public void TestJudgerFunction()
{
//read sample data
var data = new SampleData();
for (int i = 1; i <= 10; i++)
{
data.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\equation\equation" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\equation\equation" + i.ToString() + ".out"),
});
}
data.LimitRAM = 137438953472;
data.LimitTime = 1000;
//load judge unit
var ju = new JudgeUnit();
ju.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST33\equation.cpp");
ju.Language = "C++";
var compiler = new Compiler();
compiler.Languages = new List <string>();
compiler.Languages.Add("C");
compiler.Filename = @"C:\Program Files (x86)\Dev-Cpp\MinGW64\bin\g++.exe";
compiler.Argument = "-o \"{Output}\" \"{Filename}\"";
compiler.Name = "GNU C++ Compiler";
var judger = new Judger();
judger.Data = data;
judger.Unit = ju;
var isFinished = false;
judger.OnCompiled = (s, e) =>
{
Console.WriteLine("Compilation {0}", e.IsCompilationSucceeded);
};
judger.OnJudged = (s, e) =>
{
Console.WriteLine("Judged one,index:{0}", e.Index);
};
judger.OnJudgedAll = () =>
{
Console.WriteLine("Index\tRAM\tTime\tExit Code\tResult");
judger.Results.ForEach((r) =>
{
Console.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}", r.Index, r.MaximumRAM, r.TotalTime, r.ExitCode, r.Result.ToString());
});
isFinished = true;
};
judger.StartJudging(compiler, true);
while (!isFinished)
{
;
}
Console.WriteLine();
}
public void TestJudgerClusterFunction()
{
//add compiler
var compiler = new Compiler();
compiler.Languages = new List <string>();
compiler.Languages.Add("C");
compiler.Filename = @"C:\Program Files (x86)\Dev-Cpp\MinGW64\bin\gcc.exe";
compiler.Argument = "-o \"{Output}\" \"{Filename}\"";
compiler.Name = "GNU C Compiler";
CompilerManager.Compilers.Add(compiler);
//add sample data
var sd_elimination = new SampleData();
var sd_trees = new SampleData();
for (int i = 1; i <= 10; i++)
{
sd_elimination.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\elimination\elimination" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\elimination\elimination" + i.ToString() + ".out"),
});
sd_trees.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\trees\trees" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\trees\trees" + i.ToString() + ".out"),
});
}
sd_elimination.LimitRAM = 137438953472;
sd_trees.LimitRAM = 137438953472;
sd_elimination.LimitTime = 1000;
sd_trees.LimitTime = 1000;
sd_trees.Id = "trees";
sd_elimination.Id = "elimination";
//add user
var ju_DFH = new JudgeUser(); //38
var ju_WFJ = new JudgeUser(); //22
ju_DFH.Id = "DFH";
ju_WFJ.Id = "WFJ";
var un_trees_DFH = new JudgeUnit();
un_trees_DFH.Id = "trees";
un_trees_DFH.Language = "C";
un_trees_DFH.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST38\T02.c");
var un_elimination_DFH = new JudgeUnit();
un_elimination_DFH.Id = "elimination";
un_elimination_DFH.Language = "C";
un_elimination_DFH.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST38\T01.c");
var un_trees_WFJ = new JudgeUnit();
un_trees_WFJ.Id = "trees";
un_trees_WFJ.Language = "C";
un_trees_WFJ.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST22\trees.c");
var un_elimination_WFJ = new JudgeUnit();
un_elimination_WFJ.Id = "elimination";
un_elimination_WFJ.Language = "C";
un_elimination_WFJ.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST22\elimination.c");
ju_DFH.Units.Add(un_trees_DFH);
ju_DFH.Units.Add(un_elimination_DFH);
ju_WFJ.Units.Add(un_elimination_WFJ);
ju_WFJ.Units.Add(un_trees_WFJ);
//add cluster
var c = new JudgerCluster();
c.SampleDatas.Add(sd_elimination);
c.SampleDatas.Add(sd_trees);
c.JudgeUsers.Add(ju_WFJ);
c.JudgeUsers.Add(ju_DFH);
var isFinished = false;
c.OnCompleteAll = () => {
isFinished = true;
};
c.RunAll();
while (!isFinished)
{
;
}
Console.WriteLine("{0}'s Report", ju_DFH.Id);
Console.WriteLine("\t\tElimination:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_DFH.Reports.Single(r => r.Data.Id == "elimination").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("\t\tTrees:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_DFH.Reports.Single(r => r.Data.Id == "trees").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("{0}'s Report", ju_WFJ.Id);
Console.WriteLine("\t\tElimination:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_WFJ.Reports.Single(r => r.Data.Id == "elimination").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("\t\tTrees:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_WFJ.Reports.Single(r => r.Data.Id == "trees").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
}
public void TestJudgerClusterFunction()
{
//add compiler
var compiler = new Compiler();
compiler.Languages = new List<string>();
compiler.Languages.Add("C");
compiler.Filename = @"C:\Program Files (x86)\Dev-Cpp\MinGW64\bin\gcc.exe";
compiler.Argument = "-o \"{Output}\" \"{Filename}\"";
compiler.Name = "GNU C Compiler";
CompilerManager.Compilers.Add(compiler);
//add sample data
var sd_elimination = new SampleData();
var sd_trees = new SampleData();
for (int i = 1; i <= 10; i++)
{
sd_elimination.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\elimination\elimination" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\elimination\elimination" + i.ToString() + ".out"),
});
sd_trees.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\trees\trees" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\trees\trees" + i.ToString() + ".out"),
});
}
sd_elimination.LimitRAM = 137438953472;
sd_trees.LimitRAM = 137438953472;
sd_elimination.LimitTime = 1000;
sd_trees.LimitTime = 1000;
sd_trees.Id = "trees";
sd_elimination.Id = "elimination";
//add user
var ju_DFH = new JudgeUser(); //38
var ju_WFJ = new JudgeUser(); //22
ju_DFH.Id = "DFH";
ju_WFJ.Id = "WFJ";
var un_trees_DFH = new JudgeUnit();
un_trees_DFH.Id = "trees";
un_trees_DFH.Language = "C";
un_trees_DFH.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST38\T02.c");
var un_elimination_DFH = new JudgeUnit();
un_elimination_DFH.Id = "elimination";
un_elimination_DFH.Language = "C";
un_elimination_DFH.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST38\T01.c");
var un_trees_WFJ = new JudgeUnit();
un_trees_WFJ.Id = "trees";
un_trees_WFJ.Language = "C";
un_trees_WFJ.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST22\trees.c");
var un_elimination_WFJ = new JudgeUnit();
un_elimination_WFJ.Id = "elimination";
un_elimination_WFJ.Language = "C";
un_elimination_WFJ.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST22\elimination.c");
ju_DFH.Units.Add(un_trees_DFH);
ju_DFH.Units.Add(un_elimination_DFH);
ju_WFJ.Units.Add(un_elimination_WFJ);
ju_WFJ.Units.Add(un_trees_WFJ);
//add cluster
var c = new JudgerCluster();
c.SampleDatas.Add(sd_elimination);
c.SampleDatas.Add(sd_trees);
c.JudgeUsers.Add(ju_WFJ);
c.JudgeUsers.Add(ju_DFH);
var isFinished = false;
c.OnCompleteAll = () => {
isFinished = true;
};
c.RunAll();
while (!isFinished) ;
Console.WriteLine("{0}'s Report", ju_DFH.Id);
Console.WriteLine("\t\tElimination:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_DFH.Reports.Single(r => r.Data.Id == "elimination").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("\t\tTrees:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_DFH.Reports.Single(r => r.Data.Id == "trees").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("{0}'s Report", ju_WFJ.Id);
Console.WriteLine("\t\tElimination:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_WFJ.Reports.Single(r => r.Data.Id == "elimination").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
Console.WriteLine("\t\tTrees:");
Console.WriteLine("\t\t\t\tIndex\tRAM\tTime\tResult");
ju_WFJ.Reports.Single(r => r.Data.Id == "trees").Results.ForEach(r => {
Console.WriteLine("\t\t\t{0}\t{1}\t{2}\t{3}", r.Index, r.MaximumRAM, r.TotalTime, r.Result.ToString());
});
}
public void TestJudgerFunction()
{
//read sample data
var data = new SampleData();
for (int i = 1; i <= 10; i++)
data.Datas.Add(new DataPair()
{
InputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\equation\equation" + i.ToString() + ".in"),
OutputData = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\testdata\equation\equation" + i.ToString() + ".out"),
});
data.LimitRAM = 137438953472;
data.LimitTime = 1000;
//load judge unit
var ju = new JudgeUnit();
ju.Code = File.ReadAllText(@"D:\SamsOfflineCodeJudge.TestData01\ST33\equation.cpp");
ju.Language = "C++";
var compiler = new Compiler();
compiler.Languages = new List<string>();
compiler.Languages.Add("C");
compiler.Filename = @"C:\Program Files (x86)\Dev-Cpp\MinGW64\bin\g++.exe";
compiler.Argument = "-o \"{Output}\" \"{Filename}\"";
compiler.Name = "GNU C++ Compiler";
var judger = new Judger();
judger.Data = data;
judger.Unit = ju;
var isFinished = false;
judger.OnCompiled = (s, e) =>
{
Console.WriteLine("Compilation {0}", e.IsCompilationSucceeded);
};
judger.OnJudged = (s, e) =>
{
Console.WriteLine("Judged one,index:{0}", e.Index);
};
judger.OnJudgedAll = () =>
{
Console.WriteLine("Index\tRAM\tTime\tExit Code\tResult");
judger.Results.ForEach((r) =>
{
Console.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}", r.Index, r.MaximumRAM, r.TotalTime, r.ExitCode, r.Result.ToString());
});
isFinished = true;
};
judger.StartJudging(compiler, true);
while (!isFinished) ;
Console.WriteLine();
}
