private void GenerateData()
{
EventDescriptionBoard board = new EventDescriptionBoard()
{
TimeSettings = new TimeSettings()
{
Origin = 0, PrecisionCut = 0, TicksToMs = 0.0001
}, TimeSlice = new Durable(StartTime.Ticks, FinishTime.Ticks), CPUCoreCount = Environment.ProcessorCount
};
FrameGroup group = new FrameGroup(board);
List <SyncEvent> syncEvents = new List <SyncEvent>(Collector.SwitchContexts.Events.Count);
foreach (SwitchContextData sc in Collector.SwitchContexts.Events)
{
if (board.TimeSlice.Start <= sc.Timestamp.Ticks && sc.Timestamp.Ticks <= board.TimeSlice.Finish)
{
syncEvents.Add(new SyncEvent()
{
CPUID = sc.CPUID, NewThreadID = sc.NewThreadID, OldThreadID = sc.OldThreadID, Timestamp = new Tick()
{
Start = sc.Timestamp.Ticks
}
});
}
}
SynchronizationMap syncMap = new SynchronizationMap(syncEvents);
group.AddSynchronization(syncMap);
Group = group;
}
protected override SynchronizationMap CreateStatusMap()
{
var statusMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
statusMap.AddReciprocalEntry("0a - Scheduled for development", WhiskWorkBeginStep);
statusMap.AddReciprocalEntry("2 - Development", "/cmsdev/wip/analysis/inprocess");
statusMap.AddReverseEntry("/cmsdev/wip/analysis/done", "2 - Development");
statusMap.AddReverseEntry("/cmsdev/wip/development/inprocess", "2 - Development");
statusMap.AddReciprocalEntry("3 - Ready for test", "/cmsdev/wip/development/done");
statusMap.AddReverseEntry("/cmsdev/wip/feedback", "3 - Ready for test");
statusMap.AddReverseEntry("/cmsdev/wip/feedback/review", "3 - Ready for test");
statusMap.AddReverseEntry("/cmsdev/wip/feedback/test", "3 - Ready for test");
statusMap.AddReciprocalEntry("4a ACCEPTED - In Dev", "/done");
statusMap.AddForwardEntry("4a FAILED - In Dev", "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/test/inprocess", "4a ACCEPTED - In Dev");
statusMap.AddReciprocalEntry("4b ACCEPTED - In Test", "/test/done");
statusMap.AddForwardEntry("4b FAILED - In Test", "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/stage", "4b ACCEPTED - In Test");
statusMap.AddReciprocalEntry("5 - Approved (ready for deploy)", "/approved");
statusMap.AddForwardEntry("4c ACCEPTED - In Stage", "/approved");
statusMap.AddForwardEntry("4c FAILED - In Stage", "/cmsdev/wip/development/inprocess");
statusMap.AddReciprocalEntry("7 - Deployed to prod", "/deployed");
statusMap.AddReciprocalEntry("0b - Scheduled for analysis", "/cmsanalysis/scheduled");
statusMap.AddReciprocalEntry("1 - Analysis", "/cmsanalysis/inprocess");
return statusMap;
}
private void SynchronizeStatusReverse(SynchronizationMap statusMap)
{
var statusSynchronizer = new StatusSynchronizer(statusMap, _eManagerAgent, _whiskWorkAgent);
Console.WriteLine("Synchronizing status eManager->whiteboard");
statusSynchronizer.Synchronize();
}
protected override SynchronizationMap CreateStatusMap()
{
var statusMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
statusMap.AddReciprocalEntry("0a - Scheduled for development", WhiskWorkBeginStep);
statusMap.AddReciprocalEntry("2 - Development", "/cmsdev/wip/analysis/inprocess");
statusMap.AddReverseEntry("/cmsdev/wip/analysis/done", "2 - Development");
statusMap.AddReverseEntry("/cmsdev/wip/development/inprocess", "2 - Development");
statusMap.AddReciprocalEntry("3 - Ready for test", "/cmsdev/wip/development/done");
statusMap.AddReverseEntry("/cmsdev/wip/feedback", "3 - Ready for test");
statusMap.AddReverseEntry("/cmsdev/wip/feedback/review", "3 - Ready for test");
statusMap.AddReverseEntry("/cmsdev/wip/feedback/test", "3 - Ready for test");
statusMap.AddReciprocalEntry("4a ACCEPTED - In Dev", "/done");
statusMap.AddForwardEntry("4a FAILED - In Dev", "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/test/inprocess", "4a ACCEPTED - In Dev");
statusMap.AddReciprocalEntry("4b ACCEPTED - In Test", "/test/done");
statusMap.AddForwardEntry("4b FAILED - In Test", "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/stage", "4b ACCEPTED - In Test");
statusMap.AddReciprocalEntry("5 - Approved (ready for deploy)", "/approved");
statusMap.AddForwardEntry("4c ACCEPTED - In Stage", "/approved");
statusMap.AddForwardEntry("4c FAILED - In Stage", "/cmsdev/wip/development/inprocess");
statusMap.AddReciprocalEntry("7 - Deployed to prod", "/deployed");
statusMap.AddReciprocalEntry("0b - Scheduled for analysis", "/cmsanalysis/scheduled");
statusMap.AddReciprocalEntry("1 - Analysis", "/cmsanalysis/inprocess");
return(statusMap);
}
private void SynchronizeExistence(SynchronizationMap statusMap)
{
var creationSynchronizer = new CreationSynchronizer(statusMap, _eManagerAgent, _whiskWorkAgent);
Console.WriteLine("Synchronizing existence (eManager->whiteboard)");
creationSynchronizer.Synchronize();
}
public void Init()
{
Inititialize();
_masterStub = Mocks.Stub<ISynchronizationAgent>();
_slaveMock = Mocks.StrictMock<ISynchronizationAgent>();
_propertyMap = new SynchronizationMap(_masterStub, _slaveMock);
_synchronizer = new DataSynchronizer(_propertyMap, _masterStub, _slaveMock);
}
public void Init()
{
Inititialize();
_masterStub = Mocks.Stub <ISynchronizationAgent>();
_slaveMock = Mocks.StrictMock <ISynchronizationAgent>();
var map = new SynchronizationMap(_masterStub, _slaveMock);
map.AddReciprocalEntry("scheduled", "planned");
_synchronizer = new CreationSynchronizer(map, _masterStub, _slaveMock);
}
private void SynchronizeStatus(SynchronizationMap statusMap)
{
if (!_isSafeSynch)
{
var statusSynchronizer = new StatusSynchronizer(statusMap, _whiskWorkAgent, _eManagerAgent);
Console.WriteLine("Synchronizing status whiteboard->eManager");
statusSynchronizer.Synchronize();
}
else
{
Console.WriteLine("Synchronizing status whiteboard->eManager DISABLED!");
}
}
public void Init()
{
Inititialize();
_masterStub = Mocks.Stub <ISynchronizationAgent>();
_slaveMock = Mocks.StrictMock <ISynchronizationAgent>();
var map = new SynchronizationMap(_masterStub, _slaveMock);
map.AddReciprocalEntry("/analysis", "Development");
map.AddReciprocalEntry("/done", "Done");
_synchronizer = new StatusSynchronizer(map, _masterStub, _slaveMock);
}
public void ShouldIgnoreMissingMappingWhenSynchronizingCreation()
{
var map = new SynchronizationMap(_masterStub, _slaveMock);
var synchronizer = new CreationSynchronizer(map, _masterStub, _slaveMock);
using (Mocks.Record())
{
SetupResult.For(_masterStub.GetAll()).Return(new[] { Entry("1", "notMapped") });
Expect.Call(_slaveMock.GetAll()).Return(new SynchronizationEntry[0]);
}
using (Mocks.Playback())
{
synchronizer.Synchronize();
}
}
protected override DataSynchronizer CreatePropertyMap()
{
var propertyMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
propertyMap.AddReciprocalEntry("name", "name");
propertyMap.AddReciprocalEntry("unid", "unid");
propertyMap.AddReciprocalEntry("title", "title");
propertyMap.AddReciprocalEntry("team", "team");
propertyMap.AddReciprocalEntry("release", "release");
propertyMap.AddReciprocalEntry("project", "project");
propertyMap.AddReciprocalEntry("leanstatus", "leanstatus");
propertyMap.AddReciprocalEntry("priority", "priority");
var propertySynchronizer = new DataSynchronizer(propertyMap, EManagerAgent, WhiskWorkAgent);
propertySynchronizer.SynchronizeOrdinal = true;
return propertySynchronizer;
}
protected override DataSynchronizer CreatePropertyMap()
{
var propertyMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
propertyMap.AddReciprocalEntry("name", "name");
propertyMap.AddReciprocalEntry("unid", "unid");
propertyMap.AddReciprocalEntry("title", "title");
propertyMap.AddReciprocalEntry("team", "team");
propertyMap.AddReciprocalEntry("release", "release");
propertyMap.AddReciprocalEntry("project", "project");
propertyMap.AddReciprocalEntry("leanstatus", "leanstatus");
propertyMap.AddReciprocalEntry("priority", "priority");
var propertySynchronizer = new DataSynchronizer(propertyMap, EManagerAgent, WhiskWorkAgent);
propertySynchronizer.SynchronizeOrdinal = true;
return(propertySynchronizer);
}
public void ShouldIgnoreMissingMappingWhenSynchronizingStatus()
{
var map = new SynchronizationMap(_masterStub, _slaveMock);
_synchronizer = new StatusSynchronizer(map, _masterStub, _slaveMock);
using (Mocks.Record())
{
SetupResult.For(_masterStub.GetAll()).Return(new[] { Entry("1", "/done") });
Expect.Call(_slaveMock.GetAll()).Return(new[] { Entry("1", "UnknownMap") });
}
using (Mocks.Playback())
{
_synchronizer.Synchronize();
}
}
private void SynchronizeResponsible()
{
var responsibleMap = new SynchronizationMap(_whiskWorkAgent, _eManagerAgent);
responsibleMap.AddReciprocalEntry("unid", "unid");
responsibleMap.AddReciprocalEntry("responsible", "CurrentPerson");
var responsibleSynchronizer = new DataSynchronizer(responsibleMap, _whiskWorkAgent, _eManagerAgent);
if (!_isSafeSynch)
{
Console.WriteLine("Synchronizing responsible whiteboard->eManager");
responsibleSynchronizer.Synchronize();
}
else
{
Console.WriteLine("Synchronizing responsible whiteboard->eManager DISABLED!");
}
}
protected override SynchronizationMap CreateStatusMap()
{
var statusMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
statusMap.AddReciprocalEntry(_new, WhiskWorkBeginStep);
statusMap.AddReciprocalEntry(_inProcess, "/cmsdev/wip/analysis/inprocess");
statusMap.AddReverseEntry("/cmsdev/wip/analysis/done", _inProcess);
statusMap.AddReverseEntry("/cmsdev/wip/development/inprocess", _inProcess);
statusMap.AddReciprocalEntry(_readyForTest, "/cmsdev/wip/development/done");
statusMap.AddReverseEntry("/cmsdev/wip/feedback", _readyForTest);
statusMap.AddReverseEntry("/cmsdev/wip/feedback/review", _readyForTest);
statusMap.AddReverseEntry("/cmsdev/wip/feedback/test", _readyForTest);
statusMap.AddReciprocalEntry(_approvedInDev, "/done");
statusMap.AddForwardEntry(_failed, "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/test/inprocess", _approvedInDev);
statusMap.AddReciprocalEntry(_approvedInTest, "/test/done");
statusMap.AddReverseEntry("/stage", _approvedInTest);
statusMap.AddReciprocalEntry(_approvedInStage, "/approved");
statusMap.AddReciprocalEntry(_closed, "/deployed");
return(statusMap);
}
private void SynchronizeResponsible()
{
var responsibleMap = new SynchronizationMap(_whiskWorkAgent, _eManagerAgent);
responsibleMap.AddReciprocalEntry("unid", "unid");
responsibleMap.AddReciprocalEntry("responsible", "CurrentPerson");
var responsibleSynchronizer = new DataSynchronizer(responsibleMap, _whiskWorkAgent, _eManagerAgent);
if (!_isSafeSynch)
{
Console.WriteLine("Synchronizing responsible whiteboard->eManager");
responsibleSynchronizer.Synchronize();
}
else
{
Console.WriteLine("Synchronizing responsible whiteboard->eManager DISABLED!");
}
}
protected override SynchronizationMap CreateStatusMap()
{
var statusMap = new SynchronizationMap(EManagerAgent, WhiskWorkAgent);
statusMap.AddReciprocalEntry(_new, WhiskWorkBeginStep);
statusMap.AddReciprocalEntry(_inProcess, "/cmsdev/wip/analysis/inprocess");
statusMap.AddReverseEntry("/cmsdev/wip/analysis/done", _inProcess);
statusMap.AddReverseEntry("/cmsdev/wip/development/inprocess", _inProcess);
statusMap.AddReciprocalEntry(_readyForTest, "/cmsdev/wip/development/done");
statusMap.AddReverseEntry("/cmsdev/wip/feedback", _readyForTest);
statusMap.AddReverseEntry("/cmsdev/wip/feedback/review", _readyForTest);
statusMap.AddReverseEntry("/cmsdev/wip/feedback/test", _readyForTest);
statusMap.AddReciprocalEntry(_approvedInDev, "/done");
statusMap.AddForwardEntry(_failed, "/cmsdev/wip/development/inprocess");
statusMap.AddReverseEntry("/test/inprocess", _approvedInDev);
statusMap.AddReciprocalEntry(_approvedInTest, "/test/done");
statusMap.AddReverseEntry("/stage", _approvedInTest);
statusMap.AddReciprocalEntry(_approvedInStage, "/approved");
statusMap.AddReciprocalEntry(_closed, "/deployed");
return statusMap;
}
public CreationSynchronizer(SynchronizationMap map, ISynchronizationAgent master, ISynchronizationAgent slave)
{
_map = map;
_master = master;
_slave = slave;
}
public DataSynchronizer(SynchronizationMap propertyMap, ISynchronizationAgent master, ISynchronizationAgent slave)
{
_propertyMap = propertyMap;
_master = master;
_slave = slave;
}
private void SynchronizeStatusReverse(SynchronizationMap statusMap)
{
var statusSynchronizer = new StatusSynchronizer(statusMap, _eManagerAgent, _whiskWorkAgent);
Console.WriteLine("Synchronizing status eManager->whiteboard");
statusSynchronizer.Synchronize();
}
private void SynchronizeExistence(SynchronizationMap statusMap)
{
var creationSynchronizer = new CreationSynchronizer(statusMap, _eManagerAgent, _whiskWorkAgent);
Console.WriteLine("Synchronizing existence (eManager->whiteboard)");
creationSynchronizer.Synchronize();
}
public void ConstructorTest()
{
var instance = new SynchronizationMap();
Assert.IsNotNull(instance.SynchronizedFields);
}
private void SynchronizeStatus(SynchronizationMap statusMap)
{
if (!_isSafeSynch)
{
var statusSynchronizer = new StatusSynchronizer(statusMap, _whiskWorkAgent, _eManagerAgent);
Console.WriteLine("Synchronizing status whiteboard->eManager");
statusSynchronizer.Synchronize();
}
else
{
Console.WriteLine("Synchronizing status whiteboard->eManager DISABLED!");
}
}
