/// <summary>
/// This constructor is intended for the API only.
/// Initializes a new instance of the <see cref="Matrix.Client.MatrixRoom"/> class.
/// </summary>
/// <param name="api">The API to send/recieve requests from</param>
/// <param name="roomId">Roomid</param>
public MatrixRoom(MatrixApi api, string roomId)
{
Id = roomId;
_api = api;
_jsonSerializer = new JsonSerializer();
Members = new SortedDictionary <string, RoomMembershipContent>();
}
public MatrixMediaFile(MatrixApi api, Uri mxcUrl, string contentType)
{
if (api == null)
{
throw new ArgumentNullException(nameof(api));
}
_baseUrl = api.BaseUrl;
_mxcUrl = mxcUrl;
_contentType = contentType;
}
public MatrixAppservice(ServiceRegistration registration, string domain,
Uri url, int maxRequests = DefaultMaxRequests)
{
HomeserverUrl = url ?? DefaultUri;
Domain = domain ?? throw new ArgumentNullException(nameof(domain));
MaximumRequests = maxRequests;
Registration = registration ?? throw new ArgumentNullException(nameof(registration));
AppserviceUrl = registration.Url;
_botUserId = "@" + registration.Localpart + ":" + Domain;
_urlMatcher =
new Regex("\\/(rooms|transactions|users)\\/(.+)\\?access_token=(.+)",
RegexOptions.Compiled | RegexOptions.ECMAScript);
_api = new MatrixApi(url, registration.AppserviceToken, "");
}
public MediaApi(MatrixApi matrixApi) =>
public RoomApi(MatrixApi matrixApi) => _matrixApi = matrixApi ?? throw new ArgumentNullException(nameof(matrixApi));
public ProfileApi(MatrixApi matrixApi) =>
public Keys(MatrixApi api)
{
_api = api;
}
public void Init()
{
instance = new MatrixApi();
}
public LoginEndpoint(MatrixApi matrixApi)
{
_matrixApi = matrixApi ?? throw new ArgumentNullException(nameof(matrixApi));
_apiPath = new Uri(@"/_matrix/client/r0/login", UriKind.Relative);
}
public SyncEndpoint(MatrixApi matrixApi, int timeout = 10000)
{
Timeout = timeout;
_matrixApi = matrixApi ?? throw new ArgumentNullException(nameof(matrixApi));
_apiPath = new Uri(@"/_matrix/client/r0/sync", UriKind.Relative);
}
/// <summary>
/// Get distance between waypoints
/// </summary>
public async Task <List <RouteSimulatorDetail> > ObtenerDistancia(List <RouteSimulatorDetail> ListRouteDetail, string originLongitude, string originLatitude)
{
//DECLARAMOS LAS VARIABLES, EN UNA DE ELLA CONTENDREMOS LA COORDENADA
//List<RouteSimulatorDetail> ListRouteDetail = new List<RouteSimulatorDetail>();
if (ListRouteDetail.Count <= 0)
{
return(ListRouteDetail);
}
MatrixApi ResultOptimizerRoute = new MatrixApi();
decimal distanceMin = 0;
string cordInit = ",";
string cordEnd = "";
var numeroDeParada = 0;
//ALMACENA EL ULTIMO CLIENTE OPTIMIZADO
RouteSimulatorDetail sourceClient = new RouteSimulatorDetail();
//LISTA DE LOS PUNTO A RECORRER EN BASE AL PUNTO ORIGEN
List <RouteSimulatorDetail> ListPointsPending = new List <RouteSimulatorDetail>();
//LISTA DE LOS PUNTOS SIN ASIGNAR ORDEN
List <RouteSimulatorDetail> ListRouteDetailWithoutAssigned = new List <RouteSimulatorDetail>();
//VARIABLE PARA ALMACENAR LA RUTA DE ORIGEN LUEGO DE HABER SIDO ASIGNADO
RouteSimulatorDetail detailItem = new RouteSimulatorDetail();
//VARIABLE PARA ALMACENAR LA RUTA CON LA DISTANCIA MAS PEQUEÑA
RouteSimulatorDetail routeMinDistance = new RouteSimulatorDetail();
//--FILTRAMOS LOS QUE NO TENGAN UBICACION
ListRouteDetail = ListRouteDetail.FindAll(x => x.Latitude != 0 && x.Longitude != 0);
//RECORREMOS LA LISTA, SIN CONTAR LOS QUE NO TIENEN PUNTOS GPS
for (var i = 0; (ListRouteDetail.Count) > i; i++)
{
//REALIZAMOS UNA COPIA DE LA LISTA DE PUNTOS DEL DETALLE, ESTA SERA SOBRE LA CUAL TRABAJAREMOS
ListPointsPending = ListRouteDetail;
detailItem = ListRouteDetail[i];
if (i == 0)
{
//SE CONSTRUYE EL STRING DE LA CORDENADA DE INICIO
originLatitude.Replace(",", ".");
originLongitude.Replace(",", ".");
cordInit = originLongitude + "," + originLatitude;
}
//SE TOMAN EN CUENTA SOLAMENTE LAS QUE NO ESTAN ASIGNADAS
if (detailItem.isAssigned == null)
{
//RECORREMOS TODOS LOS PUNTOS NUEVAMENTE PARA ENCONTRAR EL PUNTO MAS CERCANO AL ACTUAL
for (var d = 0; (ListPointsPending.Count - 1) >= d; d++)
{
//VARIABLE PARA ALMACENAR EL PUNTO PENDIENTE DEL CUAL SE ESTA OBTENINENDO LA DISTANCIA.
RouteSimulatorDetail currentRoute = new RouteSimulatorDetail();
currentRoute = ListPointsPending[d];
//RECOREMOS NUEVAMENTE TODOS LOS PUNTOS RESPECTO AL ACTUAL PARA OBTENER EL DE LA MENOR DISTANCIA Y OMITIMOS EL PROPIO GPS
if ((currentRoute.isAssigned == null) && (sourceClient.ClientCode != currentRoute.ClientCode && sourceClient.ManifestId != currentRoute.ManifestId && sourceClient.Order != currentRoute.Order))
{
//SE CONSTRUYE EL STRING DE LA CORDENADA DE DESTINO
cordEnd = currentRoute.Longitude.ToString().Replace(",", ".") + "," + currentRoute.Latitude.ToString().Replace(",", ".");
//OBTENEMOS EL RESULTADO DE LA OPTIMIZACION
ResultOptimizerRoute = await OptimizeRoute(cordInit, cordEnd);
//ACTUALIZAMOS EL ITEM DEL ARREGLO CON LA DISTANCIA Y EL TIEMPO QUE SE TOMARA LA RUTA DE UN PUNTO A OTRO
currentRoute.distance = Convert.ToDecimal(ResultOptimizerRoute.trips[0].legs[0].distance);
currentRoute.time = Convert.ToDecimal(ResultOptimizerRoute.trips[0].legs[0].duration);
System.Diagnostics.Debug.WriteLine(JsonConvert.SerializeObject(ResultOptimizerRoute));
}
}
//BUSCAMOS EL PUNTO MAS CERCANO AL ACTUAL
ListRouteDetailWithoutAssigned = ListPointsPending.FindAll(x => x.isAssigned == null);
distanceMin = ListRouteDetailWithoutAssigned.Min(x => x.distance).Value;
routeMinDistance = ListRouteDetailWithoutAssigned.Find(x => x.distance == distanceMin && x.isAssigned == null);
//AGREGAMOS UN ORDEN EN LAS PARADAS QUE SE DEBEN DE REALIZAR
numeroDeParada += 1;
//AGREGA EL NUEVO PUNTO DE INICIO PARA UBICAR EL PUNTO MAS CERCANO
cordInit = routeMinDistance.Longitude.ToString().Replace(",", ".") + "," + routeMinDistance.Latitude.ToString().Replace(",", ".");
detailItem.distance = routeMinDistance.distance;
detailItem.time = routeMinDistance.time;
detailItem.isAssigned = numeroDeParada;
}
}
//TRAZA LA RUTA DE REGRESO A LA BODEGA CONFIGURADA
if (ListRouteDetail.Count > 0)
{
var ultimoPunto = ListRouteDetail.Count;
//CONSTRUIMOS LA CORDENADA DE DESTINO - GPS CONFIGURADO EN LOS PARAMETROS
cordEnd = originLongitude.Replace(",", ".") + "," + originLatitude.Replace(",", ".");
//CONSTRUIMOS LA CORDENADA DE PARTIDA - ULTIMA EN EL LISTADO
RouteSimulatorDetail newDetail = new RouteSimulatorDetail();
detailItem = ListRouteDetail[ultimoPunto - 1];
//ASIGNAMOS EL CLIENTE A OPTIMIZAR
sourceClient = detailItem;
newDetail.Address = detailItem.Address;
newDetail.ClientCode = detailItem.ClientCode;
newDetail.ClientName = detailItem.ClientName;
newDetail.distance = 0;
newDetail.DistanceCost = 0;
newDetail.DistanceToTravel = 0;
newDetail.isAssigned = 0;
newDetail.ManifestId = detailItem.ManifestId;
newDetail.Order = detailItem.Order;
newDetail.TotalVolume = 0;
newDetail.TotalWeight = 0;
newDetail.VehicleId = detailItem.VehicleId;
cordInit = detailItem.Longitude.ToString().Replace(",", ".") + "," + detailItem.Latitude.ToString().Replace(",", ".");
//OBTENEMOS EL RESULTADO DE LA OPTIMIZACION
ResultOptimizerRoute = await OptimizeRoute(cordInit, cordEnd);
//ACTUALIZAMOS EL ITEM DEL ARREGLO CON LA DISTANCIA Y EL TIEMPO QUE SE TOMARA LA RUTA DE UN PUNTO A OTRO
newDetail.distance = Convert.ToDecimal(ResultOptimizerRoute.trips[0].legs[0].distance);
newDetail.time = Convert.ToDecimal(ResultOptimizerRoute.trips[0].legs[0].duration);
newDetail.Longitude = Convert.ToDecimal(originLongitude);
newDetail.Latitude = Convert.ToDecimal(originLatitude);
newDetail.isAssigned = ultimoPunto + 1;
ListRouteDetail.Add(newDetail);
}
return(ListRouteDetail);
}
public RoomDirectoryApi(MatrixApi matrixApi) =>
public DeviceApi(MatrixApi matrixApi) =>
