public static void Main(string[] args) { ResearchTeamCollection l = new ResearchTeamCollection(); l.AddDefaults(); l.AddDefaults(); l.AddDefaults(); ResearchTeam team1 = new ResearchTeam("one", "name", 12, TimeFrame.TwoYears); l.AddResearchTeams(team1); l.Sort(1); l.Sort(2); l.Sort(3); Console.WriteLine("\n\nMin item: {0}", l.MinRegNum); foreach (ResearchTeam team in l.TwoYearsTeams) { Console.WriteLine("2Years: {0}", team); } foreach (ResearchTeam team in l.NGroup(0)) { Console.WriteLine("Group: {0}", team); } TestCollection test = new TestCollection(); test.GetTiming(); }
public void AddDefaults(int n) { for (int i = 0; i < n; i++) { ResearchTeam tTeam = new ResearchTeam("A" + i, "C" + i, i, "T" + i, TimeFrame.Long); resTeamDict.Add(KeySelector.Invoke(tTeam), tTeam); } }
public TestCollections(int elementsCount) { foreach (var num in Enumerable.Range(1, elementsCount).RandomShuffle()) { ResearchTeam newObject = GenElement(num); teamList.Add(newObject.Team); strList.Add(newObject.Name); resTeamDict.Add(newObject.Team, newObject); resTeamDict2.Add(newObject.Name, newObject); } }
public static ResearchTeam GenElement(int num) { var result = new ResearchTeam("ResName" + num, "CompName" + num, num, "TeamName" + num, TimeFrame.Long); int artNum = new Random(Seed: DateTime.Now.Millisecond).Next(10); for (int i = 0; i < artNum; i++) { result.AddPapers(new Paper("ArtName" + num, new Person("Author" + num, "Surname" + num, new DateTime(2000, 1, 1)), new DateTime(2020, 10, 10))); } return(result); }
public static void Main() { ResearchTeamCollection <string> researchTeamCollection = new ResearchTeamCollection <string>(team => team.Name); researchTeamCollection.AddDefaults(10); var testResTeam1 = new ResearchTeam("ResName***", "CompName***", 912, "Teammy", TimeFrame.TwoYears); var testResTeam2 = new ResearchTeam("ResName___", "CompName___", 912, "Turner", TimeFrame.TwoYears); testResTeam1.AddPapers(new Paper("B", new Person("Andrew", "Garfield", new DateTime(1985, 1, 21)), new DateTime(2020, 1, 10))); testResTeam1.AddPapers(new Paper("C", new Person("Santa", "Claus", new DateTime(1985, 1, 21)), new DateTime(2019, 1, 10))); testResTeam1.AddPapers(new Paper("A", new Person("Pavel", "Morozov", new DateTime(1985, 1, 21)), new DateTime(2018, 1, 10))); testResTeam2.AddPapers(new Paper("A", new Person(), new DateTime(2021, 2, 6))); testResTeam2.AddPapers(new Paper("A", new Person(), new DateTime(2019, 2, 6))); testResTeam2.AddPapers(new Paper("A", new Person(), new DateTime(2018, 2, 6))); researchTeamCollection.AddResearchTeams(testResTeam1, testResTeam2); //1 Console.WriteLine("Статьи отсортированные по дате: "); foreach (var item in testResTeam1.SortArticlesByDate()) { Console.WriteLine(item); } Console.WriteLine("\nСтатьи отсортированы по названию: "); foreach (var item in testResTeam1.SortByArticleName()) { Console.WriteLine(item); } Console.WriteLine("\nСтатьи отсортированы по фамилии автора: "); foreach (var item in testResTeam1.SortByAuthorSurname()) { Console.WriteLine(item); } //2 var tTeam1 = new ResearchTeam("OOO", "Comp___Name", 122, "Troover", TimeFrame.Year); var tTeam2 = new ResearchTeam("FFF", "Comp_-_Name", 93, "CatDog", TimeFrame.Year); tTeam1.AddPapers(new Paper("FirstPaper", new Person("Andrew", "Garfield", new DateTime(1985, 1, 21)), new DateTime(2020, 5, 10))); tTeam2.AddPapers(new Paper("SecondPaper", new Person(), new DateTime(2021, 1, 6))); ResearchTeamCollection <string> strTeamCollection = new ResearchTeamCollection <string>(team => team.Name); strTeamCollection.AddResearchTeams(tTeam1, tTeam2, testResTeam1, testResTeam2); Console.WriteLine("\nResTeam<string>:"); Console.WriteLine(strTeamCollection); //3 Console.WriteLine("Дата выхода последней статьи"); Console.WriteLine(strTeamCollection.LatestArticleDate); Console.WriteLine("\nКоманды с продолжительностью исследования год:"); foreach (var item in strTeamCollection.TimeFrameGroup(TimeFrame.Year)) { Console.WriteLine(item.Value.ToShortString()); } Console.WriteLine("\nГруппировка элементов по длительности исследований: "); foreach (var group in strTeamCollection.DurationGroups) { Console.WriteLine("\nГруппа с продолжительностью " + group.Key); foreach (var item in group) { Console.WriteLine(item.Value.ToShortString()); } } //4 int elCount = 0;// = 1000000; while (true) { try { Console.Write("Введите кол-во элементов: "); elCount = Int32.Parse(Console.ReadLine()); if (elCount <= 0) { Console.WriteLine("Число должно быть положительным! Повторите ввод"); continue; } break; } catch (FormatException) { Console.WriteLine("Ошибка при вводе числа! Повторите ввод"); } catch (OverflowException) { Console.WriteLine("Число слишком большое! Повторите ввод"); } } TestCollections testCollection = new TestCollections(elCount); List <Team> lst = testCollection.GetTeamList(); Console.WriteLine("\nВремя для первого элемента: \n"); PrintTime(lst[0], testCollection); Console.WriteLine("\nВремя для элемента в середине: \n"); PrintTime(lst[lst.Count / 2], testCollection); Console.WriteLine("\nВремя для элемента в конце: \n"); PrintTime(lst[lst.Count - 1], testCollection); Console.WriteLine("\nВремя для элемента которого нет: \n"); PrintTime(new Team("GG", 123321, "321"), testCollection); }
public int GetTiming() { SetDefaults(); Console.WriteLine("\n\n--------List-------\n"); Team team = this[0]; var taskBegin = Environment.TickCount; _a.Contains(team); var taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for first: {0}", taskEnd - taskBegin); team = this[1]; taskBegin = Environment.TickCount; _a.Contains(team); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for second: {0}", taskEnd - taskBegin); team = this[2]; taskBegin = Environment.TickCount; _a.Contains(team); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for third: {0}", taskEnd - taskBegin); team = this[3]; taskBegin = Environment.TickCount; _a.Contains(team); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for fourth: {0}", taskEnd - taskBegin); Console.WriteLine("\n\n----Dictionary Keys----\n"); Team[] keys = new Team[4]; _c.Keys.CopyTo(keys, 0); taskBegin = Environment.TickCount; _c.ContainsKey(keys[0]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for first: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsKey(keys[1]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for second: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsKey(keys[2]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for third: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsKey(keys[3]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for fourth: {0}", taskEnd - taskBegin); Console.WriteLine("\n\n----Dictionary Values----\n"); ResearchTeam[] values = new ResearchTeam[4]; _c.Values.CopyTo(values, 0); taskBegin = Environment.TickCount; _c.ContainsValue(values[0]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for first: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsValue(values[1]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for second: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsValue(values[2]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for third: {0}", taskEnd - taskBegin); taskBegin = Environment.TickCount; _c.ContainsValue(values[3]); taskEnd = Environment.TickCount; Console.WriteLine("\nSearch for fourth: {0}", taskEnd - taskBegin); return(0); }