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https://issues.apache.org/jira/browse/AIRAVATA-3954?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
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Lahiru Jayathilake updated AIRAVATA-3954:
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Description:
h2. Objective
Enhance the current development workflow by incorporating a simulated
High-Performance Computing (HPC) environment into Apache Airavata's existing
[Integrated Development Environment (IDE)
integration|https://github.com/apache/airavata/blob/master/modules/ide-integration/README.md].
This will enable developers to test and validate features locally without
relying on physical HPC resources.
h2. Requirements
* Simulated HPC Environment Integration
** *Dockerized Slurm Simulation*: Develop a Docker container that emulates an
HPC environment using Slurm, facilitating the testing of job scheduling and
execution.
** *Seamless IDE Integration*: Ensure that this simulated environment
integrates smoothly with the existing IDE setup, allowing developers to
initiate and monitor jobs as they would in a real HPC setting.
* Development of Comprehensive Test Scenarios
** *Job Submission Tests*: Create scripts to test various job submission
scenarios, including successful executions, intentional failures, and
long-running processes.
** *Feature Validation*: Ensure that all features exposed by Apache Airavata
can be tested within this simulated environment.
* User-Friendly Setup
** *Simplified Configuration*: Design the setup process to require minimal
configuration, enabling developers to initiate the environment and execute
tests with just a few commands
was:
h2. Objective
Enhance the current development workflow by incorporating a simulated
High-Performance Computing (HPC) environment into Apache Airavata's existing
[Integrated Development Environment (IDE)
integration|https://github.com/apache/airavata/blob/master/modules/ide-integration/README.md].
This will enable developers to test and validate features locally without
relying on physical HPC resources.
h2. Requirements
* Simulated HPC Environment Integration
** *Dockerized Slurm Simulation*: Develop a Docker container that emulates an
HPC environment using Slurm, facilitating the testing of job scheduling and
execution.
** *Seamless IDE Integration*: Ensure that this simulated environment
integrates smoothly with the existing IDE setup, allowing developers to
initiate and monitor jobs as they would in a real HPC setting.
* Development of Comprehensive Test Scenarios
** *Job Submission Tests*: Create scripts to test various job submission
scenarios, including successful executions, intentional failures, and
long-running processes.
** *Feature Validation*: Ensure that all features exposed by Apache Airavata
can be tested within this simulated environment.
* User-Friendly Setup
** Simplified Configuration: Design the setup process to require minimal
configuration, enabling developers to initiate the environment and execute
tests with just a few commands
> Develop an Integrated Feature Test Environment for Apache Airavata
> ------------------------------------------------------------------
>
> Key: AIRAVATA-3954
> URL: https://issues.apache.org/jira/browse/AIRAVATA-3954
> Project: Airavata
> Issue Type: Task
> Reporter: Lahiru Jayathilake
> Priority: Major
>
> h2. Objective
> Enhance the current development workflow by incorporating a simulated
> High-Performance Computing (HPC) environment into Apache Airavata's existing
> [Integrated Development Environment (IDE)
> integration|https://github.com/apache/airavata/blob/master/modules/ide-integration/README.md].
> This will enable developers to test and validate features locally without
> relying on physical HPC resources.
> h2. Requirements
> * Simulated HPC Environment Integration
> ** *Dockerized Slurm Simulation*: Develop a Docker container that emulates an
> HPC environment using Slurm, facilitating the testing of job scheduling and
> execution.
> ** *Seamless IDE Integration*: Ensure that this simulated environment
> integrates smoothly with the existing IDE setup, allowing developers to
> initiate and monitor jobs as they would in a real HPC setting.
> * Development of Comprehensive Test Scenarios
> ** *Job Submission Tests*: Create scripts to test various job submission
> scenarios, including successful executions, intentional failures, and
> long-running processes.
> ** *Feature Validation*: Ensure that all features exposed by Apache Airavata
> can be tested within this simulated environment.
> * User-Friendly Setup
> ** *Simplified Configuration*: Design the setup process to require minimal
> configuration, enabling developers to initiate the environment and execute
> tests with just a few commands
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