instruction: Create a comprehensive Dockerfile for storage applications with best practices
output: ```dockerfile
  from the outer CSV parser. To escape a volume-opt,
  surround it with double quotes (") and surround the entire mount parameter
  with single quotes (').For example, the local driver accepts mount options as a comma-separated
  list in the o parameter. This example shows the correct way to escape the list.
  
  $ docker service create \
   --mount 'type=volume,src=<VOLUME-NAME>,dst=<CONTAINER-PATH>,volume-driver=local,volume-opt=type=nfs,volume-opt=device=<nfs-server>:<nfs-path>,"volume-opt=o=addr=<nfs-address>,vers=4,soft,timeo=180,bg,tcp,rw"'
   --name myservice \
   <IMAGE>
  Initial setupThe following example assumes that you have two nodes, the first of which is a Docker
  host and can connect to the second node using SSH.On the Docker host, install the rclone/docker-volume-rclone plugin:
  
  $ docker plugin install --grant-all-permissions rclone/docker-volume-rclone --aliases rclone
  Create a volume using a volume driverThis example mounts the /remote directory on host 1.2.3.4 into a
  volume named rclonevolume. Each volume driver may have zero or more
  configurable options, you specify each of them using an -o flag.
  
  $ docker volume create \
   -d rclone \
   --name rclonevolume \
   -o type=sftp \
   -o path=remote \
   -o sftp-host=1.2.3.4 \
   -o sftp-user=user \
   -o "sftp-password=$(cat file_containing_password_for_remote_host)"
  This volume can now be mounted into containers.Start a container which creates a volume using a volume driver
  NoteIf the volume driver requires you to pass any options,
  you must use the --mount flag to mount the volume, and not -v.
  
  $ docker run -d \
   --name rclone-container \
   --mount type=volume,volume-driver=rclone,src=rclonevolume,target=/app,volume-opt=type=sftp,volume-opt=path=remote, volume-opt=sftp-host=1.2.3.4,volume-opt=sftp-user=user,volume-opt=-o "sftp-password=$(cat file_containing_password_for_remote_host)" \
   nginx:latest
  Create a service which creates an NFS volumeThe following example shows how you can create an NFS volume when creating a service.
  It uses 10.0.0.10 as the NFS server and /var/docker-nfs as the exported directory on the NFS server.
  Note that the volume driver specified is local.NFSv3
  
  $ docker service create -d \
   --name nfs-service \
   --mount 'type=volume,source=nfsvolume,target=/app,volume-driver=local,volume-opt=type=nfs,volume-opt=device=:/var/docker-nfs,volume-opt=o=addr=10.0.0.10' \
   nginx:latest
  NFSv4
  
  $ docker service create -d \
   --name nfs-service \
   --mount 'type=volume,source=nfsvolume,target=/app,volume-driver=local,volume-opt=type=nfs,volume-opt=device=:/var/docker-nfs,"volume-opt=o=addr=10.0.0.10,rw,nfsvers=4,async"' \
   nginx:latest
  Create CIFS/Samba volumesYou can mount a Samba share directly in Docker without configuring a mount point on your host.
  
  $ docker volume create \
  	--driver local \
  	--opt type=cifs \
  	--opt device=//uxxxxx.your-server.de/backup \
  	--opt o=addr=uxxxxx.your-server.de,username=uxxxxxxx,password=*****,file_mode=0777,dir_mode=0777 \
  	--name cifs-volume
  The addr option is required if you specify a hostname instead of an IP.
  This lets Docker perform the hostname lookup.Block storage devicesYou can mount a block storage device, such as an external drive or a drive partition, to a container.
  The following example shows how to create and use a file as a block storage device,
  and how to mount the block device as a container volume.
  ImportantThe following procedure is only an example.
  The solution illustrated here isn't recommended as a general practice.
  Don't attempt this approach unless you're confident about what you're doing.How mounting block devices worksUnder the hood, the --mount flag using the local storage driver invokes the
  Linux mount syscall and forwards the options you pass to it unaltered.
  Docker doesn't implement any additional functionality on top of the native mount features supported by the Linux kernel.If you're familiar with the
  Linux mount command,
  you can think of the --mount options as forwarded to the mount command in the following manner:
  
  $ mount -t <mount.volume-opt.type> <mount.volume-opt.device> <mount.dst> -o <mount.volume-opts.o>
  To explain this further, consider the following mount command example.
  This command mounts the /dev/loop5 device to the path /external-drive on the system.
  
  $ mount -t ext4 /dev/loop5 /external-drive
  The following docker run command achieves a similar result,
  ```