Linked Lists

this lib abstracts the linked lists behaviors to friendly classes

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Support

• Singly
• Doubly
• Circular
• Circular doubly

Operations

• Add
• AddOnTop
• FindFirstOrDefault
• Has
• FindByIndex
• GetMiddle
• Reverse
• ToString
• ToArray extension method
• ForEach extension method
• Sum extension method

Add

with this operation you can add a new node to the linked list tail

var structure = new SinglyLinkedList<int>();

// you can add

structure.Add(10);
structure.Add(20);
structure.Add(30);

Console.WriteLine(structure); // 10 -> 20 -> 30

Add On Top

with this operation you can add new node to the linked list head

var structure = new SinglyLinkedList<int>();

// you can add on top

structure.AddOnTop(10); // 10
structure.AddOnTop(20); // 20 -> 10
structure.AddOnTop(30); // 30 -> 20 -> 10

Console.WriteLine(structure); // 30 -> 20 -> 10

Find First Or Default

with this operation you can get the first node that has the value you pass as argument or default value

var structure = new SinglyLinkedList<int>();

// you can find first occurence

structure.Add(10);
structure.Add(20);
structure.Add(30);

var node = structure.FindFirstOrDefault(20);

Console.WriteLine(node); // 20
Console.WriteLine(node?.Next); // 30

Has

with this operation you can check if a data exists on the linked list

var structure = new SinglyLinkedList<int>();

// you can check if has some data

structure.Add(10);
structure.Add(20);
structure.Add(30);

var result1 = structure.Has(20);
var result2 = structure.Has(50);

Console.WriteLine(result1); // True
Console.WriteLine(result2); // False

Find By Index

with this operation you can get a node by index array-like

var structure = new SinglyLinkedList<int>();

// you can get by index

structure.Add(10);
structure.Add(20);
structure.Add(30);

var node = structure[1];
var notFoundNode = structure[10];

Console.WriteLine(node); // 20
Console.WriteLine(notFoundNode) // <empty> (because returns null instead of an exception)

Get Middle

with this operation you will get the middle node on the linked list

var structure1 = new SinglyLinkedList<int>();
var structure2 = new SinglyLinkedList<int>();

structure1.Add(10);
structure1.Add(20);
structure1.Add(30);

structure2.Add(10);
structure2.Add(20);
structure2.Add(30);
structure2.Add(40);

var node1 = structure1.GetMiddle();
var node2 = structure2.GetMiddle();

Console.WriteLine(node1); // 20
Console.WriteLine(node2); // 30

Reverse

this operation will reverse the linked list nodes

var structure = new SinglyLinkedList<char>();

structure.Add('A');
structure.Add('B');
structure.Add('C');
structure.Add('D');

var str = structure.ToString();

Console.WriteLine(str); // D -> C -> B -> A

To String

with this operation you can convert a linked list to a string

var structure = new SinglyLinkedList<char>();

structure.Add('A');
structure.Add('B');
structure.Add('C');

var str = structure.ToString();

Console.WriteLine(str); // A -> B -> C

To Array

this operation allow you to convert the linked list to a IEnumerable<T>.

var structure = new SinglyLinkedList<char>();

structure.Add('A');
structure.Add('B');
structure.Add('C');

var array = structure.ToArray().ToList();

Console.WriteLine(array[0]); // A
Console.WriteLine(array[1]); // B
Console.WriteLine(array[2]); // C

ForEach

this operation allow you to iterate over the entire linked list, from head to tail and you have access to the value in the iteration

var structure = new SinglyLinkedList<char>();

structure.Add('A');
structure.Add('B');
structure.Add('C');

structure.ForEach(value => {
    // the value will be A, B, C .....
});

Sum

this operations will only appear on specific types of list. for now, this types are allowed:

• int
• double
• float

this operation allow you to sum the linked list

var structure = new SinglyLinkedList<int>();

structure.Add(10);
structure.Add(20);
structure.Add(30);

var sum = structure.Sum();

Console.WriteLine(sum); // 60