VHACS-VM x86_64 Alpha Preview on 45nm multicore

VHACS-VM x86_64 Alpha Preview on 45nm multicore

[Nicholas A. Bellinger]

Greetings all,

I am pleased to announce the Alpha availibility of VHACS-VM Demo for
Hardware Virtualized x86_64 running (initially) on VMWare Workstation 6.
The VHACS cluster stack also obviously runs on 'bare-metal' hardware,
but today VHACS-VM is the easiest method to get your own open storage
cloud up and running.

What is VHACS..?

VHACS is a Cloud Storage implementation running on Linux v2.6. VHACS is
an acrynom for Virtualization, High Availibility, and Cluster Storage.
VHACS is a combination of at least eight (8) long term OSS/Linux based
projects, along with a CLI management interface for controlling VHACS
nodes, clouds, and vservers within the VHACS cluster.  Here is a quick
rundown of the projects (so far) that make up the VHACS cluster stack:

CLUSTER:

      * ) Pacemaker The scalable High-Availability cluster resource
        manager formerly part of Heartbeat
      * ) OpenAIS The OpenAIS Standards Based Cluster Framework is an
        OSI Certified implementation of the Service Availability Forum
        Application Interface Specification (AIS)

SERVER:

      * ) LIO-Target w/ IBLOCK LIO-Core subsystem plugin for iSCSI
        Target mode export
      * ) DRBD Distributed Replicated Block device for Network RAID 1
        Mirrors
      * ) Linux Logical Volume Manager (LVM) ('vhacs' volume group for
        creation of VHACS clouds)

CLIENT:

      * ) Open/iSCSI iSCSI Initiator client
      * ) Ext3 filesystem
      * ) Linux-Vserver Linux Virtualization Layer

I am happy to report that VHACS-VM Alpha Demo x86_64 is running 0.8.15
VHACS code, along with the many other pieces of open source
infrastructure that the VHACS cloud builds upon, and providing
Active/Active H/A with Synchronous Data Replication iSCSI Target ERL=2 /
MC/2 export that makes up the SERVER side of the VHACS cloud.  The
CLIENT side of the VHACS cloud is also running an iSCSI Initiator ext3
mounted filesystem with Open/iSCSI on top of Intel 45 nanometer
'Wolfdale' microprocessor silicon and DDR2 800 memory.

Futhermore, using commerically available x86 virtualization technology
on open/closed platforms, I am very happy to report that VHACS-VM 2x
node clusters are now up and running across both OPEN (Linux x86_64) and
CLOSED (win32) x86 platforms on top of the 45nm chips with the VMMU/VMX
parts enabled.  The first OS independent storage clouds running on top
of v2.6.25.9-kdb are now a reality.

Here is a link to the code, screenshots, and all the goodies:

http://linux-iscsi.org/index.php/VHACS-VM
http://linux-iscsi.org/index.php/VHACS

The VHACS-VM x86_64 system images, which contain a Debian Etch system
iamges running the very latest compontents that make up the VHACS
cluster stack.  Also included in the vhac64-west and vhacs64-east system
images is a complete development environment, including a KDB enabled
kernel that will allow the developer to pause the running image at any
time, examine memory, or setup a breakpoint to track down a problem.
The x86_64 system images currently require hardware x86 virtualization,
please see the wiki for more information about hardware requirements.
They are available from:

http://linux-iscsi.org/builds/VHACS-VM/x86_64/vmware6/

Also, there is great interest to see VHACS-VM running on KVM and QEMU
Virtualization platforms.  This is something that should not be too
difficult as long as the virtualization platform supports execution of
x86_64 system images.  i386 system images are also in the works to bring
the storage cloud to legacy environments without hardware x86_64
virtualization.

Enjoy,

--nab

[ANNOUNCE] - VHACS-VM x86_64 Alpha Preview - FOLLOWUP

[Nicholas A. Bellinger]

Greetings all,

Just a quick couple of updates since the VHACS-VM announcement (which
happened to be a day after after v2.6.26. ;):

I) The two VHACS-VM x86_64 images, have been split into 2 compressed
~300 MB images (for the running demo), and a 800 MB BUILD .vmdk disk
image containing the source for VHACS v0.8.15.  The three archives can
be found at the same location:

http://linux-iscsi.org/builds/VHACS-VM/x86_64/vmware6/

II) lio-core-2.6.git has been updated to v2.6.26 and loaded successfully
on 32-bit x86 VM.  Only a very minor change to get things compiled on
v2.6.26.  Please see

http://git.kernel.org/?p=linux/kernel/git/nab/lio-core-2.6.git;a=summary

for more information.

III) VHACS-VM has now successfully been able to handle node failures and
restart failed cluster resource allocations (RA) on the active node,
across multiple platforms using x86_64 hardware virtualization.  :-)

Lots of things going on this week.  More to come soon.  Please keep
checking the http://Linux-iSCSI.org site for the latest information.

Many thanks for your most valuable of time,

--nab

On Mon, 2008-07-14 at 11:02 -0700, Nicholas A. Bellinger wrote:
> Greetings all,
> 
> I am pleased to announce the Alpha availibility of VHACS-VM Demo for
> Hardware Virtualized x86_64 running (initially) on VMWare Workstation 6.
> The VHACS cluster stack also obviously runs on 'bare-metal' hardware,
> but today VHACS-VM is the easiest method to get your own open storage
> cloud up and running.
> 
> What is VHACS..?
> 
> VHACS is a Cloud Storage implementation running on Linux v2.6. VHACS is
> an acrynom for Virtualization, High Availibility, and Cluster Storage.
> VHACS is a combination of at least eight (8) long term OSS/Linux based
> projects, along with a CLI management interface for controlling VHACS
> nodes, clouds, and vservers within the VHACS cluster.  Here is a quick
> rundown of the projects (so far) that make up the VHACS cluster stack:
> 
> CLUSTER:
> 
>       * ) Pacemaker The scalable High-Availability cluster resource
>         manager formerly part of Heartbeat
>       * ) OpenAIS The OpenAIS Standards Based Cluster Framework is an
>         OSI Certified implementation of the Service Availability Forum
>         Application Interface Specification (AIS)
> 
> SERVER:
> 
>       * ) LIO-Target w/ IBLOCK LIO-Core subsystem plugin for iSCSI
>         Target mode export
>       * ) DRBD Distributed Replicated Block device for Network RAID 1
>         Mirrors
>       * ) Linux Logical Volume Manager (LVM) ('vhacs' volume group for
>         creation of VHACS clouds)
> 
> CLIENT:
> 
>       * ) Open/iSCSI iSCSI Initiator client
>       * ) Ext3 filesystem
>       * ) Linux-Vserver Linux Virtualization Layer
> 
> I am happy to report that VHACS-VM Alpha Demo x86_64 is running 0.8.15
> VHACS code, along with the many other pieces of open source
> infrastructure that the VHACS cloud builds upon, and providing
> Active/Active H/A with Synchronous Data Replication iSCSI Target ERL=2 /
> MC/2 export that makes up the SERVER side of the VHACS cloud.  The
> CLIENT side of the VHACS cloud is also running an iSCSI Initiator ext3
> mounted filesystem with Open/iSCSI on top of Intel 45 nanometer
> 'Wolfdale' microprocessor silicon and DDR2 800 memory.
> 
> Futhermore, using commerically available x86 virtualization technology
> on open/closed platforms, I am very happy to report that VHACS-VM 2x
> node clusters are now up and running across both OPEN (Linux x86_64) and
> CLOSED (win32) x86 platforms on top of the 45nm chips with the VMMU/VMX
> parts enabled.  The first OS independent storage clouds running on top
> of v2.6.25.9-kdb are now a reality.
> 
> Here is a link to the code, screenshots, and all the goodies:
> 
> http://linux-iscsi.org/index.php/VHACS-VM
> http://linux-iscsi.org/index.php/VHACS
> 
> The VHACS-VM x86_64 system images, which contain a Debian Etch system
> iamges running the very latest compontents that make up the VHACS
> cluster stack.  Also included in the vhac64-west and vhacs64-east system
> images is a complete development environment, including a KDB enabled
> kernel that will allow the developer to pause the running image at any
> time, examine memory, or setup a breakpoint to track down a problem.
> The x86_64 system images currently require hardware x86 virtualization,
> please see the wiki for more information about hardware requirements.
> They are available from:
> 
> http://linux-iscsi.org/builds/VHACS-VM/x86_64/vmware6/
> 
> Also, there is great interest to see VHACS-VM running on KVM and QEMU
> Virtualization platforms.  This is something that should not be too
> difficult as long as the virtualization platform supports execution of
> x86_64 system images.  i386 system images are also in the works to bring
> the storage cloud to legacy environments without hardware x86_64
> virtualization.
> 
> Enjoy,
> 
> --nab
>