func JobToCapnp(j *Job) (bytes.Buffer, *capn.Segment) {
seg := capn.NewBuffer(nil)
z := schema.NewRootZ(seg)
zjob := JobToCapnpSegment(j, seg)
z.SetJob(zjob)
buf := bytes.Buffer{}
seg.WriteTo(&buf)
return buf, seg
}
func (js *JobServ) ServerToCapnp() (bytes.Buffer, *capn.Segment) {
seg := capn.NewBuffer(nil)
z := schema.NewRootZ(seg)
zjs := schema.NewZgoqserver(seg)
z.SetGoqserver(zjs)
// nextjobid
zjs.SetNextjobid(js.NextJobId)
var i int
var j *Job
// runq
if len(js.RunQ) > 0 {
//fmt.Printf("len of Runq: %d, %#v\n", len(js.RunQ), js.RunQ)
runq := schema.NewZjobList(seg, len(js.RunQ))
plistRunq := capn.PointerList(runq)
i = 0
for _, j = range js.RunQ {
zjob := JobToCapnpSegment(j, seg)
plistRunq.Set(i, capn.Object(zjob))
i++
}
zjs.SetRunq(runq)
}
// waitingjobs
if len(js.WaitingJobs) > 0 {
//fmt.Printf("len of WaitingJobs: %d, %#v\n", len(js.WaitingJobs), js.WaitingJobs)
waitingjobs := schema.NewZjobList(seg, len(js.WaitingJobs))
plistWaitingjobs := capn.PointerList(waitingjobs)
i = 0
for _, j = range js.WaitingJobs {
zjob := JobToCapnpSegment(j, seg)
plistWaitingjobs.Set(i, capn.Object(zjob))
i++
}
zjs.SetWaitingjobs(waitingjobs)
}
// counters
zjs.SetFinishedjobscount(js.FinishedJobsCount)
zjs.SetBadsgtcount(js.BadSgtCount)
zjs.SetCancelledjobcount(js.CancelledJobCount)
zjs.SetBadnoncecount(js.BadNonceCount)
// FinishedRing -> finishedjobs
if len(js.FinishedRing) > 0 {
finishedjobs := schema.NewZjobList(seg, len(js.FinishedRing))
plistFinishedjobs := capn.PointerList(finishedjobs)
i = 0
for _, j = range js.FinishedRing {
zjob := JobToCapnpSegment(j, seg)
plistFinishedjobs.Set(i, capn.Object(zjob))
i++
}
zjs.SetFinishedjobs(finishedjobs)
}
buf := bytes.Buffer{}
seg.WriteTo(&buf)
return buf, seg
}