static AuFormsHelpers()
{
_cvInfoMap["hstack"] = new ConvInfo {
Handler = ConvertHStack, ElementsAllowed = "*"
};
_cvInfoMap["vstack"] = new ConvInfo {
Handler = ConvertVStack, ElementsAllowed = "*"
};
_cvInfoMap["grid-layout"] = new ConvInfo {
Handler = ConvertGridLayout, ElementsAllowed = "*"
};
_cvInfoMap["textblock"] = new ConvInfo {
Handler = ConvertTextBlock
};
_cvInfoMap["textbox"] = new ConvInfo {
Handler = ConvertTextBox
};
_cvInfoMap["numbox"] = new ConvInfo {
Handler = ConvertTextBox
};
_cvInfoMap["textarea"] = new ConvInfo {
Handler = ConvertTextArea
};
_cvInfoMap["checkbox"] = new ConvInfo {
Handler = ConvertCheckBox
};
_cvInfoMap["radio"] = new ConvInfo {
Handler = ConvertRadio, ElementsAllowed = "option"
};
_cvInfoMap["select"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["select2"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["multiselect"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["pillselect"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["option"] = new ConvInfo {
Handler = ConvertOption
};
_cvInfoMap["fgdate"] = new ConvInfo {
Handler = ConvertPicker
};
_cvInfoMap["fgtime"] = new ConvInfo {
Handler = ConvertPicker
};
_cvInfoMap["button"] = new ConvInfo {
Handler = ConvertButton
};
_cvInfoMap["panel"] = new ConvInfo {
Handler = ConvertPanel, ElementsAllowed = "*"
};
}
public async Task OnTurn(ITurnContext context, MiddlewareSet.NextDelegate next)
{
string botReply = "";
if (context.Activity.Type == ActivityTypes.Message)
{
if (context.Activity.Text.ToLower() == "history")
{
// Read last 5 responses from the database, and short circuit future execution
await context.SendActivity(await cdh.ReadFromDatabase(5, "BotData", "BotCollection"));
return;
}
// Create a send activity handler to grab all response activities
// from the activity list.
context.OnSendActivities(async(activityContext, activityList, activityNext) =>
{
foreach (Activity activity in activityList)
{
botReply += (activity.Text + " ");
}
return(await activityNext());
});
}
await next();
// Save logs for each conversational exchange only
if (context.Activity.Type == ActivityTypes.Message)
{
// Write log to the database
var convHistory = new ConvInfo
{
Time = DateTime.Now.ToString(),
Sender = context.Activity.From.Name,
Message = context.Activity.Text,
Reply = botReply
};
try
{
var document = await cdh.docClient.CreateDocumentAsync(UriFactory.CreateDocumentCollectionUri("BotData", "BotCollection"), convHistory);
}
catch (Exception ex)
{
//TODO: More logic for what to do on a failed write can be added here
throw ex;
}
}
}
static JObject ConvertNode(ConvContext pctx, XElement xnode)
{
var jnode = new JObject();
string name = xnode.Name.LocalName;
int dotpos = name.IndexOf('.');
if (dotpos >= 0)
{
var propName = name.Substring(dotpos + 1);
var cctx = pctx.CreateChild();
foreach (XElement xchild in xnode.Elements())
{
JObject jc = ConvertNode(cctx, xchild);
pctx.JParent[propName] = jc;
break;
}
return(null);
}
else
{
ConvInfo cvInfo = _cvInfoMap[name];
jnode["type"] = name;
var id = (string)xnode.Attribute("id");
if (string.IsNullOrEmpty(id) == false)
{
pctx.IdMap[id] = true;
jnode["id"] = id;
}
ConvertParamString(pctx, xnode, jnode, "halign");
ConvertParamString(pctx, xnode, jnode, "margin");
//ConvertThickness(pctx, xnode, jnode, "margin");
ConvertParamBool(pctx, xnode, jnode, "visible");
ConvertParamBool(pctx, xnode, jnode, "enabled");
if (pctx.Parent.ColLabel != null)
{
jnode["gcols"] = new JArray(
pctx.Parent.ColLabel.Col1,
pctx.Parent.ColLabel.Col2
);
}
JObject jresult = cvInfo.Handler(pctx, xnode, jnode);
if (jresult != null)
{
var cctx = pctx.CreateChild();
cctx.XParent = xnode;
cctx.JParent = jnode;
if (string.IsNullOrEmpty(cvInfo.ElementsAllowed))
{
if (xnode.Elements().Any())
{
throw new InvalidDataException($"The element {name} does not allow any children elements.");
}
}
else
{
var jarr = new JArray();
bool isJolly = cvInfo.ElementsAllowed == "*";
string[] parts = cvInfo.ElementsAllowed.Split(' ');
foreach (XElement xchild in xnode.Elements())
{
if (isJolly || parts.Contains(xchild.Name.LocalName) || xchild.Name.LocalName.Contains('.'))
{
JObject jc = ConvertNode(cctx, xchild);
if (jc != null)
{
jarr.Add(jc);
}
}
else
{
throw new InvalidDataException($"The element {name} does not allow the {xchild.Name.LocalName} element as child.");
}
}
if (jarr.Count != 0)
{
jresult["nodes"] = jarr;
}
}
}
return(jresult);
}
}
static AuFormsHelpers()
{
_cvInfoMap["row"] = new ConvInfo {
Handler = ConvertRow, ElementsAllowed = "*"
};
_cvInfoMap["stack"] = new ConvInfo {
Handler = ConvertStack, ElementsAllowed = "*"
};
_cvInfoMap["grid-layout"] = new ConvInfo {
Handler = ConvertGridLayout, ElementsAllowed = "*"
};
_cvInfoMap["host"] = new ConvInfo {
Handler = ConvertHost
};
_cvInfoMap["icon"] = new ConvInfo {
Handler = ConvertIcon
};
_cvInfoMap["textblock"] = new ConvInfo {
Handler = ConvertTextBlock
};
_cvInfoMap["textbox"] = new ConvInfo {
Handler = ConvertTextBox
};
_cvInfoMap["numbox"] = new ConvInfo {
Handler = ConvertNumBox
};
_cvInfoMap["colorbox"] = new ConvInfo {
Handler = ConvertColorBox
};
_cvInfoMap["textarea"] = new ConvInfo {
Handler = ConvertTextArea
};
_cvInfoMap["checkbox"] = new ConvInfo {
Handler = ConvertCheckBox
};
_cvInfoMap["radiobox"] = new ConvInfo {
Handler = ConvertRadioBox
};
_cvInfoMap["radioselect"] = new ConvInfo {
Handler = ConvertRadioSelect, ElementsAllowed = "option"
};
_cvInfoMap["select"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["select2"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["multiselect"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["pillselect"] = new ConvInfo {
Handler = ConvertSelect, ElementsAllowed = "option"
};
_cvInfoMap["option"] = new ConvInfo {
Handler = ConvertOption
};
_cvInfoMap["fgdate"] = new ConvInfo {
Handler = ConvertPicker
};
_cvInfoMap["fgtime"] = new ConvInfo {
Handler = ConvertPicker
};
_cvInfoMap["fgdatetime"] = new ConvInfo {
Handler = ConvertPicker
};
_cvInfoMap["button"] = new ConvInfo {
Handler = ConvertButton
};
_cvInfoMap["panel"] = new ConvInfo {
Handler = ConvertPanel, ElementsAllowed = "*"
};
}
private void SetWarmUpTime(List<ISimulationCarrier> carrierList)
{
foreach (SimulationCarrier carrier in carrierList)
{
ConvInfo curConvTotal = carrier.ConvParam.CurConvTotal;
curConvTotal.ULIoT += carrier.IOTTTI;
ConvInfo info3 = carrier.ConvParam.CurConvTotal;
info3.ULLoad += carrier.UlActualLoad;
ConvInfo info4 = carrier.ConvParam.CurConvTotal;
info4.ULThroughput += carrier.UlActualTh;
ConvInfo info5 = carrier.ConvParam.CurConvTotal;
info5.DLLoad += carrier.DlActualLoad;
ConvInfo info6 = carrier.ConvParam.CurConvTotal;
info6.DLThroughput += carrier.DlActualTh;
ConvInfo item = new ConvInfo();
item.ULIoT = carrier.IOTTTI;
item.ULLoad = carrier.UlActualLoad;
item.ULThroughput = carrier.UlActualTh;
item.DLLoad = carrier.DlActualLoad;
item.DLThroughput = carrier.DlActualTh;
carrier.ConvParam.ConvInfoList.Add(item);
if (carrier.ConvParam.ConvInfoList.Count > SimulationConstant.DELTA_TTI)
{
ConvInfo info2 = carrier.ConvParam.ConvInfoList[0];
carrier.ConvParam.ConvInfoList.RemoveAt(0);
ConvInfo info7 = carrier.ConvParam.CurConvTotal;
info7.ULIoT -= info2.ULIoT;
ConvInfo info8 = carrier.ConvParam.CurConvTotal;
info8.ULLoad -= info2.ULLoad;
ConvInfo info9 = carrier.ConvParam.CurConvTotal;
info9.ULThroughput -= info2.ULThroughput;
ConvInfo info10 = carrier.ConvParam.CurConvTotal;
info10.DLLoad -= info2.DLLoad;
ConvInfo info11 = carrier.ConvParam.CurConvTotal;
info11.DLThroughput -= info2.DLThroughput;
}
}
if ((this.m_CurTTI >= (SimulationConstant.TTI_START + SimulationConstant.DELTA_TTI)) && ((((this.m_CurTTI - SimulationConstant.TTI_START) - SimulationConstant.DELTA_TTI) % SimulationConstant.DELTA_T) == 0))
{
this.JudgeOnConvPeriod(carrierList);
}
}
private bool GetIsConv(ConvInfo curInfo, ConvInfo preInfo)
{
bool flag = true;
flag &= Math.Abs((float) (preInfo.ULIoT - curInfo.ULIoT)) < (SimulationConstant.CONV_ULIOT_THRESHOLD * SimulationConstant.DELTA_TTI);
flag &= Math.Abs((float) (preInfo.ULLoad - curInfo.ULLoad)) < (SimulationConstant.CONV_ULLOAD_THRESHOLD * SimulationConstant.DELTA_TTI);
flag &= Math.Abs((float) (preInfo.DLLoad - curInfo.DLLoad)) < (SimulationConstant.CONV_DLLOAD_THRESHOLD * SimulationConstant.DELTA_TTI);
flag &= this.IsThroughputConvergent(preInfo.ULThroughput, curInfo.ULThroughput, SimulationConstant.CONV_ULTH_THRESHOLD);
return (flag & this.IsThroughputConvergent(preInfo.DLThroughput, curInfo.DLThroughput, SimulationConstant.CONV_DLTH_THRESHOLD));
}
