func _getmem(kind string, in sigar.Swap) operating.Memory {
total, approxtotal, _ := format.HumanBandback(in.Total)
used, approxused, _ := format.HumanBandback(in.Used)
return operating.Memory{
Kind: operating.Field(kind),
Total: total,
Used: used,
Free: format.HumanB(in.Free),
UsePercent: format.FormatPercent(approxused, approxtotal),
}
}
func FormatDFinodes(md operating.MetricDF) operating.DiskInodes {
var (
diskInodes = md.Inodes.Snapshot().Value()
diskIused = md.Iused.Snapshot().Value()
diskIfree = md.Ifree.Snapshot().Value()
)
itotal, approxitotal, _ := format.HumanBandback(uint64(diskInodes))
iused, approxiused, _ := format.HumanBandback(uint64(diskIused))
return operating.DiskInodes{
DiskMeta: diskMeta(md),
Inodes: itotal,
Iused: iused,
Ifree: format.HumanB(uint64(diskIfree)),
IusePercent: format.FormatPercent(approxiused, approxitotal),
}
}
func FormatDFbytes(md operating.MetricDF) operating.DiskBytes {
var (
diskTotal = md.Total.Snapshot().Value()
diskUsed = md.Used.Snapshot().Value()
diskAvail = md.Avail.Snapshot().Value()
)
total, approxtotal, _ := format.HumanBandback(uint64(diskTotal))
used, approxused, _ := format.HumanBandback(uint64(diskUsed))
return operating.DiskBytes{
DiskMeta: diskMeta(md),
Total: total,
Used: used,
Avail: format.HumanB(uint64(diskAvail)),
UsePercent: format.FormatPercent(approxused, approxtotal),
}
}