public SimulationEnvironment(string[] inputlines, DCEPSettings settings)
{
this.nodedict = new Dictionary <NodeName, DCEPNode>();
this.proxydict = new Dictionary <NodeName, IAmbrosiaNodeProxy>();
ExecutionPlan executionPlan = new ExecutionPlan(inputlines);
Console.WriteLine(executionPlan.generateHumanReadableString());
foreach (var item in executionPlan.networkPlan)
{
DCEPNode node = new DCEPNode(item.Key, inputlines, settings);
nodedict.Add(item.Key, node);
proxydict.Add(item.Key, new SimulatedAmbrosiaSelfProxy(node));
}
foreach (var item in nodedict)
{
item.Value.onFirstStart((INodeProxyProvider)this);
new Thread(item.Value.threadStartMethod).Start();
}
if (settings.duration == 0)
{
Console.WriteLine("[SimulationEnvironment] Running indefinitly. Press enter to terminate all nodes immediately.");
Console.ReadLine();
(nodedict[settings.directorNodeName] as DCEPNode).terminateImmediately();
}
}
public void test_DCEPNodeInstantiation_SampleA()
{
ExecutionPlan executionPlan = new ExecutionPlan(new InputSamples().sampleA);
foreach (var item in executionPlan.networkPlan)
{
var node = new DCEPNode(item.Key, new InputSamples().sampleA, new DCEPSettings());
}
}
protected override async Task <bool> OnFirstStart()
{
Console.WriteLine(TAG + " [AmbrosiaNode] OnFirstStart called -> creating DCEPNode and starting DCEPNode thread.");
this.node = new DCEPNode(new NodeName(name), inputlines, settings);
node.onFirstStart((INodeProxyProvider)this);
new Thread(node.threadStartMethod).Start();
return(true);
}
public TestEnvorioment(string[] inputlines, DCEPSettings settings)
{
this.nodedict = new Dictionary <NodeName, DCEPNode>();
this.proxydict = new Dictionary <NodeName, IAmbrosiaNodeProxy>();
ExecutionPlan executionPlan = new ExecutionPlan(inputlines);
Console.WriteLine(executionPlan.generateHumanReadableString());
foreach (var item in executionPlan.networkPlan)
{
DCEPNode node = new DCEPNode(item.Key, inputlines, settings);
nodedict.Add(item.Key, node);
proxydict.Add(item.Key, new SimulatedAmbrosiaSelfProxy(node));
}
foreach (var item in nodedict)
{
item.Value.onFirstStart((INodeProxyProvider)this);
new Thread(item.Value.threadStartMethod).Start();
}
Console.WriteLine("[TestEnvironment] Running.");
}
