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GIMI Acceptance Test Plan

GIMI Acceptance Test Plan

The GIMI tests will build on the GPO ExoGENI test plan.

Process

Select aggregate manager
Select target resource configuration
Select target software configuration
Select tools
Select extension
Run scripts
1. get resources
2. load software
3. configure software
4. test functions
5. evaluate performance

Assumptions and Dependencies

The following assumptions are made for all tests described in this plan:

GPO ProtoGENI credentials from https://pgeni.gpolab.bbn.com are used for all tests.
GPO ProtoGENI is the Slice Authority for all tests.
All Service Manager (SM) requests MUST be made via the Omni command line tool which uses the GENI AM API.
In all scenarios, one experiment is always equal to one slice.
Compute resources are VMs unless otherwise stated.

Aggregate and Service Managers

ExoSM (Service Manager)
BBN ExoGENI Aggregate Manager
RENCI ExoGENI Aggregate Manager

Experiment control tools

OMNI

OMF EC

iREEL Portal

iRODS client i-commands

Target resource configurations

1. One aggregate (RENCI or BBN ExoGENI Rack)

Common node in slice, 2 MPs

Common node out of slice, 2 MPs

2. Two aggregates (one slice, both RENCI and BBN ExoGENI Racks)

1 Common node and 1-2 MPs in each aggregate

Common node outside of slice, 1-2 MPs in each aggregate

Common node in one aggregate, 1-2 MPs in each aggregate (possible?)

Target software configurations

1. Installation

a. Static install (full images)

how many different images?
with rspec

b. Dynamic install (packages on top of generic images)

which images will be supported?
with rspec?

2. Measurement configuration

What are the configuration parameters?

3. Add experimenter applications

use OMF EC enable/disable app and I&M services

Extensions

1. Push measurement data from MC to iRODS server

2. Pull measurement data from iRODS server to user workspace

analyze and visualize the data

3. Push the analysis data from user workspace to iRODS server

Required services

OMF Messaging Server
iRODS Server
iREEL Web Server

Test Matrices

Static Installation

	Slice Setup	Basic Measurement	Send Data to iRODS	Analysis and Viz	Send Analysis to iRODS
One Agg, CN inside slice
One Agg, CN outside slice
Two Agg, CN in EACH agg
Two Agg, CN outside slice
Two Agg, CN in ONE agg

Dynamic Installation on Debian

	Slice Setup	Basic Measurement	Send Data to iRODS	Analysis and Viz	Send Analysis to iRODS
One Agg, CN inside slice
One Agg, CN outside slice
Two Agg, CN in EACH agg
Two Agg, CN outside slice
Two Agg, CN in ONE agg

Test Descriptions

One Aggregate, Common node inside the slice

Static Install

GIM-1A-IS-1. Slice/Sliver Setup

This test creates a slice on one ExoGENI aggregate with 3 VMs using a static image with GIMI I&M packages installed.
One of the VMs will be the common (OML server) node and the other two VMs will be measurement points.

Prerequisites:

ExoSM has made available a static image (images?) with GIMI I&M packages installed.
The resource allocated for the MC is externally accessible by SSH and HTTP.
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate three VMs from the same ExoGENI AM to a slice.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-1A-IS-2 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a static image with GIMI I&M packages installed.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on the MC

GIM-1A-IS-3 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a static image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-1A-IS-4 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a static image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-1A-IS-5 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a static image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Dynamic Install/Debian

GIM-1A-IS-6. Slice/Sliver Setup

This test creates a slice on one ExoGENI aggregate with 3 VMs using a Debian image with GIMI I&M packages installed dynamically.
One of the VMs will be the common (OML server) node and the other two VMs will be measurement points.

Prerequisites:

ExoSM has made available a Debian image on which to install the GIMI I&M packages.
The GIMI I&M packages are available on a public web server?
The resource allocated for the MC is externally accessible by SSH and HTTP.
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate three VMs from the same ExoGENI AM to a slice.
Install the GIMI I&M packages.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-1A-IS-7 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a Debian image with GIMI I&M packages installed.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on the MC

GIM-1A-IS-8 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-1A-IS-9 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-1A-IS-10 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 3 VMs using a Debian image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

One Aggregate, Common node outside the slice

Static Install

GIM-1A-OS-1. Slice/Sliver Setup

This test creates a slice on one ExoGENI aggregate with 2 VMs using a static image with GIMI I&M packages installed.
Both VMs will be measurement points. The common (OML server) node will be located outside the slice (in the user workspace?).

Prerequisites:

ExoSM has made available a static image (images?) with GIMI I&M packages installed.
The common node is configured outside the slice and is externally accessible by SSH and HTTP.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate two VMs from the same ExoGENI AM to a slice.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MP nodes.
Verify full connectivity of the nodes within the slice (ping and ssh) as well as connectivity to the common node outside the slice.
Verify required services have been enabled.

GIM-1A-OS-2 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a static image with GIMI I&M packages installed.
The common (OML server) node is located on a node outside the slice and externally accessible.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on the MC.

GIM-1A-OS-3 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a static image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-1A-OS-4 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a static image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-1A-OS-5 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a static image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Dynamic Install/Debian

GIM-1A-OS-6. Slice/Sliver Setup

This test creates a slice on one ExoGENI aggregate with 2 VMs using a Debian image with GIMI I&M packages installed dynamically.
Both VMs will be measurement points. The common (OML server) node will be located outside the slice (in the user workspace?).

Prerequisites:

The aggregate/rack has made available a Debian image on which to install the GIMI I&M packages.
The GIMI I&M packages are available on a public web server?
The common node is configured outside the slice and is externally accessible by SSH and HTTP.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate two VMs from the same ExoGENI AM to a slice.
Install the GIMI I&M packages.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the nodes within the slice (ping and ssh) as well as connectivity to the common node outside the slice
Verify required services have been enabled.

GIM-1A-OS-7 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a Debian image with GIMI I&M packages installed.
The common (OML server) node is located on a node outside the slice and externally accessible.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on the MC

GIM-1A-OS-8 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-1A-OS-9 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-1A-OS-10 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 2 VMs using a Debian image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Two Aggregates, Common node in each aggregate

Static Install

GIM-2A-2CN-1. Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 3 VMs in each aggregate using a static image with GIMI I&M packages installed.
One of the VMs in each aggregate will be the common (OML server) node and the other two VMs in each aggregate will be measurement points.

Prerequisites:

ExoSM has made available a static image (images?) with GIMI I&M packages installed.
The resources allocated for the MCs are externally accessible by SSH and HTTP.
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate three VMs from each ExoGENI AM to a slice.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-2A-2CN-2 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a static image with GIMI I&M packages installed.
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the appropriate MC (MPs push to the MC in the same aggregate).
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on each of the MCs

GIM-2A-2CN-3 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been collected on the common nodes.
The iRODS client has been installed on the common nodes and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common nodes.
Use the i-put command to copy the data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy measurement data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-2CN-4 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-2CN-5 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Dynamic Install/Debian

GIM-2A-2CN-6. Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 3 VMs in each aggregate using a Debian image with GIMI I&M packages installed dynamically.
One of the VMs in each aggregate will be the common (OML server) node and the other two VMs in each aggregate will be measurement points.

Prerequisites:

ExoSM has made available a Debian image on which to install the GIMI I&M packages.
The GIMI I&M packages are available on a public web server?
The resources allocated for the MCs are externally accessible by SSH and HTTP.
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate three VMs from each ExoGENI AM to a slice.
Install the GIMI I&M packages.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-2A-2CN-7 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a Debian image with GIMI I&M packages installed.
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the appropriate MC (MPs push to the MC in the same aggregate).
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.
Verify that expected data is collected on each of the MCs

GIM-2A-2CN-8 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been collected on the common nodes.
The iRODS client has been installed on the common nodes and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common nodes.
Use the i-put command to copy the measurement data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-2CN-9 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a Debian image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the measurement data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-2CN-10 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 2 common node VMs and 4 MP VMs using a Debian image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Two Aggregates, One common node outside the slice

Static Install

GIM-2A-CNOS-1. Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 2 VMs in each aggregate using a static image with GIMI I&M packages installed.
The two VMs in each aggregate will be measurement points. The common (OML server) node will be located outside the slice (in the user workspace?).

Prerequisites:

The ExoGENI AM has made available a static image (images?) with GIMI I&M packages installed.
The common node is configured outside the slice and is externally accessible by SSH and HTTP.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate two VMs from each ExoGENI AM to a slice.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MP nodes.
Verify full connectivity of the nodes within the slice (ping and ssh) as well as connectivity to the common node outside the slice.

GIM-2A-CNOS-2 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a static image with GIMI I&M packages installed.
The common (OML server) node is located on a node outside the slice and externally accessible.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.

GIM-2A-CNOS-3 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the measurement data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-CNOS-4 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the measurement data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-CNOS-5 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Dynamic Install/Debian

GIM-2A-CNOS-6. Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 2 VMs in each aggregate using a Debian image with GIMI I&M packages installed dynamically.
The two VMs in each aggregate will be measurement points. The common (OML server) node will be located outside the slice (in the user workspace?).

Prerequisites:

The ExoGENI AM has made available a Debian image on which to install the GIMI I&M packages.
The GIMI I&M packages are available on a public web server?
The common node is configured outside the slice and is externally accessible by SSH and HTTP.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate two VMs from each ExoGENI AM to a slice.
Install the GIMI I&M packages.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-2A-CNOS-7 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
The common (OML server) node is located on a node outside the slice and externally accessible.
The common node is accessible by the VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.

GIM-2A-CNOS-8 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the measurement data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-CNOS-9 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the measurement data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-CNOS-10 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Two Aggregates, One common node in one aggregate

Static Install

GIM-2A-1CN-1. Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 3 VMs in one aggregate and 2 VMs in the other using a static image with GIMI I&M packages installed.
One of the VMs in the 3-VM aggregate will be the common (OML server) node and the other two VMs in each aggregate will be measurement points.

Prerequisites:

The ExoGENI AM has made available a static image (images?) with GIMI I&M packages installed.
The resource allocated for the MC is externally accessible by SSH and HTTP.
The resource allocated for the MC is accessible by all VMs in both aggregates (which ports?)
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate 3 VMs from one ExoGENI AM and 2 VMs from the other to a slice.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-2A-1CN-2 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a static image with GIMI I&M packages installed.
The common node is accessible by all MP VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.

GIM-2A-1CN-3 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the measurement data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-1CN-4 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the measurement data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-1CN-5 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a static image with GIMI I&M packages installed.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

Dynamic Install/Debian

GIM-2A-1CN-6 Slice/Sliver Setup

This test creates a slice on two ExoGENI aggregates with 3 VMs in one aggregate and 2 VMs in the other aggregate using a Debian image with GIMI I&M packages installed dynamically.
One of the VMs in the 3-VM aggregate will be the common (OML server) node and the other two VMs in each aggregate will be measurement points.

Prerequisites:

The ExoGENI AM has made available a Debian image on which to install the GIMI I&M packages.
The GIMI I&M packages are available on a public web server?
The resource allocated for the MC is externally accessible by SSH and HTTP.
The resource allocated for the MC is accessible by all VMs in both aggregates (which ports?)
A messaging (XMPP) server is available and accessible by all nodes in the slice. (Is this required for slice set-up?)

Procedure:

Using OMNI, allocate three VMs from one ExoGENI AM and two VMs from the other to a slice.
Install the GIMI I&M packages.
Generate and install necessary certificates on the nodes?
Enable required services (examples?) on the MC and MP nodes.
Verify full connectivity of the slice (ping and ssh)
Verify required services have been enabled

GIM-2A-1CN-7 Basic Measurements

This case tests basic measurement configuration on the measurement points. Need to be more specific here

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
The common node in one of the aggregates is accessible by all MP VMs within the slice (which ports?).
A messaging (XMPP) server is available and accessible by all nodes in the slice.

Procedure:

Configure basic measurement services to run on the MPs using OMF EC and push results to the MC.
Start, Stop, Restart basic measurement services using OMF EC.
Verify that processes are being controlled correctly.
Start basic measurement services.
Verify that all tests/processes are executing successfully.

GIM-2A-1CN-8 Send Measurement Data to iRODS

This test sends the measurement data collected on the common node to the iRODS server using the iRODS client i-commands.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data has been collected on the common node.
The iRODS client has been installed on the common node and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the common node.
Use the i-put command to copy the measurement data to the appropriate location on the iRODS server.
Verify that expected data is present on the iRODS server.
Use irsync to copy data to the appropriate location on the iRODS server.
Verify that the expected data is present on the iRODS server.

GIM-2A-1CN-9 Visualize Results

This test pulls the collected measurement data from the iRODS server to the user workspace to be analyzed and visualized.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data has been sent to the appropriate location on the iRODS server.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the measurement data on the iRODS server.
Use the i-get command to copy the measurement data to the appropriate location on the user workspace.
Verify that expected data is present on the user workspace.
View the data using the iREEL GUI on the user workspace.
Perform some analysis on the data located on the user workspace.
View the analysis results using the iREEL GUI on the user workspace.

GIM-2A-1CN-10 Send Analysis Data to iRODS

This test copies the results of data analysis from the user workspace to the iRODS server.

Prerequisites:

An ExoGENI slice has been created and verified with one common node VM and 4 MP VMs using a Debian image with GIMI I&M packages installed dynamically.
Measurement data on the user workspace has been analyzed to produce analysis results.
The iRODS client has been installed on the user workspace and configured to use the appropriate iRODS account.

Procedure:

Locate the analysis results on the user workspace.
Use the i-put command to copy results to the appropriate location on the iRODS server.
Verify that expected results are present on the iRODS server.
Use irsync to copy results to the appropriate location on the iRODS server.
Verify that the expected results are present on the iRODS server.

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