Horizon page load 90%ile is 17.2 secs.
Affects | Status | Importance | Assigned to | Milestone | |
---|---|---|---|---|---|
Mirantis OpenStack |
In Progress
|
High
|
Pavel | ||
9.x |
Won't Fix
|
High
|
MOS Horizon |
Bug Description
Detailed bug description:
Problem discovered on MOS 9.0 ISO #495 with MU1
Expected time for loading pages in Internet is 2.0 secs.
But 90%ile of page loads in Horizon dashboard is too long. Now, for example, for 500 users on the page 90%ile is up to 17.2 secs ( https:/
90%ile for page with 100 flavors is 8.0 secs ( https:/
90%ile for page with 100 images is 13.8 secs ( https:/
All results of test load horizon test are here https:/
Also, sometimes server can suddenly answer to user 401 Unauthorized HTTP Code and that interrupts our automated tests scenario. How can i solve this problem? Thanks.
Steps to reproduce:
Create 100 instances (or other items) in Horizon list item page. And refresh this page.
Expected results:
Test passed. Page loaded for 2 secs.
Actual result:
Test failed. Page loaded for more then 2 secs.
Reproducibility:
100%
Workaround:
n/a
Impact:
unknown
Description of the environment:
* 10 virt nodes:
- CPU: 12 x 2.10 GHz
- Disks: 2 drives (SSD - 80 GB, HDD - 931.5 GB), 1006.0 GB total
- Memory: 2 x 16.0 GB, 32.0 GB total
- NUMA topology: 1 NUMA node
* Node roles:
- 3 controllers
- 7 computes
- 3 Ceph OSD
- 3 Telemetry - MongoDB
* Details:
- OS on controllers: Mitaka on Ubuntu 14.04
- OS on computes: RHEL
- Compute: KVM
- Neutron with VLAN segmentation
- Ceph RBD for volumes (Cinder)
- Ceph RadosGW for objects (Swift API)
- Ceph RBD for ephemeral volumes (Nova)
- Ceph RBD for images (Glance)
description: | updated |
Changed in mos: | |
status: | New → Confirmed |
tags: |
added: area-horizon removed: horizon |
Changed in mos: | |
status: | Incomplete → In Progress |
milestone: | 9.2 → 10.0 |
Changed in mos: | |
assignee: | Pavel (pshvetsov) → MOS Horizon (mos-horizon) |
assignee: | MOS Horizon (mos-horizon) → Pavel (pshvetsov) |
Is it really horizon problem, or maybe backend services? According to testcases it's difficult to dive into. Looks like end-to-end time estimation.