Content

Media

• Playlist no Youtube
• Canal no Discord

Quick Overview about Software Engineering

• Layers
  • User Interface (UI) or Front-End
    • Console
    • Windows
    • Mobile
    • Web
    • Server-Side
    • Data
  • Data Processing Model
    • Input: Data
    • Process
    • Output: Information
  • Algorithm

Introduction to Coding with "C#"

• IDE - Integrated Development Environment
  • Visual Studio
  • Visual Studio Code
  • Replit
  • Demonstration of Application types with Visual Studio
    • Console
    • Windows
    • Web
    • Mobile
• Hello World
• Comments
• Variables and Types
• Input & Output (I/O)
  • Type Casting
  • Type Conversion
  • String Interpolation
• Basic Operations
• Random Numbers
• Logical Expression
• Math Operations
• if
• switch
• for
• while
• do while
• break and continue
• Modularization
  • Subprogram, Subroutine, Routine
  • Function
  • Procedure
  • Parameters types
    • by value
    • by reference (ref)
    • default or optional
    • out
    • named
    • params (see later when we learn array)
  • Recursion
• Array
• Multi-Dimensional Array
• Char
• Strings
• Method Main with Args
• Version Control
  • Git
    • Introduction
    • Conflicts
    • Branches
    • Pull Request (PR)
• Objects Oriented Programming
  • Abstraction
  • Class
  • Object
  • Constructors
  • Encapsulation
    • Access Modifiers
      • Private
      • Public
      • Protected
      • Internal
    • Set and Get
  • Property
  • Inheritance
  • Overload
  • Override
  • Polymorphism
  • The object class
  • Interface
  • Abstract
  • Sealed
  • Static
  • Indexers
  • Operator overload
  • Relationship
    • Composition
    • Aggregation
  • Full Demo
• Exceptions
• Unit Testing
• Parameter type: params
• Struct
• Tuple
• Introduction to Data Structures
  • Linked List
  • Doubled Linked List
  • Queue
  • Stack
  • Set
  • Hashtable
  • Tree
    • Binary Tree
    • Binary Search Tree (BST)
  • Heap
  • Graphs
• Binary Search
• Sorting
  • Bubble
  • Selection
  • Insertion
  • Quick
  • Merge
  • Heap
• Generics
• Generic Data Structures
  • Linked List
  • Double Linked List
  • Queue
  • Stack
  • Set
  • Hash/Map
  • Dictionary
• .Net API
  • Files
    • Text
    • XML
    • JSON
  • DateTime
  • etc

Introduction to SQL

• Database Server
  • SQL Server
• Relational Database
  • Table
  • Field
  • Record
  • Data Modeling
    • Relationships
      • Primary Key
      • Foreign Key
• SQL
  • Create Table
  • Insert
  • Update
  • Delete
  • Select
    • Sorting
    • Join
    • MAX, MIN, SUM and AVG
    • Count
    • Group By

.NET Data Access

• ADO.NET
• Entity Framework

Introduction to Web Development

• HTML
• CSS
• JavaScript
• Web Development Java Script Framework
  • Angular
  • React

Web Services/API

Classes

Class #	Content/Video	File
1	Overview about Software Enginner
2	Introduction	CSharp/_01_Intro/_00_Overview.txt CSharp/_01_HelloWorld.cs CSharp/_02_Comments.cs CSharp/_03_VariablesAndTypes.cs
3	Input/Ouput Basic Operations	CSharp/_04_InputOutput.cs CSharp/_05_BasicOperations.cs
4	Basic Operations Practices	01. Read a value in miles and convert to kilometers: 1 Mile = 1.60934KM 02. Read an integer number and print the three predecessors and successors. 03. Read two integer numbers A and B and print the result of all arithmetic operations you know for A and B. 04. Read three integer numbers and calculate the average. 05. Read the base and length of a rectangle and calculate its area. 06. Read an integer and print True if the number is Even and False if it is Odd.
5	Basic Operations Practices	07. Read a temperature in Celsius and convert to Fahrenheit: F = C x 1.8 + 32. 08. Read the buying price (cost), the desired profit percentage and calculate the sales price of a product. 09. Read the buying price (cost), the desired profit percentage and the sales tax % and calculate the final sales price of a product.
6	Basic Operations Practices	10. Read the name, salary and salary increase percentage and print the name and the new salary. 11. Read the name, salary, years of experience and the numbers of kids of a employee and calculate the name and the new salary using the following formula: - 0.5% per year of experience - 2% per kid
7	Basic Operations Practices	12. Read two integer numbers and swap the variables content 13. Read the duration of an experiment in seconds and calculate the duration in Hours, Minutes and Seconds. 14. Read an integer number with 6 digits and separate it into two integers with 3 digits each 15. Read an integer number with 6 digits and generate a new number with the digits in reverse order 16. Read the description, quantity and unit price of 3 products in a shopping cart and print the total sales tax and the total order amount. The sales tax is 12%
8	Logical Expressions Math Operations	CSharp/_07_LogicalExpressions.cs CSharp/_08_MathOperations.cs
9	Selection command: if	CSharp/_01_if.txt Practices 01. Read two integers numbers and print the one with highest value. Assume the values are not the same 02. Read two integers numbers and print the one with highest value. If the values are equal, print "EQUALS".
10	if command pratices	03. Read 3 integers and print the highest value. 04. Read 5 integer numbers and print the biggest one.
11	if command pratices	Artur, my son, presented the class but didn't save the files :)
12	if command pratices	05. Read 3 integers and print them in ascending order. (non descending) 06. Read a integer number and print if it is positive or negative. 07. Read an age and print "Minor" if the age is smaller than 18 08. Read an age and print "Minor" if the age is smaller than 18 and "ADULT" otherwise 09. Read an integer number and print if the number is Even or Odd
13	if command pratices	10. Read two numbers, desired operation (+, -, *, /) and print an string representing the operation with the result
14	if command pratices	11. Read the current hour (military time: 0 to 23) and print the appropriate salutation: Good morning, Good Afternoon, Good evening or Good night 12. Read a single digit number and print the description (name).
15	if command pratices	13. Read an letter and print if it is a consonant or vowel 14. Read an age and print the age classification using the table below: -unborn = 0 -Infant: < 1 -Child: 1 to 12 years -Adolescent: 13 to 17 -Adult: 18 to 55 - Senior: 56 to 75 - Elderly: 76+ 15. Read the quantity of a product in a shopping card and calculate the total price using the rules below: Quantity / Unit price 1 to 5 = $1.50 6 to 10 = $1.45 11 to 50 = $1.40 50 to 100 = $1.30 >100 = $1.20 16. Read the 3 scores (grades) of a student and calculate the weighted average using the weights: 30, 30 and 40. Print if the student is "PASS" or "FAIL". - The score (grade) is a real number from 0 to 10 - The approval average is 7.5
16	if command pratices	17. Read an year and print if it is a Leap Year or Not https://learn.microsoft.com/en-us/office/troubleshoot/excel/determine-a-leap-year To determine whether a year is a leap year, follow these steps: 1. If the year is evenly divisible by 4, go to step 2. Otherwise, go to step 5. 2. If the year is evenly divisible by 100, go to step 3. Otherwise, go to step 4. 3. If the year is evenly divisible by 400, go to step 4. Otherwise, go to step 5. 4. The year is a leap year (it has 366 days). 5. The year is not a leap year (it has 365 days).
17	if command pratices	18. Read the Name, Height and Gender (M = Male; F = Female) of a person and calculate the ideal weight using the rules below: - Male : Ideal weight = (72.7 x Height) - 58 - Female: Ideal weight = (62.1 x Height) - 44.7 The height is in meters and the weight in kilograms
18	if command pratices	19. Read the values of the side of a triangle and print the type of the triangle - Isosceles: Only two sides are equals - Scalene: All sides are different - Equilateral : All sides are equals
19	if command pratices	20. Read the name and salary of a employee and calculate the new salary based on the rules below: Salary / Raising %0 to 50,000:20% 50,001 to 100,000: 15% 100,001 to 150,000: 10% 150,000 +:5% * Print the name, raising % and the new Salary
20	switch command	CSharp/_02_switch.cs
21	Repetition commands: for and while	CSharp/_01_for.cs CSharp/_02_while.cs
22	Repetition commands: do while break and continue Repetition command practices	CSharp/_03_do_while.cs CSharp/_04_break_continue.cs CSharp/_05_RepetionCommandPractice.txt 01. Print the numbers from 1 to 1000 without using new lines after each number.
23	Repetition command practices	02. Read two integer numbers representing an interval and print all numbers inside the interval. 03. Read two integer numbers representing an interval and print all even numbers inside the interval.
24	Repetition command practices	04. Read integer numbers (flag = empty) and print the average.
25	Repetition command practices	05. Read integer numbers (flag = empty) and print the highest value.
26	Repetition command practices	06. Read integer numbers (flag = empty) and print the two highest unique values.
27	Repetition command practices	07. Read integer numbers (flag = empty) and print the smallest value and it's frequency.
28	Repetition command practices	08. Print the Fibonacci sequence while the term is smaller than 5000. Fibonacci = 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, ...
29	Repetition command practices	09. Print the multiplication table for numbers from 0 to 9. e.g. 0 x 0 = 0 0 x 1 = 0 0 x 2 = 0 ... 0 x 9 = 0 1 x 0 = 0 1 x 1 = 1 1 x 2 = 2 ... 1 x 9 = 9 2 x 0 = 0 2 x 1 = 2 2 x 2 = 4 ... 9 x 9 = 81
30	Random Numbers	CSharp/_06_RandomNumbers.cs
31	Repetition command practices	10. Create a multiplication table game following the specification below: - The game must ask multiplication questions using random numbers from 0 to 9. e.g 3 x 9 = ? 7 x 8 = ? 0 x 2 = ? ... - The game ends when the user type an empty value or if the user get 5 wrong answers; - At the end of the game prints the score showing the number of right and wrong answers;
32	Repetition command practices	11. Read a integer number and calculate its Factorial. f(n) = n.(n-1).(n-2)(n-3)...1 e.g f(0) = 1 (Exception) f(1) = 1 f(2) = 2 x 1 f(4) = 4 x 3 x 2 x 1 = 48 f(5) = 5 x 4 x 3 x 2 x 1 = 120 f(6) = 6 x 5 x 4 x 3 x 2 x 1 = 720
33	Repetition command practices	12. Create a guessing game following the specification below: - Generate a random integer number from 1 to 100 (inclusive) - Let the user try to guess the number until it get the right number - For every guess the program should update the new interval - At the end, print how many tries the player used - e.g. Generated number = 35 (The player can't see this number) - If only one number left in the interval the player lose the game Try to guess a number from: 1 to 100 => 20 21 to 100 => 65 21 to 64 => 30 31 to 64 => 41 31 to 40 => 36 31 to 35 => 35 Congratulations you guessed the right number with 6 attempts !
34	Repetition command practices	13. Read an integer number with any length and reverse it's digits. e.g Input = 12345 Output = 54321
35	Repetition command practices	14. Read an integer number and determine if it is a prime number or not.
36	Repetition command practices	15. Read two integer numbers and calculate the "integer" division without use the division operator.
37	Repetition command practices	16. Read an integer number H and print H lines composed of * characters start with one character and adding one * for each new line.e.g. Height = 7 * ** *** **** ***** ****** *******
38	Repetition command practices	17. Same as the previous question but starting from the right. e.g. Height = 7        *       **      ***     ****    *****   ****** *******
39	Repetition command practices	18. Read an integer number H and print a Christmas Tree with height H. e.g. Height = 7            *           ...          .....         .......        .........       ...........      .............            |            |
40	Repetition command practices	19. Generated 10,000 random numbers from 1 to 5 and print how many times and the percentage of each numbers. e.g. 1 = 200 times => 2% 2 = 5000 times => 50% 3 = 800 times => 8% 4 = 1000 times => 10% 5 = 3000 times => 30%
41	Repetition command practices	20. Write a program that prints the numbers from 1 to 100 each one in a new line. But for multiples of three print “Fizz” instead of the number and for the multiples of five print “Buzz”. For numbers which are multiples of both three and five print “FizzBuzz”.
42	Modularization Intro	CSharp/_01_Intro_1.cs CSharp/_01_Intro_2.cs
43	Modularization Intro	CSharp/_01_Intro_3.cs Library.cs
44	Modularization: Stack x Heap	CSharp/_01_Intro_1.cs
45	Modularization: Paramenters types By Value x By Reference	CSharp/_03_ParametersType.txt CSharp/_04_ParametersByValue_ByRef.cs
46	Modularization: Default parameter type	CSharp/_05_ParametersDefault.cs
47	Modularization: Output parameter type	CSharp/_06_ParametersOutput.cs
48	Modularization: Named parameter	CSharp/_07_ParametersNames.cs
49	Modularization: Introduction to Recursion	CSharp/_08_RecursionIntro.cs
50	Modularization: Factorial with recursion	CSharp/_09_RecursionFactorial.cs
51	Array: Why arrays	CSharp/_00_WhyArray.cs
52	Array: Overview	CSharp/_01_ArrayIntro.cs
53	Array: Assignment operation (Array is a reference type (HEAP)	CSharp/_02_ArrayAssignment.cs
54	Array: Operations	CSharp/_03_ArrayOperations.cs
55	Array: Practices	1. Implement a routine to clone an array of integers: int[] Clone(int[])
56	Array: Practices	2. Implement a routine to read an array of integers from the Console: int[] ReadIntArray(string: label, int: length) Use 'label[index] = ' for each element
57	Array: Practices	3. Implement a routine to print an integer array allowing the options to provide a label and print the array inline or multi-line. - Inline: all elements of the array in a single line, separated by commna "," and inside open/close brackets: e.g [1,2,3,4,5] - Multi: each element in a new line after the index, the index should be inside brackets.
58	Array: Practices	4. Implement a routine to receive an integer array and return the min and max values as output parameters: FindMinAndMax(array, out min, out max)
59	Array: Practices	5. Implement a routine to calculate the average of an array of integers: double ArrayAverage(array))
60	Array: Practices	6. Implement a routine to return the first and last elements of an array of integers as output parameters: GetFirstAndLast(array, out first, out last)
61	Array: Practices	7. Implement a routine to fill an integer array with an specific value: Fill(array, start, end, value)
62	Array: Practices	8. Implement a routine to generate an integer array with randon numbers from a provided interval: int[] GenerateRandomArray(length, minValue, maxValue)
63	Array: Practices	9. Implement a routine to indicate if two arrays of integer are equals (have the same values on same indexes)
64	Array: Practices	10. Implement a routine to check if an array of integer is palindrome
65	Array: Practices	11. Implement a routine to reverse an integer array. Try it in-place
66	Array: Practices	12. Implement a routine to return an array with all elements that are duplicated from an array of integers
67	Array: Practices	13. Implement a routine to return how many times a value occurs in an array of integers
68	Array: Practices	14. Implement a routine to return a new array with only unique values from an array of integers
69	Array: Practices	15. Implement a routine to receive two arrays of integers and return an array with the intersection
70	Array: Practices	16. Implement a routine to receive two arrays of integers (ascending order) and return an array with the intersection
71	Array: Practices	17. Implement a routine to receive two arrays of integers and return a new array with the union
72	Array: Practices	18. Implement a routine to receive two arrays of integers (ascending order) and return a new array with the union
73	Array: Practices	19. Implement a routine to indicate if an array is in ascendent order
74	Array: Practices	20. Implement a routine to indicate if an array of integers has two values that sum to a provided value: bool HasSum(array, sum)
75	Array: Practices	21. Implement a routine to receive two sorted arrays and return a new array with all elements and sorted as well
76	Array: Practices	22. Implement a routine to rotate an array n positions to the left: RotateLeft(array, offset). Can you do it in-place?
77	Array: Practices	23. Implement a routine to move all zeros of an integer array to the left side. Can you do it in-place?
78	Array: Practices	23. Implement a routine to move all zeros of an integer array to the left side. Can you do it in-place? (Better solution)
79	Array: Practices	23. Implement a routine to move all zeros of an integer array to the left side. Can you do it in-place? (Easier solution)
80	Array: Practices	24. Implement a routine to return the longest sequence of duplicated elements of an array of integers containing only 0s and 1s
81	Array: Practices	25. Implement a routine to given an array of N non-negative integers representing an elevation map where the width of each bar is 1, compute how much water it is able to trap after raining.
82	Array: Practices	26. Implement a routine to randomize an array of integers
83	Array: Practices	27. Implement a game of decoding a sequence of integer digits The game rules are: - Generate an array of random integer digits without duplication - Allow the player to provide 5 digits each turn - Show * for each digit that is in a correct position - Show + for each digit that is out position - Show - for each digit that is not part of the list - Keep the game until the player get all five
84	Bidimensional Array (Matrix)	CSharp/_06_ArrayMultidimensional/_01_Bidimensional.cs
85	Multidimensional Array	CSharp/_06_ArrayMultidimensional/_02_TriDimensional.cs CSharp/_06_ArrayMultidimensional/_03_TridimensionalDemo.cs
86	O tipo char (Character)	CSharp/_07_CharString/_01_Char.cs
87	O tipo string	CSharp/_07_CharString/_02_String.cs
88	Main method with command line arguments	CSharp/_08_MainArgs/_01_Args.cs
89	Intro to Version Control (GIT)	N/A
90	GIT: Resolving conflicts	N/A
91	GIT: Branches (Theory)	N/A
92	GIT: Branches (Practice)	N/A
93	GIT: Pull Request (PR)	N/A
94	Object-Oriented Programming: Intro	CSharp/_09_ObjectOrientedProgramming/_01_OO_Intro.cs CSharp/_09_ObjectOrientedProgramming/_02_OO_Demo.cs
95	Object-Oriented Programming: Key concepts	CSharp/_09_ObjectOrientedProgramming/_03_OO_KeyConcepts.txt CSharp/_09_ObjectOrientedProgramming/_04_OO_Class.cs
96	Object-Oriented Programming: Constructors	CSharp/_09_ObjectOrientedProgramming/_05_OO_Constructor.cs
97	Object-Oriented Programming: Encapsulation	CSharp/_09_ObjectOrientedProgramming/_06_OO_Encapsulation.cs
98	Object-Oriented Programming: Property	CSharp/_09_ObjectOrientedProgramming/_07_OO_Property.cs
99	Object-Oriented Programming: Property Demo	CSharp/_09_ObjectOrientedProgramming/_07_OO_PropertyDemo.cs
100	Object-Oriented Programming: Inheritance 1	CSharp/_09_ObjectOrientedProgramming/_08_OO_Inheritance1.cs
101	Object-Oriented Programming: Inheritance 2	CSharp/_09_ObjectOrientedProgramming/_08_OO_Inheritance2.cs
102	Object-Oriented Programming: Inheritance 3	CSharp/_09_ObjectOrientedProgramming/_08_OO_Inheritance3.cs
103	Object-Oriented Programming: Method Overloading	CSharp/_09_ObjectOrientedProgramming/_09_OO_Overload.cs
104	Object-Oriented Programming: Method Overrriding	CSharp/_09_ObjectOrientedProgramming/_10_OO_Override.cs
105	Object-Oriented Programming: Polymorphism	CSharp/_09_ObjectOrientedProgramming/_11_OO_Polymorphism.cs
106	Object-Oriented Programming: The objec class	CSharp/_09_ObjectOrientedProgramming/_12_OO_TheObjectClass.cs
107	Object-Oriented Programming: Interface	CSharp/_09_ObjectOrientedProgramming/_13_OO_Interfaces.cs
108	Object-Oriented Programming: Abstract	CSharp/_09_ObjectOrientedProgramming/_14_OO_Abstract.cs
109	Object-Oriented Programming: Sealed	CSharp/_09_ObjectOrientedProgramming/_15_OO_Sealed.cs
110	Object-Oriented Programming: Static	CSharp/_09_ObjectOrientedProgramming/_16_OO_Static.cs
111	Object-Oriented Programming: Indexer	CSharp/_09_ObjectOrientedProgramming/_17_OO_Indexers.cs
112	Object-Oriented Programming: Indexer	CSharp/_09_ObjectOrientedProgramming/_18_OO_OperatorOverload.cs
113	Object-Oriented Programming: Partial Classe	CSharp/_09_ObjectOrientedProgramming/_19_OO_PartialClass1.cs CSharp/_09_ObjectOrientedProgramming/_19_OO_PartialClass2.cs
114	Object-Oriented Programming: Relationships	CSharp/_09_ObjectOrientedProgramming/_20_OO_Relationships.cs
115	Object-Oriented Programming: Demo Part 1	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/OurStoreClassDiagram.png
116	Object-Oriented Programming: Demo Part 2	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/Customer.cs CSharp/_10_OO_Demo/Customer.cs
117	Object-Oriented Programming: Demo Part 3	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/Product.cs CSharp/_10_OO_Demo/Products.cs
118	Object-Oriented Programming: Demo Part 4	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/Product.cs
119	Object-Oriented Programming: Demo Part 5	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/Customer.cs CSharp/_10_OO_Demo/Order.cs
120	Object-Oriented Programming: Demo Part 6	CSharp/_10_OO_Demo/OurStoreApp.cs CSharp/_10_OO_Demo/Order.cs CSharp/_10_OO_Demo/OrderProduct.cs
121	Object-Oriented Programming: Demo Part 7	CSharp/_10_OO_Demo/OurStoreApp.cs
122	Object-Oriented Programming: Demo Part 8	CSharp/_10_OO_Demo/OurStoreApp.cs
123	Object-Oriented Programming: Demo Part 9	CSharp/_10_OO_Demo/OurStoreApp2.cs
124	Object-Oriented Programming: Demo Part 10	CSharp/_10_OO_Demo/OurStoreApp3.cs
125	Exceptions: Intro	CSharp/_11_Exceptions/_01_Intro.cs
126	Exceptions: Handling multiple exceptions	CSharp/_11_Exceptions/_02_Multiple.cs
127	Exceptions: Handling multiple exceptions	CSharp/_11_Exceptions/_03_Finally.cs
128	Exceptions: Custom exceptions	CSharp/_11_Exceptions/_04_CustomException.cs
129	Exceptions: Catch & Throw	CSharp/_11_Exceptions/_05_CatchAndThrow.cs
130	Unit Testing: Intro 1	CSharp/_12_UnitTesting/_01_Intro.txt
131	Unit Testing: Intro 2	CSharp/_12_UnitTesting/_01_Intro.txt CSharp/_12_UnitTesting/_02_MyClass.cs CSharpTest/_02_MyClassTest.cs
132	Unit Testing: Basics Demo 1	CSharp/_12_UnitTesting/_03_BankAccount.cs CSharpTest/_03_BankAccountTest.cs
133	Unit Testing: Basics Demo 2	CSharp/_12_UnitTesting/_04_TextFileProcessing_1.cs CSharpTest/_04_TextFileProcessing_1Test.cs
134	Unit Testing: Design for Unit Testing	CSharp/_12_UnitTesting/_04_TextFileProcessing_2.cs CSharpTest/_04_TextFileProcessing_2Test.cs
135	Unit Testing: Dependency Inject + Mocking	CSharp/_12_UnitTesting/_04_TextFileProcessing_3.cs CSharpTest/_04_TextFileProcessing_3Test.cs
136	Extras	CSharp/_13_Extras/_01_Params.cs CSharp/_13_Extras/_02_Structs.cs CSharp/_13_Extras/_03_Tuple.cs
137	Data Structures: Intro	CSharp/_14_DataStructures/_01_Intro.txt
138	Data Structures: Linked List (Part 1: Add at Head)	CSharp/_14_DataStructures/_02_LinkedList.cs CSharp/_14_DataStructures/_02_LinkedList.png
139	Data Structures: foreach and IEnumerable	CSharp/_14_DataStructures/_02_LinkedList.cs CSharpTest/_05_LinkedListTest.cs CSharp/_14_DataStructures/_02_LinkedList.png
140	Data Structures: Linked List (Part 2: Add at Tail)	CSharp/_14_DataStructures/_02_LinkedList.cs CSharpTest/_05_LinkedListTest.cs CSharp/_14_DataStructures/_02_LinkedList.png
141	Data Structures: Linked List (Part 3: Get)	CSharp/_14_DataStructures/_02_LinkedList.cs CSharpTest/_05_LinkedListTest.cs CSharp/_14_DataStructures/_02_LinkedList.png
142	Data Structures: Linked List (Part 4: Add At)	CSharp/_14_DataStructures/_02_LinkedList.cs CSharpTest/_05_LinkedListTest.cs CSharp/_14_DataStructures/_02_LinkedList.png
143	Data Structures: Linked List (Part 5: Performance considerations)	CSharp/_14_DataStructures/_02_LinkedList.cs
144	Data Structures: Linked List (Part 6: Remove - Design)	CSharp/_14_DataStructures/_02_LinkedListRemoveDesign.png
145	Data Structures: Linked List (Part 7: Remove - Implementation)	CSharp/_14_DataStructures/_02_LinkedList.cs CSharpTest/_05_LinkedListTest.cs CSharp/_14_DataStructures/_02_LinkedListRemoveDesign.png
146	Data Structures: Double Linked List (Part 1: Overview & Add at Head - Design)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListAtHead.png
147	Data Structures: Double Linked List (Part 2: Add at Head - Implementation)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListAtHead.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
148	Data Structures: Double Linked List (Part 3: Add at Tail)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListAtHead.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
149	Data Structures: Double Linked List (Part 4: Get At Index)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListGetAtIndex.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
150	Data Structures: Double Linked List (Part 5: Get At Index - Performance Improvement)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListGetAtIndex.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
151	Coding Interview
152	Data Structures: Double Linked List (Part 6: Add At Index)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListGetAtIndex.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
153	Data Structures: Double Linked List (Part 7: Add At Index)	CSharp/_14_DataStructures/_03_DoubleLinkedList.png CSharp/_14_DataStructures/_03_DoubleLinkedListGetAtIndex.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
154	Data Structures: Double Linked List (Part 8: Remove - Theory/Design)	CSharp/_14_DataStructures/_03_DoubleLinkedListRemove.png
155	Data Structures: Double Linked List (Part 9: RemoveAtHead - Implementation)	CSharp/_14_DataStructures/_03_DoubleLinkedListRemove.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
156	Data Structures: Double Linked List (Part 10: RemoveAtTail - Implementation)	CSharp/_14_DataStructures/_03_DoubleLinkedListRemove.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
157	Data Structures: Double Linked List (Part 12: RemoveAtTail - Implementation)	CSharp/_14_DataStructures/_03_DoubleLinkedListRemove.png CSharp/_14_DataStructures/_03_DoubleLinkedList.cs CSharpTest/_06_DoubleLinkedListTest.cs
158	Software Engineer Levels
159	Data Structures: Double Linked List Improved	CSharp/_14_DataStructures/_03_DoubleLinkedListImproved.cs CSharpTest/_06_DoubleLinkedListImprovedTest.cs
160	The Importance of Networking
161	Data Structures: Queue (Part 1)	CSharp/_14_DataStructures/_04_Queue.cs
162	Data Structures: Queue (Part 2)	CSharp/_14_DataStructures/_04_Queue.cs CSharpTest/_08_QueueTest.cs
163	Data Structures: Queue (Part 3)	CSharp/_14_DataStructures/_04_Queue.cs CSharpTest/_08_QueueTest.cs
164	Data Structures: Stack (Part 1)	CSharp/_14_DataStructures/_05_Stack.cs
165	Data Structures: Stack (Part 2)	CSharp/_14_DataStructures/_05_Stack.cs CSharpTest/_09_StackTest.cs
166	Data Structures: Stack (Valid Parentheses question)	CSharp/_99_CodingQuestions/ValidParentheses.cs
167	Data Structures: Set (Theory + TDD)	CSharp/_14_DataStructures/_06_Set.cs CSharpTest/_10_SetTest.cs
168	Data Structures: Set (Theory + TDD) Part 2	CSharp/_14_DataStructures/_06_Set.cs CSharpTest/_10_SetTest.cs
169	Data Structures: Hashtable (Introduction)
170	Finding Jobs
171	Data Structures: Hashtable (Design Part 1)
172	Data Structures: Hashtable (Design Part 2)
173	Data Structures: Hashtable (Implementation)	CSharp/_14_DataStructures/_07_HashTable.cs CSharpTest/_11_HashTableTest.cs
173	Data Structures: Tree	CSharp/_14_DataStructures/_08_Tree.txt CSharp/_14_DataStructures/_08_Tree.png