Changes:
- Changed host allocators/planner to use cpu.overprovisioning.factor
- Removed following: while adding a new host, we were setting the total_cpu in op_host_capacity to be actual_cpu * cpu.overprovisioning.factor. Now we set it to actual_cpu.
- ListCapacities response now calculates the total CPU as actual * cpu.overprovisioning.factor (This change does not add anything new - listCapacities was pulling total CPU from op_host_capacity DB earlier which had the cpu.overprovisioning.factor applied already. Now we need to apply it over the DB entry.)
- HostResponse has a new field: 'cpuWithOverprovisioning' that returns the cpu after applying the cpu.overprovisioning.factor
- Db Upgrade 222 to 224 now updates the total_cpu in op_host_capacity to be the actual_cpu for each Routing host.
status 9336: resolved fixed
Following changes were made:
* deleteSecurityGroup/authorizeSecurityGroupIngress - removed account/domainId parameters as SG is uniquely identified by id now
* removed account_name field from securityGroup DB table; removed allowed_security_group/allowed_sec_grp_acct from security_ingress_rule.
These values were used for api response generation only for performance purposes; added caching on API level to improve performance
* Added missing security checks for securityGroups/ingressRules
Since private and public keys are logged, this is a Security concern
Changes: Added capability to 'Command' instances to support excluding certain fields from getting logged using GSON @Expose annotation.
Changes:
- Cluster entry is not removed from the table when a cluster is deleted because there are some foreign key constraints failing if the row delete is attempted. Instead the cluster is marked as 'removed'
- While deleting the pod changed the check to see if pod has any clusters - we now check that there are no clusters with removed column null.
- Also pod entry cannot be deleted from the db due to foreign key constraints. So added 'removed' column to Pod table host_pod_ref
- Now on deleting a pod, the pod will be marked as removed and pod name is set to null.
The OOME is due to when server reading the data, it would try to adjust the
reading buffer size according to the "packet length" it read. But if the "packet
length" is some random numbers, server would still try to allocate a part of
very big memory for the reading buffer, result in OOM.
This patch add a 64k limit to sending/receiving the packet. It's the maximum
length one IP datagram can support, and we don't think the request can exceed
this limit. Even if exceed the limit in normal condition, we would aware of it
due to the exception.
Solution has been verified using wget and telnet.
status 4387: resolved fixed
nit
alena
prachi
Kelven Yang
will
Frank
anthony
Murali Reddy
Abhinandan Prateek
Jessica Tomechak
Chiradeep Vittal
Sheng Yang
abhishek