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The goal of this page is to gather from every team their needs in term of lab requirements. In Amsterdam we have been using extensively Windriver cloud and while the current Windriver infrastructure will remain in place for Beijing, we need to insure we are provisioning adequate lab resource for Integration testing.

see https://lists.onap.org/pipermail/onap-discuss/2017-November/006619.html

2 flavors of requirements have been so far identified:

...

For each flavor, could you fill out the table below with your estimate. This don't need to be 100% accurate. The goal is the come up with a ball ballpark estimate so we can budget accordingly. Each row is for one instance of your component. We will take this data an calculate resources needed for "functional test environments" like Integration SB0, SB1 etc and resources needed for H/A and Geo Redundant testing. for For HA/Geo Redundant testing provide numbers for each "site" and comment on whether how the numbers change with a two site geo-redundancy (e.g. X2 for Geo Redundancy testing).

HA / Geo-Redundant Testing may not be relevant for all applications (especially those qualified as "Design-Time"), in that case enter NA.


Project Name


Project Tech. LeadMinimum set for Functional TestingMinimum set for HA / Geo-Redundant Testing



CPUMemStorageVMsCPUMemStorageVMs Comments
1A & AI 416G40G2416G80G5/105 VMs for local H/A (2 for application servers, 3 for cassandra cluster).  For geo-redundant config, need 5 in each site
2Application Authorization Framework
 

48G80G2416G100G2
3APPC
 


48G80G148G80G5/9Per site: 3 app (ODL cluster) /2 DB
4CLAMP
 
22G10G222G10G2
5Common Controller SDK
 

NANANANANANANANA

As a library/framework, CCSDK doesn't run standalone, so does not need its own VMs

6DCAE
 

1020G100G2

26/54

50G/106G

200G/500G

13/20

Note: 1) the mim for functional testing is for the "lab configuration" to be delivered as part of R2; 2) for HA requirements, the first number is w/o CDAP, the 2nd number is with; 3) geo-red can be HA requirements per site
7DMaaP
 

4

8

8

4

4

28

16G

16G

32G

16G

16G

98G

100G

160G

160G

100G

100G

620G

2

2

2

1

1

8

16

8

16

8

8

56

32

16G

64G

32G

32G

176G

200

160G

320G

200G

200G

1TB

4

2

4

2

2

14

MR

DRPS

DRNS

DBC

Bridge

TOTAL

9External API Framework
 

NANANANANANANANANA based in Brian F suggestion
10Holmes
 
42G10G142G10G2
12Logging Enhancements Project
 

4-8

8-16G80G18-16

16-32G

160G2

ELK stack

13Microservices Bus
 

416G10G1416G10G2
14Modeling
 

48G20G348G20G4
15Multi VIM/Cloud
 
416G40G4416G40G4
16ONAP CLI
 

12G20G112G20G1
17ONAP Operations Manager (OOM)
 

6 + 114 + (8 to 32) =

128 - 152

12G + 268G + 64G = 354G3G + 100G + 120G = 223G3 + 29 + 1 = 3316 to 64128G240G2

OOM as an ONAP Deployment (like the demo project)

(OOM itself is infrastructure undercloud)

18ONAP Optimization Framework
 









19Usecase UI
 

22G10G122G10G2
20Policy Framework
 

616G10G1616G10G2
21Portal Platform
 
28G20G128G20G2
22SDN-C
 
48G80G148G80G7/14

7 VMs needed for local HA (3 controller tier / OpenDaylight + 2 database tier + 2 web tier). Double that for geo redundancy.

23Service Design & Creation
 
816G100G1816G100G4/8for HA we need 4 VM FE/BE/CS/ES and Double that for geo redundancy.
24Service Orchestrator
  

48G80G148G80G2/42 VMs for local HA (4 for geo distribution, considering 2 replicas)
25VF-C: Virtual Function Controller
816G80G1816G80G2
26VID
 

22G10G122G10G2
27VNF SDK
 

44G80G1
NA (design time component)




28VNF Requirements
 

NANANANANANANANAAs documentation directed to VNF Providers, VNFRQTS does not need run time resources
29VNF Validation (VVP)
 
48GB20GB348GB100GB7