static void Main(string[] args) { // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words RoverList list = new RoverList(); list.Add("Hello"); list.Add("World"); list.Add("It's"); list.Add("nice"); list.Add("to"); list.Add("meet"); list.Add("you"); list.ListNodes(); // TODO: Print out the list // TODO: Remove every 3rd word // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list // TODO: Remove every word with an odd length // TODO: Print out the list // TODO: Clear the list // TODO: Print out the list }
public static void Main(String[] args) { List <string> genreList = new List <string>() { "horror", "comedy", "romance", "drama", "thriller", "family", "war", "sci-fi", "history", "action", "crime", "adventure", "mystery", "animation", "sports", "documentary" }; RoverList list = new RoverList(); foreach (String s in genreList) { list.Add(s); } Console.WriteLine(list.Count); list.ListNodes(); // TODO: Print out the list // TODO: Remove every 3rd word // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list // TODO: Remove every word with an odd length // TODO: Print out the list // TODO: Clear the list // TODO: Print out the list }
static void Main(string[] args) { RoverList <string> list = new RoverList <string>(); // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words string[] words = "zero one two three four five six seven eight nine ten eleven twelve thirteen fourteen fifteen".Split(' '); foreach (string word in words) { list.Add(word); } /*list.Add("another"); * list.Add("yetAnother"); * list.Add(3,"before");*/ // TODO: Print out the list list.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list while (true) { string word = Console.ReadLine(); if (word == "done") { break; } list.Add(word); } list.ListNodes(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list while (true) { string word = Console.ReadLine(); if (word == "done") { break; } list.Add(0, word); } list.ListNodes(); // TODO: Remove every word with an odd length // TODO: Print out the list for (int n = 1; true; n++) { if (list.RemoveAt(n) == false) { break; } } list.ListNodes(); // TODO: Clear the list // TODO: Print out the list while (true) { } }
static void Main(string[] args) { RoverList List = new RoverList(); string input = ""; string check; int pos; // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words\ List.Add("1"); List.Add("2"); List.Add("3"); List.Add("4"); List.Add("5"); List.Add("6"); List.Add("7"); List.Add("8"); List.Add("9"); List.Add("10"); List.Add("11"); List.Add("12"); List.Add("13"); List.Add("14"); List.Add("15"); List.Add("16"); // TODO: Print out the list List.ListNodes(); Console.WriteLine(""); // TODO: Remove every 3rd word // TODO: Print out the list for (int i = 2; i < List.Count; i += 2) { List.RemoveAt(i); } List.ListNodes(); Console.WriteLine(""); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list Console.WriteLine("Input words into the list(type \"done\" when finished):"); while (input != "done") { input = Console.ReadLine(); if (input != "done") { List.Add(input); } } List.ListNodes(); Console.WriteLine(""); input = ""; // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list Console.WriteLine("Input words into the top of the list(type \"done\" when finished):"); while (input != "done") { input = Console.ReadLine(); if (input != "done") { List.Add(0, input); } } List.ListNodes(); Console.WriteLine(""); // TODO: Remove every word with an odd length // TODO: Print out the list pos = List.Count - 1; while (pos >= 0) { check = List.ElementAt(pos).Data.ToString(); if (check.Length % 2 != 0) { List.RemoveAt(pos); } pos--; } List.ListNodes(); Console.WriteLine(""); // TODO: Clear the list // TODO: Print out the list List.Clear(); List.ListNodes(); }
static void Main(string[] args) { // TODO: Implement the RoverList class RoverList list = new RoverList(); list.Add(null); // TODO: Create a RoverList and then fill it with 16 words list.Add("A"); // list.Add("To"); list.Add("Fad"); // list.Add("Quaff"); // list.Add("Mental"); list.Add("Pyramid"); // list.Add("Enamored"); list.Add("Planetary"); // list.Add("Beleagured"); list.Add("Candy"); // list.Add("Candor"); list.Add("Cadence"); // list.Add("Seratonin"); // list.Add("Implementation"); list.Add(3, "Fungi"); // list.Add(6, "Abdicate"); // TODO: Print out the list list.ListNodes(); // TODO: Remove every 3rd word /*for (int i = 0; i<list.Count; i++) * { * if ((i+1) %3==0) * { * list.RemoveAt(i); * } * * }*/ list.RemoveAt(5); // TODO: Print out the list list.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" bool cont = true; while (cont == true) { string userInput = Console.ReadLine(); if (userInput.Equals("done")) { break; } list.Add(userInput); } // TODO: Print out the list list.ListNodes(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" cont = true; while (cont == true) { string inpt = Console.ReadLine(); if (inpt.Equals("done")) { break; } list.Add(0, inpt); } // TODO: Print out the list list.ListNodes(); // TODO: Remove every word with an odd length for (int i = 1; i < list.Count + 1; i++) { string great = (string)list.ElementAt(i).Data; int len = great.Length; if (len % 2 != 0) { list.RemoveAt(i); i--; } } // TODO: Print out the list list.ListNodes(); // TODO: Clear the list list.Clear(); // TODO: Print out the list list.ListNodes(); }
static void Main(string[] args) { RoverList list = new RoverList(); String input = ""; int b = 0; int c = 0; // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words list.Add("hello"); list.Add("world"); list.Add("alex"); list.Add("is"); list.Add("a"); list.Add("borneo"); list.Add("and"); list.Add("wait"); list.Add("frieza"); list.Add("is"); list.Add("cheating"); list.Add("my"); list.Add("name"); list.Add("be"); list.Add("jacco"); list.Add("guys"); // TODO: Print out the list list.ListNodes(); // TODO: Remove every 3rd word list.RemoveAt(2); list.RemoveAt(4); list.RemoveAt(6); list.RemoveAt(8); list.RemoveAt(10); // TODO: Print out the list Console.WriteLine(""); list.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" Console.WriteLine(); Console.WriteLine("Type words to add to the list. Write done when done."); while (input != "done") { input = Console.ReadLine(); list.Add(input); } // TODO: Print out the list list.ListNodes(); input = ""; // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" Console.WriteLine(""); Console.WriteLine("Type words to add to the front of the list. Write done when done."); while (input != "done") { input = Console.ReadLine(); list.Add(0, input); } // TODO: Print out the list Console.WriteLine(""); list.ListNodes(); // TODO: Remove every word with an odd length while (list.ElementAt(b) != null) { c = (((list.ElementAt(b)).Data).ToString()).Length; Console.WriteLine(c); if (c % 2 != 0) { list.RemoveAt(b); } b++; } // TODO: Print out the list Console.WriteLine(""); list.ListNodes(); // TODO: Clear the list // TODO: Print out the list }
static void Main(string[] args) { RoverList <string> list = new RoverList <string>(); list.Add("studying"); list.Add("stressed"); list.Add("city"); list.Add("birthday"); list.Add("school"); list.Add("work"); list.Add("basketball"); list.Add("trampoline"); list.Add("pizza"); list.Add("milkshake"); list.Add("homework"); list.Add("research"); list.Add("calculus"); list.Add("summer"); list.Add("college"); list.Add("coding"); list.ListNodes(); Console.WriteLine("Please enter some words:"); while (true) { Console.Write("> "); string line = Console.ReadLine(); if (line == "done") { break; } list.Add(line); } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Please enter some more words:"); while (true) { Console.Write("> "); string line = Console.ReadLine(); if (line == "done") { break; } list.Add(0, line); } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Now I will remove all odd words"); Console.WriteLine(""); int count = list.Count - 1; while (count >= 0) { var word = list.ElementAt(count); if (word.Length % 2 != 0) { list.RemoveAt(count); } count--; } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Now I will clear the list"); list.Clear(); list.ListNodes(); // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list // TODO: Remove every word with an odd length // TODO: Print out the list // TODO: Clear the list // TODO: Print out the list }
static void Main(string[] args) { // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words RoverList rList = new RoverList(); rList.Add("Gordon"); rList.Add("Ramsay"); rList.Add("Lamb Sauce"); rList.Add("Eric Harris"); rList.Add("Dylan Klebold"); rList.Add("Klabundasaurus"); rList.Add("idubbbz"); rList.Add("maxmoefoe"); rList.Add("Tank zos"); rList.Add("Nofriendo Switch"); rList.Add("Big Water"); rList.Add("Gabe Newell"); rList.Add("Harrible"); rList.Add("Canada"); rList.Add("CS1.6, CS1.6"); rList.Add("Z9Z9Z9Z9Z9"); // TODO: Print out the list rList.ListNodes(); // TODO: Remove every 3rd word for (int i = 2; i < rList.Count; i += 3) { rList.RemoveAt(i); } Console.WriteLine(); // TODO: Print out the list rList.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list String input = ""; while (input != "done") { Console.Write("Enter any word then press enter, (enter 'done' to stop adding word): "); input = Console.ReadLine(); if (input != "done") { rList.Add(input); } } Console.WriteLine(); rList.ListNodes(); Console.WriteLine(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list input = ""; while (input != "done") { Console.Write("Enter any word then press enter, (enter 'done' to stop adding word): "); input = Console.ReadLine(); if (input != "done") { rList.Add(0, input); } } rList.ListNodes(); Console.WriteLine(); // TODO: Remove every word with an odd length // TODO: Print out the list for (int i = 0; i < rList.Count; i++) { if (rList.ElementAt(i).Data.ToString().Length % 2 != 0) { rList.RemoveAt(i); i--; } } rList.ListNodes(); Console.WriteLine(); // TODO: Clear the list // TODO: Print out the list rList.Clear(); rList.ListNodes(); }
static void Main(string[] args) { // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words RoverList list = new RoverList(); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); list.Add("odd"); list.Add("even"); // TODO: Print out the list list.ListNodes(); // TODO: Remove every 3rd word for (int i = 2; i < list.Count; i = i + 2) { list.RemoveAt(i); } // TODO: Print out the list Console.WriteLine("\n"); list.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" Console.WriteLine("\n Add words to the list"); bool done = false; String word; while (done == false) { word = Console.ReadLine(); if (word == "done") { done = true; } else { list.Add(word); } } // TODO: Print out the list Console.WriteLine("\n"); list.ListNodes(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" Console.WriteLine("\n enter words to put in the front"); while (true) { String newNode = Console.ReadLine(); if (newNode == "done") { break; } list.Add(newNode); } // TODO: Print out the list Console.WriteLine("\n **********"); list.ListNodes(); /*/TODO: Remove every word with an odd length * String thing = list.ElementAt(3).Data.ToString();/*/ Console.WriteLine(); // list.RemoveAt(0); // list.ListNodes(); String words; for (int i = 0; i < list.Count; i++) { words = list.ElementAt(i).Data.ToString(); if (words.Length % 2 != 0 || words.Length == 1) { list.RemoveAt(i); Console.WriteLine("*" + words + "*"); if (i == 0) { i = 0; } else { i--; } } Console.WriteLine("\n" + words + "\n"); } // TODO: Print out the list list.ListNodes(); // TODO: Clear the list list.Clear(); // TODO: Print out the list Console.WriteLine("\n"); list.ListNodes(); }
static void Main(string[] args) { // TODO: Implement the RoverList class RoverList poop = new RoverList(); // TODO: Create a RoverList and then fill it with 16 words poop.Add("Hey"); poop.Add("Now"); poop.Add("You're"); // poop.Add("An"); //2 poop.Add("All"); poop.Add("Star"); // poop.Add("Get"); //2 poop.Add("Your"); poop.Add("Game"); // poop.Add("On"); //2 poop.Add("Go"); poop.Add("Play"); // poop.Add("I"); //2 poop.Add("Want"); poop.Add("To"); // poop.Add("Die"); //2 // TODO: Print out the list poop.ListNodes(); Console.WriteLine("-----------------------------------"); // TODO: Remove every 3rd word for (int i = 2; i < poop.Count; i = i + 2) { poop.RemoveAt(i); } // TODO: Print out the list poop.ListNodes(); Console.WriteLine("-----------------------------------"); // TODO: Print out the list poop.ListNodes(); Console.WriteLine("-----------------------------------"); // TODO: Remove every 3rd word for (int i = 2; i < poop.Count; i = i + 2) { poop.RemoveAt(i); } // TODO: Print out the list poop.ListNodes(); Console.WriteLine("-----------------------------------"); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" Console.WriteLine("FEED ME WORDS "); while (true) { String newNode = Console.ReadLine(); if (newNode == "done") { break; } poop.Add(newNode); } // TODO: Print out the list Console.WriteLine("-----------------------------------"); poop.ListNodes(); Console.WriteLine("-----------------------------------"); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" Console.WriteLine("FEED ME MORE WORDS "); while (true) { object newStuff = Console.ReadLine(); if (newStuff.ToString() == "done") { break; } poop.Add(0, newStuff); } // TODO: Print out the list Console.WriteLine("-----------------------------------"); poop.ListNodes(); // TODO: Remove every word with an odd length for (int i = 0; i < poop.Count; i++) { if (poop.ElementAt(i).Data.ToString().Length % 2 != 0 || poop.ElementAt(i).Data.ToString().Length == 1) { poop.RemoveAt(i); } } poop.RemoveAt(0); // TODO: Print out the list Console.WriteLine("-----------------------------------"); poop.ListNodes(); // TODO: Clear the list poop.Clear(); // TODO: Print out the list Console.WriteLine("-----------------------------------"); poop.ListNodes(); Console.WriteLine("-----------------------------------"); }
static void Main(string[] args) { RoverList <string> list = new RoverList <string>(); list.Add("jelly"); list.Add("psychology"); list.Add("Boston"); list.Add("GoogleSlides"); list.Add("birthday"); list.Add("toothbrush"); list.Add("school"); list.Add("summer"); list.Add("program"); list.Add("books"); list.Add("probability"); list.Add("history"); list.Add("COVID-19"); list.Add("hair"); list.Add("glasses"); list.Add("computer"); list.ListNodes(); Console.WriteLine("Please enter some words:"); while (true) { Console.Write("> "); string line = Console.ReadLine(); if (line == "done") { break; } list.Add(line); } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Please enter some more words:"); while (true) { Console.Write("> "); string line = Console.ReadLine(); if (line == "done") { break; } list.Add(0, line); } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Now I will remove all odd words"); Console.WriteLine(""); int count = list.Count - 1; while (count >= 0) { var word = list.ElementAt(count); if (word.Length % 2 != 0) { list.RemoveAt(count); } count--; } Console.WriteLine(""); list.ListNodes(); Console.WriteLine(""); Console.WriteLine("Now I will clear the list"); list.Clear(); list.ListNodes(); // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list // TODO: Remove every word with an odd length // TODO: Print out the list // TODO: Clear the list // TODO: Print out the list }
static void Main(string[] args) { // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words RoverList myList = new RoverList(); myList.Add("apple"); myList.Add("bottom"); myList.Add("jeans"); myList.Add("boots"); myList.Add("with"); myList.Add("the"); myList.Add("fur"); myList.Add("she"); myList.Add("hit"); myList.Add("floor"); myList.Add("next"); myList.Add("thing"); myList.Add("you"); myList.Add("know"); myList.Add("shawty"); myList.Add("low"); // TODO: Print out the list Console.WriteLine("All items:"); myList.ListNodes(); // TODO: Remove every 3rd word // TODO: Print out the list int count = myList.Count; for (int i = 2; i < count; i += 2) { myList.RemoveAt(i); } Console.WriteLine("Every third node removed:"); myList.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" // TODO: Print out the list while (true) { Console.Write("Enter words to be added to the end of the list (type 'done' when finished): "); String input = Console.ReadLine(); if (input == "done") { break; } else { myList.Add(input); } } Console.WriteLine("Words added to the end of the list: "); myList.ListNodes(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" // TODO: Print out the list while (true) { Console.Write("Enter words to be added to the beginning of the list (type 'done' when finished): "); String input = Console.ReadLine(); if (input == "done") { break; } else { myList.Add(0, input); } } Console.WriteLine("Words added to the beginning of the list: "); myList.ListNodes(); // TODO: Remove every word with an odd length // TODO: Print out the list for (int i = 0; i < myList.Count; i++) { if (myList.ElementAt(i).Data.ToString().Length % 2 == 1) { myList.RemoveAt(i); i--; } } Console.WriteLine("Every odd length word removed:"); myList.ListNodes(); // TODO: Clear the list // TODO: Print out the list myList.Clear(); Console.WriteLine("List cleared: "); myList.ListNodes(); Console.ReadLine(); }
static void Main(string[] args) { //Create a RoverList and then fill it with 16 words RoverList myList = new RoverList(); String[] data = "Success is not final, failure is not fatal: it is the courage to continue that counts".Split(' '); foreach (string a in data) { myList.Add(a); } //Print out the list Console.Write("LIST: "); myList.ListNodes(); Console.WriteLine(); //Remove every 3rd word for (int i = myList.Count; i > 0; i--) { if (i % 3 == 0) { myList.RemoveAt(i - 1); } } //Print out the list Console.Write("\nLIST: "); myList.ListNodes(); Console.WriteLine("\n"); //Prompt the user to input words, add those words to the list until they enter the word "done" bool end = false; while (!end) { Console.WriteLine("Input word(s) to be added to the list. Type \"done\" when finished: "); string[] words = Console.ReadLine().Split(' '); for (int i = 0; i < words.Length; i++) { if (words[i].ToUpper() == "DONE") { end = true; } else { myList.Add(words[i]); } } } //Print out the list Console.Write("\nLIST: "); myList.ListNodes(); Console.WriteLine("\n"); //Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" end = false; while (!end) { Console.WriteLine("Input word(s) to be added to the front of the list. Type \"done\" when finished:"); string[] words = Console.ReadLine().Split(' '); for (int i = 0; i < words.Length; i++) { if (words[i].ToUpper() == "DONE") { end = true; } else { myList.Add(0, words[i]); } } } //Print out the list Console.Write("\nLIST: "); myList.ListNodes(); Console.WriteLine(); //Remove every word with an odd length for (int i = myList.Count - 1; i >= 0; i--) { if (((string)myList.ElementAt(i).Data).Length % 2 != 0) { myList.RemoveAt(i); } } //Print out the list Console.Write("\nLIST: "); myList.ListNodes(); Console.WriteLine(); //Clear the list myList.Clear(); //Print out the list Console.Write("\nLIST: "); myList.ListNodes(); Console.WriteLine("\n"); }
static void Main(string[] args) { RoverList <string> list = new RoverList <string>(); // TODO: Implement the RoverList class // TODO: Create a RoverList and then fill it with 16 words list.Add("Hello"); list.Add("World"); list.Add("Sixteen"); list.Add("Dog"); list.Add("Bird"); list.Add("Cat"); list.Add("Apple"); list.Add("Orange"); list.Add("Blue"); list.Add("Green"); list.Add("Banana"); list.Add("Water"); list.Add("This"); list.Add("is"); list.Add("a"); list.Add("word."); // TODO: Print out the list list.ListNodes(); // TODO: Prompt the user to input words, add those words to the list until they enter the word "done" bool finished = false; while (!finished) { Console.WriteLine("Enter a word to add to the list. Input done if you have finished."); String input = Console.ReadLine(); if (input != "done") { list.Add(input); } else { finished = true; } } // TODO: Print out the list list.ListNodes(); // TODO: Prompt the user to input words, add those words to the FRONT of the list until they enter the word "done" finished = false; while (!finished) { Console.WriteLine("Enter a word to add to the front of the list. Input done if you have finished."); String input = Console.ReadLine(); if (input != "done") { list.Add(input, 0); } else { finished = true; } } // TODO: Print out the list list.ListNodes(); // TODO: Remove every word with an odd length for (int i = 0; i < list.GetCount(); i++) { if (list.GetNode(i).Data.Length % 2 != 0) { list.RemoveAt(i); } } // TODO: Print out the list list.ListNodes(); // TODO: Clear the list list.Clear(); // TODO: Print out the list list.ListNodes(); }