public void Using_the_load_generator_should_share_the_load()
{
Fiber thread1 = new ThreadFiber();
thread1.Add(() => {
var generator1 = new LoadGenerator<FirstCommand, FirstResponse>();
generator1.Run(RemoteBus, LocalBus.Endpoint, Instances.Values.Select(x => x.DataBus), 100, x => new FirstCommand(x));
});
thread1.Shutdown(3.Minutes());
}
public void Using_the_load_generator_should_share_the_load()
{
Fiber thread1 = new ThreadFiber();
thread1.Add(() => {
var generator1 = new LoadGenerator <FirstCommand, FirstResponse>();
generator1.Run(RemoteBus, LocalBus.Endpoint, Instances.Values.Select(x => x.DataBus), 100, x => new FirstCommand(x));
});
thread1.Shutdown(3.Minutes());
}
public void Node_a_should_recieve_all_the_work()
{
var generator = new LoadGenerator <FirstCommand, FirstResponse>();
const int count = 100;
generator.Run(RemoteBus, count, x => new FirstCommand(x));
Dictionary <Uri, int> results = generator.GetWorkerLoad();
Assert.That(results.Sum(x => x.Value), Is.EqualTo(count));
Assert.That(results[_nodes["A"]], Is.EqualTo(count));
}
public async Task Generator(GeneratorArgs args)
{
// Load request generator and apply plugin args
IRequestGenerator requestGenerator = new LoadGenerator().Execute(args, PluginDir());
IEnumerable <Request> requests = requestGenerator.Run();
HttpRequestTree requestTree = new HttpRequestTree()
{
Requests = requests, Description = requestGenerator.Name
};
await RunRequestTreeAgent(requestTree, args.Concurrency, requestGenerator.ComparerFactoryOverride, requestGenerator.Name, args.OutputFilePath);
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator <FirstCommand, FirstResponse>();
const int count = 100;
generator.Run(RemoteBus, count, x => new FirstCommand(x));
Dictionary <Uri, int> results = generator.GetWorkerLoad();
Assert.That(results.Sum(x => x.Value), Is.EqualTo(count));
results.ToList().ForEach(x =>
Assert.That(x.Value, Is.GreaterThan(0).And.LessThanOrEqualTo(count),
string.Format("{0} did not consume between 0 and {1}",
x.Key.ToString(), count)));
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator<FirstCommand, FirstResponse>();
generator.Run(RemoteBus, 100, x => new FirstCommand(x));
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator <FirstCommand, FirstResponse>();
generator.Run(RemoteBus, 100, x => new FirstCommand(x));
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator <FirstCommand, FirstResponse>();
generator.Run(RemoteBus, LocalBus.Endpoint, Instances.Values.Select(x => x.DataBus), 100, x => new FirstCommand(x));
}
public void Node_a_should_recieve_all_the_work()
{
var generator = new LoadGenerator<FirstCommand, FirstResponse>();
const int count = 100;
generator.Run(RemoteBus, count, x => new FirstCommand(x));
Dictionary<Uri, int> results = generator.GetWorkerLoad();
Assert.That(results.Sum(x => x.Value), Is.EqualTo(count));
Assert.That(results[_nodes["A"]], Is.EqualTo(count));
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator<FirstCommand, FirstResponse>();
const int count = 100;
generator.Run(RemoteBus, count, x => new FirstCommand(x));
Dictionary<Uri, int> results = generator.GetWorkerLoad();
Assert.That(results.Sum(x => x.Value), Is.EqualTo(count));
results.ToList().ForEach(x =>
Assert.That(x.Value, Is.GreaterThan(0).And.LessThanOrEqualTo(count),
string.Format("{0} did not consume between 0 and {1}",
x.Key.ToString(), count)));
}
public void Using_the_load_generator_should_share_the_load()
{
var generator = new LoadGenerator<FirstCommand, FirstResponse>();
generator.Run(RemoteBus, LocalBus.Endpoint, Instances.Values.Select(x => x.DataBus), 100, x => new FirstCommand(x));
}