}
}
-// stage name limited to 40 characters
-func (r *table_row) pretty_name() string {
- s := r.name()
- if len(s) > 40 {
- s = s[:39]
- }
- return s
-}
-
// add the values of one row to another one
func (this *table_row) add(other table_row) {
this.SUM_TIMER_WAIT += other.SUM_TIMER_WAIT
// stage headings
func (r *table_row) headings() string {
- return fmt.Sprintf("%-40s|%10s %6s %8s|", "Stage Name", "Latency", "%", "Counter")
+ return fmt.Sprintf("%10s %6s %8s|%s", "Latency", "%", "Counter", "Stage Name")
}
// generate a printable result
func (r *table_row) row_content(totals table_row) string {
- name := r.pretty_name()
+ name := r.name()
if r.COUNT_STAR == 0 && name != "Totals" {
name = ""
}
- return fmt.Sprintf("%-40s|%10s %6s %8s|",
- name,
+ return fmt.Sprintf("%10s %6s %8s|%s",
lib.FormatTime(r.SUM_TIMER_WAIT),
lib.FormatPct(lib.MyDivide(r.SUM_TIMER_WAIT, totals.SUM_TIMER_WAIT)),
- lib.FormatAmount(r.COUNT_STAR))
+ lib.FormatAmount(r.COUNT_STAR),
+ name)
}
// describe a whole row
func (r table_row) String() string {
- return fmt.Sprintf("%-40s %10s %10s",
- r.pretty_name(),
+ return fmt.Sprintf("%10s %10s %s",
lib.FormatTime(r.SUM_TIMER_WAIT),
- lib.FormatAmount(r.COUNT_STAR))
+ lib.FormatAmount(r.COUNT_STAR),
+ r.name())
}
// describe a whole table