try to understand the fundamental concepts of local and global variables, their use cases, Pros and Cons, and how to use them effectively in our code.
Stack vs Heap: In C#, Stack and Heap are two important memory allocation structures that every programmer should understand. The Stack is a LIFO (Last-In-First-Out) data structure that temporarily stores data with a short lifespan, such as function call parameters and local variables.
The Stack is used for short-term memory allocation, as all data associated with the method will be automatically deleted or flushed out from the Stack once the method has completed its execution.
On the other hand, the Heap is a dynamic memory allocation structure used for objects with a longer lifespan, such as objects created with the new keyword.
The main difference between the two is that Stack memory is allocated and deallocated in a predictable and deterministic manner, while Heap memory is allocated dynamically and can lead to fragmentation over time. In order to write efficient and optimized code, it is essential to comprehend the difference between Stack and Heap memory.
The main difference between readonly and const keywords in C# lies in their assignment. Const must be defined at the time of declaration, whereas we can define readonly fields during runtime.
Additionally, const is implicitly static, whereas readonly values don’t necessarily have to be static. Regarding assembly behavior, constants are embedded into the IL code of every assembly that uses them, whereas readonly fields are shared between assemblies.
This article will look at the differences between the readonly and const keywords in C# and when to use each.
C# Field Vs Property: The main difference between a Field and a Property in C# is that a field is simply a variable of any type declared within a class or struct, whereas a property is a class member that offers a convenient way to access, modify, or calculate the value of a private field.
Fields are standard class variables, and properties are an abstraction for accessing their values.
In this tutorial, you will learn about the difference between field and property in C# and how to use them effectively.
