public BaseAccountingDemo()
{
// reset all global states, to allow model switching
ServiceManager.Init();
m_vmST = ServiceManager.ComputeNode.VMSpacetimeForUnitTest;
//m_namingSvc = NamingSvcClient.Instance;
m_accountingInvoker = InvocationBuilder.Build<IAccounting>();
}
public static void Reset(EReset reset = EReset.Weak, VMSpacetime vmST = null)
{
if (reset == EReset.Weak)
m_pseudoSync.Reset();
else if (reset == EReset.Strong)
{
m_pseudoSync = null;
LocatingService = null;
SyncService = null;
m_initialized = false;
Init(vmST);
}
}
public ComputeNode(int n, int upperbound, DeployMode deployMode)
{
m_nodeSerial = n;
if (deployMode == DeployMode.Debug || deployMode == DeployMode.UnitTest)
HIdFactory = new ITCIdentityFactory(4, 4);
else
HIdFactory = new ITCIdentityFactory();
// TODO: merge-able ITC
m_nodeRoot = HIdFactory.CreateFromRoot(upperbound).ElementAt(n);
if (m_nodeSerial == 0)
{
m_vmstStandalone = new VMSpacetime(CreateHid(), HIdFactory);
}
}
public static void Init(VMSpacetime vmST = null)
{
if (m_initialized)
return;
m_initialized = true;
m_pseudoSync = new DOA.PseudoSyncMgr();
LocatingService = m_pseudoSync;
SyncService = m_pseudoSync;
ReinitComputeNode();
if (vmST == null)
vmST = ComputeNode.VMSpacetimeForUnitTest;
m_pseudoSync.Initialize(vmST);
}
public void Initialize(VMSpacetime vmST)
{
m_vmST = vmST;
m_vmStateId = vmST.VMStateId;
}