// Authenticate authenticates any agent and returns a heartbeat interval, a
// fake entity ID and "stable" channel. It's used along with endpoint.Hub
func (auth authenticator) Authenticate(agentName string, agentID string, token string, responder *endpoint.Responder, connCtx endpoint.ConnContext) endpoint.HandleCode {
var result helloResult
result.HeartbeatInterval = "1000"
result.EntityID = "fake-entity-id-asdfghjkl"
result.Channel = "stable"
responder.Respond(result, nil)
// return OK for any agent
return endpoint.OK
}
// Handle responds to check_schedule.get requests with a list of checks
func (c checkScheduleHandler) Handle(req *endpoint.Request, responder *endpoint.Responder, connCtx endpoint.ConnContext) endpoint.HandleCode {
var rsp checkScheduleGetResult
checks := [][]interface{}{
{"agent.memory", nil},
{"agent.disk", map[string]string{"target": "/dev/mapper/precise64-root"}},
{"agent.filesystem", map[string]string{"target": "/"}},
{"agent.network", map[string]string{"target": "eth0"}},
{"agent.network", map[string]string{"target": "eth1"}},
{"agent.cpu", nil},
{"agent.load_average", nil},
}
for i, v := range checks {
rsp.Checks = append(rsp.Checks, check{
ID: fmt.Sprintf("check-%02d", i),
Type: v[0].(string),
Details: v[1],
Period: scheduleInterval,
Timeout: scheduleInterval,
Disabled: false,
})
}
responder.Respond(rsp, nil)
return endpoint.OK
}
// Handle finalizes check_metrics.post request, writing a non-error response
func (c checkMetricsFinalizeHandler) Handle(req *endpoint.Request, responder *endpoint.Responder, connCtx endpoint.ConnContext) endpoint.HandleCode {
responder.Respond(0, nil)
return endpoint.OK
}