//END OF UPDTADE() //write an external log of the statistics of the gameplay of the user public void writeToLog(string countryName, string guessTime, string hint1, string hint2) { IOOperations.WriteToSave("Country: " + countryName + "\n", true, false); IOOperations.WriteToSave("Correct Guess Time: " + guessTime + "\n"); IOOperations.WriteToSave("Hint Level 1: " + hint1 + "\n"); IOOperations.WriteToSave("Hint Level 2: " + hint2, false, true); }
async public void test2() { // calling function to aggregate await AggregatePopGDPAsync.AggregateGdpPopAsync(@"../../../../AggregateGDPPopulation/data/datafile.csv"); // creating actual and expected strings to compare string expecteddata = await IOOperations.ReadfileAsync(@"../../../expected-output.json");; string actualdata = await IOOperations.ReadfileAsync(@"../../../../AggregateGDPPopulation/data/output.json"); Assert.Equal(expecteddata, actualdata); }
static void Main(string[] args) { List <int> numbers = new List <int> { 4, 2, 2, 5, 2, 3, 2, 3, 1, 5, 2 }; List <int> subSequence = FindLongestSubsequence(numbers); IOOperations.PrintNumbers(subSequence); }
static void Main(string[] args) { List <int> numbers = new List <int> { 4, 2, 2, 5, 2, 3, 2, 3, 1, 5, 2 }; List <int> even = RemoveOddInList(numbers); IOOperations.PrintNumbers(even); }
static void Main(string[] args) { List <int> numbers = new List <int> { 1, -2, 3, -4, 5, -6, 7, -8 }; List <int> positiveNumbers = (from number in numbers where number > 0 select number).ToList(); IOOperations.PrintNumbers(positiveNumbers); }
public async Task Test1Async() { AggregateGDPPopulation AGP = new AggregateGDPPopulation(); await AGP.performAggregateOperation(); Task <string> actualstring = IOOperations.ReadFileToEndAsync("../../../../AggregateGDPPopulation/output/output.json"); Task <string> expectedstring = IOOperations.ReadFileToEndAsync("../../../expected-output.json"); string actual = await actualstring; string expected = await expectedstring; JObject ExpectedJO = JSONOperations.JSONDeserialize(actual); JObject ActualJO = JSONOperations.JSONDeserialize(expected); Assert.Equal(ExpectedJO, ActualJO); }
static void Main(string[] args) { List <int> numbers = new List <int>(); IOOperations.GetNumbers(numbers); // another way // numbers.Sort(); numbers = (from number in numbers orderby number ascending select number).ToList(); IOOperations.PrintNumbers(numbers); }
private async void SaveOptimizationResult() { var dlg = new SaveFileDialog { DefaultExt = "json", Filter = "Json (*.json)|*.json" }; if (dlg.ShowDialog() == true) { await IOOperations.SaveAsync <OptimizationResult>(dlg.FileName, OptimizationResult); SetStatusMessage("Result saved."); } }
private async void SaveDataset() { var dlg = new SaveFileDialog { DefaultExt = "json", Filter = "Json (*.json)|*.json" }; if (dlg.ShowDialog() == true) { await IOOperations.SaveAsync <TestcaseBlockerDataset>(dlg.FileName, Dataset); SetStatusMessage("Dataset saved."); } }
public static async Task SaveDataset(TestcaseBlockerDataset dataset) { if (dataset is null) { Console.WriteLine("Cannot save an empty dataset. First generate or load a dataset."); return; } Console.Write("Enter filename without extension: "); string filename = Console.ReadLine(); var path = Path.Combine(GetDataPath(), filename + ".json"); Console.WriteLine($"Saving dataset to {path}"); await IOOperations.SaveAsync <TestcaseBlockerDataset>(path, dataset); }
public static async Task <TestcaseBlockerDataset> LoadDataset() { Console.Write("Enter filename without extension: "); string filename = Console.ReadLine(); var path = Path.Combine(GetDataPath(), filename + ".json"); if (!File.Exists(path)) { Console.WriteLine($"File not found at {path}"); return(null); } Console.WriteLine("Loading dataset..."); var dataset = await IOOperations.LoadAsync <TestcaseBlockerDataset>(path); Console.WriteLine(dataset.ToString()); return(dataset); }
private async void LoadDataset() { var dlg = new OpenFileDialog { Filter = "Json (*.json)|*.json" }; if (dlg.ShowDialog() == true) { try { Dataset = await IOOperations.LoadAsync <TestcaseBlockerDataset>(dlg.FileName); SetStatusMessage("Dataset loaded."); } catch { Dataset = null; SetStatusMessage("Loading dataset failed. Please check the data format."); } } }
//set the whole scene after coming from menu or from a photosphere private void startGame(bool resume = false) { if (!resume) { foreach (CountryObject c in CountryPopulator.countryList) { c.chosen = false; } GlobalVariables.correctGuesses = 0; GlobalVariables.startedPlaying = true; int index = Random.Range(1, CountryPopulator.countryList.Count + 1); GlobalVariables.correctCountry = GlobalVariables.getCountry(index); IOOperations.WriteToSave("Category:" + GlobalVariables.category, true, false, true); CountryPopulator.setUpHint(GlobalVariables.correctCountry, GlobalVariables.category); } else { CountryPopulator.setUpHint(GlobalVariables.correctCountry, GlobalVariables.category); GlobalVariables.resume = false; photosphered = false; } guessTimer = 0f; }
/// <summary> /// Конструктор. Создает ОМК1 согласно переданному коду. В случае если переданный код /// соответствует команде другого типа конструктор вызывает исключение ArgumentException. /// </summary> /// <exception cref="ArgumentException"> /// В конструктор передан код соответствующий другому типу микрокоманды /// </exception> /// <param name="source">Исходный код микрокоманды</param> public OperationalMicrocommand1(ushort source) : base(source) { AluOutputOperation = (AluOutputAcceptor)(Source & 0x0007); Halt = ((Source >> 3) & 0x0001) > 0; NZRegistersValueOperation = (NZRegistersValueOperationType)((Source >> 4) & 0x0003); CarryRegisterValueOperation = (CarryRegisterValueOperationType)((Source >> 6) & 0x0003); IOOperation = (IOOperations)((Source >> 8) & 0x000F); if (((Source >> 14) & 0x0003) != 1) throw new ArgumentException("Unknown command type", "source"); }
static void Main(string[] args) { IStringOperations stringObj = new StringOperations(); IIOOperations ioObj = new IOOperations(); //Requirement 1 try { Console.WriteLine("Enter string to count the average length of words strating with a or A"); string stringForAvg = Console.ReadLine(); if (!string.IsNullOrEmpty(stringForAvg)) { double avg = stringObj.AverageWordsLength(stringForAvg, new string[] { "a", "A" }); ioObj.WriteToTextFile(new List <string> { "Input string:" + stringForAvg, "", "Average:" + avg.ToString() }, "average_length_of_words_starting_with_a.txt"); Console.WriteLine("Result has been saved in average_length_of_words_starting_with_a.txt file"); } } catch (Exception ex) { Console.WriteLine("Average Block:" + ex.Message); } Console.ReadLine(); //Requirement 2 try { Console.WriteLine("Enter string to words starting with b or B and containing e or E"); string stringForWords = Console.ReadLine(); if (!string.IsNullOrEmpty(stringForWords)) { List <string> value = stringObj.CountofWordsStartingWith(stringForWords, new string[] { "b", "B" }, new string[] { "e", "E" }); ioObj.WriteToTextFile(value, "count_of_e_in_words_starting_with_b.txt"); Console.WriteLine("Result has been saved in count_of_e_in_words_starting_with_b.txt file"); } } catch (Exception ex) { Console.WriteLine("Finding e in words:" + ex.Message); } Console.ReadLine(); //Requirement 3 try { Console.WriteLine("Enter string to find longest word starting with a or b or c"); string stringForLongestWord = Console.ReadLine(); if (!string.IsNullOrEmpty(stringForLongestWord)) { int longest = stringObj.LongestLengthWord(stringForLongestWord, new string[] { "a", "b", "c" }); ioObj.WriteToTextFile(new List <string> { longest.ToString() }, "longest_words_starting_with_abc.txt"); Console.WriteLine("Result has been saved in longest_words_starting_with_abc.txt file"); } } catch (Exception ex) { Console.WriteLine("Longest word block:" + ex.Message); } Console.ReadLine(); //Requirement 4 try { Console.WriteLine("Enter string to find sequence starting with c or C and following word starting with a or A"); string stringForWordSequence = Console.ReadLine(); if (!string.IsNullOrEmpty(stringForWordSequence)) { int sequence = stringObj.CountSequenceofWords(stringForWordSequence, new string[] { "c", "C" }, new string[] { "a", "A" }); ioObj.WriteToTextFile(new List <string> { sequence.ToString() }, "count_of_sequence_of_words_starting_withs_c_and_a.txt"); Console.WriteLine("Result has been saved in count_of_sequence_of_words_starting_withs_c_and_a.txt file"); } } catch (Exception ex) { Console.WriteLine("Sequence of words block:" + ex.Message); } Console.Read(); }
public static async Task RunOptimization(TestcaseBlockerDataset dataset) { if (dataset is null) { Console.WriteLine("Cannot run optimization for an empty dataset. First generate or load a dataset."); return; } var debugOutput = true; Console.Write("Suppress output information for each generation (y)? "); if (Console.ReadLine().ToLower() == "y") { debugOutput = false; } var watch = new Stopwatch(); watch.Start(); var optimizer = new Optimizer(dataset); if (debugOutput) { optimizer.ChromosomeEvaluated += Optimizer_ChromosomeEvaluated; optimizer.GenerationEvaluated += Optimizer_GenerationEvaluated; } else { optimizer.GenerationEvaluated += Optimizer_GenerationProgress; } var result = optimizer.Optimize(); var duration = TimeSpan.FromMilliseconds(watch.ElapsedMilliseconds); watch.Stop(); var resolvedBlockers = string.Join(",", result.ResolvedBlockers.Select(x => x.Name).ToList()); if (resolvedBlockers.Length > 100) { resolvedBlockers = resolvedBlockers.Substring(0, 97) + "..."; } var resolvedTestcases = string.Join(",", result.ResolvedTestcases.Select(x => x.Id).ToList()); if (resolvedTestcases.Length > 100) { resolvedTestcases = resolvedTestcases.Substring(0, 97) + "..."; } var resolvedTestcasesIncludingUnblocked = string.Join(",", result.ResolvedTestcasesIncludingUnblocked.Select(x => x.Id).ToList()); if (resolvedTestcasesIncludingUnblocked.Length > 100) { resolvedTestcasesIncludingUnblocked = resolvedTestcasesIncludingUnblocked.Substring(0, 97) + "..."; } Console.WriteLine(); Console.WriteLine($"Duration : {duration.ToString()} (including output)"); Console.WriteLine($"Best solution fitness : {result.Fitness}"); Console.WriteLine($"Resolved Blockers : ({result.NumberOfResolvedBlockers}/{result.Cost}) [{resolvedBlockers}]"); Console.WriteLine($"Resolved Testcases : ({result.NumberOfResolvedTestcases}/{result.Value}) [{resolvedTestcases}]"); Console.WriteLine($"Resolved Testcases w/unblocked: ({result.NumberOfResolvedTestcasesIncludingUnblocked}/{result.ValueIncludingUnblocked}) [{resolvedTestcasesIncludingUnblocked}]"); Console.WriteLine(); Console.Write("Save result (y|n)? "); var saveResult = Console.ReadLine().Trim().ToLower(); if (saveResult == "y") { Console.Write("Enter filename without extension: "); string filename = Console.ReadLine(); var path = Path.Combine(GetDataPath(), filename + ".json"); Console.WriteLine($"Saving result to {path}"); await IOOperations.SaveAsync <OptimizationResult>(path, result); } }