public async Task Activate(HandlerGraph handlers, CapabilityGraph capabilities, JasperRuntime runtime, OutgoingChannels channels)
{
var capabilityCompilation = capabilities.Compile(handlers, _serialization, channels, runtime, _transports, _lookups);
var transports = _transports.Where(x => x.State == TransportState.Enabled).ToArray();
if (!_settings.DisableAllTransports)
{
await _settings.ApplyLookups(_lookups);
channels.StartTransports(_pipeline, _settings, transports);
_delayedJobs.Start(_pipeline, channels);
var local = new TransportNode(channels, _settings.MachineName);
await _nodes.Register(local);
}
runtime.Capabilities = await capabilityCompilation;
if (runtime.Capabilities.Errors.Any() && _settings.ThrowOnValidationErrors)
{
throw new InvalidSubscriptionException(runtime.Capabilities.Errors);
}
}
public async Task Activate(HandlerGraph handlers, CapabilityGraph capabilities, JasperRuntime runtime, ChannelGraph channels, LocalWorkerSender localWorker)
{
var capabilityCompilation = capabilities.Compile(handlers, _serialization, channels, runtime, _transports, _lookups);
var transports = _transports.Where(x => _settings.StateFor(x.Protocol) != TransportState.Disabled)
.ToArray();
_settings.Workers.Compile(handlers.Chains.Select(x => x.MessageType));
localWorker.Start(_persistence, _workerQueue);
if (!_settings.DisableAllTransports)
{
await _settings.ApplyLookups(_lookups);
channels.Start(_settings, transports, _lookups, capabilities);
_delayedJobs.Start(_workerQueue);
}
runtime.Capabilities = await capabilityCompilation;
if (runtime.Capabilities.Errors.Any() && _settings.ThrowOnValidationErrors)
{
throw new InvalidSubscriptionException(runtime.Capabilities.Errors);
}
}
