private async Task RenderAsync(GraphData data)
{
await _connection.StartAsync();
// You need to have a graph already registered to use this function (which is why hardcoding is bad)
// Parse the chart and the update into an understandable message, then send it
if (_graphDataDictionary.ContainsKey(data.CorrelationID))
{
Chart chart = _graphDataDictionary[data.CorrelationID];
VisualizationMessage visualizationMessage = new VisualizationMessage();
RenderData m1 = new RenderData();
visualizationMessage.messages = new RenderData[1];
m1.chartName = chart.Name;
m1.xlabel = chart.X_Label;
m1.ylabel = chart.Y_Label;
m1.headers = chart.Headers;
m1.append = chart.Append;
m1.points = data.Values;
_i++;
m1.anomaly = data.Anomaly;
visualizationMessage.messages[0] = m1;
// Todo: Directly make this call, rather than using SignalR to do it
await _connection.InvokeAsync("SendInput", JsonConvert.SerializeObject(visualizationMessage));
}
}
private async Task RenderAsync(GraphData data)
{
Chart chartConfig;
lock (_sync)
{
if (!_chartDataDictionary.ContainsKey(data.CorrelationID))
{
return;
}
chartConfig = _chartDataDictionary[data.CorrelationID];
}
var visualizationMessage = new VisualizationMessage();
visualizationMessage.messages = new ChartData[1];
var chartData = new ChartData();
chartData.Chart = chartConfig;
chartData.Points = data.Values;
chartData.IsAnomaly = data.Anomaly;
visualizationMessage.messages[0] = chartData;
// Todo: make this an in-proc call, rather than SignalR
await _connection.InvokeAsync("SendInput", JsonConvert.SerializeObject(visualizationMessage));
}
