public NetworkMeasure Parse( )
{
NetworkMeasure measure = new NetworkMeasure();
foreach (var task in tasks)
{
if (!task.IsCompleted)
{
task.Wait();
}
Dictionary <NetworkMeasureProperty, string> values = task.Result;
foreach (var value in values)
{
try
{
measure.SetProperty(value.Key, value.Value);
}
catch (Exception ex)
{
throw new BadRequestConfigException("Request config node had bad values !", ex);
}
}
}
tasks.Clear();
return(measure);
}
public void addNetworkMonitor()
{
string httpUrl = "https://www.developer.huawei.com";
// 1. Create a networkMeasure for this special network request
NetworkMeasure networkMeasure = APMS.getInstance().createNetworkMeasure(httpUrl, "GET");
NetworkPropertyTest(networkMeasure);
// 2. Add custom property for this network measure
networkMeasure.putProperty("activityName", "MainActivity");
// 3. start this network measure
Debug.Log("networkMeasure start");
networkMeasure.start();
networkMeasure.setBytesSent(1024);
networkMeasure.setContentType("UTF-8");
Debug.Log("start the fake url request process");
for (int i = 0; i < 1024; i++)
{
}
int bodysize = 1024;
// 4. Set response body size for this network measure
networkMeasure.setBytesReceived(bodysize);
// 5. Set network response code for this network measure
int responseCode = 400;
networkMeasure.setStatusCode(responseCode);
// 6. Stop this network measure
networkMeasure.stop();
Debug.Log("networkMeasure stop");
}
public void UpdateTextsData(NetworkMeasure data)
{
tbMainDisplay.Text = $"{data.TotalMonth.ToString(3)} / {data.TrafficMaxLimit}";
double percents = Math.Round(data.TotalMonth / data.TrafficMaxLimit * 100, 4);
tbPercents.Text = $"{percents} %";
progressBar.Value = percents;
if (data.DownloadRate > Octet.FromMega(1))
{
tbNetUse.Text = "Un téléchargement est certainement en cours !";
}
else
{
tbNetUse.Text = "Utilisation normale de la bande passante.";
}
}
public void NetworkPropertyTest(NetworkMeasure networkMeasure)
{
UnityEngine.Debug.Log("NetworkPropertyTest start");
networkMeasure.putProperty("Unity", "unity.com");
networkMeasure.putProperty("Group", "R&D");
string value = networkMeasure.getProperty("Unity");
Debug.Log("get prop name: Unity, value: " + value);
networkMeasure.removeProperty("Unity");
Map propertyMap = networkMeasure.getProperties();
if (propertyMap != null)
{
UnityEngine.Debug.Log("NetworkPropertyTest success");
}
}
public async void CustomNetworkEvent()
{
OkHttpClient okHttpClient = new OkHttpClient();
Request request = new Request.Builder()
.Url(CUSTOMURL)
.Post(RequestBody.Create(Square.OkHttp3.MediaType.Parse("text/x-markdown; charset=utf-8"), REQUESTBODY))
.Build();
// Define custom network event
NetworkMeasure networkMeasure = APMS.Instance.CreateNetworkMeasure(CUSTOMURL, "POST");
networkMeasure.SetBytesSent(request.Headers().ByteCount());
long bytesReceive = 0L;
networkMeasure.Start();
try
{
Response response = await okHttpClient.NewCall(request).ExecuteAsync();
networkMeasure.SetStatusCode(response.Code());
if (response.Body() != null)
{
networkMeasure.SetBytesReceived(response.Body().ContentLength());
networkMeasure.SetContentType(response.Body().ContentType().ToString());
bytesReceive = DealResponseBody(response.Body());
response.Body().Close();
}
networkMeasure.PutProperty("Property", bytesReceive.ToString());
networkMeasure.Stop();
}
catch (Exception ex)
{
networkMeasure.SetStatusCode(0);
networkMeasure.PutProperty("Error Message", ex.Message);
networkMeasure.PutProperty("Bytes", bytesReceive.ToString());
networkMeasure.Stop();
}
}
public void UpdateTextsData(NetworkMeasure newData, NetworkMeasure oldData)
{
//text
tbDownTotal.Text = newData.CurrentDownload;
tbUpTotal.Text = newData.CurrentUpload;
tbDownTraffic.Text = newData.DownloadRate;
tbUpTraffic.Text = newData.UploadRate;
tbDownEv.Text = newData.CurrentDownload - oldData.CurrentDownload;
tbUpEv.Text = newData.CurrentUpload - oldData.CurrentUpload;
tbHeaderEv.Text = "Evolution depuis " + oldData.DateTime.ToString("T");
//start day
lblStartDay.Content = newData.StartDay;
//Days
int daysInMonth = GetDaysBetween(DateTime.Now, DateTime.Now.AddMonths(1));
int startDay = newData.StartDay;
DateTime now = DateTime.Now;
int remainingDays;
if (now.Day < startDay)
{
remainingDays = startDay - now.Day;
}
else
{
remainingDays = DateTime.DaysInMonth(now.Year, now.Month) - now.Day + startDay;
}
//At the start, the newData per day we have
Octet newDataPerDay = newData.TrafficMaxLimit / daysInMonth;
//Now, the newData remaining per remaining day
Octet newDataRemainPerDay = (newData.TrafficMaxLimit - newData.TotalMonth) / remainingDays;
this.lblDataPerDayStart.Content = newDataPerDay.ToString();
this.lblDataPerDayRemain.Content = newDataRemainPerDay.ToString();
if (newDataPerDay > newDataRemainPerDay)
{
this.lblDataPerDayRemain.Foreground = App.colorHighWarning;
}
else
{
this.lblDataPerDayRemain.Foreground = App.colorGood;
}
//colorization
if (newData.DownloadRate > Octet.FromMega(5))
{
this.tbDownTraffic.Foreground = App.colorHighWarning;
}
else if (newData.DownloadRate > Octet.FromMega(1))
{
this.tbDownTraffic.Foreground = App.colorWarning;
}
else
{
this.tbDownTraffic.Foreground = App.colorNormalBlack;
}
if (newData.UploadRate > Octet.FromMega(2))
{
this.tbUpTraffic.Foreground = App.colorHighWarning;
}
else if (newData.UploadRate > Octet.FromKilo(500))
{
this.tbUpTraffic.Foreground = App.colorWarning;
}
else
{
this.tbUpTraffic.Foreground = App.colorNormalBlack;
}
int GetDaysBetween(DateTime start, DateTime stop) => (int)(stop - start).TotalDays;
}
