public async Task <dynamic> Handle(dynamic session, dynamic message)
{
string what = message.head.what;
var userId = Guid.Parse(session.userId.ToString());
if (what == "node-states")
{
foreach (var state in message.body.states)
{
Guid nodeId = Guid.Parse(state.nodeId.ToString());
var cache = Data.CacheRepository.Instance.GetCache(nodeId);
if (cache == null)
{
cache = new ExpandoObject();
}
cache.State = state;
Data.CacheRepository.Instance.SaveCache(nodeId, cache);
Data.RowsCache.Instance.UpdateState(state, nodeId, userId);
Carantine.Instance.Push(nodeId, (int)state.code);
}
}
if (what == "node-get-astronomTimer")
{
var answer = Helper.BuildMessage(what);
Guid id = Guid.Parse(message.body.objectId.ToString());
dynamic tube = StructureGraph.Instance.GetTube(id, userId);
var dtube = tube as IDictionary <string, object>;
if (dtube.ContainsKey("coordinates"))
{
answer.body.coordinates = (string)tube.coordinates;
}
if (dtube.ContainsKey("afterBeforeSunSetRise"))
{
answer.body.afterBeforeSunSetRise = (string)tube.afterBeforeSunSetRise;
}
if (dtube.ContainsKey("utc"))
{
answer.body.utc = (string)tube.utc;
}
return(answer);
}
if (what == "node-update-astronomTimer")
{
string coordinates = (string)message.body.coordinates;
string utc = (string)message.body.utc;
string afterBeforeSunSetRise = (string)message.body.afterBeforeSunSetRise;
Guid objectId = Guid.Parse((string)message.body.objectId);
StructureGraph.Instance.UpdateLightControlsAstronTimersValues(coordinates, utc, afterBeforeSunSetRise, objectId);
var ans = Helper.BuildMessage(what);
return(ans);
}
if (what == "node-controller-data")
{
dynamic control = (dynamic)message.body.control;
var dcontrol = control as IDictionary <string, object>;
Guid objectId = Guid.Parse((string)message.body.objectId);
//для освещения
if (dcontrol.ContainsKey("controllerData"))
{
string controllerData = (string)control.controllerData;
Data.RowsCache.Instance.UpdateControllerData(controllerData, objectId, userId);
Carantine.Instance.Push(objectId);
}
if (dcontrol.ContainsKey("lightV2Config"))
{
string strConfig = (string)control.lightV2Config;
StructureGraph.Instance.UpdateControlConfig(strConfig, objectId); //strConfig
var ans = Helper.BuildMessage(what);
return(ans);
}
if (dcontrol.ContainsKey("controllerConfig"))
{
string strConfig = (string)control.controllerConfig;
StructureGraph.Instance.UpdateControlConfig(strConfig, objectId); //strConfig
var ans = Helper.BuildMessage(what);
return(ans);
}
}
if (what == "node-config")
{
}
if (what == "node-events")
{
int events = Convert.ToInt32(message.body.events);
Guid objectId = Guid.Parse((string)message.body.objectId);
Data.RowsCache.Instance.UpdateEvents(events, objectId, userId);
Carantine.Instance.Push(objectId);
}
if (what == "node-watertower")
{
float max = Convert.ToSingle(message.body.max);
float min = Convert.ToSingle(message.body.min);
int controlMode = Convert.ToInt32(message.body.controlMode);
Guid objectId = Guid.Parse((string)message.body.objectId);
StructureGraph.Instance.UpdateWaterTowenParametr(min, max, controlMode, objectId);
List <dynamic> rules = new List <dynamic>();
var connections = StructureGraph.Instance.GetNeightbours(objectId, userId);
foreach (var connection in connections)
{
dynamic ruleConnection = new ExpandoObject();
ruleConnection.action = "upd";
ruleConnection.target = "node";
ruleConnection.content = new ExpandoObject();
ruleConnection.content.id = connection.id;
ruleConnection.content.body = connection;
ruleConnection.content.type = (string)connection.type;
rules.Add(ruleConnection);
}
var area = StructureGraph.Instance.GetArea(objectId, userId);
dynamic ruleArea = new ExpandoObject();
ruleArea.action = "upd";
ruleArea.target = "node";
ruleArea.content = new ExpandoObject();
ruleArea.content.id = area.id;
ruleArea.content.body = area;
ruleArea.content.type = "Area";
rules.Add(ruleArea);
var tube = StructureGraph.Instance.GetTube(objectId, userId);
dynamic ruleTube = new ExpandoObject();
ruleTube.action = "upd";
ruleTube.target = "node";
ruleTube.content = new ExpandoObject();
ruleTube.content.id = tube.id;
ruleTube.content.body = tube;
ruleTube.content.type = "Tube";
rules.Add(ruleTube);
var sessions = CacheRepository.Instance.GetSessions();
sessions.AsParallel().ForAll(s =>
{
var ds = s as IDictionary <string, object>;
if (ds == null || !ds.ContainsKey(SignalRConnection.SIGNAL_CONNECTION_ID) || ds[SignalRConnection.SIGNAL_CONNECTION_ID] == null)
{
return;
}
Guid uId = Guid.Parse(s.userId.ToString());
dynamic msg = Helper.BuildMessage("changes");
msg.body.rules = new List <dynamic>();
foreach (var rule in rules)
{
dynamic content = rule.content;
Guid id = Guid.Empty;
id = Guid.Parse(content.id.ToString());
if (id != Guid.Empty && StructureGraph.Instance.CanSee(id, uId))
{
msg.body.rules.Add(rule);
}
}
if (msg.body.rules.Count > 0)
{
var connectionId = ds[SignalRConnection.SIGNAL_CONNECTION_ID].ToString();
SignalRConnection.RaiseEvent(msg, connectionId);
}
});
return(Helper.BuildMessage(what));
}
if (what == "node-get-light-control-config")
{
var answer = Helper.BuildMessage(what);
string[] lightControlMetod = new string[4];
int[] lightBeforeSunRise = new int[4];
int[,] afterSunSetAndBeforeSunRise = new int[4, 2];
dynamic[,] lightSheduleOn = new dynamic[4, 2];
dynamic[,] lightSheduleOff = new dynamic[4, 2];
DateTime dt1970 = new DateTime(1970, 1, 1, 0, 0, 0);
DateTime dt1970With1sec = new DateTime(1970, 1, 1, 0, 0, 1);
Guid id = Guid.Parse(message.body.objectId.ToString());
dynamic tube = StructureGraph.Instance.GetTube(id, userId);
var dtube = tube as IDictionary <string, object>;
if (dtube.ContainsKey("strConfig"))
{
string strConfig = (string)tube.strConfig;
var bytesConfig = strConfig.Split('-').Select(x => byte.Parse(x, NumberStyles.HexNumber)).ToArray();
LightConfig conf = StructsHelper.Instance.setBytesFromConfig <LightConfig>(bytesConfig, new LightConfig());
//Celestial cel = Celestial.CalculateCelestialTimes(Convert.ToInt32(conf.u32lat)+0, Convert.ToInt32(conf.u32lon), new DateTime(DateTime.Now.Year, DateTime.Now.Month, DateTime.Now.Day));
//DateTime sunRiseUTC = cel.SunRise.Value;
//DateTime sunSetUTC = cel.SunSet.Value;
//DateTime lightAstronomOn = sunRiseUTC.AddHours(Convert.ToInt32(conf.u8timeDiff));
//DateTime lightAstronomOff = sunSetUTC.AddHours(Convert.ToInt32(conf.u8timeDiff));
lightControlMetod[0] = (conf.ligthtChannels1.u8ControlMode == 0xFF) ? "" : Convert.ToString(conf.ligthtChannels1.u8ControlMode);
lightControlMetod[1] = (conf.ligthtChannels2.u8ControlMode == 0xFF) ? "" : Convert.ToString(conf.ligthtChannels2.u8ControlMode);
lightControlMetod[2] = (conf.ligthtChannels3.u8ControlMode == 0xFF) ? "" : Convert.ToString(conf.ligthtChannels3.u8ControlMode);
lightControlMetod[3] = (conf.ligthtChannels4.u8ControlMode == 0xFF) ? "" : Convert.ToString(conf.ligthtChannels4.u8ControlMode);
afterSunSetAndBeforeSunRise[0, 0] = (conf.ligthtChannels1.u8afterSunSet == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels1.u8afterSunSet);
afterSunSetAndBeforeSunRise[1, 0] = (conf.ligthtChannels2.u8afterSunSet == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels2.u8afterSunSet);
afterSunSetAndBeforeSunRise[2, 0] = (conf.ligthtChannels3.u8afterSunSet == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels3.u8afterSunSet);
afterSunSetAndBeforeSunRise[3, 0] = (conf.ligthtChannels4.u8afterSunSet == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels4.u8afterSunSet);
afterSunSetAndBeforeSunRise[0, 1] = (conf.ligthtChannels1.u8beforeSunRise == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels1.u8beforeSunRise);
afterSunSetAndBeforeSunRise[1, 1] = (conf.ligthtChannels2.u8beforeSunRise == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels2.u8beforeSunRise);
afterSunSetAndBeforeSunRise[2, 1] = (conf.ligthtChannels3.u8beforeSunRise == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels3.u8beforeSunRise);
afterSunSetAndBeforeSunRise[3, 1] = (conf.ligthtChannels4.u8beforeSunRise == 0xFF) ? 0 : Convert.ToInt32(conf.ligthtChannels4.u8beforeSunRise);
lightSheduleOn[0, 0] = conf.ligthtChannels1.on1;
lightSheduleOn[1, 0] = conf.ligthtChannels2.on1;
lightSheduleOn[2, 0] = conf.ligthtChannels3.on1;
lightSheduleOn[3, 0] = conf.ligthtChannels4.on1;
lightSheduleOn[0, 1] = conf.ligthtChannels1.on2;
lightSheduleOn[1, 1] = conf.ligthtChannels2.on2;
lightSheduleOn[2, 1] = conf.ligthtChannels3.on2;
lightSheduleOn[3, 1] = conf.ligthtChannels4.on2;
lightSheduleOff[0, 0] = conf.ligthtChannels1.off1;
lightSheduleOff[1, 0] = conf.ligthtChannels2.off1;
lightSheduleOff[2, 0] = conf.ligthtChannels3.off1;
lightSheduleOff[3, 0] = conf.ligthtChannels4.off1;
lightSheduleOff[0, 1] = conf.ligthtChannels1.off2;
lightSheduleOff[1, 1] = conf.ligthtChannels2.off2;
lightSheduleOff[2, 1] = conf.ligthtChannels3.off2;
lightSheduleOff[3, 1] = conf.ligthtChannels4.off2;
answer.body.strConfig = strConfig;
answer.body.lightControlMetod = lightControlMetod;
answer.body.afterSunSetAndBeforeSunRise = afterSunSetAndBeforeSunRise;
answer.body.lightSheduleOn = lightSheduleOn;
answer.body.lightSheduleOff = lightSheduleOff;
}
return(answer);
}
if (what == "node-get-matrix-terminal-config")
{
var answer = Helper.BuildMessage(what);
Guid id = Guid.Parse(message.body.objectId.ToString());
dynamic node = StructureGraph.Instance.GetNodeById(id);
var dnode = node as IDictionary <string, object>;
if (dnode.ContainsKey("config"))
{
string strConfig = (string)node.config;
var bytesConfig = strConfig.Split('-').Select(x => byte.Parse(x, NumberStyles.HexNumber)).ToArray();
MatrixTerminalConfig conf = StructsHelper.Instance.setBytesFromConfig <MatrixTerminalConfig>(bytesConfig, new MatrixTerminalConfig());
answer.body.config = conf;
List <dynamic> listProfile = new List <dynamic>();
List <string> listApnName = new List <string>();
foreach (var profile in conf.profile)
{
dynamic profileTmp = new ExpandoObject();
string ipPort = StructsHelper.Instance.ParseStringFromBytes(profile.ip_port);
profileTmp.ip = (ipPort.Contains(':')) ? ipPort.Split(':')[0] : ipPort;
profileTmp.port = (ipPort.Contains(':')) ? ipPort.Split(':')[1] : "";
listProfile.Add(profileTmp);
}
foreach (var apnName in conf.apnName)
{
listApnName.Add(StructsHelper.Instance.ParseStringFromBytes(apnName.APN));
}
answer.body.profiles = listProfile;
answer.body.APNs = listApnName;
answer.body.strConfig = strConfig;
}
return(answer);
}
if (what == "node-value")
{
double value = (double)message.body.indication;
string valueUnitMeasurement = (string)message.body.indicatioUnitMeasurement;
DateTime date = DateTime.Parse(message.body.date.ToString());
Guid objectId = Guid.Parse((string)message.body.objectId);
Data.RowsCache.Instance.UpdateValue(value, valueUnitMeasurement, date, objectId, userId);
Carantine.Instance.Push(objectId);
}
if (what == "node-save")
{
//var node = message.body.node;
//Data.StructureGraph.Instance.SaveNode(node.type.ToString(), node, Guid.Parse((string)session.User.id));
}
if (what == "nodes-save")
{
var nodes = message.body.nodes;
var tokens = new List <dynamic>();
foreach (var node in nodes)
{
var token = node;
token.userId = userId;
tokens.Add(token);
}
Data.NodeBackgroundProccessor.Instance.AddTokens(tokens);
return(Helper.BuildMessage(what));
}
if (what == "node-poll-server")
{
string serverName = message.body.serverName;
var server = StructureGraph.Instance.GetPollServer(serverName);
var ans = Helper.BuildMessage(what);
ans.body.server = StructureGraph.Instance.GetServer(serverName, Guid.Parse((string)session.userId));
return(ans);
}
if (what == "nodes-poll-branch")
{
string serverName = message.body.serverName;
var server = StructureGraph.Instance.GetPollServer(serverName);
var ans = Helper.BuildMessage(what);
ans.body.server = server;//StructureGraph.Instance.GetServer(serverName, Guid.Parse((string)session.userId));
return(ans);
}
return(Helper.BuildMessage(what));
}
public async Task <dynamic> Handle(dynamic session, dynamic message)
{
string what = message.head.what;
var userId = Guid.Parse(session.userId.ToString());
if (what == "parse-matrix-terminal-config-from-string")
{
var answer = Helper.BuildMessage(what);
var dicBody = message.body as IDictionary <string, object>;
if (dicBody.ContainsKey("strConfig"))
{
List <dynamic> listProfile = new List <dynamic>();
List <string> listApnName = new List <string>();
string strConfig = message.body.strConfig.ToString();
var bytesConfig = strConfig.Split('-').Select(x => byte.Parse(x, NumberStyles.HexNumber)).ToArray();
MatrixTerminalConfig conf = StructsHelper.Instance.setBytesFromConfig <MatrixTerminalConfig>(bytesConfig, new MatrixTerminalConfig());
answer.body.config = conf;
foreach (var profile in conf.profile)
{
dynamic profileTmp = new ExpandoObject();
string ipPort = StructsHelper.Instance.ParseStringFromBytes(profile.ip_port);
profileTmp.ip = (ipPort.Contains(':'))? ipPort.Split(':')[0]: ipPort;
profileTmp.port = (ipPort.Contains(':')) ? ipPort.Split(':')[1] : "";
listProfile.Add(profileTmp);
}
foreach (var apnName in conf.apnName)
{
listApnName.Add(StructsHelper.Instance.ParseStringFromBytes(apnName.APN));
}
answer.body.profiles = listProfile;
answer.body.APNs = listApnName;
}
return(answer);
}
if (what == "parse-matrix-terminal-get-string-from-config")
{
var answer = Helper.BuildMessage(what);
var config = message.body.config;
var profiles = message.body.profiles;
var APNs = message.body.APNs;
var dicBody = message.body as IDictionary <string, object>;
if (dicBody.ContainsKey("strConfig"))
{
List <dynamic> listProfile = new List <dynamic>();
List <string> listApnName = new List <string>();
string strConfig = message.body.strConfig.ToString();
var bytesConfig = strConfig.Split('-').Select(x => byte.Parse(x, NumberStyles.HexNumber)).ToArray();
MatrixTerminalConfig conf = StructsHelper.Instance.setBytesFromConfig <MatrixTerminalConfig>(bytesConfig, new MatrixTerminalConfig());
for (int i = 0; i < conf.profile.Length; i++)
{
conf.profile[i].ip_port = StructsHelper.Instance.Parse24BytesFromString(profiles[i].ip + ":" + profiles[i].port);
}
byte[] tmpBytes = StructsHelper.Instance.getBytes <MatrixTerminalConfig>(conf);
string strConf = BitConverter.ToString(tmpBytes);
answer.body.strConfig = strConf;
}
return(answer);
}
return(Helper.BuildMessage(what));
}