/// <summary>
/// 根据用户所指定文件类型输出报告
/// </summary>
/// <param name="filePath">文件路径</param>
/// <param name="runtimeHash">运行时哈希值</param>
/// <param name="reportType">报告类型枚举，有txt文件，xml文件，json文件，和自定义报告</param>
/// <param name="customPrinter">可选参数，用于当reportType为custom的时候</param>
public void PrintReport(string filePath, string runtimeHash, ReportType reportType, IResultPrinter customPrinter = null)
{
//检查文件路径正确与否
string newFilePath = ModuleUtil.CheckFilePath(filePath);
IResultPrinter _resultPrinter = null;
switch (reportType)
{
case ReportType.txt:
_resultPrinter = new TxtWriter();
break;
case ReportType.xml:
_resultPrinter = new XMLWriter();
break;
case ReportType.json:
_resultPrinter = new JsonWriter();
break;
case ReportType.custom:
//需输入继承IResultPrinter的customPrinter的实例
if (customPrinter == null)
{
//如果实例为null则抛出异常
throw new TestflowRuntimeException(ModuleErrorCode.CustomWriterNonExistent, "Custom ResultPrinter required.");
}
_resultPrinter = customPrinter; //继承IResultPrinter的自定义Printer
break;
}
//输出报告
_resultPrinter.PrintReport(newFilePath, runtimeHash);
}
public WordCombineHandler(IInputWordRepository inputWordRepository, IResultPrinter resultPrinter)
{
_inputWordRepository = inputWordRepository;
_resultPrinter = resultPrinter;
// give handler responsibility to determine algorithm details:
_wordCombineAlgorithm = new WordCombineAlgorithm(CombinationLength);
}
protected BaseSimulation(
SimulationParameters simulationParameters,
BaseBiosensor biosensor,
IResultPrinter resultPrinter)
{
SimulationParameters = simulationParameters;
Biosensor = biosensor;
ResultPrinter = resultPrinter;
}
public CylindricMicroreactors1D(
SimulationParameters simulationParameters,
BaseBiosensor biosensor,
IResultPrinter resultPrinter) : base(simulationParameters, biosensor, resultPrinter)
{
}
public SingleLayerSimulation1D(
SimulationParameters simulationParameters,
BaseBiosensor biosensor,
IResultPrinter resultPrinter) : base(simulationParameters, biosensor, resultPrinter)
{
}
public Reporter(IBasePage basePage, IResultPrinter resultPrinter)
{
this.BasePage = basePage;
this.ResultPrinter = resultPrinter;
}
private static void SolveAndPrint(ISolver solver, IAlgorithm algorithm, string title, IResultPrinter resultPrinter)
{
solver.Solve(algorithm);
resultPrinter.Print(title);
}
public SearchFight(IReportService reportService, IResultPrinter resultPrinter)
{
_reportService = reportService;
_resultPrinter = resultPrinter;
}
public PerforatedMembrane1D(
SimulationParameters simulationParameters,
BaseBiosensor biosensor,
IResultPrinter resultPrinter) : base(simulationParameters, biosensor, resultPrinter)
{
}
public FizzBuzzGame(IResultPrinter printer)
{
this.printer = printer;
}
