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LEARN C# QUICKLY AND C++ CODING PRACTICE EXERCISES CODING FOR BEGINNERS WITH HANDS ON PROJECTS BY J J TAM LEARN C# QUICKLY CODING FOR BEGINNERS BY J J TAM

Introduction to C#
C# is a programming language that supports more than one programming paradigm. The basic syntax of C# is similar to that of C, C++ and Java. So if you are familiar with any one of these languages, you can learn C# just like that.
What is multi-paradigm programming language?
A Language that supports more than one programming paradigm is called multi-paradigm programming language. C# is a multi-paradigm programming language, it supports both imperative and object-oriented paradigms.
C# Vs .net
C# is a programming language, and .NET is a framework..NET has various languages under it.
C# Vs .net
C# is a programming language, and .NET is a framework..NET has various languages under it.

C# is one of the language in .NET. What is the latest version of C#? At the time of writing this article, the most recent version is C# 6.0 which was released in 2015. Prerequisites to work with C# Install Visual studio. You can get the community edition from following link. https://www.visualstudio.com/vs/community/

C#: Hello World Program
I hope, you installed Visual studio. Following step-by-step procedure explains simple Hello World application.

Step 1: Open Visual studio Step 2 Go to File -gt New -gt Project Select Console Application give - photo 1 Step 2: Go to File -> New -> Project. Select Console Application, give the project name as HelloWorld. Press OK. It creates a file Program.cs, with some default data. Update the program like below. using System ; namespace HelloWorld { class Program { static void Main ( string [] args) { Console.WriteLine("Hello World"); Console.WriteLine("Welcome To C# Programming........."); } } } Press CTRL + F5, it opens command prompt and show the strings that we passed to 'Console.WriteLine' method.

Lets analyze the program using System Above statement loads a names space System. Name spaces are used to organize the code. A name space is a collection of classes, interfaces, enums, structs & delegates. namespace HelloWorld Above statement gives the name space HelloWorld to this program. It is optional. using System ; class Program { static void Main ( string [] args) { Console.WriteLine("Hello World"); Console.WriteLine("Welcome To C# Programming........."); } } class Program Class is used to encapsulate methods and properties as single entity. using System ; class Program { static void Main ( string [] args) { Console.WriteLine("Hello World"); Console.WriteLine("Welcome To C# Programming........."); } } class Program Class is used to encapsulate methods and properties as single entity.

Ignore this for time being, I will explain about this in later posts. static void Main(string[] args) Main method is the entry point of your C# application. Application executions starts from here. Console.WriteLine("Hello World");
Above statement writes the message "Hello World" to console. Console is the class resides in name space System.

C#: Read input from console
Console class provides ReadLine method to read input from console.
C#: Read input from console
Console class provides ReadLine method to read input from console.

ReadLine method reads the information from console and return the input in string format. String name = Console.ReadLine(); Program.cs using System ; class Program { static void Main ( string [] args) { Console.WriteLine("Welcome to C#, Please Enter Basic Informaiton"); Console.WriteLine("Enter Your Name"); String name = Console.ReadLine(); Console.WriteLine("Enter Your Age"); String age = Console.ReadLine(); Console.WriteLine("Hello " + name + " You are " + age + " years old"); } }
Output Welcome to C#, Please Enter Basic Informaiton Enter Your Name JJ TAM Enter Your Age Hello JJ TAM You are 26 years old

Place Holder Syntax
While concatenating the strings, place holder syntax is very convenient than using + operator. Following is the example of place holder syntax. Console.WriteLine("Hello {0}. You are {1} years old", name, age); Above statement is equivalent of following statement. Console.WriteLine("Hello " + name + " You are " + age + " years old"); Program.cs using System ; class Program { static void Main ( string [] args) { Console.WriteLine("Welcome to C#, Please Enter Basic Informaiton"); Console.WriteLine("Enter Your Name"); String name = Console.ReadLine(); Console.WriteLine("Enter Your Age"); String age = Console.ReadLine(); Console.WriteLine("Hello {0}", name); Console.WriteLine("You are {0} years old", age); Console.WriteLine("Hello {1}.

You are {0} years old", name, age); } } Output Welcome to C#, Please Enter Basic Informaiton Enter Your Name JJ TAM Enter Your Age Hello JJ TAM You are 26 years old Hello 26. You are JJ TAM years old Press any key to continue...

C#: Built in Types
C# support almost all kind of data types to work with. All data types are represented as classes in System namespace. Data types can be categorized into following types. a.

Boolean : bool b. Integer: byte, sbyte, int, uint, short, ushort, long, ulong c. Float: double, float, decimal d. Character : char e. String Following table summarizes all the data types

Short NameClassMin valueMax value
byteByte
sbyteSByte-128
intInt32-2,147,483,6482,147,483,647
uintUInt324294967295
shortInt16-32,76832767
ushortUInt1665535
longInt64- 92233720368547758089223372036854775807
ulongUInt6418446744073709551615
floatSingle-3.402823e383.402823e38
doubleDouble-1.79769313486232e3081.79769313486232e308
decimalDecimal1.0 10e287.9 10e28
charCharRepresent Unicode character.
stringStringSequence of characters
Note a.
stringStringSequence of characters
Note a.

Suffix Float variables by f. Ex: float floatVar = 18.18f; b. Suffix Decimal variables by m. Ex: decimal decimalVar = 20.20m; Program.cs using System ; class Program { static void Main ( string [] args) { byte byteVar = ; sbyte sbyteVar = ; int intVar = ; uint uintVar = ; short shortVar = ; ushort ushortVar = ; long longVar = ; ulong ulongVar = ; float floatVar = 18.18f ; double doubleVar = 19.19 ; decimal decimalVar = 20.20 m; char charVar = 'S'; string stringVar = "Hello World"; Console.WriteLine("byteVar = {0}", byteVar); Console.WriteLine("sbyteVar = {0}", sbyteVar); Console.WriteLine("intVar = {0}", intVar); Console.WriteLine("uintVar = {0}", uintVar); Console.WriteLine("shortVar = {0}", shortVar); Console.WriteLine("ushortVar = {0}", ushortVar); Console.WriteLine("longVar = {0}", longVar); Console.WriteLine("ulongVar = {0}", ulongVar); Console.WriteLine("floatVar = {0}", floatVar); Console.WriteLine("doubleVar = {0}", doubleVar); Console.WriteLine("decimalVar = {0}", decimalVar); Console.WriteLine("charVar = {0}", charVar); Console.WriteLine("stringVar = {0}", stringVar); } }

C#: Strings and Escape Sequences
String is a Collection of characters. Strings are enclosed in double quotes.
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