On 01/10/2017 11:40 PM, Chaitanya Kulkarni wrote: > Resending it at as a plain text. > > From: Chaitanya Kulkarni > Sent: Tuesday, January 10, 2017 2:37 PM > To: lsf-pc@xxxxxxxxxxxxxxxxxxxxxxxxxx > Cc: linux-fsdevel@xxxxxxxxxxxxxxx; linux-block@xxxxxxxxxxxxxxx; linux-nvme@xxxxxxxxxxxxxxxxxxx; linux-scsi@xxxxxxxxxxxxxxx; linux-ide@xxxxxxxxxxxxxxx > Subject: [LFS/MM TOPIC][LFS/MM ATTEND]: - Storage Stack and Driver Testing methodology. > > > Hi Folks, > > I would like to propose a general discussion on Storage stack and device driver testing. > > Purpose:- > ------------- > The main objective of this discussion is to address the need for > a Unified Test Automation Framework which can be used by different subsystems > in the kernel in order to improve the overall development and stability > of the storage stack. > > For Example:- > From my previous experience, I've worked on the NVMe driver testing last year and we > have developed simple unit test framework > (https://github.com/linux-nvme/nvme-cli/tree/master/tests). > In current implementation Upstream NVMe Driver supports following subsystems:- > 1. PCI Host. > 2. RDMA Target. > 3. Fiber Channel Target (in progress). > Today due to lack of centralized automated test framework NVMe Driver testing is > scattered and performed using the combination of various utilities like nvme-cli/tests, > nvmet-cli, shell scripts (git://git.infradead.org/nvme-fabrics.git nvmf-selftests) etc. > > In order to improve overall driver stability with various subsystems, it will be beneficial > to have a Unified Test Automation Framework (UTAF) which will centralize overall > testing. > > This topic will allow developers from various subsystem engage in the discussion about > how to collaborate efficiently instead of having discussions on lengthy email threads. > > Participants:- > ------------------ > I'd like to invite developers from different subsystems to discuss an approach towards > a unified testing methodology for storage stack and device drivers belongs to > different subsystems. > > Topics for Discussion:- > ------------------------------ > As a part of discussion following are some of the key points which we can focus on:- > 1. What are the common components of the kernel used by the various subsystems? > 2. What are the potential target drivers which can benefit from this approach? > (e.g. NVMe, NVMe Over Fabric, Open Channel Solid State Drives etc.) > 3. What are the desired features that can be implemented in this Framework? > (code coverage, unit tests, stress testings, regression, generating Coccinelle reports etc.) > 4. Desirable Report generation mechanism? > 5. Basic performance validation? > 6. Whether QEMU can be used to emulate some of the H/W functionality to create a test > platform? (Optional subsystem specific) > > Some background about myself I'm Chaitanya Kulkarni, I worked as a team lead > which was responsible for delivering scalable multiplatform Automated Test > Framework for device drivers testing at HGST. It's been used for more than 1 year on > Linux/Windows for unit testing/regression/performance validation of the NVMe Linux and > Windows driver successfully. I've also recently started contributing to the > > NVMe Host and NVMe over Fabrics Target driver. > Oh, yes, please. That's a discussion I'd like to have, too. Cheers, Hannes -- Dr. Hannes Reinecke Teamlead Storage & Networking hare@xxxxxxx +49 911 74053 688 SUSE LINUX GmbH, Maxfeldstr. 5, 90409 Nürnberg GF: F. Imendörffer, J. Smithard, J. Guild, D. Upmanyu, G. Norton HRB 21284 (AG Nürnberg) -- To unsubscribe from this list: send the line "unsubscribe linux-fsdevel" in the body of a message to majordomo@xxxxxxxxxxxxxxx More majordomo info at http://vger.kernel.org/majordomo-info.html
