// helper function to format aggregated breakdown results
func formatBreakdown(bdown Record, breakdown string) string {
report := ""
if breakdown == "" {
return report
}
keys := utils.MapKeys(bdown)
lsize := 0
if breakdown == "tier" {
sort.Sort(utils.StringList(keys))
for _, k := range keys {
if len(k) > lsize {
lsize = len(k)
}
}
}
for _, k := range keys {
v := bdown[k]
size := v.(float64)
pad := ""
if breakdown == "tier" {
if len(k) < lsize {
pad = strings.Repeat(" ", (lsize - len(k)))
}
}
report += fmt.Sprintf(" %s%s\t%f (%s)\n", k, pad, size, utils.SizeFormat(size))
}
return report
}
// helper function to format aggregated results
func formatResults(metric string, bins []int, records []Record, breakdown string) {
for _, rec := range records {
for site, vals := range rec {
rec := vals.(Record)
results := rec["results"].(BinRecord)
bresults := rec["breakdown"].(BinRecord)
// results := vals.(Record)
report := fmt.Sprintf("%s:\n", site)
ikeys := utils.MapIntKeys(results)
sort.Ints(ikeys)
pad := ""
for _, bin := range ikeys {
size := results[bin].(float64)
bdown := bresults[bin].(Record)
if bin == bins[len(bins)-1] {
pad = "+"
}
report += fmt.Sprintf("%s %d%s size %f (%s)\n", metric, bin, pad, size, utils.SizeFormat(size))
report += formatBreakdown(bdown, breakdown)
}
fmt.Println(report)
}
}
}