2007-10-11 Zhaolei <zhaolei@cn.fujitsu.com>

	* queue_stats.stp (qsq_utilization): Update queue account datas
	before calculate.
	(qsq_blocked): Ditto.
	(qsq_wait_queue_length): Ditto.
	(qsq_service_time): Ditto.
	(qsq_wait_time): Ditto.
	(qsq_throughput): Ditto.

2 files changed, 16 insertions, 0 deletions

diff --git a/tapset/ChangeLog b/tapset/ChangeLog
index 4058ea04..72dca971 100644
--- a/tapset/ChangeLog
+++ b/tapset/ChangeLog
@@ -1,5 +1,15 @@
 2007-10-11  Zhaolei  <zhaolei@cn.fujitsu.com>
 
+	* queue_stats.stp (qsq_utilization): Update queue account datas
+	before calculate.
+	(qsq_blocked): Ditto.
+	(qsq_wait_queue_length): Ditto.
+	(qsq_service_time): Ditto.
+	(qsq_wait_time): Ditto.
+	(qsq_throughput): Ditto.
+
+2007-10-11  Zhaolei  <zhaolei@cn.fujitsu.com>
+
 	From Cai Fei <caifei@cn.fujitsu.com>
 	* nfs_proc.stp (__nfs_write_data_info): Add data-access code for
 	count, valid and timestamp.
diff --git a/tapset/queue_stats.stp b/tapset/queue_stats.stp
index 9d89903c..5cf24c40 100644
--- a/tapset/queue_stats.stp
+++ b/tapset/queue_stats.stp
@@ -70,35 +70,41 @@ function qsq_start (qname) {  # reset statistics for new baseline
 
 # fraction of time that any request was being serviced
 function qsq_utilization (qname, scale) {
+  _qs_update (qname)
   elapsed = qs_time() - qs_stime[qname]
   return (scale * qs_rtime[qname]) / elapsed
 }
 
 # fraction of time that any request was blocked in the wait queue
 function qsq_blocked (qname, scale) {
+  _qs_update (qname)
   elapsed = qs_time() - qs_stime[qname]
   return (scale * qs_wtime[qname]) / elapsed
 }
 
 # length of wait queue 
 function qsq_wait_queue_length (qname, scale) {
+  _qs_update (qname)
   elapsed = qs_time() - qs_stime[qname]
   return (scale * qs_wlentime[qname]) / elapsed
 }
 
 # service time (amount of time per request service)
 function qsq_service_time (qname, scale) {
+  _qs_update (qname)
   return (scale * qs_rlentime[qname]) / qs_dcount[qname]
 }
 
 # wait time (amount of time in queue + service per request)
 function qsq_wait_time (qname, scale) {
+  _qs_update (qname)
   return (scale * (qs_rlentime[qname] + qs_wlentime[qname]))
     / qs_dcount[qname]
 }
 
 # service rate (number of requests served per unit time)
 function qsq_throughput (qname, scale) {
+  _qs_update (qname)
   elapsed = qs_time() - qs_stime[qname]
   return (scale * qs_dcount[qname]) / elapsed
 }