// This method gets called by the runtime. Use this method to add services to the container.
public void ConfigureServices(IServiceCollection services)
{
services.AddControllers()
.AddFluentValidation();
services.AddAutoMapper(typeof(DatacenterMapperProfile).Assembly);
services.AddSwaggerGen(c =>
{
c.SwaggerDoc("v1", new OpenApiInfo {
Title = "Kubernox.Service", Version = "v1"
});
});
services.AddSharedInfrastructure();
services.AddPersistenceInfrastructure(Configuration);
services.AddSignalR();
services.AddHealthChecks();
services.AddSerilogUi(options =>
{
options.UseNpgSql(Configuration.GetConnectionString("Default"), "logs");
});
ConfigureCors(services);
AddBusinessLayer(services);
services.AddSingleton <ILookupClient>(c =>
{
var endpoint = new IPEndPoint(IPAddress.Parse("8.8.8.8"), 53);
return(new LookupClient(endpoint));
});
ConfigureClient.Initialise(Configuration["Proxmox:Uri"], Configuration["Proxmox:Token"]);
}
public DatacenterSyncBusiness(IConfiguration configuration, ILogger <DatacenterSyncBusiness> logger, IDatacenterRepository datacenterRepository)
{
ConfigureClient.Initialise(configuration["Proxmox:Uri"], configuration["Proxmox:Token"]);
this.configuration = configuration;
this.logger = logger;
this.datacenterRepository = datacenterRepository;
}
public SerializedPayload NewConfigureClient(int prefetchCount)
{
var payload = new ConfigureClient
{
Id = Guid.NewGuid(),
PrefetchCount = prefetchCount
};
return(_serializer.Serialize(payload));
}
private void InitializeConfigurationProxy()
{
try
{
_configurationProxy = new ConfigureClient();
}
catch (Exception)
{
_configurationProxy.Abort();
}
}
public void Serialization_ConfigureClient_MatchResults()
{
var configureClient = new ConfigureClient {
Id = Guid.NewGuid(), PrefetchCount = 10
};
var b = _serializer.Serialize(configureClient);
var result = _deserializer.ToConfigureClient(b.DataWithoutSize);
Assert.Equal(configureClient.Id, result.Id);
Assert.Equal(configureClient.PrefetchCount, result.PrefetchCount);
}
private void OnConfigureClient(Guid clientId, ConfigureClient configureClient)
{
if (_clientStore.TryGet(clientId, out var client))
{
client.ConfigureConcurrency(configureClient.PrefetchCount);
SendReceivedPayloadOk(clientId, configureClient.Id);
}
else
{
SendReceivePayloadError(clientId, configureClient.Id, "Client not found");
}
}
public ClusterBusiness(IClusterRepository clusterRepository, IDatacenterRepository datacenterRepository,
ISshKeyRepository sshKeyRepository, IClusterNodeRepository clusterNodeRepository,
IQueueService queueService, ITemplateRepository templateRepository,
IConfiguration configuration, ITraefikRedisStore traefikCache, IHubContext <AppHub, IAppHub> hubContext)
{
this.clusterRepository = clusterRepository;
this.datacenterRepository = datacenterRepository;
this.sshKeyRepository = sshKeyRepository;
this.clusterNodeRepository = clusterNodeRepository;
this.queueService = queueService;
this.templateRepository = templateRepository;
this.configuration = configuration;
this.traefikCache = traefikCache;
this.hubContext = hubContext;
ConfigureClient.Initialise(configuration["Proxmox:Uri"], configuration["Proxmox:Token"]);
}
/// <summary>
/// Reads (loads) the configuration of the system from the configuration service.
/// </summary>
public void LoadConfiguration()
{
_log.Trace(m => m("LoadConfiguration called for {0}.", (_ConfigurationServiceHostAddress == null) ? "null" : _ConfigurationServiceHostAddress.ToString()));
if (_ConfigurationServiceHostAddress != null)
{
ConfigureClient cfgIfc = null;
cfgIfc = new ConfigureClient();
// Connect to the discovered service endpoint
cfgIfc.Endpoint.Address = _ConfigurationServiceHostAddress;
_graphic = cfgIfc.GetGraphicConfiguration();
_log.Trace(m => m("All graphic details: {0}", _graphic.ToString()));
// read available zones (via graphic configuration)
// Root -> Graphic -> Building -> Floors -> Zone(s)
_zones.Clear();
_functions.Clear();
foreach (Floor floor in _graphic.Building.Floors)
{
_log.Trace(m => m("Read FLOOR with id={0}.", floor.Id));
foreach (ZoneGraphic zone in floor.Zones)
{
_log.Trace(m => m("Zone found with id {0} with name {1}.", zone.Id.ToString(), zone.Name));
_zones.Add(zone);
// Read the functions associated with this zone
Function[] functions = cfgIfc.GetFunctions(zone.Id);
_functions.AddRange(functions);
}
}
_log.Trace(m => m("Totally {0} zones found!", _zones.Count));
_log.Trace(m => m("Totally {0} funtions found!", _functions.Count));
// read available sources (via graphic configuration)
// Root -> Graphic -> Source(s)
_sources.Clear();
foreach (SourceGraphic source in _graphic.Sources)
{
_log.Trace(m => m("SOURCE found with id {0}, with the name {1}.", source.Id.ToString(), source.Name));
_sources.Add(source);
}
_log.Trace(m => m("Totally {0} sources found!", _sources.Count));
}
}
public SerializedPayload Serialize(ConfigureClient configureClient)
{
var binaryWriter = ObjectPool.Shared.Rent <BinaryProtocolWriter>();
try
{
return(binaryWriter
.WriteType(PayloadType.Configure)
.WriteId(configureClient.Id)
.WriteInt(configureClient.PrefetchCount)
.ToSerializedPayload());
}
finally
{
ObjectPool.Shared.Return(binaryWriter);
}
}
/// <summary>
/// Create client for configuration service. Either use discovered service or configuration read from
/// configuration file.
/// </summary>
/// <returns>Client to configure service.</returns>
private ConfigureClient CreateConfigureClient()
{
ConfigureClient cfgIfc = null;
if (ServiceProxy.ServiceDiscovery.isServiceDiscovered(serviceName))
{
cfgIfc = new ConfigureClient();
// Connect to the discovered service endpoint
EndpointAddress addr = ServiceProxy.ServiceDiscovery.EndpointAddress(serviceName, ServiceProxy.ServiceDiscovery.SelectedServer);
cfgIfc.Endpoint.Address = addr;
_log.Trace(m => m("Invoking discovered Configuration service at {0}", addr));
}
else
{
cfgIfc = new ConfigureClient("WSHttpBinding_IConfigure", ServiceProxy.buildEndpointAddress("WSHttpBinding_IConfigure"));
_log.Trace(m => m("Invoking configured Configuration service at {0}", ServiceProxy.buildEndpointAddress("WSHttpBinding_IConfigure")));
}
_endPointAddress = cfgIfc.Endpoint.Address;
return(cfgIfc);
}
/// <summary>
/// Reads (loads) the functions (part of the system configuration) from the configuration service.
/// </summary>
public List <Function> LoadFunctions()
{
_log.Trace(m => m("LoadFunctions called for {0}.", (_ConfigurationServiceHostAddress == null) ? "null" : _ConfigurationServiceHostAddress.ToString()));
if (_ConfigurationServiceHostAddress != null)
{
ConfigureClient cfgIfc = null;
cfgIfc = new ConfigureClient();
// Connect to the discovered service endpoint
cfgIfc.Endpoint.Address = _ConfigurationServiceHostAddress;
_functions.Clear();
foreach (ZoneGraphic zone in _zones)
{
_log.Trace(m => m("read functions for Zone id {0} with name {1}.", zone.Id.ToString(), zone.Name));
// ToDo: Not implemented yet! Implement GetFunctions(zone.Id) on server side!
_functions.AddRange(cfgIfc.GetFunctions(zone.Id));
}
_log.Trace(m => m("Totally {0} functions found! {1}", _functions.Count, _functions.ToString <Function>(" / ")));
}
return(_functions);
}
public virtual void HandleConfigure(ConfigureClient e)
{
m_messages = e.Messages;
m_server = e.Server;
Self.Active();
}
public void HandleConfigure(ConfigureClient e)
{
Receiver.HandleConfigure(e);
MachineHandledLog(nameof(HandleConfigure));
}
public void Configure(ConfigureClient e)
{
RuntimeHost.SendEvent(Id, e);
}
