public void Should_Execute_IPlugin()
{
IExecutionManager manager = new ExecutionManager( new PluginManager() );
IAllocationDefinition definition = new AllocationDefinition( 2 );
IExecutionSlot slot = new ExecutionSlot(definition);
definition.Add( DTO.NewPluginInfoTestPlugin );
manager.PluginManager.Install( definition );
manager.Add( slot );
IPlugin completedPlugin = null;
TestPlugin testPlugin = new TestPlugin(100);
manager.ExecuteCompleted += delegate(object sender, ObjectEventArgs<IPlugin> eventArgs)
{
completedPlugin = eventArgs.EventObject;
};
manager.Execute( testPlugin );
Assert.AreEqual( slot, manager[ definition ] );
Assert.AreEqual( 1, manager[ definition ].UsedSlots );
Timing.WaitWhile(() => completedPlugin == null, 1000);
Assert.AreEqual( testPlugin, completedPlugin );
Assert.AreEqual( 0, manager[ definition ].UsedSlots );
Assert.AreEqual( PluginStatus.Executed, testPlugin.Status );
}
public void Should_Add_IPlugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add( DTO.NewPluginInfoTestPlugin );
IExecutionSlot slot = new ExecutionSlot( definition );
slot.Execute( new TestPlugin( 50 ) );
Assert.AreEqual(1, slot.UsedSlots);
}
public void Should_Be_Able_To_Iterate_Through_Added_Plugins()
{
IAllocationDefinition definition = new AllocationDefinition(6);
definition.Add(DTO.NewPluginInfoTestPlugin);
IExecutionSlot slot = new ExecutionSlot(definition);
slot.Execute(new TestPlugin(600));
slot.Execute(new TestPlugin(600));
slot.Execute(new TestPlugin(600));
slot.Execute(new TestPlugin(600));
Assert.AreEqual( 4, slot.ToList().Count );
}
public void Should_Commit_Plugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add(DTO.NewPluginInfoTestPlugin);
TestPlugin plugin = new TestPlugin(50);
IExecutionSlot slot = new ExecutionSlot(definition);
slot.Commit( plugin );
Timing.WaitUntil(() => plugin.Status == PluginStatus.Committed, 1000);
Assert.AreEqual( PluginStatus.Committed, plugin.Status );
}
public SingleThreadInvoker()
{
Slot = new ExecutionSlot();
_callChannel = Channel.CreateUnbounded <ExecutionSlot>(new UnboundedChannelOptions()
{
AllowSynchronousContinuations = false,
SingleReader = false,
SingleWriter = true
});
_channelReader = _callChannel.Reader;
_channelWriter = _callChannel.Writer;
ReturnExecutionSlot();
}
public void Should_Execute_Plugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add(DTO.NewPluginInfoTestPlugin);
TestPlugin plugin = new TestPlugin(100);
IExecutionSlot slot = new ExecutionSlot(definition);
slot.Execute( plugin );
Assert.AreEqual( 1, slot.UsedSlots );
plugin.EndCurrentOperation();
Timing.WaitUntil(() => plugin.Status == PluginStatus.Executed, 1000);
Assert.AreEqual( 1.0, plugin.OperationProgress );
Assert.AreEqual( 0, slot.UsedSlots );
Assert.AreEqual( PluginStatus.Executed, plugin.Status );
}
public void Should_Fail_Commit_Plugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add(DTO.NewPluginInfoTestPlugin);
TestPlugin plugin = new TestPlugin(50, true);
IPlugin failedPlugin = null;
Exception pluginException = null;
IExecutionSlot slot = new ExecutionSlot(definition);
slot.CommitFailed += delegate(object sender, ObjectErrorEventArgs<IPlugin> eventArgs)
{
failedPlugin = eventArgs.EventObject;
pluginException = eventArgs.Exception;
};
slot.Commit(plugin);
Timing.WaitWhile(() => failedPlugin == null, 3000);
Assert.AreEqual( plugin, failedPlugin );
Assert.IsNotNull( pluginException );
Assert.AreEqual( PluginStatus.CommitFailed, plugin.Status );
}
public void Should_Throw_NullReference_If_Adding_A_Null_Plugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add( DTO.NewPluginInfoTestPlugin );
IExecutionSlot slot = new ExecutionSlot( definition );
slot.Execute( null );
}
public void Should_Throw_Exception_If_All_Slots_Are_Used()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add(DTO.NewPluginInfoTestPlugin);
IExecutionSlot slot = new ExecutionSlot(definition);
slot.Execute(new TestPlugin(600));
slot.Execute(new TestPlugin(600));
}
public void Should_Rollback_Plugin()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add(DTO.NewPluginInfoTestPlugin2);
TestPlugin2 plugin = new TestPlugin2(50);
IExecutionSlot slot = new ExecutionSlot(definition);
slot.Rollback( plugin );
Timing.WaitUntil(() => plugin.Status == PluginStatus.Rolledback, 1000);
Assert.AreEqual(PluginStatus.Rolledback, plugin.Status);
}
public void Should_Not_Add_IPlugin_If_It_Violates_Definition()
{
IAllocationDefinition definition = new AllocationDefinition(1);
definition.Add( DTO.NewPluginInfoTestPlugin );
IExecutionSlot slot = new ExecutionSlot( definition );
slot.Execute( new TestPlugin2() );
}
public void Should_Initialize_With_IAllocationDefinition()
{
IAllocationDefinition definition = new AllocationDefinition(1);
IExecutionSlot slot = new ExecutionSlot( definition );
Assert.AreEqual( definition, slot.Definition );
}
