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#KODI NETATALK HOW TO#
#KODI NETATALK INSTALL#
#KODI NETATALK HD MEDIA#
#KODI NETATALK FULL#

Motion is an open source software that can collect images and video from a webcam when a movement is detected.

Raspberry PI (with sdcard and power supply).

I found an old webcam somewhere in a drawer and I decided to plug the webcam to my Raspberry IP in order to build a video-surveillance system with auto motion detection. On_movie_end sendEmail -f -t -u " video" -m "Video" -s -xu -xp YOURGMAILPASSWORD -o tls=yes -a %f Video will follow" -s -xu -xp YOURGMAILPASSWORD -o tls=yes The time of the movement was: %H:%M (Hour:Minute).

On_event_start sendEmail -f -t -u " Event detected" -m "Movement has been detected on: %d %m %Y. Open /usr/share/perl5/IO/Socket/SSL.pm and then change If you want to use GMAIL as smtp you need to fix SSL config.

#KODI NETATALK INSTALL#

Sudo apt-get install sendemail libio-socket-ssl-perl libnet-ssleay-perl Now let configure an email alert system that send email upon motion detection and the video recorded.

#KODI NETATALK HOW TO#

In my previous post I’ve explained how to configure a DIY IP camera using motion. # dd if=DISK of=raspinas-backup.img bs=1m

Now is all setted up but it’s better to do a MicroSD backup using dd If you need miniDLNA support follow this link Final step – do a MicroSD backup Install rpi monitor following this linkĬonfigure /etc/rpimonitor/nf in order to setup storage monitoring and edit the /etc/rpimonitor/nf in order to include the nf entry. Rpi monitor is a small web application that shows usage statistics of a raspberry pi board. The NTFS volume does not mount at boot, so add some lines on /etc/rc.local # apt-get install build-essential libevent-dev libssl-dev libgcrypt11-dev libkrb5-dev libpam0g-dev libwrap0-dev libdb-dev libtdb-dev libmysqlclient-dev avahi-daemon libavahi-client-dev libacl1-dev libldap2-dev libcrack2-dev systemtap-sdt-dev libdbus-1-dev libdbus-glib-1-dev libglib2.0-dev tracker libtracker-sparql-1.0-dev libtracker-miner-1.0-devĪdd user to Netatalk (using the SHORT password) Download the sources from Netatalk site and follow -> this tutorial <. The older version of netatalk are VERY…VERY unstable. # ln -s /var/cache/cracklib/cracklib_dict.hwm rw-r-r- 1 root root 65 Oct 4 13:17 src-dicts rw-r-r- 1 root root 1024 Oct 7 22:46 cracklib_dict.hwm

rw-r-r- 1 root root 16 Oct 4 13:28 cracklib_i rw-r-r- 1 root root 16 Oct 4 13:28 cracklib_d rw-r-r- 1 root root 1024 Oct 4 13:28 cracklib_dict.hwm I don’t know if it is required with new Jessie debian version…but I’ve repeated it UUID=03c90579-88f0-4478-ae8d-adc64972a07d /mnt/TimeMachine ext4 defaults 0 0ĭisable root login and plaintext login in /etc/ssh/sshd_config file Transmission Go to Raspbian download page and download the lite version Install VIM So this is a copy&paste from my previous post, adapted for the new environment

Smaller: Raspberry Pi 2 is smaller than Alix board.

Less power consumption: raspberry drain half the power of an Alix card.

I don’t need an high speed NAS so the speed issue with the shared PCI link between USB hub and network adapter is not so important.Īdvantages of a Raspberry pi 2 setup are: # Adjust niceness of Kodi (decrease for higher priority)Īfter more than one year with my NAS build over an ALIX, I bought a Raspberry pi 2 and I want to check if the “USB POWER BUG” is resolved now. In /boot/config.txt (or higher) and reboot the board.Įdit /etc/default/kodi in order to start kodi at boot:

#KODI NETATALK FULL#

To play full HD video in Kodi, you have to set Run the following commands for user pi (if you haven’t changed your user name): We have to create the group “input” if it doesn’t exist. So in order to simplify my home setup and remove a raspberry I’ve decided to merge the KODI mediacenter (based on OSMC) into the raspiNAS board.

#KODI NETATALK HD MEDIA#

My raspiNAS is based on a raspberry pi 2, with 1GB of ram and a 4core ARM processor, a more powerful board able to run a NAS and also a full HD media center.