// X:\jsc.svn\core\ScriptCoreLib\ActionScript\BCLImplementation\System\Threading\Tasks\Task\Task.Delay.cs
//02000022 TestTaskDelay.ApplicationControl+<button3_Click>d__2+<MoveNext>0600001a
//arg[0] is typeof System.Boolean
//script: error JSC1000: No implementation found for this native method, please implement [System.Threading.Tasks.Task.ConfigureAwait(System.Boolean)]
//public ConfiguredTaskAwaitable ConfigureAwait(bool continueOnCapturedContext)
//{
//}
public static Task Delay(int millisecondsDelay)
{
// X:\jsc.svn\examples\javascript\Test\TestTaskDelay\TestTaskDelay\ApplicationControl.cs
// "X:\jsc.svn\examples\javascript\Test\TestTaskDelay\TestTaskDelay.sln"
// X:\jsc.svn\examples\javascript\async\ColorDisco\ColorDisco\ApplicationWebService.cs
// tested by?
var t = new __Task {
};
//Native.setTimeout
new ScriptCoreLib.JavaScript.Runtime.Timer(
delegate
{
t.InternalSetCompleteAndYield();
}
).StartTimeout(millisecondsDelay);
return(t);
}
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2015/20151102/csv
// Z:\jsc.svn\examples\javascript\chrome\hybrid\ChromeHybridCaptureAE\Application.cs
static Application()
{
#region document
if (Native.document != null)
{
// patch the awaiter..
Console.SetOut(new xConsole());
// also. all workers we will be creating will need to start to expect switch commands...
// how can we tap in them?
//__worker_onfirstmessage: {{
// ManagedThreadId = 10, href = https://192.168.1.196:13946/view-source#worker,
// MethodTargetTypeIndex = type$PgZysaxv_bTu4GEkwmJdJrQ,
// MethodTargetType = ___ctor_b__1_5_d,
// MethodToken = jwsABpdwBjGQu09dvBXjxw,
// MethodType = FuncOfObjectToObject,
// stateTypeHandleIndex = null,
// stateType = null,
// state = [object Object],
// IsIProgress = false }}
//
// can we start a task, yet also have special access for the posted messages?
// what about threads that did not hop to background?
// dont they want to hop to background?
HopToThreadPoolAwaitable.VirtualOnCompleted = continuation =>
{
Action<ShadowIAsyncStateMachine> MoveNext0 = null;
// async dont like ref?
var shadowstate = ShadowIAsyncStateMachine.FromContinuation(continuation, ref MoveNext0);
var MoveNext = MoveNext0;
Console.WriteLine("enter HopToThreadPoolAwaitable.VirtualOnCompleted " + new { shadowstate.state });
// post a message to the document
var xx = new __Task.InternalTaskExtensionsScope { InternalTaskExtensionsScope_function = continuation };
var x = new __Task<object>();
// reusing thread init for generic task start, although, resuming needs special implementation..
x.InternalInitializeInlineWorker(
new Action(xx.f),
//action,
default(object),
default(CancellationToken),
default(TaskCreationOptions),
TaskScheduler.Default,
yield: (worker, e) =>
{
// like operator for JSON?
//Console.WriteLine("enter HopToThreadPoolAwaitable InternalInitializeInlineWorker yield");
var data = new
{
HopToUIAwaitable = new
{
// state to hop back
shadowstate = default(ShadowIAsyncStateMachine)
}
};
data = (dynamic)e.data;
//if (data.HopToUIAwaitable )
if (data.HopToUIAwaitable == null)
return;
// time to hop back on continuation?
Console.ForegroundColor = ConsoleColor.Blue;
Console.WriteLine("enter HopToThreadPoolAwaitable yield HopToUIAwaitable, resume state? " + new { data.HopToUIAwaitable.shadowstate.state });
Console.ForegroundColor = ConsoleColor.Black;
//enter HopToThreadPoolAwaitable yield HopToUIAwaitable
//worker Task Run function has returned {{ value_Task = null, value_TaskOfT = null }}
//__Task.InternalStart inner complete {{ yield = {{ value = null }} }}
// the worker should be in a suspended state, as we may want to jump back?
//
MoveNext(data.HopToUIAwaitable.shadowstate);
}
);
x.Start();
};
return;
}
#endregion
#region worker
if (Native.worker != null)
{
Console.WriteLine("about to enable HopToUIAwaitable...");
Native.worker.onfirstmessage += e =>
{
Console.WriteLine("enter onfirstmessage");
HopToUIAwaitable.VirtualOnCompleted = continuation =>
{
// first jump out?
InternalInlineWorker.InternalOverrideTaskOfT = new TaskCompletionSource<object>().Task;
// post a message to the document
// um. how can we signal that we are not done?
Action<ShadowIAsyncStateMachine> MoveNext = null;
// async dont like ref?
var shadowstate = ShadowIAsyncStateMachine.FromContinuation(continuation, ref MoveNext);
Console.WriteLine("enter HopToUIAwaitable.VirtualOnCompleted, postMessage " + new { shadowstate.state });
// postMessageAsync ? if ui wants to return, instead of restaring this thread?
e.postMessage(
new
{
HopToUIAwaitable = new
{
// state to hop back
shadowstate
}
}
);
};
};
return;
}
#endregion
}
static Application()
{
#region document
if (Native.document != null)
{
// patch the awaiter..
//Console.SetOut(new xConsole());
// also. all workers we will be creating will need to start to expect switch commands...
// how can we tap in them?
//__worker_onfirstmessage: {{
// ManagedThreadId = 10, href = https://192.168.1.196:13946/view-source#worker,
// MethodTargetTypeIndex = type$PgZysaxv_bTu4GEkwmJdJrQ,
// MethodTargetType = ___ctor_b__1_5_d,
// MethodToken = jwsABpdwBjGQu09dvBXjxw,
// MethodType = FuncOfObjectToObject,
// stateTypeHandleIndex = null,
// stateType = null,
// state = [object Object],
// IsIProgress = false }}
//
// can we start a task, yet also have special access for the posted messages?
// what about threads that did not hop to background?
// dont they want to hop to background?
HopToWorker.VirtualOnCompleted = continuation =>
{
Action<ShadowIAsyncStateMachine> MoveNext0 = null;
// async dont like ref?
var shadowstate = ShadowIAsyncStateMachine.FromContinuation(continuation, ref MoveNext0);
var MoveNext = MoveNext0;
Console.WriteLine("enter HopToWorker " + new { shadowstate.state });
// post a message to the document
var xx = new __Task.InternalTaskExtensionsScope { InternalTaskExtensionsScope_function = continuation };
var x = new __Task<object>();
// reusing thread init for generic task start, although, resuming needs special implementation..
x.InternalInitializeInlineWorker(
new Action(xx.f),
//action,
default(object),
default(CancellationToken),
default(TaskCreationOptions),
TaskScheduler.Default,
yield: (worker, e) =>
{
// like operator for JSON?
//Console.WriteLine("enter HopToThreadPoolAwaitable InternalInitializeInlineWorker yield");
var data = new
{
vSetTitle = default(string),
HopToUIAwaitable = new
{
// state to hop back
shadowstate = default(ShadowIAsyncStateMachine)
}
};
data = (dynamic)e.data;
//if (data.HopToUIAwaitable )
if (data.vSetTitle != null)
{
Console.Title = data.vSetTitle;
}
if (data.HopToUIAwaitable == null)
return;
// time to hop back on continuation?
var that = (TestSwitchToServiceContextAsync.ShadowIAsyncStateMachine)data.HopToUIAwaitable.shadowstate;
//Console.ForegroundColor = ConsoleColor.Blue;
Console.WriteLine("work about to hop into ui " + new { that.state });
//Console.ForegroundColor = ConsoleColor.Black;
//enter HopToThreadPoolAwaitable yield HopToUIAwaitable
//worker Task Run function has returned {{ value_Task = null, value_TaskOfT = null }}
//__Task.InternalStart inner complete {{ yield = {{ value = null }} }}
// the worker should be in a suspended state, as we may want to jump back?
//
//MoveNext(data.HopToUIAwaitable.shadowstate);
#region xAsyncStateMachineType
var xAsyncStateMachineType = typeof(Application).Assembly.GetTypes().FirstOrDefault(
item =>
{
// safety check 1
//Console.WriteLine(new { sw.ElapsedMilliseconds, item.FullName });
var xisIAsyncStateMachine = typeof(IAsyncStateMachine).IsAssignableFrom(item);
if (xisIAsyncStateMachine)
{
//Console.WriteLine(new { item.FullName, isIAsyncStateMachine });
return item.FullName == that.TypeName;
}
return false;
}
);
#endregion
var NewStateMachine = FormatterServices.GetUninitializedObject(xAsyncStateMachineType);
var isIAsyncStateMachine = NewStateMachine is IAsyncStateMachine;
var NewStateMachineI = (IAsyncStateMachine)NewStateMachine;
#region 1__state
xAsyncStateMachineType.GetFields(
System.Reflection.BindingFlags.Public | System.Reflection.BindingFlags.NonPublic | System.Reflection.BindingFlags.Instance
).WithEach(
AsyncStateMachineSourceField =>
{
Console.WriteLine(new { AsyncStateMachineSourceField });
if (AsyncStateMachineSourceField.Name.EndsWith("1__state"))
{
AsyncStateMachineSourceField.SetValue(
NewStateMachineI,
that.state
);
}
var xStringField = that.StringFields.AsEnumerable().FirstOrDefault(
f => DecoratedString(f.FieldName) == DecoratedString(AsyncStateMachineSourceField.Name)
);
if (xStringField != null)
{
// once we are to go back to client. we need to reverse it?
AsyncStateMachineSourceField.SetValue(
NewStateMachineI,
xStringField.value
);
// next xml?
// before lets send our strings back with the new state!
// what about exceptions?
}
}
);
#endregion
//new IHTMLPre {
// "inside iframe invoke state"
// }.AttachToDocument();
NewStateMachineI.MoveNext();
}
);
x.Start();
};
return;
}
#endregion
#region worker
if (Native.worker != null)
{
Console.WriteLine("about to enable HopToUI...");
Native.worker.onfirstmessage += e =>
{
Console.WriteLine("enter onfirstmessage");
ScriptCoreLib.JavaScript.BCLImplementation.System.__Console.vSetTitle = value =>
{
e.postMessage(
new
{
vSetTitle = value
}
);
};
HopToUI.VirtualOnCompleted = continuation =>
{
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2015/201511/20151102/hoptoui
// first jump out?
InternalInlineWorker.InternalOverrideTaskOfT = new TaskCompletionSource<object>().Task;
// post a message to the document
// um. how can we signal that we are not done?
//Action<ShadowIAsyncStateMachine> MoveNext = null;
// async dont like ref?
//var shadowstate = ShadowIAsyncStateMachine.FromContinuation(continuation, ref MoveNext);
var r = TestSwitchToServiceContextAsync.ShadowIAsyncStateMachine.ResumeableFromContinuation(continuation);
Console.WriteLine("enter HopToUI, postMessage " + new { r.shadowstate.state });
// postMessageAsync ? if ui wants to return, instead of restaring this thread?
e.postMessage(
new
{
HopToUIAwaitable = new
{
// state to hop back
r.shadowstate
}
}
);
};
};
return;
}
#endregion
}
public __TaskCompletionSource()
{
this.InternalTask = new __Task <TResult> {
InternalStart = null
};
}
public Task <TResult> ContinueWhenAll <TAntecedentResult, TResult>(
Task <TAntecedentResult>[] tasks,
Func <Task <TAntecedentResult>[], TResult> continuationFunction,
CancellationToken cancellationToken,
TaskContinuationOptions continuationOptions,
TaskScheduler scheduler)
{
//Console.WriteLine("ContinueWhenAll " + new { tasks.Length, scheduler, Thread.CurrentThread.ManagedThreadId });
var t = new __Task <TResult> {
InternalStart = null
};
var cstart = 0;
var cstop = 0;
#region ContinueWhenAll_yield
Action ContinueWhenAll_yield = delegate
{
// how can we pass array of tasks to background?
//Console.WriteLine("ContinueWhenAll_yield " + new { scheduler });
#region GUI
if (scheduler != null)
{
var r = continuationFunction(tasks);
t.InternalSetCompleteAndYield(r);
return;
}
#endregion
// X:\jsc.svn\examples\javascript\appengine\Test\AppEngineFirstEverWebServiceTask\AppEngineFirstEverWebServiceTask\ApplicationWebService.cs
var xfunction = continuationFunction;
var MethodType = typeof(FuncOfTaskOfObjectArrayToObject).Name;
#region MethodToken
var MethodToken = ((__MethodInfo)xfunction.Method).InternalMethodToken;
if (xfunction.Target != null)
{
if (xfunction.Target != Native.self)
{
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
Delegate InternalTaskExtensionsScope_function = (xfunction.Target as dynamic).InternalTaskExtensionsScope_function;
if (InternalTaskExtensionsScope_function == null)
{
var message = "inline scope sharing not yet implemented";
Console.WriteLine(message);
throw new InvalidOperationException(message);
}
MethodToken = ((__MethodInfo)InternalTaskExtensionsScope_function.Method).InternalMethodToken;
}
}
#endregion
#region xdata___string
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic xdata___string = new object();
// how much does this slow us down?
// connecting to a new scope, we need a fresh copy of everything
// we can start with strings
foreach (ExpandoMember nn in Expando.Of(InternalInlineWorker.__string).GetMembers())
{
if (nn.Value != null)
{
xdata___string[nn.Name] = nn.Value;
}
}
#endregion
// is this correct?
// OBSOLETE ! needs more tests. what about scope sharing?
var w = new global::ScriptCoreLib.JavaScript.DOM.Worker(
InternalInlineWorker.GetScriptApplicationSourceForInlineWorker()
//global::ScriptCoreLib.JavaScript.DOM.Worker.ScriptApplicationSourceForInlineWorker
);
var TaskArray = tasks.Select(k => new { k.Result }).ToArray();
Console.WriteLine(new { TaskArray = TaskArray.Length });
//Debugger.Break();
#region postMessage
w.postMessage(
new
{
InternalInlineWorker.InternalThreadCounter,
MethodToken,
MethodType,
//state = state,
// pass the result for reconstruction
// task[0].Result
TaskArray,
__string = (object)xdata___string
}
,
e =>
{
// what kind of write backs do we expect?
// for now it should be console only
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic zdata = e.data;
#region AtWrite
string AtWrite = zdata.AtWrite;
if (!string.IsNullOrEmpty(AtWrite))
{
Console.Write(AtWrite);
}
#endregion
#region __string
var zdata___string = (object)zdata.__string;
if (zdata___string != null)
{
#region __string
dynamic target = InternalInlineWorker.__string;
var m = Expando.Of(zdata___string).GetMembers();
foreach (ExpandoMember nn in m)
{
Console.WriteLine("Worker has sent changes " + new { nn.Name });
target[nn.Name] = nn.Value;
}
#endregion
}
#endregion
#region yield
dynamic yield = zdata.yield;
if ((object)yield != null)
{
object value = yield.value;
//Console.WriteLine("__Task.InternalStart inner complete " + new { yield = new { value } });
t.InternalSetCompleteAndYield((TResult)value);
//w.terminate();
}
#endregion
}
);
#endregion
InternalInlineWorker.InternalThreadCounter++;
};
#endregion
#region ContinueWhenAll_yield
foreach (__Task <TAntecedentResult> item in tasks)
{
cstart++;
//Console.WriteLine("ContinueWhenAll before ContinueWith " + new { cstart, tasks.Length, Thread.CurrentThread.ManagedThreadId });
item.ContinueWith(
task =>
{
cstop++;
//Console.WriteLine("ContinueWhenAll ContinueWith yield " + new { cstop, tasks.Length, Thread.CurrentThread.ManagedThreadId });
if (cstop == tasks.Length)
{
//Console.WriteLine("before ContinueWhenAll_yield");
ContinueWhenAll_yield();
//Console.WriteLine("after ContinueWhenAll_yield");
}
},
// just for the watchdog
scheduler: TaskScheduler.FromCurrentSynchronizationContext()
);
}
#endregion
return(t);
}
// who is calling?
// triggered by InternalInvoke
static void __worker_onfirstmessage(
MessageEvent e,
int InternalThreadCounter,
object data___string,
bool[] MethodTargetObjectDataIsProgress,
object[] MethodTargetObjectData,
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2014/201411/20141112
object[] MethodTargetObjectDataTypes,
object MethodTargetTypeIndex,
// set by ?
string MethodToken,
string MethodType,
object state_ObjectData,
object stateTypeHandleIndex,
object state,
bool IsIProgress,
//bool IsTuple2_Item1_IsIProgress,
__Task<object>[] TaskArray
)
{
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2015/201501/20150111
#region ConsoleFormWriter
var w = new InternalInlineWorkerTextWriter();
var o = Console.Out;
Console.SetOut(w);
w.AtWrite =
AtWrite =>
{
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
//dynamic zdata = new object();
//zdata.AtWrite = x;
// working with multiple threads, keep the id in the log!
// () means we are setting the thread up... [] is the thread
AtWrite = "W[" + Thread.CurrentThread.ManagedThreadId + "] " + AtWrite;
var zdata = new { AtWrite };
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zdata, new MessagePort[0]);
}
};
#endregion
__Thread.InternalCurrentThread.ManagedThreadId = InternalThreadCounter;
__Thread.InternalCurrentThread.IsBackground = true;
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic self = Native.self;
var stateType = default(Type);
if (stateTypeHandleIndex != null)
stateType = Type.GetTypeFromHandle(new __RuntimeTypeHandle((IntPtr)self[stateTypeHandleIndex]));
// X:\jsc.svn\examples\javascript\async\AsyncNonStaticHandler\AsyncNonStaticHandler\Application.cs
var MethodTargetType = default(Type);
if (MethodTargetTypeIndex != null)
MethodTargetType = Type.GetTypeFromHandle(new __RuntimeTypeHandle((IntPtr)self[MethodTargetTypeIndex]));
// stateType = <Namespace>.xFoo,
// MethodTargetTypeIndex = type$GV0nCx_bM8z6My5NDh7GXlQ,
Console.WriteLine(
"__worker_onfirstmessage: " +
new
{
Thread.CurrentThread.ManagedThreadId,
Native.worker.location.href,
MethodTargetTypeIndex,
MethodTargetType,
MethodToken,
MethodType,
//IsTuple2_Item1_IsIProgress,
// X:\jsc.svn\examples\javascript\test\TestTypeHandle\TestTypeHandle\Application.cs
stateTypeHandleIndex,
stateType,
state,
IsIProgress,
//MethodTokenReference
}
);
#region MethodTokenReference
var MethodTokenReference = default(IFunction);
var MethodTarget = default(object);
if (MethodTargetType == null)
{
MethodTokenReference = IFunction.Of(MethodToken);
}
else
{
MethodTarget = FormatterServices.GetUninitializedObject(MethodTargetType);
var MethodTargetTypeSerializableMembers = FormatterServices.GetSerializableMembers(MethodTargetType);
// X:\jsc.svn\examples\javascript\async\test\TestWorkerScopeProgress\TestWorkerScopeProgress\Application.cs
for (int i = 0; i < MethodTargetTypeSerializableMembers.Length; i++)
{
var xMember = MethodTargetTypeSerializableMembers[i] as FieldInfo;
var xObjectData = MethodTargetObjectData[i];
var xMethodTargetObjectDataTypeIndex = MethodTargetObjectDataTypes[i];
var xIsProgress = MethodTargetObjectDataIsProgress[i];
// X:\jsc.svn\examples\javascript\chrome\apps\ChromeTCPServer\ChromeTCPServer\Application.cs
// does our chrome tcp server get the damn path?
// https://sites.google.com/a/jsc-solutions.net/work/knowledge-base/15-dualvr/20150428
//Console.WriteLine(new { xMember, xMethodTargetObjectDataTypeIndex, xObjectData, xIsProgress });
Console.WriteLine(new { xMember, xMethodTargetObjectDataTypeIndex, xIsProgress });
// need to resurrect the semaphores!
// X:\jsc.svn\examples\javascript\async\Test\TestSemaphoreSlim\TestSemaphoreSlim\ApplicationControl.cs
#region MethodTargetObjectDataIsProgress
// cant we use xMethodTargetObjectDataType instead?
if (xIsProgress)
{
var ii = i;
MethodTargetObjectData[ii] = new __Progress<object>(
ProgressEvent =>
{
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic zdata = new object();
zdata.MethodTargetObjectDataProgressReport = new { ProgressEvent, ii };
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zdata, new MessagePort[0]);
}
//Console.WriteLine(new { MethodTargetTypeSerializableMember, MethodTargetTypeSerializableMemberIsProgress, ProgressEvent });
}
);
}
#endregion
else
{
var xMethodTargetObjectDataType = default(Type);
if (xMethodTargetObjectDataTypeIndex != null)
xMethodTargetObjectDataType = Type.GetTypeFromHandle(new __RuntimeTypeHandle((IntPtr)self[xMethodTargetObjectDataTypeIndex]));
// now we know the type. should we review it?
if (xMethodTargetObjectDataType != null)
{
var scope2copy = FormatterServices.GetUninitializedObject(xMethodTargetObjectDataType);
//shall we copy the members too?
//FormatterServices.PopulateObjectMembers(scope2copy, scope2TypeSerializableMembers, scope2ObjectData);
MethodTargetObjectData[i] = scope2copy;
#region __SemaphoreSlim
// X:\jsc.svn\examples\javascript\async\Test\TestSemaphoreSlim\TestSemaphoreSlim\ApplicationControl.cs
var xSemaphoreSlim = scope2copy as __SemaphoreSlim;
if (xSemaphoreSlim != null)
{
// we now have to complete the entanglement. we have the caller on the UI.
Action<string> UIWriteLine0 = text =>
{
// mimick roslyn syntax
Console.WriteLine("$" + xMember.Name + " " + text);
};
//xSemaphoreSlim.InternalIsEntangled = true;
#region InternalVirtualWaitAsync
var xInternalVirtualWaitAsync = default(TaskCompletionSource<object>);
xSemaphoreSlim.InternalVirtualWaitAsync += continuation =>
{
UIWriteLine0("enter xSemaphoreSlim.InternalVirtualWaitAsync, worker is now awaiting for signal " + new { xSemaphoreSlim.Name });
xInternalVirtualWaitAsync = continuation;
};
// at this point lets call the UI to set up a new signal channel..
//new MessageChannel();
var c = new MessageChannel();
c.port1.onmessage +=
ce =>
{
// ui has released?
if (xInternalVirtualWaitAsync == null)
{
// what if the thread is not yet awaiting?
UIWriteLine0("ui has sent a release signal, yet nobody awaiting");
return;
}
UIWriteLine0("ui has sent a release signal, resync");
// we should have byte fields now.
// next strings as in thread hopping...
dynamic data = ce.data;
#region read xSemaphoreSlim_ByteArrayFields
{
__Task.xByteArrayField[] xSemaphoreSlim_ByteArrayFields = data.xSemaphoreSlim_ByteArrayFields;
// X:\jsc.svn\examples\javascript\async\test\TestBytesToSemaphore\TestBytesToSemaphore\Application.cs
if (xSemaphoreSlim_ByteArrayFields != null)
foreach (var item in xSemaphoreSlim_ByteArrayFields)
{
var xFieldInfo = (FieldInfo)MethodTargetTypeSerializableMembers[item.index];
// X:\jsc.svn\examples\javascript\chrome\apps\ChromeThreadedCameraTracker\ChromeThreadedCameraTracker\Application.cs
// can we set the value?
UIWriteLine0("worker resync " + new
{
item.index,
//item.Name,
xFieldInfo = xFieldInfo.Name,
//item.value
});
xFieldInfo.SetValue(
MethodTarget,
// null?
item.value
);
}
}
#endregion
xInternalVirtualWaitAsync.SetResult(null);
};
c.port1.start();
c.port2.start();
UIWriteLine0("will set up the signal channel");
foreach (var p in e.ports)
{
p.postMessage(
new { xSemaphoreSlim = xMember.Name },
transfer: new[] { c.port2 }
);
}
#endregion
#region InternalVirtualRelease
xSemaphoreSlim.InternalVirtualRelease += delegate
{
UIWriteLine0("enter xSemaphoreSlim.InternalVirtualRelease, will send a signal to ui...");
// worker needs sync data about now.
// the ui would be happy to have the latest version of the data.
// this is tricky. we would really need to know which data fields have changed by now
// and what will happen if the data was also changed on the ui.
// technically we are doing a merge conflict resolver...
// this is somewhat the same situation, we alrady have
// when entering a worker
// when exiting a worker
// when hoping to or from a worker.
// what data fields do we have to upload yo ui?
// how much IL analysis is available for us to know what to sync
// we should not sync fields that wont be used on the ui
// the thread hop looks at strings only right now, as they are immputable yet primitive
// what about bytewarrays?
// X:\jsc.svn\examples\javascript\async\test\TestBytesFromSemaphore\TestBytesFromSemaphore\Application.cs
#region xSemaphoreSlim_ByteArrayFields
var xSemaphoreSlim_ByteArrayFields = new List<__Task.xByteArrayField>();
var MethodTargetTypeSerializableMembers_index = 0;
foreach (FieldInfo item in MethodTargetTypeSerializableMembers)
{
// how would we know if the array is a byte array?
// FieldType is not exactly available yet
//Console.WriteLine("worker resync candidate " + new { item.Name, item.FieldType, item.FieldType.IsArray });
var item_value = item.GetValue(MethodTarget);
if (item_value != null)
{
var item_value_constructor = Expando.Of(item_value).constructor;
var item_value_IsByteArray = Native.self_Uint8ClampedArray == item_value_constructor;
if (item_value_IsByteArray)
{
var value = (byte[])item_value;
xSemaphoreSlim_ByteArrayFields.Add(
new __Task.xByteArrayField
{
index = MethodTargetTypeSerializableMembers_index,
// keep name for diagnostics
Name = item.Name,
value = value
}
);
UIWriteLine0("worker resync xByteArrayField candidate " + new { item.Name, value.Length });
}
}
MethodTargetTypeSerializableMembers_index++;
}
#endregion
foreach (var p in e.ports)
{
p.postMessage(
new
{
xSemaphoreSlim = xMember.Name,
xSemaphoreSlim_ByteArrayFields = xSemaphoreSlim_ByteArrayFields.ToArray()
}
);
}
};
#endregion
}
#endregion
}
}
}
FormatterServices.PopulateObjectMembers(
MethodTarget,
MethodTargetTypeSerializableMembers,
MethodTargetObjectData
);
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
MethodTokenReference = (MethodTarget as dynamic)[MethodToken];
}
// what if we are being called from within a secondary app?
// stateTypeHandleIndex = type$XjKww8iSKT_aFTpY_bSs5vBQ,
if (MethodTokenReference == null)
{
// tested at
// X:\jsc.svn\examples\javascript\WorkerInsideSecondaryApplication\WorkerInsideSecondaryApplication\Application.cs
// X:\jsc.svn\examples\javascript\Test\TestHopToThreadPoolAwaitable\TestHopToThreadPoolAwaitable\Application.cs
// why?
throw new InvalidOperationException(
new { MethodToken } + " function is not available at " + new { Native.worker.location.href }
);
}
#endregion
//Console.WriteLine(
// new
// {
// MethodTokenReference,
// Thread.CurrentThread.ManagedThreadId
// }
// );
// whats the type?
#region xstate
var xstate = default(object);
if (stateType != null)
{
xstate = FormatterServices.GetUninitializedObject(stateType);
var xstate_SerializableMembers = FormatterServices.GetSerializableMembers(stateType);
FormatterServices.PopulateObjectMembers(
xstate,
xstate_SerializableMembers,
(object[])state_ObjectData
);
// MethodType = FuncOfObjectToObject
//Console.WriteLine("as FuncOfObjectToObject");
}
#endregion
#region CreateProgress
Func<__Progress<object>> CreateProgress =
() => new __Progress<object>(
value =>
{
//Console.WriteLine("__IProgress_Report " + new { value });
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic zdata = new object();
zdata.__IProgress_Report = new { value };
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zdata, new MessagePort[0]);
}
}
);
// X:\jsc.svn\examples\javascript\async\Test\TestWorkerProgress\TestWorkerProgress\Application.cs
if (IsIProgress)
xstate = CreateProgress();
#endregion
#region __string
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic target = __string;
var m = Expando.Of(data___string).GetMembers();
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2013/201308/20130826-domainmemory
foreach (ExpandoMember nn in m)
{
target[nn.Name] = nn.Value;
var trigger = "set_" + nn.Name;
var trigger_default = IFunction.Of(trigger);
(Native.self as dynamic)[trigger] = IFunction.OfDelegate(
new Action<string>(
Value =>
{
if (nn.Value == Value)
return;
trigger_default.apply(null, Value);
#region sync one field only
{
dynamic zdata = new object();
dynamic zdata___string = new object();
zdata.__string = zdata___string;
zdata___string[nn.Name] = Value;
// prevent sync via diff
nn.Value = Value;
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zdata, new MessagePort[0]);
}
}
#endregion
}
)
);
}
#endregion
{
// https://sites.google.com/a/jsc-solutions.net/backlog/knowledge-base/2013/201308/20130828-thread-run
// for now we only support static calls
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic zdata = new object();
if (MethodType == typeof(ActionOfDedicatedWorkerGlobalScope).Name)
{
MethodTokenReference.apply(null, Native.worker);
}
else if (MethodType == typeof(FuncOfObjectToObject).Name)
{
Console.WriteLine("worker Task Run function call, FuncOfObjectToObject, will invoke MethodTokenReference");
#region FuncOfObjectToObject
// X:\jsc.svn\examples\javascript\test\TestTaskStartToString\TestTaskStartToString\Application.cs
// X:\jsc.svn\examples\javascript\async\test\TestTaskRun\TestTaskRun\Application.cs
// X:\jsc.svn\examples\javascript\Test\TestGetUninitializedObject\TestGetUninitializedObject\Application.cs
var value = MethodTokenReference.apply(MethodTarget, xstate);
Console.WriteLine("worker Task Run function call, FuncOfObjectToObject, will invoke MethodTokenReference " + new { value });
// X:\jsc.svn\examples\javascript\async\test\TaskAsyncTaskRun\TaskAsyncTaskRun\Application.cs
// whatif its an Action not a Func?
//enter HopToThreadPoolAwaitable yield HopToUIAwaitable
//worker Task Run function has returned {{ value_Task = null, value_TaskOfT = null }}
//__Task.InternalStart inner complete {{ yield = {{ value = null }} }}
var value_Task = value as __Task;
var value_TaskOfT = value as __Task<object>;
// if we are in a hop. allow the return task to be overriden.
if (InternalOverrideTaskOfT != null)
value_TaskOfT = InternalOverrideTaskOfT;
// 0:25611ms Task Run function has returned { value_Task = [object Object], value_TaskOfT = [object Object] }
//Console.WriteLine("worker Task Run function has returned " + new { value_Task, value_TaskOfT, InternalOverrideTaskOfT });
// 0:4284ms Task Run function has returned { value_Task = { IsCompleted = 1, Result = }, value_TaskOfT = { IsCompleted = 1, Result = } }
// 0:5523ms Task Run function has returned { value_Task = { IsCompleted = false, Result = }, value_TaskOfT = { IsCompleted = false, Result = } }
if (value_TaskOfT != null)
{
// special situation
// if IsCompleted, called twice? or heard twice?
value_TaskOfT.ContinueWith(
t =>
{
//Console.WriteLine("worker Task Run ContinueWith " + new { t });
// X:\jsc.svn\examples\javascript\Test\Test435CoreDynamic\Test435CoreDynamic\Class1.cs
dynamic zzdata = new object();
// null?
if (t.Result == null)
{
zzdata.ContinueWithResult = new { t.Result };
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zzdata, new MessagePort[0]);
}
return;
}
var ResultType = t.Result.GetType();
var ResultTypeIndex = __Type.GetTypeIndex("workerResult", ResultType);
var ResultTypeSerializableMembers = FormatterServices.GetSerializableMembers(ResultType);
var ResultObjectData = FormatterServices.GetObjectData(t.Result, ResultTypeSerializableMembers);
var ContinueWithResult = new
{
ResultTypeIndex,
ResultObjectData,
t.Result
};
zzdata.ContinueWithResult = ContinueWithResult;
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zzdata, new MessagePort[0]);
}
}
);
}
else
{
if (value_Task != null)
{
// X:\jsc.svn\examples\javascript\async\test\TestWorkerScopeProgress\TestWorkerScopeProgress\Application.cs
throw new NotImplementedException();
}
else
{
var yield = new { value };
//Console.WriteLine(new { yield });
Console.WriteLine("worker Task Run function call, FuncOfObjectToObject, will yield? " + new { value_Task, value_TaskOfT });
zdata.yield = yield;
}
}
#endregion
// now what?
}
else if (MethodType == typeof(FuncOfTaskToObject).Name)
{
Console.WriteLine("bugcheck FuncOfTaskToObject ?");
// tested by?
#region FuncOfTaskToObject
// need to reconstruct the caller task?
var value = MethodTokenReference.apply(null, TaskArray.Single());
var yield = new { value };
//Console.WriteLine(new { yield });
zdata.yield = yield;
#endregion
// now what?
}
else if (MethodType == typeof(FuncOfTaskOfObjectArrayToObject).Name)
{
// tested by?
#region FuncOfTaskOfObjectArrayToObject
// need to reconstruct the caller task?
Console.WriteLine("__worker_onfirstmessage: " + new { TaskArray = TaskArray.Length });
//Debugger.Break();
var args = new object[] { TaskArray };
var value = MethodTokenReference.apply(
o: null,
// watch out
args: args
);
var yield = new { value };
//Console.WriteLine(new { yield });
zdata.yield = yield;
#endregion
// now what?
}
#region [sync] diff and upload changes to DOM context, the latest now
{
dynamic zdata___string = new object();
zdata.__string = zdata___string;
foreach (ExpandoMember nn in m)
{
string Value = (string)Expando.InternalGetMember((object)target, nn.Name);
// this is preferred:
//string Value = target[nn.Name];
if (Value != nn.Value)
{
zdata___string[nn.Name] = Value;
}
}
}
#endregion
//e.post
foreach (MessagePort port in e.ports)
{
port.postMessage((object)zdata, new MessagePort[0]);
}
}
}