public void DisposeDisposesAllEngines()
{
var engines = new[]
{
new Mock<IJsEngine>(),
new Mock<IJsEngine>(),
new Mock<IJsEngine>(),
new Mock<IJsEngine>(),
};
var factory = new Mock<IEngineFactoryForMock>();
factory.SetupSequence(x => x.EngineFactory())
.Returns(engines[0].Object)
.Returns(engines[1].Object)
.Returns(engines[2].Object)
.Returns(engines[3].Object);
var config = new JsPoolConfig
{
StartEngines = 3,
EngineFactory = factory.Object.EngineFactory
};
var pool = new JsPool(config);
pool.Dispose();
foreach (var engine in engines)
{
engine.Verify(x => x.Dispose());
}
}
public void GetEngineReturnsAllAvailableEngines()
{
var engines = new[]
{
new Mock<IJsEngine>().Object,
new Mock<IJsEngine>().Object,
new Mock<IJsEngine>().Object,
};
var factory = new Mock<IEngineFactoryForMock>();
factory.SetupSequence(x => x.EngineFactory())
// Initial call to factory is to determine engine type, we don't care
// about that here.
.Returns(new Mock<IJsEngine>().Object)
.Returns(engines[0])
.Returns(engines[1])
.Returns(engines[2]);
var config = new JsPoolConfig
{
StartEngines = 3,
EngineFactory = factory.Object.EngineFactory
};
var pool = new JsPool(config);
var resultEngines = new[]
{
pool.GetEngine(),
pool.GetEngine(),
pool.GetEngine(),
};
CollectionAssert.AreEquivalent(engines, resultEngines);
}
