public TradfriAuth GenerateAppSecret(string GatewaySecret, string applicationName)
{
Response resp = new Response(StatusCode.Valid);
OneKey authKey = new OneKey();
authKey.Add(CoseKeyKeys.KeyType, GeneralValues.KeyType_Octet);
authKey.Add(CoseKeyParameterKeys.Octet_k, CBORObject.FromObject(Encoding.UTF8.GetBytes(GatewaySecret)));
authKey.Add(CoseKeyKeys.KeyIdentifier, CBORObject.FromObject(Encoding.UTF8.GetBytes("Client_identity")));
DTLSClientEndPoint ep = new DTLSClientEndPoint(authKey);
ep.Start();
Request r = new Request(Method.POST);
r.SetUri($"coaps://{_gatewayIp}" + $"/{(int)TradfriConstRoot.Gateway}/{(int)TradfriConstAttr.Auth}/");
r.EndPoint = ep;
r.AckTimeout = 5000;
r.SetPayload($@"{{""{(int)TradfriConstAttr.Identity}"":""{applicationName}""}}");
r.Send();
resp = r.WaitForResponse();
if ((int)resp.StatusCode != 201)
{
RequestException <Response> .ConvertToException(MapToHttpStatusCode(resp.StatusCode), resp.StatusCode.ToString(), resp.UriQuery, "", resp.ResponseText, resp);
}
return(Convert <TradfriAuth>(resp.PayloadString));
}
//This is the interface of the entire library. Every request that is made outside of this class will use this method to communicate.
protected override async Task <string> HandleRequest(string url, Call call = Call.GET, List <Param> parameters = null, List <Param> headers = null, object content = null, HttpStatusCode statusCode = HttpStatusCode.OK)
{
Request request = new Request(ConvertToMethod(call));
request.UriPath = url;
if (content != null)
{
JsonSerializerSettings settings = new JsonSerializerSettings
{
NullValueHandling = NullValueHandling.Ignore
};
request.SetPayload(JsonConvert.SerializeObject(content, settings));
}
Task <Response> t = new Task <Response>(() =>
{
return(_coapClient.Send(request));
});
t.Start();
Response resp = await t;
if (MapToHttpStatusCode(resp.StatusCode) != (int)statusCode)
{
RequestException <Response> .ConvertToException(MapToHttpStatusCode(resp.StatusCode), resp.StatusCode.ToString(), resp.UriQuery, "", resp.ResponseText, resp);
}
return(resp.ResponseText);
}
//This is the interface of the entire library. Every request that is made outside of this class will use this method to communicate.
protected override async Task <string> HandleRequest(string url, Call call = Call.GET, List <Param> parameters = null, List <Param> headers = null, object content = null, HttpStatusCode statusCode = HttpStatusCode.OK)
{
Request request = new Request(ConvertToMethod(call));
request.UriPath = url;
// this is done on purpose to handle ObserveDevice from DeviceController
if (statusCode.Equals(HttpStatusCode.Continue))
{
request.MarkObserve();
request.Respond += (Object sender, ResponseEventArgs e) =>
{
((Action <Response>)content).Invoke(request.Response);
};
}
if (content != null && !statusCode.Equals(HttpStatusCode.Continue))
{
JsonSerializerSettings settings = new JsonSerializerSettings
{
NullValueHandling = NullValueHandling.Ignore
};
request.SetPayload(JsonConvert.SerializeObject(content, settings));
}
Task <Response> t = new Task <Response>(() =>
{
return(_coapClient.Send(request));
});
t.Start();
Response resp = await t;
if (MapToHttpStatusCode(resp.StatusCode) != (int)statusCode)
{
RequestException <Response> .ConvertToException(MapToHttpStatusCode(resp.StatusCode), resp.StatusCode.ToString(), resp.UriQuery, "", resp.ResponseText, resp);
}
return(resp.ResponseText);
}