private Task CreateAndSendCallMessageAsync(CallInfo callInfo, ResolvedCallee callee, PropagationKind propKind)
{
var callMessageInfo = new CallMessageInfo(callInfo.Caller, callee.Method, callee.ReceiverType,
callInfo.ArgumentsPossibleTypes, callInfo.CallNode, callInfo.LHS, propKind);
var source = new MethodEntityDescriptor(callInfo.Caller);
var callerMessage = new CallerMessage(source, callMessageInfo);
return(this.AnalyzeCalleeAsync(callMessageInfo.Callee, callerMessage, propKind));
}
private async Task AnalyzeCalleeAsync(MethodDescriptor callee, CallerMessage callerMessage, PropagationKind propKind)
{
Logger.LogS("EffectsDispatcherManager", "AnalyzeCallee", "Analyzing: {0}", callee);
//var methodEntityProc = await this.solutionManager.GetMethodEntityAsync(callee);
var methodEntityProc = await this.GetMethodEntityGrainAndActivateInProject(callee);
await methodEntityProc.PropagateAndProcessAsync(callerMessage.CallMessageInfo);
Logger.LogS("EffectsDispatcherManager", "AnalyzeCallee", "End Analyzing call to {0} ", callee);
}
/// <summary>
/// This method "replaces" the send + dispatch + processCallMessage for calless that used the methodProcessor and dispatcher
/// The idea is trying to avoid reentrant calls to grains
/// We wil need to improve the code / design but this is a first approach to solve that problem
/// </summary>
/// <param name="callee"></param>
/// <param name="callerMessage"></param>
/// <param name="propKind"></param>
/// <returns></returns>
private async Task AnalyzeCalleeAsync(MethodDescriptor callee, CallerMessage callerMessage, PropagationKind propKind)
{
if (GrainClient.IsInitialized)
{
Logger.LogInfo(GrainClient.Logger, "Orchestrator", "AnalyzeCalleeAsync", "Analyzing: {0}", callee);
}
//Logger.LogS("AnalysisOrchestator", "AnalyzeCalleeAsync", "Analyzing call to {0} ", callee);
//var methodEntityProc = await this.solutionManager.GetMethodEntityAsync(callee);
var methodEntityProc = await GetMethodEntityGrainAndActivateInProject(callee);
//PropagationEffects propagationEffects = null;
//var ready = true;
//
//do
//{
// propagationEffects = await methodEntityProc.PropagateAsync(callerMessage.CallMessageInfo);
// ready = await WaitForReady(propagationEffects,callee);
//}
//while (!ready);
//
//await this.PropagateEffectsAsync(propagationEffects, propKind, methodEntityProc);
var exit = false;
for (int i = 0; i < 3 && !exit; i++)
{
try
{
exit = true;
//await methodEntityProc.PropagateAndProcessAsync(callerMessage.CallMessageInfo);
var propagationEffects = await methodEntityProc.PropagateAsync(callerMessage.CallMessageInfo);
await this.PropagateEffectsAsync(propagationEffects, propKind, methodEntityProc);
}
catch //(Exception e)
{
exit = false;
}
}
//var propagationEffects = await methodEntityProc.PropagateAsync(callerMessage.CallMessageInfo);
//await this.PropagateEffectsAsync(propagationEffects, propKind, methodEntityProc);
Logger.LogS("AnalysisOrchestator", "AnalyzeCalleeAsync", "End Analyzing call to {0} ", callee);
}
private Task CreateAndSendCallMessageAsync(CallInfo callInfo, ResolvedCallee callee, PropagationKind propKind)
{
var callMessageInfo = new CallMessageInfo(callInfo.Caller, callee.Method, callee.ReceiverType,
callInfo.ArgumentsPossibleTypes, callInfo.CallNode, callInfo.LHS, propKind);
var source = new MethodEntityDescriptor(callInfo.Caller);
var callerMessage = new CallerMessage(source, callMessageInfo);
//Logger.LogWarning(GrainClient.Logger, "Orchestrator", "CreateAndSendCallMsg", "Enqueuing: {0}", callee);
//await WaitQueue(QUEUE_THRESHOLD);
this.messageWorkList.Enqueue(callerMessage);
//this.messageWorkList.Add(callerMessage);
return(Task.CompletedTask);
//return AnalyzeCalleeAsync(callMessageInfo.Callee, callerMessage, propKind);
}
