public List <Tuple <string, string> > Execute(string problemName, string userName, string language,
string timeLimit, string memoryLimit, string testFile, int numbefOfTests)
{
List <Tuple <string, string> > _executionResult; _executionResult = new List <Tuple <string, string> >();
string sourcesDirectory = _fileGenerator.GetCurrentDirectory(); // /usr/local/etc/sources
string fileName = Builder.BuildProblemName(problemName, userName); // [email protected]
string fullFileName = _fileGenerator.GetFileFullName(problemName, userName); // /usr/local/etc/sources/[email protected]
string fullFileExecutable = new StringBuilder(fullFileName).Append(LanguageHelper.GetLanguageExecutableType(language)).ToString(); // /usr/local/etc/sources/[email protected]
string fileToExecute = new StringBuilder(fileName).Append(LanguageHelper.GetLanguageExecutableType(language)).ToString(); // [email protected]
string inputFileFolder = _fileGenerator.BuildNewDirectory(sourcesDirectory, problemName); //usr/local/etc/sources/minge
//we have next steps:
/*
* 1. initialize the sandbox. ./isolate --init
* 2. copy the file in sandbox environment: cp /usr/local/etc/sources/file /tmp/box/0/box/
* 3. copy the "test.in" files in sandbox environment
* 4. run the file in sanxbox: ./isolate --cg --meta=/tmp/result.txt --cg-mem=5000 --time=1.5 --run -- program
* ./isolate --cg --meta=/tmp/muc2.txt --stdin=test1.in --stdout=fis1.out --cg-mem=3000 --time=2 --run -- prog --> run over all the tests this will be ran
* steps 3 and 4 and 5 need to be ran over all the tests.
* 5. run sh script
* 6. clean sandbox: ./isolate --clean
*/
var executionProcess = ExternalProcessCompileExecuter.Instance;
//step 1
string initArgument = LanguageHelper.GetSandboxOperation(_sandboxOperations[0]);
executionProcess.SandboxOperation(initArgument, _isolateDirectory);
//step 2
string copyArgument = $"cp -a {fullFileExecutable} {_sandboxDirectory}";
executionProcess.SandboxOperation(copyArgument, _homeDirectory);
for (int i = 0; i < numbefOfTests; ++i)
{
int testNumber = i + 1;
string inputFileName = $"{testFile}{testNumber}.in"; //minge1.in for example
string outputFileName = $"{testFile}{testNumber}.ok"; //minge1.ok for example
string outputSandboxFileName = $"{testFile}{testNumber}.out"; //in sandbox o sa fie generat minge1.out de exemplu
string inputFileNamePath = Path.Combine(inputFileFolder, inputFileName);
string outputFileNamePath = Path.Combine(inputFileFolder, outputFileName);
string outputSandboxFileNamePath = Path.Combine(_sandboxDirectory, outputSandboxFileName);
//step 3
copyArgument = $"cp -a {inputFileNamePath} {_sandboxDirectory}"; //copy input file to sandbox
executionProcess.SandboxOperation(copyArgument, _homeDirectory);
//step 4
string executionArgument = LanguageHelper.SandboxArguments(timeLimit, memoryLimit, "/tmp/results.txt", fileToExecute, inputFileName, outputSandboxFileName, _sandboxDirectory);
executionProcess.SandboxOperation(executionArgument, _isolateDirectory);
string executionResult = _fileGenerator.ReadExectutionResult();
//step 5 run bash script to compare the ok file with the generated one to see the results.
string argumentBash = $"sh prog.sh {outputSandboxFileNamePath} {outputFileNamePath}";
string executionResponse = executionProcess.SandboxOperation(argumentBash, sourcesDirectory);
_executionResult.Add(new Tuple <string, string>(executionResult, executionResponse));
}
//step 6
string cleanArgument = LanguageHelper.GetSandboxOperation(_sandboxOperations[1]);
executionProcess.SandboxOperation(cleanArgument, _isolateDirectory);
return(_executionResult);
}