public void GetSelfInfo()
{
GetSelfInfoRequest request = new GetSelfInfoRequest()
{
request_header = RequestHeaderBody
};
HttpResponseMessage message = _client.PostProtoJson("contacts/getselfinfo", request);
if (UserInformationReceived != null)
{
GetSelfInfoResponse response = message.Content.ReadAsProtoJson <GetSelfInfoResponse>();
CurrentUser = new User(response.self_entity);
UserInformationReceived(this, CurrentUser);
}
}
public async Task GetSelfInfoAsync()
{
GetSelfInfoRequest request = new GetSelfInfoRequest()
{
request_header = RequestHeaderBody,
};
using (HttpResponseMessage message = await _client.PostProtoJson("contacts/getselfinfo", _api_key, request))
{
GetSelfInfoResponse response = await message.Content.ReadAsProtoJson <GetSelfInfoResponse>();
CurrentUser = response.self_entity;
if (OnUserInformationReceived != null)
{
OnUserInformationReceived(this, CurrentUser);
}
}
}
async Task initializeChat()
{
// We first need to fetch the 'pvt' token, which is required for the
// initialization request (otherwise it will return 400).
HttpResponseMessage message = await _client.Execute(HangoutUri.PVT_TOKEN_URL, _initParams);
string data = await message.Content.ReadAsStringAsync();
Newtonsoft.Json.Linq.JArray array = JArray.Parse(data);
_initParams["pvt"] = array[1].ToString();
// Now make the actual initialization request:
message = await _client.Execute(HangoutUri.CHAT_INIT_URL, _initParams);
data = await message.Content.ReadAsStringAsync();
message.Dispose();
// Parse the response by using a regex to find all the JS objects, and
// parsing them. Not everything will be parsable, but we don't care if
// an object we don't need can't be parsed.
Dictionary <string, Newtonsoft.Json.Linq.JArray> dataDictionary = Parser.ParseInitParams(data);
// a this time we can not fix key as index can change.
string key = null;
foreach (JArray jarray in dataDictionary.Values)
{
try
{
key = jarray[0][0].ToString();
}
catch { key = null; }
switch (key)
{
case "cin:cac":
_api_key = jarray[0][2].ToString();
break;
case "cic:vd":
_email = jarray[0][2].ToString(); // cic:vd
break;
case "cin:acc":
if (jarray[0].Count() > 6)
{
_header_date = jarray[0][4].ToString(); //cin:acc
_header_version = jarray[0][6].ToString();
}
break;
case "cin:bcsc":
_header_id = jarray[0][7].ToString(); // cin:bcsc
break;
case "cgserp":
jarray[0][0].Remove();
GetSuggestedEntitiesResponse cgserp = ProtoJsonSerializer.Deserialize <GetSuggestedEntitiesResponse>(jarray[0] as JArray);
if (cgserp.response_header.status == ResponseStatus.RESPONSE_STATUS_OK)
{
_contacts = cgserp.contacts_you_hangout_with.contact.ToDictionary(c => c.entity.id.gaia_id, c => new User(c.entity));
}
break;
case "cgsirp":
jarray[0][0].Remove();
GetSelfInfoResponse cgsirp = ProtoJsonSerializer.Deserialize <GetSelfInfoResponse>(jarray[0] as JArray);
if (cgsirp.response_header.status == ResponseStatus.RESPONSE_STATUS_OK)
{
if (!string.IsNullOrEmpty(_email))
{
cgsirp.self_entity.properties.canonical_email = _email;
}
CurrentUser = new User(cgsirp.self_entity);
}
break;
case "csrcrp":
jarray[0][0].Remove();
SyncRecentConversationsResponse csrcrp = ProtoJsonSerializer.Deserialize <SyncRecentConversationsResponse>(jarray[0] as JArray);
if (csrcrp.response_header.status == ResponseStatus.RESPONSE_STATUS_OK)
{
_active_conversations = csrcrp.conversation_state.ToDictionary(c => c.conversation_id.id, c => new WTalk.Model.Conversation(c));
}
break;
}
}
// call all events
if (UserInformationReceived != null)
{
UserInformationReceived(this, CurrentUser);
}
data = null;
dataDictionary = null;
//this._timestamp = double.Parse(dataDictionary["ds:21"][0][1][4].ToString());
}