public void GenerateSuite(int seed, string suiteName, string outputPath, string[] testPaths, string[] searchPatterns, string[] hintPaths, LoadSuiteConfig config)
{
int suiteTestCount = 0;
_unitTestSelector = new UnitTestSelector();
_unitTestSelector.Initialize(seed, testPaths, searchPatterns, hintPaths);
foreach (var loadTestConfig in config.LoadTestConfigs)
{
for (int i = 0; i < loadTestConfig.TestCount; i++)
{
var loadTestInfo = new LoadTestInfo()
{
TestName = suiteName + "_" + suiteTestCount.ToString("X4"),
Duration = loadTestConfig.Duration,
LoadPatternType = Type.GetType(loadTestConfig.LoadPattern),
TestPatternType = Type.GetType(loadTestConfig.TestPattern),
WorkerStrategyType = Type.GetType(loadTestConfig.WorkerStrategy),
WorkerCount = loadTestConfig.NumWorkers,
EnvironmentVariables = loadTestConfig.EnvironmentVariables,
SuiteConfig = config,
};
loadTestInfo.SourceDirectory = Path.Combine(outputPath, loadTestInfo.TestName);
loadTestInfo.UnitTests = _unitTestSelector.NextUnitTests(loadTestConfig.NumTests).ToArray();
this.GenerateTestSources(loadTestInfo);
CodeGenOutput.Info($"Generated Load Test: {loadTestInfo.TestName}");
suiteTestCount++;
}
}
}
public static LoadSuiteConfig Deserialize(string path)
{
LoadSuiteConfig config = null;
// Deserialize the RunConfiguration
JsonSerializer serializer = JsonSerializer.CreateDefault();
using (FileStream fs = new FileStream(path, FileMode.Open, FileAccess.Read))
{
using (StreamReader reader = new StreamReader(fs))
{
JsonTextReader jReader = new JsonTextReader(reader);
// Call the Deserialize method to restore the object's state.
config = serializer.Deserialize <LoadSuiteConfig>(jReader);
}
}
return(config);
}
public void GenerateSuite(int seed, string suiteName, string outputPath, string[] testPaths, string[] searchPatterns, string[] hintPaths, LoadSuiteConfig config, string cachePath = null, bool legacyProject = false, string globalPackageConfig = null)
{
Random rand = new Random(seed);
int suiteTestCount = 0;
_unitTestSelector = new UnitTestSelector();
_unitTestSelector.Initialize(seed, testPaths, searchPatterns, hintPaths, cachePath);
for (int iConfig = 0; iConfig < config.LoadTestConfigs.Count; iConfig++)
{
var loadTestConfig = config.LoadTestConfigs[iConfig];
for (int i = 0; i < loadTestConfig.TestCount; i++)
{
var loadTestInfo = new LoadTestInfo(globalPackageConfig)
{
TestName = suiteName + "_" + suiteTestCount.ToString("X4"),
Duration = loadTestConfig.Duration,
LoadPatternType = typeof(StaticLoadPattern), //Type.GetType(loadTestConfig.LoadPattern),
TestPatternType = typeof(RandomTestPattern), //Type.GetType(loadTestConfig.TestPattern),
WorkerStrategyType = typeof(DedicatedThreadWorkerStrategy), //Type.GetType(loadTestConfig.WorkerStrategy),
WorkerCount = loadTestConfig.NumWorkers,
SelfDestruct = loadTestConfig.SelfDestruct,
EnvironmentVariables = loadTestConfig.EnvironmentVariables,
SuiteConfig = config,
Seed = rand.Next(),
};
loadTestInfo.SourceDirectory = Path.Combine(outputPath, iConfig.ToString("00") + "_" + loadTestInfo.Duration.TotalHours.ToString("00.##") + "hr", loadTestInfo.TestName);
loadTestInfo.UnitTests = _unitTestSelector.NextUnitTests(loadTestConfig.NumTests).ToArray();
//build a list of all the sources files to generate for the load test
var generators = new List <ISourceFileGenerator>()
{
new LoadTestSourceFileGenerator(),
new ProgramSourceFileGenerator(),
new ExecutionFileGeneratorWindows(),
new ExecutionFileGeneratorLinux(),
};
//if we want to generate a legacy project file (i.e. ToF project file) use HelixToFProjectFileGenerator otherwise use LoadTestProjectFileGenerator
var projectFileGenerator = legacyProject ? (ISourceFileGenerator) new HelixToFProjectFileGenerator() : (ISourceFileGenerator) new LoadTestProjectFileGenerator();
if (!legacyProject)
{
generators.Add(new LoadTestProjectJsonFileGenerator());
}
//I believe the project file generator must be last, becuase it depends on discovering all the other source files
//however the ordering beyond that should not matter
generators.Add(projectFileGenerator);
this.GenerateTestSources(loadTestInfo, generators);
CodeGenOutput.Info($"Generated Load Test: {loadTestInfo.TestName}");
suiteTestCount++;
}
}
}
private LoadSuiteConfig GetSuiteConfig()
{
return(LoadSuiteConfig.Deserialize(this.ConfigPath));
}
public void GenerateSuite(int seed, string suiteName, string outputPath, string[] testPaths, string[] searchPatterns, string[] hintPaths, LoadSuiteConfig config, string cachePath = null)
{
int suiteTestCount = 0;
_unitTestSelector = new UnitTestSelector();
_unitTestSelector.Initialize(seed, testPaths, searchPatterns, hintPaths, cachePath);
for (int iConfig = 0; iConfig < config.LoadTestConfigs.Count; iConfig++)
{
var loadTestConfig = config.LoadTestConfigs[iConfig];
for (int i = 0; i < loadTestConfig.TestCount; i++)
{
var loadTestInfo = new LoadTestInfo()
{
TestName = suiteName + "_" + suiteTestCount.ToString("X4"),
Duration = loadTestConfig.Duration,
LoadPatternType = typeof(StaticLoadPattern), //Type.GetType(loadTestConfig.LoadPattern),
TestPatternType = typeof(RandomTestPattern), //Type.GetType(loadTestConfig.TestPattern),
WorkerStrategyType = typeof(DedicatedThreadWorkerStrategy), //Type.GetType(loadTestConfig.WorkerStrategy),
WorkerCount = loadTestConfig.NumWorkers,
EnvironmentVariables = loadTestConfig.EnvironmentVariables,
SuiteConfig = config,
};
loadTestInfo.SourceDirectory = Path.Combine(outputPath, iConfig.ToString("00") + "_" + loadTestInfo.Duration.TotalHours.ToString("00.##") + "hr", loadTestInfo.TestName);
loadTestInfo.UnitTests = _unitTestSelector.NextUnitTests(loadTestConfig.NumTests).ToArray();
this.GenerateTestSources(loadTestInfo);
CodeGenOutput.Info($"Generated Load Test: {loadTestInfo.TestName}");
suiteTestCount++;
}
}
}