i) Follow the Basic Setup portion (below) so you may at the very least serve the project

ii) Configure your cameras in the appropriate sections [camera1], [camera2]

iii) Enable the camera module "use_camera_module=" in section [config]. Switches q, r handle
    the recording for the cameras and enable "enable=" for each to display switch on interface.

iv) Configure a save directory in the [config] section, "save_to_dir="

v) Alter the crontab so user www-data can modify crontabs under the user pi, also make sure the pi can use sudo w/o a password

www-data ALL=(pi) NOPASSWD: /usr/bin/crontab
pi ALL=(ALL) NOPASSWD:ALL

vi) Install ffmpeg (See below)

vii) Decide what extra modules you would to have working. Many of the extended modules require cheap hardware to get going. Please see my blog post for more information.

i) Follow the instructions to install the wiringpi library. After that you can compile the example programs by executing make. Install WiringPi from https://projects.drogon.net/raspberry-pi/wiringpi/download-and-install//

ii) git clone git://github.com/ninjablocks/433Utils.git

iii) cd 433Kit/RPi_utils

iv) Change line "mySwitch.send(code, 26);" in codesend.cpp (I had to do this in my case as my codes were longer), execute make all

v) Copy codesend to {PATH_TO_WWW}/mypihc/bin

vi) **NOTE** You will need to use RFSniffer to get your specific codes and then enter them in the config.ini in the appropriate section.
    Switches a, b in the config file handle this.

    turn_on = /bin/codesend/codesend.sh <code>
    turn_off = /bin/codesend/codesend.sh <code>

vii) Enable the module "use_433mhz_module=" in section [config] and enable "enable=" for switches a,b to display switch on interface.

viii) For the 433mhz emitter if using it
    www-data ALL=NOPASSWD: {PATH_TO_WWW}/mypihc/bin/codesend/codesend.sh

i) PIR setup instructions http://www.raspberrypi-spy.co.uk/2013/01/cheap-pir-sensors-and-the-raspberry-pi-part-1/

ii) Enable the module "use_pir_module=" in section [config] and enable "enable=" for switch p to display switch on interface.

iii) Configure the options in the [pir] section

    - "email_on_motion": will email you provided you fill out the [email] section
    - "record_on_motion": kicks off a recording from a give camera when motion is triggered (record_with_camera1)
    - "arm_camera": turns on the camera's built-in email images feature (of course you need to configure the camera appropriately)
    - "send_sms": sends an email to your phone (to the email set in "email_sms" configured in [email] section)
    - "send_gv_sms": sends a Google Voice SMS to <sms_num> provider you fill out the [gv] section and have pygooglevoice python library installed (see below)

iv) Grant sudo access
www-data ALL=NOPASSWD: /{PATH_TO_WWW}/mypihc/bin/pir/pir.sh

i) Pinout on the DHT22
PIN 1 --> VCC,
PIN 2 --> GPIO 4,
PIN 3 --> NOT USED,
PIN 4 --> GROUND

ii) Voltage divider need to protect GPIO pin

For DHT22 5V operation connect pin 1 to 5V and pin 4 to ground.

The following pin 2 connection works for me.  Use at YOUR OWN RISK.

    5V--5K_resistor--+--10K_resistor--Ground
                     |
    DHT22 pin 2 -----+
                     |
    gpio ------------+

iii) Compile instructions:
    cd ~
    git clone https://github.com/adafruit/Adafruit_Python_DHT.git
    cd Adafruit_Python_DHT
    sudo python setup.py install

iv) Enable the module "use_dht22_module=" in section [config] and enable "enable=" for switch s to display switch on interface.

v) Verify the switch s section (turn_off is empty)

    turn_on = /bin/dht22/dht22.sh
    turn_off =

vi) Grant sudo access
www-data ALL=NOPASSWD: /{PATH_TO_WWW}/mypihc/bin/dht22/dht22.sh

vii) Set "temp_threshold_alerts" to 1 and put a value for degrees celsius in "temp_threshold_cel" if you want to be notified via Email/GV if temperature exceeds this value.

i) Enable the module "use_orvibo_module=" in section [config] and enable "enable=" for switch c to display switch on interface.

ii) Set the on/off script arguments in [switch-c] section

    turn_on = /bin/orvibo/s20command.sh turn_on <mac_address> <ip_address>
    turn_off = /bin/orvibo/s20command.sh turn_off <mac_address> <ip_address>

iii) Grant sudo access
www-data ALL=NOPASSWD: /{PATH_TO_WWW}/mypihc/bin/orvibo/s20command.sh

i) PY Google Voice Installation
    cd /root
    git clone https://github.com/wardmundy/pygooglevoice
    cd pygooglevoice
    python setup.py install
    cp /root/pygooglevoice/bin/gvoice /usr/bin/

ii) Test it out
    gvoice -e USER_NAME -p PASSWORD send_sms SMS_NUMBER_RECIPIENT "Message"