etcd-io
/
dbtester
mirror of https://github.com/etcd-io/dbtester.git
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity

vendor: fix psn's interpolate denominator

This commit is contained in:
Gyu-Ho Lee 2017-02-03 14:34:05 -08:00
parent 02a3540274
commit cf232481b0
No known key found for this signature in database
GPG Key ID: 1DDD39C7EB70C24C
3 changed files with 34 additions and 33 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

6
glide.lock generated
View File

@ -1,5 +1,5 @@
hash: 53ab72dfa34d18b6312178d488c31a4a3ac6fcb1ab5fdc848540c5aa99b9d0ec
updated: 2017-02-03T13:29:00.110382456-08:00
hash: a4a7eb94c1659dc8b1d92102964eaa1ec4fcb65c0ed8e9a7386ffbfe08b3ec01
updated: 2017-02-03T14:33:52.863581062-08:00
imports:
- name: bitbucket.org/zombiezen/gopdf
version: 1c63dc69751bc45441c2ce1f56b631c55294b4d5
@ -97,7 +97,7 @@ imports:
- name: github.com/gyuho/dataframe
version: f9fe6fd9537b000e95362aefbcc0250679e1549b
- name: github.com/gyuho/psn
version: c38f6ee9e76032eef7290a71121c6b4b924804aa
version: d49d44831eb0a0a07f0e5a84df443213816e37c6
subpackages:
- schema
- name: github.com/hashicorp/consul

2
glide.yaml
View File

@ -54,7 +54,7 @@ import:
- package: github.com/gyuho/dataframe
version: f9fe6fd9537b000e95362aefbcc0250679e1549b
- package: github.com/gyuho/psn
version: c38f6ee9e76032eef7290a71121c6b4b924804aa
version: d49d44831eb0a0a07f0e5a84df443213816e37c6
- package: github.com/hashicorp/consul
version: 3da73be55c82a7f88f1dfd3ec16d267970ac8ff0
subpackages:

59
vendor/github.com/gyuho/psn/proc_csv_interpolate.go generated vendored
View File

@ -176,47 +176,48 @@ func Interpolate(lower, upper Proc) (procs []Proc, err error) {
return
}
// calculate the delta
// calculate the delta; divide by expectedRowN-1 because that's the number of delta ranges
// 5 ___ () ___ 7 should have denominator 2 when expectedRowN=3
var (
// for PSEntry
voluntaryCtxtSwitches = (upper.PSEntry.VoluntaryCtxtSwitches - lower.PSEntry.VoluntaryCtxtSwitches) / uint64(expectedRowN)
nonVoluntaryCtxtSwitches = (upper.PSEntry.NonvoluntaryCtxtSwitches - lower.PSEntry.NonvoluntaryCtxtSwitches) / uint64(expectedRowN)
cpuNum = (upper.PSEntry.CPUNum - lower.PSEntry.CPUNum) / float64(expectedRowN)
vmRSSNum = (upper.PSEntry.VMRSSNum - lower.PSEntry.VMRSSNum) / uint64(expectedRowN)
vmSizeNum = (upper.PSEntry.VMSizeNum - lower.PSEntry.VMSizeNum) / uint64(expectedRowN)
voluntaryCtxtSwitches = (upper.PSEntry.VoluntaryCtxtSwitches - lower.PSEntry.VoluntaryCtxtSwitches) / uint64(expectedRowN-1)
nonVoluntaryCtxtSwitches = (upper.PSEntry.NonvoluntaryCtxtSwitches - lower.PSEntry.NonvoluntaryCtxtSwitches) / uint64(expectedRowN-1)
cpuNum = (upper.PSEntry.CPUNum - lower.PSEntry.CPUNum) / float64(expectedRowN-1)
vmRSSNum = (upper.PSEntry.VMRSSNum - lower.PSEntry.VMRSSNum) / uint64(expectedRowN-1)
vmSizeNum = (upper.PSEntry.VMSizeNum - lower.PSEntry.VMSizeNum) / uint64(expectedRowN-1)
// for LoadAvg
loadAvg1Minute = (upper.LoadAvg.LoadAvg1Minute - lower.LoadAvg.LoadAvg1Minute) / float64(expectedRowN)
loadAvg5Minute = (upper.LoadAvg.LoadAvg5Minute - lower.LoadAvg.LoadAvg5Minute) / float64(expectedRowN)
loadAvg15Minute = (upper.LoadAvg.LoadAvg15Minute - lower.LoadAvg.LoadAvg15Minute) / float64(expectedRowN)
runnableKernelSchedulingEntities = (upper.LoadAvg.RunnableKernelSchedulingEntities - lower.LoadAvg.RunnableKernelSchedulingEntities) / int64(expectedRowN)
currentKernelSchedulingEntities = (upper.LoadAvg.RunnableKernelSchedulingEntities - lower.LoadAvg.RunnableKernelSchedulingEntities) / int64(expectedRowN)
loadAvg1Minute = (upper.LoadAvg.LoadAvg1Minute - lower.LoadAvg.LoadAvg1Minute) / float64(expectedRowN-1)
loadAvg5Minute = (upper.LoadAvg.LoadAvg5Minute - lower.LoadAvg.LoadAvg5Minute) / float64(expectedRowN-1)
loadAvg15Minute = (upper.LoadAvg.LoadAvg15Minute - lower.LoadAvg.LoadAvg15Minute) / float64(expectedRowN-1)
runnableKernelSchedulingEntities = (upper.LoadAvg.RunnableKernelSchedulingEntities - lower.LoadAvg.RunnableKernelSchedulingEntities) / int64(expectedRowN-1)
currentKernelSchedulingEntities = (upper.LoadAvg.RunnableKernelSchedulingEntities - lower.LoadAvg.RunnableKernelSchedulingEntities) / int64(expectedRowN-1)
// for DSEntry
readsCompleted = (upper.DSEntry.ReadsCompleted - lower.DSEntry.ReadsCompleted) / uint64(expectedRowN)
sectorsRead = (upper.DSEntry.SectorsRead - lower.DSEntry.SectorsRead) / uint64(expectedRowN)
writesCompleted = (upper.DSEntry.WritesCompleted - lower.DSEntry.WritesCompleted) / uint64(expectedRowN)
sectorsWritten = (upper.DSEntry.SectorsWritten - lower.DSEntry.SectorsWritten) / uint64(expectedRowN)
timeSpentOnReadingMs = (upper.DSEntry.TimeSpentOnReadingMs - lower.DSEntry.TimeSpentOnReadingMs) / uint64(expectedRowN)
timeSpentOnWritingMs = (upper.DSEntry.TimeSpentOnWritingMs - lower.DSEntry.TimeSpentOnWritingMs) / uint64(expectedRowN)
readsCompleted = (upper.DSEntry.ReadsCompleted - lower.DSEntry.ReadsCompleted) / uint64(expectedRowN-1)
sectorsRead = (upper.DSEntry.SectorsRead - lower.DSEntry.SectorsRead) / uint64(expectedRowN-1)
writesCompleted = (upper.DSEntry.WritesCompleted - lower.DSEntry.WritesCompleted) / uint64(expectedRowN-1)
sectorsWritten = (upper.DSEntry.SectorsWritten - lower.DSEntry.SectorsWritten) / uint64(expectedRowN-1)
timeSpentOnReadingMs = (upper.DSEntry.TimeSpentOnReadingMs - lower.DSEntry.TimeSpentOnReadingMs) / uint64(expectedRowN-1)
timeSpentOnWritingMs = (upper.DSEntry.TimeSpentOnWritingMs - lower.DSEntry.TimeSpentOnWritingMs) / uint64(expectedRowN-1)
// for DSEntry delta
readsCompletedDelta = (upper.ReadsCompletedDelta - lower.ReadsCompletedDelta) / uint64(expectedRowN)
sectorsReadDelta = (upper.SectorsReadDelta - lower.SectorsReadDelta) / uint64(expectedRowN)
writesCompletedDelta = (upper.WritesCompletedDelta - lower.WritesCompletedDelta) / uint64(expectedRowN)
sectorsWrittenDelta = (upper.SectorsWrittenDelta - lower.SectorsWrittenDelta) / uint64(expectedRowN)
readsCompletedDelta = (upper.ReadsCompletedDelta - lower.ReadsCompletedDelta) / uint64(expectedRowN-1)
sectorsReadDelta = (upper.SectorsReadDelta - lower.SectorsReadDelta) / uint64(expectedRowN-1)
writesCompletedDelta = (upper.WritesCompletedDelta - lower.WritesCompletedDelta) / uint64(expectedRowN-1)
sectorsWrittenDelta = (upper.SectorsWrittenDelta - lower.SectorsWrittenDelta) / uint64(expectedRowN-1)
// for NSEntry
receivePackets = (upper.NSEntry.ReceivePackets - lower.NSEntry.ReceivePackets) / uint64(expectedRowN)
transmitPackets = (upper.NSEntry.TransmitPackets - lower.NSEntry.TransmitPackets) / uint64(expectedRowN)
receiveBytesNum = (upper.NSEntry.ReceiveBytesNum - lower.NSEntry.ReceiveBytesNum) / uint64(expectedRowN)
transmitBytesNum = (upper.NSEntry.TransmitBytesNum - lower.NSEntry.TransmitBytesNum) / uint64(expectedRowN)
receivePackets = (upper.NSEntry.ReceivePackets - lower.NSEntry.ReceivePackets) / uint64(expectedRowN-1)
transmitPackets = (upper.NSEntry.TransmitPackets - lower.NSEntry.TransmitPackets) / uint64(expectedRowN-1)
receiveBytesNum = (upper.NSEntry.ReceiveBytesNum - lower.NSEntry.ReceiveBytesNum) / uint64(expectedRowN-1)
transmitBytesNum = (upper.NSEntry.TransmitBytesNum - lower.NSEntry.TransmitBytesNum) / uint64(expectedRowN-1)
// for NSEntry delta
receivePacketsDelta = (upper.ReceivePacketsDelta - lower.ReceivePacketsDelta) / uint64(expectedRowN)
transmitPacketsDelta = (upper.TransmitPacketsDelta - lower.TransmitPacketsDelta) / uint64(expectedRowN)
receiveBytesNumDelta = (upper.ReceiveBytesNumDelta - lower.ReceiveBytesNumDelta) / uint64(expectedRowN)
transmitBytesNumDelta = (upper.TransmitBytesNumDelta - lower.TransmitBytesNumDelta) / uint64(expectedRowN)
receivePacketsDelta = (upper.ReceivePacketsDelta - lower.ReceivePacketsDelta) / uint64(expectedRowN-1)
transmitPacketsDelta = (upper.TransmitPacketsDelta - lower.TransmitPacketsDelta) / uint64(expectedRowN-1)
receiveBytesNumDelta = (upper.ReceiveBytesNumDelta - lower.ReceiveBytesNumDelta) / uint64(expectedRowN-1)
transmitBytesNumDelta = (upper.TransmitBytesNumDelta - lower.TransmitBytesNumDelta) / uint64(expectedRowN-1)
)
procs = make([]Proc, expectedRowN-2)