ran-proc/rpcore/status.go

package rpcore

import (
	"fmt"
	"strconv"
	"time"
)

type ProcStatus int8

const (
	PROCSTAT_PendingToRun    ProcStatus = iota
	PROCSTAT_Running         ProcStatus = iota
	PROCSTAT_Exited          ProcStatus = iota
	PROCSTAT_PendingToStop   ProcStatus = iota
	PROCSTAT_PendingToDelete ProcStatus = iota
	PROCSTAT_ManuallyStopped
)

func (ps ProcStatus) ToString() string {
	switch ps {
	case PROCSTAT_PendingToRun:
		return "PendingR"
	case PROCSTAT_Running:
		return "Running"
	case PROCSTAT_Exited:
		return "Exited"
	case PROCSTAT_PendingToStop:
		return "PendingS"
	case PROCSTAT_ManuallyStopped:
		return "Stopped"
	case PROCSTAT_PendingToDelete:
		return "PendingD"
	default:
		return "Unknown"
	}
}

func (ps ProcStatus) ToStringAbbr() string {
	switch ps {
	case PROCSTAT_PendingToRun:
		return "PDR"
	case PROCSTAT_Running:
		return "RUN"
	case PROCSTAT_Exited:
		return "END"
	case PROCSTAT_PendingToStop:
		return "PDS"
	case PROCSTAT_ManuallyStopped:
		return "OFF"
	case PROCSTAT_PendingToDelete:
		return "PDD"
	default:
		return "UKN"
	}
}

type DisplayStatusInfo struct {
	CPID          int64      `json:"cpid"`
	Name          string     `json:"name"`
	Status        ProcStatus `json:"status"`
	StatusText    string     `json:"statusText"`
	StatusAbbr    string     `json:"statusAbbr"`
	PID           int        `json:"pid"`
	LastStartTime time.Time  `json:"lastStartTime"`
}

func (i DisplayStatusInfo) ToPrintableTableData() []string {
	tmstr := "-"
	if !i.LastStartTime.IsZero() {
		tmstr = i.LastStartTime.Format(time.RFC3339Nano)
	}
	pid := "-"
	if i.PID > 0 {
		pid = strconv.Itoa(i.PID)
	}
	return []string{
		fmt.Sprintf("%16X", i.CPID),
		i.Name,
		i.StatusAbbr,
		pid,
		tmstr,
	}
}