static void Main(string[] args) { System.Console.WriteLine("Input data"); ConsoleParser cp = new ConsoleParser(); bool needContinue; do { try { string inputString = System.Console.ReadLine(); needContinue = cp.Input(inputString); } catch (Exception e) { System.Console.WriteLine(e.Message); System.Console.WriteLine("Programm will be restarted"); cp.Clear(); needContinue = true; } }while (needContinue); System.Console.WriteLine("Programm finished. Press Enter..."); System.Console.ReadLine(); }
private bool executeABCM2PS() { string errOutput = ConsoleParser.ExecuteCommand( "\"" + StringConstants.ABCM2PS + "\"", "-c -g -w " + (this.pictureBox.Width - 90) + " -m 0 \"" + StringConstants.TEMP_ABC + "\" -O \"" + StringConstants.TEMP_SVG_WRITE + "\""); string[] multilineseparator = { "\r\n", "\n" }; char[] wordseparator = { ' ' }; string[] lines = errOutput.Split(multilineseparator, StringSplitOptions.RemoveEmptyEntries); bool output = false; //Search errors for (int i = 0; i < lines.Length; i++) { string[] line_words = lines[i].Split(wordseparator, StringSplitOptions.RemoveEmptyEntries); if (line_words.Length > 1 && line_words[1] == "error:") { List <string> aux = line_words.ToList(); aux.RemoveAt(0); aux.RemoveAt(0); string err_type = string.Join(" ", aux.ToArray()); if (!validError(err_type)) { return(false); } } else if (line_words[0] == "Output") { output = true; } } return(output); }
public void Test() { var ua = @"Mozilla/5.0 (Linux; Android 4.2.2; ARCHOS 101 PLATINUM Build/JDQ39) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/34.0.1847.114 Safari/537.36"; var consoleParser = new ConsoleParser(); consoleParser.SetUserAgent(ua); var result = consoleParser.Parse(); }
public void have_an_integer_when_second_line_is_read() { int nbrExchangeRates = ConsoleParser.ReadSecondLine("6"); nbrExchangeRates.ShouldSatisfyAllConditions ( () => nbrExchangeRates.ShouldBeOfType(typeof(Int32)), () => nbrExchangeRates.ShouldBeGreaterThan(0) ); }
public void have_3_elements_when_first_line_is_read() { Tuple <string, int, string> firstLineElements = ConsoleParser.ReadFirstLine("EUR;550;JPY"); firstLineElements.ShouldSatisfyAllConditions ( () => firstLineElements.Item1.ShouldBe("EUR"), () => firstLineElements.Item2.ShouldBe(550), () => firstLineElements.Item3.ShouldBe("JPY") ); }
public void have_3_elements_when_third_line_is_read() { Tuple <string, string, decimal> exchangeRateLineElements = ConsoleParser.ReadExchangeRatesLine("AUD;CHF;0.9661"); exchangeRateLineElements.ShouldSatisfyAllConditions ( () => exchangeRateLineElements.Item1.ShouldBe("AUD"), () => exchangeRateLineElements.Item2.ShouldBe("CHF"), () => exchangeRateLineElements.Item3.ShouldBe(0.9661m) ); }
private static void Main(string[] args) { InitialiseConsole(); var commands = new ConsoleParser().GetCommands(); var table = new Table(5, 5); TextWriter writer = new StringWriter(); new Processor(writer).Process(table, commands); WriteOutput(writer); Console.ReadLine(); }
private static void MigrateBusRoute() { var filename = "BusRoute.csv"; List <BusRoute> routes = ConsoleParser.For(new BusRouteCSVParser()).Parse(filename); var converter = new OSGB36ToWGS84(); converter.ConvertRoutes(routes); RavenDocumentStoreSessionOperation(session => routes.ForEach(session.Store)); Console.WriteLine("Successfully saved {0} routes.", routes.Count); }
public void ConsoleTestParse() { var consoleParser = new ConsoleParser(); foreach (var fixture in _fixtureData) { consoleParser.SetUserAgent(fixture.user_agent); var result = consoleParser.Parse(); result.Success.Should().BeTrue("Match should be with success to " + fixture.device.model); result.Match.Name.Should().BeEquivalentTo(fixture.device.model, "Names should be equal"); result.Match.Brand.Should().BeEquivalentTo(fixture.device.brand, "Brand should be equal"); result.Match.Type.Should().Be(fixture.device.type, "Types should be equal"); } }
/// <summary> /// Initializes any required objects. /// </summary> private void Awake() { if (parser == null) { parser = new ConsoleParser(outputHistorySize); } if (animator == null) { animator = background.gameObject.GetComponent <Animator>(); animator.enabled = false; } DontDestroyOnLoad(transform.parent.gameObject); }
static void Main(string[] args) { try { var options = CommandSerializer <CommandArgs> .Parse(args); options.Validate(); try { var parser = new ConsoleParser(); parser.Init(options.Countries); var listOption = options.Recursive ? SearchOption.AllDirectories : SearchOption.TopDirectoryOnly; var files = (from file in Directory.EnumerateFiles(options.Input, "*.*", listOption) select file).ToList(); var remainingFiles = parser.Filter(files); if (options.Help) { Console.Out.WriteLine(CommandSerializer <CommandArgs> .GetHelp(Console.WindowWidth)); } else if (options.Stats) { Console.Out.WriteLine(options.GetSummary(files, remainingFiles)); } else { Copy(remainingFiles, options); } } catch (Exception ex) { Console.Out.WriteLine(ex); } } catch (Exception) { Console.Out.WriteLine(CommandSerializer <CommandArgs> .GetHelp(Console.WindowWidth)); } }
public void ParseAllSteps_Success() { IStandardIOReaderWriter consoleMock = Substitute.For <IStandardIOReaderWriter>(); consoleMock .ReadLine().Returns( "4", // the number of directional commands to process "10 20", // the starting point coordinate "E 2", // from there and below follow navigation commands "E 5", "W 3", "S 7", "S 7", "whatever invalid argument won't be processed as we retrieve only the first four directional parameters"); var sut = new ConsoleParser(consoleMock); var inputCommand = sut.ParseAllSteps(); Assert.IsTrue(inputCommand.StartingCoordinate.X == 10); Assert.IsTrue(inputCommand.StartingCoordinate.Y == 20); Assert.IsTrue(inputCommand.AtomicNavigationSteps.Count == 17); consoleMock.Received(6).ReadLine(); // we invoked the ReadLine only 6 = 2 + 4 times regardless of how many additional navigation parameters we supplied }
public void return_null_when_third_line_is_read_is_empty() { Tuple <string, string, decimal> exchangeRateLineElements = ConsoleParser.ReadExchangeRatesLine(""); exchangeRateLineElements.ShouldBe(null); }
public void savePDF(string pdfPath) { AbcFileWriter.saveToFile(this.tune, StringConstants.TEMP_ABC, getTempo(), false); ConsoleParser.ExecuteCommand("\"" + StringConstants.ABCM2PS + "\"", "-c -g \"" + StringConstants.TEMP_ABC + "\" -E -O \"" + StringConstants.TEMP_EPS_WRITE + "\""); ConsoleParser.ExecuteCommand("\"" + StringConstants.EPSTOPDF + "\"", "--outfile=\"" + pdfPath + "\" \"" + StringConstants.TEMP_EPS_READ + "\""); }
public void return_null_when_third_line_is_read_and_amount_is_lower_than_0() { Tuple <string, string, decimal> exchangeRateLineElements = ConsoleParser.ReadExchangeRatesLine("AUD;CHF;-1.3"); exchangeRateLineElements.ShouldBe(null); }
public void return_null_when_first_line_is_read_is_empty() { Tuple <string, int, string> firstLineElements = ConsoleParser.ReadFirstLine(""); firstLineElements.ShouldBe(null); }
public void return_null_when_first_line_is_read_does_not_contain_3_elements() { Tuple <string, int, string> firstLineElements = ConsoleParser.ReadFirstLine("ZZZ;333"); firstLineElements.ShouldBe(null); }
public void return_null_when_first_line_is_read_and_amount_not_an_integer() { Tuple <string, int, string> firstLineElements = ConsoleParser.ReadFirstLine("ZZZ;aaa;XXX"); firstLineElements.ShouldBe(null); }
public void return_minus_1_when_second_line_is_read_and_the_number_is_not_an_integer() { int nbrExchangeRates = ConsoleParser.ReadSecondLine("a"); nbrExchangeRates.ShouldBe(-1); }
public void SetParser(ConsoleParser cp_) { consoleParser = cp_; }
public void return_null_when_third_line_is_read_does_not_contain_3_elements() { Tuple <string, string, decimal> exchangeRateLineElements = ConsoleParser.ReadExchangeRatesLine("AUD;CHF"); exchangeRateLineElements.ShouldBe(null); }
private void saveMidi(string abcpath, string midipath) { string a = ConsoleParser.ExecuteCommand(StringConstants.ABC2MIDI, "\"" + abcpath + "\" -o \"" + midipath + "\""); }