C# Version HisotryC# Language FeaturesInstalling Visual StudioC# Basic Project StructureHello Wolrd, first C# program
Variables in C# Explicitly typed variables in C#Implicitly typed variables in C#Constants in C#Data types in C#Integral data types in C#Floating-point data types in C#Comparison between Float, Double and DecimalChar data type in C#String data type in C#Boolean data type in C#DateTime data type in C#Enumeration data type in C#Array data type in C#Object data type in C#Dynamic data type in C#Anonymous data type in C#Nullable data type in C#Type casting in C#Type safety in C#Literals in C#Operators in C#Ternary Operator in C#Null coalescing Operator in C#Tilde(~) Operator in C#Keywords in C#Namespace in C#Nullable Types in C#Nullable Helper Class in C#Characteristics of Nullable typesC# Difference between "int" and "int?"
Block statement in C#Empty statement in C#Jump statements in C#Break statement in C#Continue statement in C#Difference between continue and breakGoto statement in C#Return statement in C#Throw statement in C#Yield keyword in C#Checked statement in C#Unchecked statement in C#Lock statement in C#Using statement in C#Enum/Enumeration in C#If-Else statement in C#Switch statement in C#What is a loop in C#?For loop in C#While loop in C#Do while loop in C#Foreach loop in C#Nested loop in C#Infinite loop in C#
C# Method or FunctionC# Method Parameters and ArgumentsC# Method OverloadingC# Return StatementsC# Static vs. Instance MethodsC# Method ModifiersC# Method Signatures and Naming ConventionsC# Function Documentation and CommentsC# Value Type ParametersC# Ref Type ParametersDifference between Value and Ref TypeC# Out ParametersDifference between Ref and out parametersC# Optional parametersAre Nullable types reference types in C#"
Exception Handling in C#Types of exception in C#Try catch finally in C#finally block in C#try block without catch blockMultiple catch blocks in exceptionCatch multiple exceptions in C#Base class of exception in C#finally block execution in C#finally block execution in case of errorFinally and return statementWays to use try-catch-finallyException throw from finally block"throw" and "throw ex" in C#Differene between finalize() and finallyInner exception in C#Error types in C#Catch multi exception by single catch blockUser defined/custom excetion in C#Compile and run time exception in C#Difference between "error" and "exception"System and application exception in C#Exception handling abuse in c#?
C# String BasicsC# String ManipulationC# String FormattingC# String Comparison and SearchingC# StringBuilder ClassC# Regular ExpressionsC# Unicode and EncodingC# String Parsing and ConversionDifference between "string" and "String"C# String Escape SequenceC# Mutable and Immutable ConceptProve that string is immutableString value stored in memoryDifference between string and stringbuilderOverride the tostring() method
Enum/enumeration in C#Can you inherit enum in C#?Convert enum to stringConvert enum to list in C#Cast int value to enum in C#Get int value from enum in C#Convert string to enum in C#Usage of enum in switch case statementLoop through all enum valuesUse tilde(~) with Enum
Main() method basics in C#More than one "Main()" method in C#Static Main() method in C#Overload Main() method in C#Override Main() method in C#Access modifiers of Main() method in C#Non-static method in C#Main() method arguments and return typeasync Main() method in C#Class without Main() method in C#Main() method rules in C#
Recursion in C#Base condition in recursion in C#Recursive Algorithms in C#Tree traversal using recursion in C#Stack overflow error in recursionBack tracking using recursionIndirect recursion in C#Recursive data structures in C#Tail Recursion in C#Recursive problem solvingRecursion vs Iteration
C# File and File InfoC# StreamReader and StreamWriterC# FileStream and BinaryReader/BinaryWriterC# Directory and DirectoryInfo ClassesC# File PathsC# File and Directory OperationsC# File Exceptions and Error HandlingC# File Serialization and DeserializationC# File System Watcher
What is array?Single dimension arrayMulti dimension arrayJagged arrayParam arrayArray with multi data typesDifferent data types from object arrayArray with non-default valuesArray methods and propertiesArray manipulation techniquesArray sorting algorithmsArray Searching algorithms(linear, binary search)Array finding maximum and minimumArray of Reference Types
C# GenericsC# Generic Constraints
C# ArrayListC# Array vs ArrayListC# ListC# SortedListC# DictionaryC# HashtableC# Dictionary vs HashtableC# HashSetC# Hashtable vs HashSetC# StackC# Queue
C# IEnumerableC# IEnumeratorC# ICollectionC# IListC# IDictionaryC# IDisposableC# IComparableC# IEquatableC# ICloneableC# IQueryableC# INotifyPropertyChangedC# INotifyCollectionChangedC# IFormattableC# IAsyncResultC# IComparerC# IEqualityComparerC# IHttpHandlerC# IHttpModule
C# DelegatesC# Single-Cast DelegateC# Multi-Cast DelegateC# Generic DelegatesC# Func DelegateC# Action DelegateC# Predicate DelegateC# Anonymous MethodsC# EventsDifference Between Event & DelegateDifference Between Interface & DelegateC# Covariance and Contravariance
Previous
Next

C# - Array Methods and Properties

Let's continue exploring more C# array methods and properties:

Array.Copy Method:
The Array.Copy method allows you to copy a range of elements from one array to another array. It takes the source array, source index, destination array, destination index, and the number of elements to copy as arguments. 


int[] sourceArray = new int[] { 1, 2, 3, 4, 5 };
int[] destinationArray = new int[5];

Array.Copy(sourceArray, 1, destinationArray, 0, 3);
// destinationArray will be { 2, 3, 4, 0, 0 }

Clear Method:
The Clear method is used to set a range of elements in the array to their default values (0 for numeric types, null for reference types). It takes the array, starting index, and number of elements to clear as arguments. 


int[] numbers = new int[] { 1, 2, 3, 4, 5 };

Array.Clear(numbers, 1, 3);
// numbers will be { 1, 0, 0, 0, 5 }

Resize Method (Array.Resize):
The Array.Resize method allows you to resize an existing array to a new specified size. It takes the array and the new size as arguments and returns a new resized array. 


int[] numbers = new int[] { 1, 2, 3, 4, 5 };

Array.Resize(ref numbers, 3);
// numbers will be { 1, 2, 3 }

Exists Method:
The Exists method checks if any element in the array satisfies a specified condition defined by a predicate (a delegate or lambda expression). It returns a Boolean value indicating whether any elements match the condition. 


int[] numbers = new int[] { 1, 2, 3, 4, 5 };

bool isEvenExist = Array.Exists(numbers, x => x % 2 == 0); // This will be true

ForEach Method:
The ForEach method performs an action on each element of the array. It takes a delegate or lambda expression representing the action to be performed on each element. 


int[] numbers = new int[] { 1, 2, 3, 4, 5 };

Array.ForEach(numbers, x => Console.WriteLine(x));
// This will print each element of the array on a new line

These additional methods and properties provide more flexibility and functionality for working with arrays in C#. Understanding and using these methods will make array manipulation and processing more efficient and straightforward.

C# Array Properties:

In C#, arrays come with several properties that provide useful information about the array and help in array manipulation. Here are some important array properties in C#:

Length Property:
The Length property returns the total number of elements in the array. It is a read-only property. 


int[] numbers = new int[5];
int arrayLength = numbers.Length; // This will be 5

Rank Property:
The Rank property returns the number of dimensions (also known as the "rank") of the array. It is a read-only property. 


int[,] matrix = new int[3, 4];
int arrayRank = matrix.Rank; // This will be 2, as it is a 2-dimensional array

IsFixedSize Property:
The IsFixedSize property indicates whether the array has a fixed size. It is a read-only property. 


int[] numbers = new int[5];
bool isFixed = numbers.IsFixedSize; // This will be true, as the array size is fixed

IsReadOnly Property:
The IsReadOnly property indicates whether the array is read-only, meaning its elements cannot be modified. It is a read-only property. 


int[] readOnlyArray = { 1, 2, 3 };
bool isReadOnly = readOnlyArray.IsReadOnly; // This will be true for implicitly typed arrays

LongLength Property:
The LongLength property returns the total number of elements in the array as a long data type. It is useful when working with large arrays where the number of elements exceeds the capacity of an int. 


long[] bigArray = new long[1000000000];
long arrayLength = bigArray.LongLength; // This will be 1000000000

SyncRoot Property:
The SyncRoot property is used in multi-threading scenarios and returns an object that can be used to synchronize access to the array. 


int[] numbers = new int[5];
object syncRoot = numbers.SyncRoot;

IsSynchronized Property:
The IsSynchronized property indicates whether the array is thread-safe for use in multi-threaded environments. It is a read-only property. 


int[] numbers = new int[5];
bool isSynchronized = numbers.IsSynchronized; // This will be false, as arrays are not inherently thread-safe

These array properties provide important information about the array and its behavior, making it easier to handle array manipulation, size checks, and synchronization in C# programs.

Previous
Next