public override void Set(RuntimeContext ctx, string name, IElfObject value, IElfObject @this)
{
var pbag = (PropertyBag)ctx.VM.Context["iactx"];
if (pbag.ContainsKey(name))
{
pbag[name] = @this.VM.Marshaller.Marshal(value);
return;
}
try
{
base.Set(ctx, name, value, @this);
}
catch (ErroneousScriptRuntimeException e)
{
if (e.Type == ElfExceptionType.CannotResolveVariable)
{
pbag.Add(name, @this.VM.Marshaller.Marshal(value));
}
else
{
throw;
}
}
}
public override IElfObject Get(RuntimeContext ctx, string name, IElfObject @this)
{
var b = Vault(ctx).GetBranch(name.FromElfIdentifier());
if (b == null)
{
throw new ReferencedBranchDoesNotExistException(Node(ctx), name);
}
else
{
if (b.IsFov())
{
var eval = Session(ctx).Eval(b);
var typeToken = b.GetValue("type").ContentString;
var val = typeToken == "percent" ? ((double)eval) * 100 : eval;
var obj_t = typeToken.GetTypeFromToken();
var obj = (IElfObject)Activator.CreateInstance(obj_t, val);
obj.Bind(ctx.VM);
return obj;
}
else
{
return new ScenarioNode(b);
}
}
}
public override IElfObject Get(RuntimeContext ctx, string name, IElfObject @this)
{
var pbag = (PropertyBag)ctx.VM.Context["iactx"];
if (pbag.ContainsKey(name))
{
return @this.VM.Marshaller.Unmarshal(pbag[name]);
}
return base.Get(ctx, name, @this);
}
public override void Declare(RuntimeContext ctx, string name, IElfObject @this)
{
if (name.Contains("."))
{
throw new ErroneousScriptRuntimeException(ElfExceptionType.DuplicateVariableName, ctx.VM);
}
else
{
base.Declare(ctx, name, @this);
}
}
public override IElfObject Get(RuntimeContext ctx, string name, IElfObject @this)
{
var script = (ToyScript)@this.VM.Marshaller.Marshal(@this);
if (name.Contains("."))
{
// release code should feature type check here
return @this.VM.Marshaller.Unmarshal((double)script[name]);
}
return base.Get(ctx, name, @this);
}
public override void Declare(RuntimeContext ctx, string name, IElfObject @this)
{
var pbag = (PropertyBag)ctx.VM.Context["iactx"];
if (pbag.ContainsKey(name))
{
throw new ErroneousScriptRuntimeException(ElfExceptionType.DuplicateVariableName, ctx.VM);
}
else
{
base.Declare(ctx, name, @this);
}
}
public override void Set(RuntimeContext ctx, string name, IElfObject value, IElfObject @this)
{
var script = (ToyScript)@this.VM.Marshaller.Marshal(@this);
if (script[name] != null)
{
// release code should feature type check here
script[name] = (double)@this.VM.Marshaller.Marshal(value);
return;
}
base.Set(ctx, name, value, @this);
}
public virtual IElfObject Get(RuntimeContext ctx, string name, IElfObject @this)
{
var current = ctx.CallStack.Peek();
foreach(var scope in current.Scopes)
{
if (scope.ContainsKey(name))
{
return scope[name];
}
}
throw new ErroneousScriptRuntimeException(ElfExceptionType.CannotResolveVariable, @this.VM);
}
public override IElfObject Get(RuntimeContext ctx, string name, IElfObject @this)
{
var node = (ColaNode)ctx.VM.Context["cc_node"];
var qualifiedName = name.Contains(".") ? name : node.TPath + "." + name;
var pbag = (ParametersValues)ctx.VM.Context["cc_values"];
if (pbag.ContainsKey(qualifiedName))
{
return @this.VM.Marshaller.Unmarshal(pbag[qualifiedName]);
}
return base.Get(ctx, name, @this);
}
public virtual void Declare(RuntimeContext ctx, string name, IElfObject @this)
{
var current = ctx.CallStack.Peek();
foreach(var scope in current.Scopes)
{
if (scope.ContainsKey(name))
{
throw new ErroneousScriptRuntimeException(ElfExceptionType.DuplicateVariableName, @this.VM);
}
}
current.Scopes.Peek().Add(name, new ElfVoid());
}
//throws EngineException ,KernelException
/// <summary>
/// 判断任务实例是否可以终止
/// </summary>
/// <param name="currentSession"></param>
/// <param name="runtimeContext"></param>
/// <param name="processInstance"></param>
/// <param name="taskInstance"></param>
/// <returns>true表示可以终止，false不能终止</returns>
public Boolean taskInstanceCanBeCompleted(IWorkflowSession currentSession, RuntimeContext runtimeContext,
IProcessInstance processInstance, ITaskInstance taskInstance)
{
//在Fire Workflow 中，系统默认每个子流程仅创建一个实例，所以当子流程实例完成后，SubflowTaskInstance都可以被completed
//所以，应该直接返回true;
return true;
//如果系统动态创建了多个并发子流程实例，则需要检查是否存在活动的子流程实例，如果存在则返回false，否则返回true。
//可以用下面的代码实现
// IPersistenceService persistenceService = runtimeContext.PersistenceService;
// Int32 count = persistenceService.getAliveProcessInstanceCountForParentTaskInstance(taskInstance.Id);
// if (count>0){
// return false;
// }else{
// return true;
// }
}
public void Startup(IEntryPoint entryPoint)
{
if (Ctx != null)
{
throw new UnexpectedElfRuntimeException(VM, "This thread is already started");
}
else
{
Ctx = new RuntimeContext();
Ctx.Bind(VM);
Ctx.CallStack.Push(new NativeCallContext(entryPoint.CodePoint, entryPoint.This, entryPoint.Args));
VM.Threads.Add(this);
EntryPoint = entryPoint;
ExecutionResult = new ElfVoid();
Status = ThreadStatus.Running;
}
}
public void InitControllers()
{
controllerContext = new ControllerContext();
controllerContext.Injector = register;
controllerContext.Setup();
preloadContext = new PreloadContext();
preloadContext.Injector = register;
preloadContext.Setup();
longLiveContext = new LongLiveContext();
longLiveContext.Injector = register;
longLiveContext.Setup();
runtimeContext = new RuntimeContext();
runtimeContext.Injector = register;
runtimeContext.Setup();
}
// throws EngineException, KernelException
public void run(IWorkflowSession currentSession, RuntimeContext runtimeContext, IProcessInstance processInstance, ITaskInstance taskInstance)
{
if (taskInstance.TaskType != TaskTypeEnum.TOOL)
{
throw new EngineException(processInstance, taskInstance.Activity,
"DefaultToolTaskInstanceRunner：TaskInstance的任务类型错误，只能为TOOL类型");
}
Task task = taskInstance.Task;
if (task == null)
{
WorkflowProcess process = taskInstance.WorkflowProcess;
throw new EngineException(taskInstance.ProcessInstanceId, process, taskInstance.TaskId,
"The Task is null,can NOT start the taskinstance,");
}
if (((ToolTask)task).Application == null || ((ToolTask)task).Application.Handler == null)
{
WorkflowProcess process = taskInstance.WorkflowProcess;
throw new EngineException(taskInstance.ProcessInstanceId, process, taskInstance.TaskId,
"The task.Application is null or task.Application.Handler is null,can NOT start the taskinstance,");
}
Object obj = runtimeContext.getBeanByName(((ToolTask)task).Application.Handler);
if (obj == null || !(obj is IApplicationHandler))
{
WorkflowProcess process = taskInstance.WorkflowProcess;
throw new EngineException(taskInstance.ProcessInstanceId, process, taskInstance.TaskId,
"Run tool task instance error! Not found the instance of " + ((ToolTask)task).Application.Handler + " or the instance not implements IApplicationHandler");
}
try
{
((IApplicationHandler)obj).execute(taskInstance);
}
catch (Exception )
{//TODO wmj2003 对tool类型的task抛出的错误应该怎么处理？ 这个时候引擎会如何？整个流程是否还可以继续？
throw new EngineException(processInstance, taskInstance.Activity,
"DefaultToolTaskInstanceRunner：TaskInstance的任务执行失败！");
}
ITaskInstanceManager taskInstanceManager = runtimeContext.TaskInstanceManager;
taskInstanceManager.completeTaskInstance(currentSession, processInstance, taskInstance, null);
}
public override void Set(RuntimeContext ctx, string name, IElfObject value, IElfObject @this)
{
var node = (ColaNode)ctx.VM.Context["cc_node"];
var qualifiedName = name.Contains(".") ? name : node.TPath + "." + name;
var pbag = (ParametersValues)ctx.VM.Context["cc_values"];
if (pbag.ContainsKey(qualifiedName))
{
pbag[qualifiedName] = @this.VM.Marshaller.Marshal(value);
return;
}
try
{
base.Set(ctx, name, value, @this);
}
catch (ErroneousScriptRuntimeException)
{
pbag.Add(new Parameter(qualifiedName), @this.VM.Marshaller.Marshal(value));
return;
}
}
public override void Declare(RuntimeContext ctx, string name, IElfObject @this)
{
if (name.Contains("."))
{
// todo. is this behavior really unacceptable?
throw new ErroneousScriptRuntimeException(ElfExceptionType.BadVariableName, ctx.VM);
}
else
{
var node = (ColaNode)ctx.VM.Context["cc_node"];
var qualifiedName = name.Contains(".") ? name : node.TPath + "." + name;
var pbag = (ParametersValues)ctx.VM.Context["cc_values"];
if (pbag.ContainsKey(qualifiedName))
{
throw new ErroneousScriptRuntimeException(ElfExceptionType.DuplicateVariableName, ctx.VM);
}
else
{
base.Declare(ctx, name, @this);
}
}
}
public TestFilesSource(string path, bool useSubDirectories, RuntimeContext communicator)
: base(path, useSubDirectories, communicator)
{
}
public override void Run(RuntimeContext context, IChannel channel)
{
while (true)
{
var messages = this.GetNext();
foreach (var message in messages)
{
channel.Emit(message);
}
}
}
public override void Run(RuntimeContext context, IChannel channel)
{
IPerfCounter mainPoolCounter = PerfCounterFactory.Create(PerfCounterImplType.AutoPilot, "iperf_ex", "tds1", PerfCounterType.Number);
IPerfCounter extraCouter = PerfCounterFactory.Create(PerfCounterImplType.Automatic, "iperf_ex", "tds2", PerfCounterType.Number);
ProAndConsModel server = new ProAndConsModel();
Thread serverThread = new Thread(() => server.run(2, 2));
serverThread.Start();
while (true)
{
String workingDir = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location);
InstrumentationHelper.Info("location", workingDir);
mainPoolCounter.Set(server.getPoolValue());
extraCouter.Set(server.getThreadNum());
Thread.Sleep(500);
}
}
private IBranch Node(RuntimeContext ctx) { return (IBranch)ctx.VM.Context["nodeInProgress"]; }
public static void ExecuteOn_Mapping_Through_InitMapping(XComponent.TradeCapture.UserObject.Init init, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IInitMappingInitOnMappingTransactionSenderInterface sender)
{
sender.GetInstrumentSnapshot(context, new GetSnapshot());
}
public object doInWorkflowSession(RuntimeContext ctx)
{
WorkflowDefinition workflowDef = ctx.DefinitionService.GetTheLatestVersionOfWorkflowDefinition(wfprocessId);
WorkflowProcess wfProcess = null;
wfProcess = workflowDef.getWorkflowProcess();
if (wfProcess == null)
{
throw new Exception("Workflow process NOT found,id=[" + wfprocessId + "]");
}
ProcessInstance processInstance = new ProcessInstance();
processInstance.CreatorId = creatorId;
processInstance.ProcessId = wfProcess.Id;
processInstance.Version = workflowDef.Version;
processInstance.DisplayName = wfProcess.DisplayName;
processInstance.Name = wfProcess.Name;
processInstance.State = ProcessInstanceEnum.INITIALIZED;
processInstance.CreatedTime = ctx.CalendarService.getSysDate();
processInstance.ParentProcessInstanceId = parentProcessInstanceId;
processInstance.ParentTaskInstanceId = parentTaskInstanceId;
ctx.PersistenceService.SaveOrUpdateProcessInstance(
processInstance);
// 初始化流程变量
List <DataField> datafields = wfProcess.DataFields;
for (int i = 0; datafields != null && i < datafields.Count; i++)
{
DataField df = (DataField)datafields[i];
if (df.DataType == DataTypeEnum.STRING)
{
if (df.InitialValue != null)
{
processInstance.setProcessInstanceVariable(df.Name, df.InitialValue);
}
else
{
processInstance.setProcessInstanceVariable(df.Name, "");
}
}
else if (df.DataType == DataTypeEnum.INTEGER)
{
if (df.InitialValue != null)
{
try
{
Int32 intValue = Int32.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df.Name, intValue);
}
catch (Exception)
{
}
}
else
{
processInstance.setProcessInstanceVariable(df.Name, (Int32)0);
}
}
else if (df.DataType == DataTypeEnum.LONG)
{
if (df.InitialValue != null)
{
try
{
long longValue = long.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df.Name, longValue);
}
catch (Exception)
{
}
}
else
{
processInstance.setProcessInstanceVariable(df.Name, (long)0);
}
}
else if (df.DataType == DataTypeEnum.FLOAT)
{
if (df.InitialValue != null)
{
float floatValue = float.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df.Name, floatValue);
}
else
{
processInstance.setProcessInstanceVariable(df.Name, (float)0);
}
}
else if (df.DataType == DataTypeEnum.DOUBLE)
{
if (df.InitialValue != null)
{
Double doubleValue = Double.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df
.Name, doubleValue);
}
else
{
processInstance.setProcessInstanceVariable(df.Name, (Double)0);
}
}
else if (df.DataType == DataTypeEnum.BOOLEAN)
{
if (df.InitialValue != null)
{
Boolean booleanValue = Boolean.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df.Name, booleanValue);
}
else
{
processInstance.setProcessInstanceVariable(df.Name, false);
}
}
else if (df.DataType == DataTypeEnum.DATETIME)
{
// TODO 需要完善一下
if (df.InitialValue != null &&
df.DataPattern != null)
{
try
{
//SimpleDateFormat dFormat = new SimpleDateFormat(df.DataPattern);
DateTime dateTmp = DateTime.Parse(df.InitialValue);
processInstance.setProcessInstanceVariable(df.Name, dateTmp);
}
catch (Exception)
{
processInstance.setProcessInstanceVariable(df.Name, null);
//e.printStackTrace();
}
}
else
{
processInstance.setProcessInstanceVariable(df.Name, null);
}
}
}
ctx.PersistenceService.SaveOrUpdateProcessInstance(
processInstance);
return(processInstance);
}
/// <summary>
/// Executing triggeredMethod ExecuteOn_Done_Through_TransitionTrigger
/// </summary>
public static void ExecuteOn_Done_Through_TransitionTrigger(XComponent.BenchSimpleFork.UserObject.TransitionTrigger transitionTrigger, object object_PublicMember, object object_InternalMember, RuntimeContext context, ITransitionTriggerTransitionTriggerOnDoneTransitionTriggerSenderInterface sender)
{
TriggeredMethodContext.Instance.StartBench();
for (int i = 0; i < transitionTrigger.NbInstances; i++)
{
sender.SendEvent(StdEnum.TriggeringRuleBench, new UserObject.TriggerTransition {
Id = i
});
}
}
public Object doInWorkflowSession(RuntimeContext ctx)
{
IPersistenceService persistenceService = ctx.PersistenceService;
return(persistenceService.FindProcessInstanceById(id));
}
public Object doInWorkflowSession(RuntimeContext ctx)
{
IPersistenceService persistenceService = ctx.PersistenceService;
return(persistenceService.FindTaskInstancesForProcessInstance(processInstanceId, activityId));
}
public Object doInWorkflowSession(RuntimeContext ctx)
{
IPersistenceService persistenceService = ctx.PersistenceService;
return(persistenceService.FindWorkItemById(workItemId));
}
public static void ExecuteOn_Mapping_Through_ReferentialNotification(XComponent.Referential.UserObject.InstrumentSnapshot instrumentSnapshot, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IReferentialNotificationInstrumentSnapshotOnMappingTransactionSenderInterface sender)
{
DoMapping(instrumentSnapshot, transaction, context, sender);
}
public static void ExecuteOn_TransactionRejected_Through_Reject(XComponent.TradeCapture.UserObject.Reject reject, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IRejectRejectOnTransactionRejectedTransactionSenderInterface sender)
{
}
public void run(IWorkflowSession currentSession, RuntimeContext runtimeContext,
IProcessInstance processInstance, ITaskInstance taskInstance)// throws EngineException, KernelException
{
if (taskInstance.TaskType != TaskTypeEnum.SUBFLOW)
{
throw new EngineException(processInstance, taskInstance.Activity,
"DefaultSubflowTaskInstanceRunner：TaskInstance的任务类型错误，只能为SUBFLOW类型");
}
Task task = taskInstance.Task;
SubWorkflowProcess Subflow = ((SubflowTask)task).SubWorkflowProcess;
WorkflowDefinition subWorkflowDef = runtimeContext.DefinitionService.GetTheLatestVersionOfWorkflowDefinition(Subflow.WorkflowProcessId);
if (subWorkflowDef == null)
{
WorkflowProcess parentWorkflowProcess = taskInstance.WorkflowProcess;
throw new EngineException(taskInstance.ProcessInstanceId, parentWorkflowProcess, taskInstance.TaskId,
"系统中没有Id为" + Subflow.WorkflowProcessId + "的流程定义");
}
WorkflowProcess subWorkflowProcess = subWorkflowDef.getWorkflowProcess();
if (subWorkflowProcess == null)
{
WorkflowProcess parentWorkflowProcess = taskInstance.WorkflowProcess;
throw new EngineException(taskInstance.ProcessInstanceId, parentWorkflowProcess, taskInstance.TaskId,
"系统中没有Id为" + Subflow.WorkflowProcessId + "的流程定义");
}
IPersistenceService persistenceService = runtimeContext.PersistenceService;
//更改任务的状态和开始时间
((TaskInstance)taskInstance).State = TaskInstanceStateEnum.RUNNING;
((TaskInstance)taskInstance).StartedTime = runtimeContext.CalendarService.getSysDate();
persistenceService.SaveOrUpdateTaskInstance(taskInstance);
IProcessInstance subProcessInstance = currentSession.createProcessInstance(subWorkflowProcess.Name, taskInstance);
//初始化流程变量,从父实例获得初始值
Dictionary <String, Object> processVars = ((TaskInstance)taskInstance).AliveProcessInstance.ProcessInstanceVariables;
List <DataField> datafields = subWorkflowProcess.DataFields;
for (int i = 0; datafields != null && i < datafields.Count; i++)
{
DataField df = (DataField)datafields[i];
if (df.DataType == DataTypeEnum.STRING)
{
if (processVars[df.Name] != null && (processVars[df.Name] is String))
{
subProcessInstance.setProcessInstanceVariable(df.Name, processVars[df.Name]);
}
else if (df.InitialValue != null)
{
subProcessInstance.setProcessInstanceVariable(df.Name, df.InitialValue);
}
else
{
subProcessInstance.setProcessInstanceVariable(df.Name, "");
}
}
else if (df.DataType == DataTypeEnum.INTEGER)
{
if (processVars[df.Name] != null && (processVars[df.Name] is Int32))
{
subProcessInstance.setProcessInstanceVariable(df.Name, processVars[df.Name]);
}
else if (df.InitialValue != null)
{
try
{
Int32 intValue = Int32.Parse(df.InitialValue);
subProcessInstance.setProcessInstanceVariable(df.Name, intValue);
}
catch { }
}
else
{
subProcessInstance.setProcessInstanceVariable(df.Name, (Int32)0);
}
}
else if (df.DataType == DataTypeEnum.FLOAT)
{
if (processVars[df.Name] != null && (processVars[df.Name] is float))
{
subProcessInstance.setProcessInstanceVariable(df.Name, processVars[df.Name]);
}
else if (df.InitialValue != null)
{
float floatValue = float.Parse(df.InitialValue);
subProcessInstance.setProcessInstanceVariable(df.Name, floatValue);
}
else
{
subProcessInstance.setProcessInstanceVariable(df.Name, (float)0);
}
}
else if (df.DataType == DataTypeEnum.BOOLEAN)
{
if (processVars[df.Name] != null && (processVars[df.Name] is Boolean))
{
subProcessInstance.setProcessInstanceVariable(df.Name, processVars[df.Name]);
}
else if (df.InitialValue != null)
{
Boolean booleanValue = Boolean.Parse(df.InitialValue);
subProcessInstance.setProcessInstanceVariable(df.Name, booleanValue);
}
else
{
subProcessInstance.setProcessInstanceVariable(df.Name, false);
}
}
else if (df.DataType == DataTypeEnum.DATETIME)
{
//TODO 需要完善一下 （ 父子流程数据传递——时间类型的数据还未做传递-不知道为什么？）
//wmj2003 20090925 补充上了
if (processVars[df.Name] != null && (processVars[df.Name] is DateTime))
{
subProcessInstance.setProcessInstanceVariable(df.Name, processVars[df.Name]);
}
else if (df.InitialValue != null)
{
try
{
DateTime dateTmp = DateTime.Parse(df.InitialValue);
subProcessInstance.setProcessInstanceVariable(df.Name, dateTmp);
}
catch
{
subProcessInstance.setProcessInstanceVariable(df.Name, null);
}
}
}
//TODO 应将下面这句删除！这里还需要吗？应该直接subProcessInstance.run()就可以了。
runtimeContext.PersistenceService.SaveOrUpdateProcessInstance(subProcessInstance);
subProcessInstance.run();
}
}
public DumpController(RuntimeContext runtimeContext)
{
_runtimeContext = runtimeContext;
}
private IVault Vault(RuntimeContext ctx) { return (IVault)ctx.VM.Context["vault"]; }
internal static T Access <T>(RuntimeContext context, string name)
{
return((T)Access(context, name));
}
public static void ExecuteOn_Validation_Through_NewTransaction(XComponent.TradeCapture.UserObject.Transaction transaction_TriggeringEvent, XComponent.TradeCapture.UserObject.Transaction transaction_PublicMember, object object_InternalMember, RuntimeContext context, INewTransactionTransactionOnValidationTransactionSenderInterface sender)
{
transaction_TriggeringEvent.Id = count++;
Validator validator = new Validator();
if (validator.Validate(transaction_TriggeringEvent))
{
sender.InitMapping(context, new Init());
}
else
{
sender.ValidationError(context, new Error());
}
XComponent.Shared.XCClone.Clone(transaction_TriggeringEvent, transaction_PublicMember);
}
public ModulesAnalyzer(RuntimeContext context)
: base(context)
{
}
//throws EngineException ,KernelException
/// <summary>
/// 判断任务实例是否可以终止
/// </summary>
/// <param name="currentSession"></param>
/// <param name="runtimeContext"></param>
/// <param name="processInstance"></param>
/// <param name="taskInstance"></param>
/// <returns>true表示可以终止，false不能终止</returns>
public Boolean taskInstanceCanBeCompleted(IWorkflowSession currentSession, RuntimeContext runtimeContext,
IProcessInstance processInstance, ITaskInstance taskInstance)
{
//Tool类型的TaskInstance在handler执行完后，都可以直接结束。
return true;
}
public override void Set(RuntimeContext ctx, string name, IElfObject value, IElfObject @this)
{
// todo. temporarily not implemented
}
public override void Open(Configuration parameters)
{
// get access to the state object
_currentState = RuntimeContext.GetState(new ValueStateDescriptor <State>("state"));
}
public static void ExecuteOn_ErrorOnMapping_Through_Error(XComponent.TradeCapture.UserObject.Error error, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IErrorErrorOnErrorOnMappingTransactionSenderInterface sender)
{
}
public StringDuplicateAnalyzer(RuntimeContext context) : base(context)
{
}
public static void ExecuteOn_TransactionRejected_Through_TimeOut(XComponent.Common.Event.DefaultEvent defaultEvent, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, ITimeOutDefaultEventOnTransactionRejectedTransactionSenderInterface sender)
{
}
public override void Run(RuntimeContext context, IChannel channel)
{
HydraClientBenchmark clientBenchmark = new HydraClientBenchmark(TESTCONFIG.maxOutgoing);
clientBenchmark.Start(TESTCONFIG.threadNum);
while (true)
{
Observer observer = clientBenchmark.Get();
counters.AssignFromObserver(observer);
InstrumentationHelper.Debug(
"report:",
"success[-]: [counters: {0},{1},{2},{3},{4},{5},{6}]",
observer.sendRate, observer.successRate, observer.failSendRate, observer.failResponseRate,
observer.expiredRate, observer.keyNotFoundRate, observer.latency
);
Thread.Sleep(1000);
}
}
public static void ExecuteOn_Validation_Through_UpdateAndRetry(XComponent.TradeCapture.UserObject.UpdateAndRetry updateAndRetry, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IUpdateAndRetryUpdateAndRetryOnValidationTransactionSenderInterface sender)
{
}
/// <summary>
/// Executes the task.
/// </summary>
/// <param name="runtimeContext">The runtime context.</param>
/// <param name="taskContext">The task execution context.</param>
/// <returns>The async <see cref="Task"/>.</returns>
public Task Execute(RuntimeContext runtimeContext, TaskContext taskContext)
{
throw new NotSupportedException("Post-Deploy script not supported.");
}
protected async Task <IActionResult> GetInsights(TResource resource, string pesId, string supportTopicId, string startTime, string endTime, string timeGrain)
{
if (!DateTimeHelper.PrepareStartEndTimeWithTimeGrain(startTime, endTime, timeGrain, out DateTime startTimeUtc, out DateTime endTimeUtc, out TimeSpan timeGrainTimeSpan, out string errorMessage))
{
return(BadRequest(errorMessage));
}
var supportTopic = new SupportTopic()
{
Id = supportTopicId, PesId = pesId
};
RuntimeContext <TResource> cxt = PrepareContext(resource, startTimeUtc, endTimeUtc, true, supportTopic);
List <AzureSupportCenterInsight> insights = null;
string error = null;
List <Definition> detectorsRun = new List <Definition>();
IEnumerable <Definition> allDetectors = null;
try
{
supportTopicId = ParseCorrectSupportTopicId(supportTopicId);
allDetectors = (await ListDetectorsInternal(cxt)).Select(detectorResponse => detectorResponse.Metadata);
var applicableDetectors = allDetectors
.Where(detector => string.IsNullOrWhiteSpace(supportTopicId) || detector.SupportTopicList.FirstOrDefault(st => st.Id == supportTopicId) != null);
var insightGroups = await Task.WhenAll(applicableDetectors.Select(detector => GetInsightsFromDetector(cxt, detector, detectorsRun)));
insights = insightGroups.Where(group => group != null).SelectMany(group => group).ToList();
}
catch (Exception ex)
{
error = ex.GetType().ToString();
DiagnosticsETWProvider.Instance.LogRuntimeHostHandledException(cxt.OperationContext.RequestId, "GetInsights", cxt.OperationContext.Resource.SubscriptionId,
cxt.OperationContext.Resource.ResourceGroup, cxt.OperationContext.Resource.Name, ex.GetType().ToString(), ex.ToString());
}
var correlationId = Guid.NewGuid();
bool defaultInsightReturned = false;
// Detectors Ran but no insights
if (!insights.Any() && detectorsRun.Any())
{
defaultInsightReturned = true;
insights.Add(AzureSupportCenterInsightUtilites.CreateDefaultInsight(cxt.OperationContext, detectorsRun));
}
// No detectors matched this support topic
else if (!detectorsRun.Any())
{
var defaultDetector = allDetectors.FirstOrDefault(detector => detector.Id.StartsWith("default_insights"));
if (defaultDetector != null)
{
var defaultDetectorInsights = await GetInsightsFromDetector(cxt, defaultDetector, new List <Definition>());
defaultInsightReturned = defaultDetectorInsights.Any();
insights.AddRange(defaultDetectorInsights);
}
}
var insightInfo = new
{
Total = insights.Count,
Critical = insights.Count(insight => insight.ImportanceLevel == ImportanceLevel.Critical),
Warning = insights.Count(insight => insight.ImportanceLevel == ImportanceLevel.Warning),
Info = insights.Count(insight => insight.ImportanceLevel == ImportanceLevel.Info),
Default = defaultInsightReturned ? 1 : 0
};
DiagnosticsETWProvider.Instance.LogRuntimeHostInsightCorrelation(cxt.OperationContext.RequestId, "ControllerBase.GetInsights", cxt.OperationContext.Resource.SubscriptionId,
cxt.OperationContext.Resource.ResourceGroup, cxt.OperationContext.Resource.Name, correlationId.ToString(), JsonConvert.SerializeObject(insightInfo));
var response = new AzureSupportCenterInsightEnvelope()
{
CorrelationId = correlationId,
ErrorMessage = error,
TotalInsightsFound = insights != null?insights.Count() : 0,
Insights = insights
};
return(Ok(response));
}
public Authority(RuntimeContext context)
: this(context, DefaultAuthorityHostUrl)
{
}
private async Task <IEnumerable <DiagnosticApiResponse> > ListDetectorsInternal(RuntimeContext <TResource> context)
{
await this._sourceWatcherService.Watcher.WaitForFirstCompletion();
return(_invokerCache.GetDetectorInvokerList <TResource>(context)
.Select(p => new DiagnosticApiResponse {
Metadata = RemovePIIFromDefinition(p.EntryPointDefinitionAttribute, context.ClientIsInternal)
}));
}
public void setRuntimeContext(RuntimeContext ctx)
{
throw new NotImplementedException();
}
private async Task <Tuple <Response, List <DataProviderMetadata> > > GetDetectorInternal(string detectorId, RuntimeContext <TResource> context)
{
await this._sourceWatcherService.Watcher.WaitForFirstCompletion();
var dataProviders = new DataProviders.DataProviders(_dataSourcesConfigService.Config);
var invoker = this._invokerCache.GetDetectorInvoker <TResource>(detectorId, context);
if (invoker == null)
{
return(null);
}
Response res = new Response
{
Metadata = RemovePIIFromDefinition(invoker.EntryPointDefinitionAttribute, context.ClientIsInternal)
};
var response = (Response)await invoker.Invoke(new object[] { dataProviders, context.OperationContext, res });
List <DataProviderMetadata> dataProvidersMetadata = null;
response.UpdateDetectorStatusFromInsights();
if (context.ClientIsInternal)
{
dataProvidersMetadata = GetDataProvidersMetadata(dataProviders);
}
return(new Tuple <Response, List <DataProviderMetadata> >(response, dataProvidersMetadata));
}
private EvalSession Session(RuntimeContext ctx) { return (EvalSession)ctx.VM.Context["evalSession"]; }
private async Task <IEnumerable <AzureSupportCenterInsight> > GetInsightsFromDetector(RuntimeContext <TResource> context, Definition detector, List <Definition> detectorsRun)
{
Response response = null;
detectorsRun.Add(detector);
try
{
var fullResponse = await GetDetectorInternal(detector.Id, context);
if (fullResponse != null)
{
response = fullResponse.Item1;
}
}
catch (Exception ex)
{
DiagnosticsETWProvider.Instance.LogRuntimeHostHandledException(context.OperationContext.RequestId, "GetInsightsFromDetector", context.OperationContext.Resource.SubscriptionId,
context.OperationContext.Resource.ResourceGroup, context.OperationContext.Resource.Name, ex.GetType().ToString(), ex.ToString());
}
// Handle Exception or Not Found
// Not found can occur if invalid detector is put in detector list
if (response == null)
{
return(null);
}
List <AzureSupportCenterInsight> supportCenterInsights = new List <AzureSupportCenterInsight>();
if (response.AscInsights.Any())
{
foreach (var ascInsight in response.AscInsights)
{
DiagnosticsETWProvider.Instance.LogRuntimeHostDetectorAscInsight(context.OperationContext.RequestId, detector.Id, ascInsight.ImportanceLevel.ToString(), JsonConvert.SerializeObject(ascInsight));
supportCenterInsights.Add(ascInsight);
}
}
else
{
// Take max one insight per detector, only critical or warning, pick the most critical
var mostCriticalInsight = response.Insights.OrderBy(insight => insight.Status).FirstOrDefault();
//TODO: Add Logging Per Detector Here
AzureSupportCenterInsight ascInsight = null;
if (mostCriticalInsight != null)
{
ascInsight = AzureSupportCenterInsightUtilites.CreateInsight(mostCriticalInsight, context.OperationContext, detector);
supportCenterInsights.Add(ascInsight);
}
DiagnosticsETWProvider.Instance.LogRuntimeHostDetectorAscInsight(context.OperationContext.RequestId, detector.Id, ascInsight?.ImportanceLevel.ToString(), JsonConvert.SerializeObject(ascInsight));
}
var detectorLists = response.Dataset
.Where(diagnosicData => diagnosicData.RenderingProperties.Type == RenderingType.Detector)
.SelectMany(diagnosticData => ((DetectorCollectionRendering)diagnosticData.RenderingProperties).DetectorIds)
.Distinct();
if (detectorLists.Any())
{
var applicableDetectorMetaData = (await this.ListDetectorsInternal(context)).Where(detectorResponse => detectorLists.Contains(detectorResponse.Metadata.Id));
var detectorListResponses = await Task.WhenAll(applicableDetectorMetaData.Select(detectorResponse => GetInsightsFromDetector(context, detectorResponse.Metadata, detectorsRun)));
supportCenterInsights.AddRange(detectorListResponses.Where(detectorInsights => detectorInsights != null).SelectMany(detectorInsights => detectorInsights));
}
return(supportCenterInsights);
}
/// <summary>
/// Determines whether the provided <see cref="T:System.Threading.Tasks.Task"/> can be executed synchronously in this call, and if it can, executes it.
/// </summary>
/// <returns>
/// A Boolean value indicating whether the task was executed inline.
/// </returns>
/// <param name="task">The <see cref="T:System.Threading.Tasks.Task"/> to be executed.</param>
/// <param name="taskWasPreviouslyQueued">A Boolean denoting whether or not task has previously been queued. If this parameter is True, then the task may have been previously queued (scheduled); if False, then the task is known not to have been queued, and this call is being made in order to execute the task inline without queuing it.</param>
protected override bool TryExecuteTaskInline(Task task, bool taskWasPreviouslyQueued)
{
bool canExecuteInline = WorkerPoolThread.CurrentWorkerThread != null;
RuntimeContext ctx = RuntimeContext.Current;
bool canExecuteInline2 = canExecuteInline && ctx != null && object.Equals(ctx.ActivationContext, workerGroup.SchedulingContext);
canExecuteInline = canExecuteInline2;
#if DEBUG
if (logger.IsVerbose2)
{
logger.Verbose2(myId + " --> TryExecuteTaskInline Task Id={0} Status={1} PreviouslyQueued={2} CanExecute={3} Queued={4}",
task.Id, task.Status, taskWasPreviouslyQueued, canExecuteInline, workerGroup.ExternalWorkItemCount);
}
#endif
if (!canExecuteInline)
{
return(false);
}
// If the task was previously queued, remove it from the queue
if (taskWasPreviouslyQueued)
{
canExecuteInline = TryDequeue(task);
}
if (!canExecuteInline)
{
#if DEBUG
if (logger.IsVerbose2)
{
logger.Verbose2(myId + " <-X TryExecuteTaskInline Task Id={0} Status={1} Execute=No", task.Id, task.Status);
}
#endif
return(false);
}
#if EXTRA_STATS
turnsExecutedStatistic.Increment();
#endif
#if DEBUG
if (logger.IsVerbose3)
{
logger.Verbose3(myId + " TryExecuteTaskInline Task Id={0} Thread={1} Execute=Yes", task.Id, Thread.CurrentThread.ManagedThreadId);
}
#endif
// Try to run the task.
bool done = TryExecuteTask(task);
if (!done)
{
logger.Warn(ErrorCode.SchedulerTaskExecuteIncomplete3, "TryExecuteTaskInline: Incomplete base.TryExecuteTask for Task Id={0} with Status={1}",
task.Id, task.Status);
}
#if DEBUG
if (logger.IsVerbose2)
{
logger.Verbose2(myId + " <-- TryExecuteTaskInline Task Id={0} Thread={1} Execute=Done Ok={2}", task.Id, Thread.CurrentThread.ManagedThreadId, done);
}
#endif
return(done);
}
public static void ExecuteOn_TransactionAccepted_Through_Accepted(XComponent.TradeCapture.UserObject.Accept accept, XComponent.TradeCapture.UserObject.Transaction transaction, object object_InternalMember, RuntimeContext context, IAcceptedAcceptOnTransactionAcceptedTransactionSenderInterface sender)
{
}
/// <summary>
/// Executing triggeredMethod ExecuteOn_Published_Through_PublishResult
/// </summary>
public static void ExecuteOn_Published_Through_PublishResult(XComponent.BenchSimpleFork.UserObject.BenchResult benchResult_TriggeringEvent, XComponent.BenchSimpleFork.UserObject.BenchResult benchResult_PublicMember, object object_InternalMember, RuntimeContext context, IPublishResultBenchResultOnPublishedBenchResultSenderInterface sender)
{
// Uncomment the following line if you want to copy benchResult_TriggeringEvent properties values into benchResult_PublicMember
XComponent.Shared.XCClone.Clone(benchResult_TriggeringEvent, benchResult_PublicMember);
}
private static WorkItemRepositoryMock MakeRepository(out IWorkItem startPoint)
{
var logger = Substitute.For <ILogEvents>();
var settings = TestHelpers.LoadConfigFromResourceFile("NewObjects.policies", logger);
var repository = new WorkItemRepositoryMock();
System.Func <IRuntimeContext, IScriptLibrary> scriptLibraryBuilder = (x) => Substitute.For <IScriptLibrary>();
var context = Substitute.For <IRequestContext>();
context.GetProjectCollectionUri().Returns(
new System.Uri("http://localhost:8080/tfs/DefaultCollection"));
var runtime = RuntimeContext.MakeRuntimeContext("settingsPath", settings, context, logger, (c) => repository, scriptLibraryBuilder);
var grandParent = new WorkItemMock(repository, runtime);
grandParent.Id = 1;
grandParent.TypeName = "Requirement";
grandParent["Microsoft.VSTS.Scheduling.RemainingWork"] = 2.0;
var parent = new WorkItemMock(repository, runtime);
parent.Id = 2;
parent.TypeName = "Use Case";
var firstChild = new WorkItemMock(repository, runtime);
firstChild.Id = 3;
firstChild.TypeName = "Task";
var secondChild = new WorkItemMock(repository, runtime);
secondChild.Id = 4;
secondChild.TypeName = "Task";
var tc1 = new WorkItemMock(repository, runtime);
tc1.Id = 21;
tc1.TypeName = "Test Case";
tc1["Microsoft.VSTS.Scheduling.RemainingWork"] = 10.0;
var tc2 = new WorkItemMock(repository, runtime);
tc2.Id = 22;
tc2.TypeName = "Test Case";
tc2["Microsoft.VSTS.Scheduling.RemainingWork"] = 30.0;
firstChild.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ParentRelationship, parent.Id, repository));
secondChild.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ParentRelationship, parent.Id, repository));
parent.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ParentRelationship, grandParent.Id, repository));
grandParent.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ChildRelationship, parent.Id, repository));
parent.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ChildRelationship, firstChild.Id, repository));
parent.WorkItemLinksImpl.Add(new WorkItemLinkMock(WorkItemImplementationBase.ChildRelationship, secondChild.Id, repository));
// Tested By
grandParent.WorkItemLinksImpl.Add(new WorkItemLinkMock("Microsoft.VSTS.Common.TestedBy-Forward", tc1.Id, repository));
// Tests
tc1.WorkItemLinksImpl.Add(new WorkItemLinkMock("Microsoft.VSTS.Common.TestedBy-Reverse", grandParent.Id, repository));
// Tested By
grandParent.WorkItemLinksImpl.Add(new WorkItemLinkMock("Microsoft.VSTS.Common.TestedBy-Forward", tc2.Id, repository));
// Tests
tc2.WorkItemLinksImpl.Add(new WorkItemLinkMock("Microsoft.VSTS.Common.TestedBy-Reverse", grandParent.Id, repository));
repository.SetWorkItems(new[] { grandParent, parent, firstChild, secondChild, tc1, tc2 });
startPoint = grandParent;
return(repository);
}
public virtual void LeaveScope(RuntimeContext ctx, IElfObject @this)
{
ctx.CallStack.Peek().Scopes.Pop();
}
protected async Task <IActionResult> ExecuteQuery <TPostBodyResource>(TResource resource, CompilationBostBody <TPostBodyResource> jsonBody, string startTime, string endTime, string timeGrain, string detectorId = null, string dataSource = null, string timeRange = null)
{
if (jsonBody == null)
{
return(BadRequest("Missing body"));
}
if (string.IsNullOrWhiteSpace(jsonBody.Script))
{
return(BadRequest("Missing script in body"));
}
if (!DateTimeHelper.PrepareStartEndTimeWithTimeGrain(startTime, endTime, timeGrain, out DateTime startTimeUtc, out DateTime endTimeUtc, out TimeSpan timeGrainTimeSpan, out string errorMessage))
{
return(BadRequest(errorMessage));
}
await this._sourceWatcherService.Watcher.WaitForFirstCompletion();
EntityMetadata metaData = new EntityMetadata(jsonBody.Script);
var dataProviders = new DataProviders.DataProviders(_dataSourcesConfigService.Config);
QueryResponse <DiagnosticApiResponse> queryRes = new QueryResponse <DiagnosticApiResponse>
{
InvocationOutput = new DiagnosticApiResponse()
};
Assembly tempAsm = null;
this.Request.Headers.TryGetValue(HeaderConstants.RequestIdHeaderName, out StringValues requestIds);
var compilerResponse = await _compilerHostClient.GetCompilationResponse(jsonBody.Script, requestIds.FirstOrDefault() ?? string.Empty);
queryRes.CompilationOutput = compilerResponse;
if (queryRes.CompilationOutput.CompilationSucceeded)
{
byte[] asmData = Convert.FromBase64String(compilerResponse.AssemblyBytes);
byte[] pdbData = Convert.FromBase64String(compilerResponse.PdbBytes);
tempAsm = Assembly.Load(asmData, pdbData);
using (var invoker = new EntityInvoker(metaData, ScriptHelper.GetFrameworkReferences(), ScriptHelper.GetFrameworkImports()))
{
invoker.InitializeEntryPoint(tempAsm);
// Verify Detector with other detectors in the system in case of conflicts
List <DataProviderMetadata> dataProvidersMetadata = null;
Response invocationResponse = null;
bool isInternalCall = true;
try
{
if (detectorId == null)
{
if (!VerifyEntity(invoker, ref queryRes))
{
return(Ok(queryRes));
}
RuntimeContext <TResource> cxt = PrepareContext(resource, startTimeUtc, endTimeUtc);
var responseInput = new Response()
{
Metadata = RemovePIIFromDefinition(invoker.EntryPointDefinitionAttribute, cxt.ClientIsInternal)
};
invocationResponse = (Response)await invoker.Invoke(new object[] { dataProviders, cxt.OperationContext, responseInput });
invocationResponse.UpdateDetectorStatusFromInsights();
isInternalCall = cxt.ClientIsInternal;
}
else
{
Dictionary <string, dynamic> systemContext = PrepareSystemContext(resource, detectorId, dataSource, timeRange);
var responseInput = new Response()
{
Metadata = invoker.EntryPointDefinitionAttribute
};
invocationResponse = (Response)await invoker.Invoke(new object[] { dataProviders, systemContext, responseInput });
}
if (isInternalCall)
{
dataProvidersMetadata = GetDataProvidersMetadata(dataProviders);
}
queryRes.RuntimeSucceeded = true;
queryRes.InvocationOutput = DiagnosticApiResponse.FromCsxResponse(invocationResponse, dataProvidersMetadata);
}
catch (Exception ex)
{
if (isInternalCall)
{
queryRes.RuntimeSucceeded = false;
queryRes.InvocationOutput = CreateQueryExceptionResponse(ex, invoker.EntryPointDefinitionAttribute, isInternalCall, GetDataProvidersMetadata(dataProviders));
}
else
{
throw;
}
}
}
}
return(Ok(queryRes));
}
public virtual void EnterScope(RuntimeContext ctx, IElfObject @this)
{
ctx.CallStack.Peek().Scopes.Push(new Scope());
}
public virtual void PrepareCallContext(RuntimeContext ctx, string name, IElfObject @this, params IElfObject[] args)
{
var resolved = Resolve(@this.VM, name, @this.Type, args.Select(arg => arg.Type).ToArray());
if (resolved == null)
{
throw new ErroneousScriptRuntimeException(ElfExceptionType.CannotResolveInvocation, ctx.VM);
}
else
{
if (resolved is NativeMethod)
{
// this class, elf method
if (resolved.Argc == args.Length)
{
ctx.CallStack.Push(new NativeCallContext(
(NativeMethod)resolved, @this, args));
}
// other class, elf method as well
else
{
ctx.CallStack.Push(new NativeCallContext(
(NativeMethod)resolved, args[0], args.Skip(1).ToArray()));
}
}
else
{
var mi = ((ClrMethod)resolved).Rtimpl;
if (mi.DeclaringType != @this.Type.ClrType)
{
if (mi.IsConstructor)
{
// other class, clr ctor
ctx.PendingClrCall = new ClrCallContext(
(ClrMethod)resolved, null, args);
}
else if (mi.IsStatic)
{
// other class, static clr method
ctx.PendingClrCall = new ClrCallContext(
(ClrMethod)resolved, args[0], args);
}
else
{
// other class, instance clr method
ctx.PendingClrCall = new ClrCallContext(
(ClrMethod)resolved, args[0], args.Skip(1).ToArray());
}
}
else
{
if (mi.IsStatic)
{
// this class, static clr method
ctx.PendingClrCall = new ClrCallContext(
(ClrMethod)resolved, @this, @this.AsArray().Concat(args).ToArray());
}
else
{
// this class, instance clr method
ctx.PendingClrCall = new ClrCallContext(
(ClrMethod)resolved, @this, args);
}
}
}
}
}