From OpenStack Zed the Pure Storage Cinder driver supports NVMe-RoCE as a dataplane protocol. This patch adds support for this new driver type. Also amend a couple of documentation formatting typos. Change-Id: Ic1eed7d19e9b583e22419625c92ac3507ea4614d
2.1 KiB
Pure Storage FlashArray for OpenStack
Pure Storage FlashArray Cinder Driver
To use the Pure Storage FlashArray iSCSI
Cinder backend,
enable and configure the FlashArray iSCSI
Cinder driver in
/etc/kolla/globals.yml
.
enable_cinder_backend_pure_iscsi: "yes"
To use the Pure Storage FlashArray FC
Cinder backend,
enable and configure the FlashArray FC
Cinder driver in
/etc/kolla/globals.yml
.
enable_cinder_backend_pure_fc: "yes"
To use the Pure Storage FlashArray NVMe-RoCE
Cinder
backend, enable and configure the FlashArray NVMe-RoCE
Cinder driver in /etc/kolla/globals.yml
.
enable_cinder_backend_pure_roce: "yes"
Note
The NVMe-RoCE driver is only supported from OpenStack Zed and later.
It is important to note that you cannot mix iSCSI and FC Pure Storage FlashArray drivers in the same OpenStack cluster.
Also set the values for the following parameters in
/etc/kolla/globals.yml
:
pure_api_token
pure_san_ip
For details on how to use these parameters, refer to the Pure Storage Cinder Reference Guide.
There are numerous other parameters that can be set for this driver and these are detailed in the above link.
If you wish to use any of these parameters then refer to the Service Configuration documentation for instructions using the INI update strategy.
The use of this backend requires that the purestorage
SDK package is installed in the cinder-volume
container. To
do this follow the steps outlined in the kolla
image building guide particularly the
Package Customisation
and Custom Repos
sections.