#Raspberry pi ftp server image for free#
#Raspberry pi ftp server image install#
#Raspberry pi ftp server image zip file#

Change ownership and permissions to execute. Zipfile=( /var/lib/openhab2/backups/*.zip )Ĭurl -T /var/lib/openhab2/backups/*.zip -user ftpuser:mypasswordĬTRL X and save.

#Raspberry pi ftp server image zip file#

As I keep my scripts under /home/pi folder as well, I also add these to the ZIP file once the OH backups is complete (if you don’t want this, omit the lines zipfile=… to sudo zip…) #!/bin/bash Paste the following contents into the new file, obviously changing “192.168.1.100” to be the IP of your FTP server, and ftpuser and mypassword as the login details that have write access.

#Raspberry pi ftp server image install#

On the RPi, first install zip and curl if not already installed (“sudo apt-get update” first if necessary) sudo apt-get install zipĬreate a script to do a full backup and FTP it off to the NAS: cd /home/pi For this example, create a folder called “ohbackup” off the root of the FTP server. This assumes you have setup your NAS (or whatever you use) as an FTP server and have tested successful login and password for it and sending an image to it. I run OH on a Raspberry Pi, so instructions are specifically for this. I also use it as a backup repository for Openhab (using the FTP server on it) Here’s a super quick and easy backup script I wrote to utilise the built-in openhab-cli backup utility then ftp the image off to the NAS.

In my case, I run a QNAP NAS at home with a heap of disk storage primarily for my PC data backups. This example simply gets that backup off your Rpi and onto alternate media by way of a very simple script. So now I’ll be able preview images using my iPad when out and about, and preview images on my PC when in the studio.It’s all well and good having a backup of OpenHAB, but unless it’s sitting on alternate media (as opposed to ON the same media as Openhab is running) then it’s not really that safe, if your disk dies (and SD cards on RPi’s especially tend to have a limited number of writes) then you can kiss your backup images goodbye. Once, I’d set up Lightroom to look at the same directory as where the FTP server was saving images, I then opened an FTP client on my CameraPi, and ftp’d an image to my PC, and it appeared in Lightroom a few seconds later! Installation is quick and easy, and there’s just two steps in getting it up and running.Īnd two, set up a user so a remote ftp client can push images in:

#Raspberry pi ftp server image for free#

I found an ideal one in the form of freeFTPd, which is available for free download from the freeSSHd and freeFTPd website. Next, I needed a quick and easy (and free) FTP server for windows. Lightroom does not have an FTP server built-in, but thankfully it does have an auto-import feature, where you can set it to “watch” a directory. However, I wanted to send images to Lightroom on my PC when I was working in my studio, so I looked at ways of getting images from my DSLR, through the CameraPi, transmitted wirelessly to the PC over FTP, and then auto-imported into Lightroom so we could review the images as we shoot. This is an ideal job for Shittersnitch, as it has an FTP (File Transfer Protocol) server to which you can send images using an FTP client.

In the past, I’ve demonstrated sending images from my CameraPi (Raspberry Pi embedded into a Battery Grip) to my iPad using Shuttersnitch. This article shows howto send images to Adobe Lightroom from a wireless connected device.