- Introduces api/discovery plugin that helps discover apis on the mgmt server
- It's a pluggable service, therefore has it's own api-discovery_commands.properties
where the discovery api, listApi can be blacklisted (by removing it), or it's
role mask can be changed
- By default its response has all the apis
- Changes in other parts of the code to make it work, viz. components.xml, pom.xml,
and in ApiServer where it is used as an adapter to get apiname, cmd mappings
The ApiDiscoveryService interface is a contract that the implementing class will
provide:
1. A means to get all the apis as a list of response, plugin is free to implement
the response class, as long as it extends on the BaseResponse:
ListResponse<? extends BaseResponse> listApis();
2. Provides a map of apiname as the key and cmd class as the value:
Map<String, Class<?>> getApiNameCmdClassMapping();
Signed-off-by: Rohit Yadav <bhaisaab@apache.org>
right approach to populate uuid column since it will impact upgrade as
well), and populate UUID column in seed data sql script.
Signed-off-by: Min Chen <min.chen@citrix.com>
Issue seen during system vm template upgrade and restoreVM command
scenarios for vmware. In these cases CS tries to recreate root disk with
same name as the existing one, in case of vmware this results in creation
of vmdk file with same name for both existing and new root volume.
This results in undesired behavior when storage cleanup thread tries to
cleanup old volume. Made the vmdk file name unique by adding the volume
id to it. This will ensure that during volume recreation in the scenarios
mentioned vmdk will get created with a new name and there will be
no undesired side effects of running the storage cleanup thread.
The basic idea behind this is, deploy a fix sized threadpool for updating RvR
status, then using producer/consumer model. There is a global configuration
router.check.poolsize(10 by default) to control the pool size.
Using pool size 100 for 1000 RvR is tested with simulator and works well.
Also we can adjust the global configuration option router.check.interval to e.g.
60s from default 30s to mitigate the issue.
For LB device in inline mode, the ip deployer(the owner of public ip) is the
firewall in front of it, not itself. So check if it's inline or not, if it's
inline, return the firewall as ip deployer
Use SRX firewall filter as SRX firewall. The old security policy mechanism
cannot be used as IP based. This would enable SRX's ability to control traffic
for F5 behind it.
Excluded test as per test author's comment:
"Currently we commented out this test suite since it requires a real MS and Db running"
Signed-off-by: Rohit Yadav <bhaisaab@apache.org>
