public static void LogJsonImport()
{
if (GTKUtils.ShowFileChooser(out string path, ".log", "Abrir Log", "Abrir"))
{
string json = "";
if (JsonController.OpenJson(path, ref json))
{
SchedulersResult result = new SchedulersResult();
if (JsonController.JsonToObject(json, ref result))
{
Console.WriteLine(result);
ImportView view = new ImportView(result);
view.Show();
}
else
{
WarningDilog("Erro ao deserializar arquivo!",
"Arquivo não contem as informações nessesarias!");
}
}
else
{
WarningDilog("Erro ao abrir o arquivo!", "Arquivo inexistente ou corrompido!");
}
}
}
public ImportView(SchedulersResult result) :
base(WindowType.Toplevel)
{
Build();
fcfs = result.FCFS.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
sjf = result.SJF.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
rr = result.RR.ConvertAll((input) => { return(new PlotableProcess(input.Name, input.execTime)); });
quantum = result.Quantum;
escalonadPlot = new PlotInterface(vbox1);
escalonadPlot.AnimateData(fcfs, true, "FCFS");
}
public static void LogExport(List <PlotableProcess> fcfs, List <PlotableProcess> sjf, List <PlotableProcess> rr, double quantum)
{
if (fcfs != null && sjf != null && rr != null)
{
SchedulersResult result = new SchedulersResult
{
FCFS = fcfs.ConvertAll((input) => { return(new LogProcess(input)); }),
SJF = sjf.ConvertAll((input) => { return(new LogProcess(input)); }),
Quantum = quantum,
RR = rr.ConvertAll((input) => { return(new LogProcess(input)); }),
};
if (GTKUtils.ShowFileChooser(out string path, ".log", "Exportar Log: .log", "Salvar"))
{
string json = JsonController.ObjectToJson(result);
JsonController.SaveJson(json, path);
}
}
else
{
NotProcess();
}
}
