/// <summary>
/// Returns a string with comma separated appIdTuples of apps whose state matches given predicate;
/// the apps go in alphabetical order ("m10.b", "m2.a"...)
/// </summary>
public string getAppsWithMatchingState(LocalOperations lo, Predicate<AppState> predicate)
{
var appIds =
from a in lo.GetCurrentPlan().getAppDefs()
where predicate( lo.GetAppState(a.AppIdTuple) )
orderby a.AppIdTuple.ToString()
select a.AppIdTuple.ToString();
return string.Join(",", appIds.ToArray());
}
public Agent(
string machineId,
IClient client,
bool fallbackToLocalOnDisconnection
)
{
LauncherFactory launcherFactory = new LauncherFactory();
AppInitializedDetectorFactory appInitializedDetectorFactory = new AppInitializedDetectorFactory();
this.localOps = new LocalOperations(machineId, launcherFactory, appInitializedDetectorFactory);
this.netOps = new NetworkProxy( machineId, client, localOps );
this.proxy = new DirigentControlSwitchableProxy(selectProxyImpl(client.IsConnected()));
this.client = client;
this.fallbackToLocalOnDisconnection = fallbackToLocalOnDisconnection;
}
public Agent(
string machineId,
IClient client,
bool fallbackToLocalOnDisconnection,
string rootForRelativePaths
)
{
LauncherFactory launcherFactory = new LauncherFactory();
AppInitializedDetectorFactory appInitializedDetectorFactory = new AppInitializedDetectorFactory();
this.localOps = new LocalOperations(machineId, launcherFactory, appInitializedDetectorFactory, rootForRelativePaths);
this.netOps = new NetworkProxy(machineId, client, localOps);
this.proxy = new DirigentControlSwitchableProxy(selectProxyImpl(client.IsConnected()));
this.client = client;
this.fallbackToLocalOnDisconnection = fallbackToLocalOnDisconnection;
}
public void testLaunchSequence()
{
var lo = new LocalOperations("m1", lf, appInitializedDetectorFactory );
lo.SelectPlan( PlanRepo.plans["p1"] );
// start the plan
lo.StartPlan();
var t = 0.0;
Assert.AreEqual( 0, lf.appsLaunched.Count, "nothing started without tick" );
lo.tick( t );
Assert.AreEqual( "m1.b", getOrder(lf.appsLaunched), "'b' started as first app" );
t += 1.0;
lo.tick( t );
Assert.AreEqual( "m1.b", getOrder(lf.appsLaunched), "'a' waiting, not yet starting (separ. interval of b is 2.0)" );
t += 1.0;
lo.tick( t );
Assert.AreEqual( "m1.b,m1.a", getOrder(lf.appsLaunched), "'a' started" );
t += 1.0;
lo.tick( t );
Assert.AreEqual( "m1.b,m1.a,m1.c", getOrder(lf.appsLaunched), "'c' started" );
t += 1.0;
lo.tick( t );
Assert.AreEqual( "m1.b,m1.a,m1.c,m1.d", getOrder(lf.appsLaunched), "'d' started as last app" );
Assert.AreEqual( "m1.a,m1.b,m1.c,m1.d", getAppsWithMatchingState(lo, st => st.Running ), "all aps running" );
}
public void testRunApp()
{
var lo = new LocalOperations("m1", lf, appInitializedDetectorFactory );
lo.SelectPlan( PlanRepo.plans["p1"] );
AppState st;
st = lo.GetAppState( ads["a"].AppIdTuple );
Assert.AreEqual( st.Started, false, "not yet launched" );
Assert.AreEqual( st.Running, false, "not yet running" );
Assert.AreEqual( st.Killed, false, "not yet killed");
Assert.AreEqual(st.Initialized, false, "not yet initialized");
lo.LaunchApp( ads["a"].AppIdTuple );
lo.tick( 10.0 );
st = lo.GetAppState( ads["a"].AppIdTuple );
Assert.AreEqual( st.Started, true, "launched" );
Assert.AreEqual( st.Running, true, "running" );
Assert.AreEqual(st.Killed, false, "not yet killed");
Assert.AreEqual(st.Initialized, true, "initialized");
lo.KillApp( ads["a"].AppIdTuple );
lo.tick( 10.0 );
st = lo.GetAppState( ads["a"].AppIdTuple );
Assert.AreEqual( st.Started, true, "started after kill" );
Assert.AreEqual(st.Killed, true, "killed after kill");
Assert.AreEqual(st.Running, false, "not running after kill");
Assert.AreEqual( st.Initialized, false, "not initialized after kill" );
}
public void testStopPlan()
{
var lo = new LocalOperations("m1", lf, appInitializedDetectorFactory );
var plan = PlanRepo.plans["p1"];
lo.SelectPlan( plan );
lo.StartPlan();
for(int i=0; i < 10; i++ ) lo.tick(i); // give enought ticks to start all
Assert.AreEqual( "m1.a,m1.b,m1.c,m1.d", getAppsWithMatchingState(lo, st => st.Running ), "all aps running after Start()" );
lo.KillPlan();
lo.tick(20.0);
Assert.AreEqual( "", getAppsWithMatchingState(lo, st => st.Running ), "no app running after Stop()" );
}
