Install on Docker Swarm

lsblk

REL="/2.13"  # Portworx v2.13 release

latest_stable=$(curl -fsSL "https://install.portworx.com$REL/?type=dock&stork=false&aut=false" | awk '/image: / {print $2}' | head -1)

# Download OCI bits (reminder, you will still need to run `px-runc install ..` after this step)
sudo docker run --entrypoint /runc-entry-point.sh \
    --rm -i --privileged=true \
    -v /opt/pwx:/opt/pwx -v /etc/pwx:/etc/pwx \
    $latest_stable

sudo /opt/pwx/bin/px-runc install -c MY_CLUSTER_ID \
    -k etcd://myetc.company.com:2379 \
    -s /dev/xvdb -s /dev/xvdc

-c <id>                   [REQUIRED] Specifies the cluster ID that this PX instance is to join
-k <kvdb://host:port>     [REQUIRED] Points to your key value database, such as an etcd cluster
-b                        Use in-built kvdb. Provide the kvdb endpoints required for bootstrap with -k option.
-s <device path>          [REQUIRED unless -a/-A are used] Specify storage devices that PX should use for storing the data
-xs <omit device path>    Specify storage devices that PX should NOT use for storing the data (useful with -a/-A)
-T <type>                 Specify backend storage type (<type> is mdraid or lvm)
-cache [<device path>]    Specify storage devices that PX should use for caching
-dedicated_cache          Constrain cache drive assignment from given -cache drives only
-j <device path>          Specify storage device that PX should use for storing the journal data
-metadata <device path>   Specify storage device that PX should use for storing the system meta data
-kvdb_dev <device path>   Specify storage device that PX should use for storing internal kvdb data
-oci <dir>                Specify OCI directory (dfl: /opt/pwx/oci)
-sysd <file>              Specify SystemD service file (dfl: /etc/systemd/system/portworx.service)
-e key=value              Specify extra environment variables
-v <dir:dir[:shared,ro]>  Specify extra mounts
-d <ethX>                 Specify the data network interface
-m <ethX>                 Specify the management network interface
-z                        Instructs PX to run in zero storage mode
-f                        Instructs PX to use an unmounted drive even if it has a filesystem on it
-a                        Instructs PX to use any available, unused and unmounted drives
-A                        Instructs PX to use any available, unused and unmounted drives or partitions
-x <swarm|kubernetes>     Specify scheduler type (if PX running in scheduler environment)
-r <startport>            Start of the portrange Portworx will use for communication (dfl: 9001)
-marketplace_name         [OPTIONAL] pass in the marketplace name if installing via a 3rd party marketplace

-userpwd <user:passwd>    Username and password for ETCD authentication
-ca <file>                Specify location of CA file for ETCD authentication
-cert <file>              Specify location of certificate for ETCD authentication
-key <file>               Specify location of certificate key for ETCD authentication
+internal-kvdb-options:
-kvdb_cluster_size <#>    Size of the internal kvdb cluster (dfl: 3)
-kvdb_recovery            Starts the nodes in kvdb recovery mode

-cluster_domain <name>    Cluster Domain Name for this cluster

# px-api-ssl-options:
-apirootca <file>         Specify self-signed root CA certificate file
-apicert <file>           Specify node certificate file
-apikey <file>            Specify node certificate key file
-apidisclientauth         Disable api client authentication
# px-authentication-options:
-oidc_issuer   <URL>          Location of OIDC service (e.g. https://accounts.google.com)
-oidc_client_id <id>          Client id provided by the OIDC
-oidc_custom_claim_namespace  OIDC namespace for custom claims
-jwt_issuer <val>             JSON Web Token issuer (e.g. openstorage.io)
-jwt_rsa_pubkey_file <file>   JSON Web Token RSA Public file path
-jwt_ecds_pubkey_file <file>  JSON Web Token ECDS Public file path
-username_claim <claim>       Claim key from the token to use as the unique id of the user (<claim> is sub, email or name; dfl: sub)

-disable-sharedv4         Disable sharedv4 volume support. When set, NFS dependencies will not be installed.
-raid <0|10>              Specify which RAID-level should PX use with local storage (dfl: 0)

-csiversion <ver>         Specify which CSI version to use (<ver> is 1.0 or 0.3; dfl: 1.0)

-secret_type <type>       Specify the secrets type (<type> is aws-kms, dcos, docker, ibm-kp, k8s, kvdb, vault, gcloud-kms or azure-kv)
-cluster_secret_key <id>  Specify cluster-wide secret ID

-max_drive_set_count <#>         Specify maximum number of drive sets PX can create
-max_storage_nodes_per_zone <#>  Specify the maximum number of storage nodes per zone in PX cluster
-node_pool_label <key>           Specify the scheduler node label key with which nodes are grouped into node pools

--cpus <#.#>                  Specify maximum number of CPUs Portworx can use (e.g. --cpus=1.5)
--cpu-shares <#>              Specify CPU shares (relative weight)
--cpuset-cpus <val>           Specify CPUs in which to allow execution (<val> is range <#-#>, or sequence <#,#>)
--memory <bytes>              Specify maximum amount of memory Portworx can use
--memory-reservation <bytes>  Specify memory reservation soft limit (must be smaller than '--memory')
--memory-swap <bytes>         Specify maximum amount of RAM+SWAP memory Portworx can use
--memory-swappiness <0-100>   Specify percentage of container's anonymous pages host can swap out

PX_HTTP_PROXY          If running behind an HTTP proxy, set the PX_HTTP_PROXY variables to your HTTP proxy.
PX_HTTPS_PROXY         If running behind an HTTPS proxy, set the PX_HTTPS_PROXY variables to your HTTPS proxy.
PX_ENABLE_CACHE_FLUSH  To enable cache flush daemon, set PX_ENABLE_CACHE_FLUSH=true.

sudo /opt/pwx/bin/px-runc install -e PX_ENABLE_CACHE_FLUSH=yes \
    -c MY_CLUSTER_ID -k etcd://myetc.company.com:2379 -s /dev/xvdb

px-runc install -k etcd://my.company.com:2379 -c MY_CLUSTER_ID -s /dev/sdc -s /dev/sdb2 {{ include.sched-flags }}
px-runc install -k etcd://192.0.2.65:2379 -c MY_CLUSTER_ID -s /dev/sdc -m eth1 -d eth2 {{ include.sched-flags }}

systemctl restart portworx

sudo systemctl daemon-reload
sudo systemctl enable portworx
sudo systemctl start portworx

pxctl status

pxctl status