Building a Home Security System With Raspberry Pi by Poole, Matthew -- Read -- Imperial Library of Trantor

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Building a Home Security System with Raspberry Pi Credits About the Author About the Reviewers www.PacktPub.com Support files, eBooks, discount offers, and more Why subscribe? Free access for Packt account holders Preface What this book covers What you need for this book Who this book is for Conventions Reader feedback Customer support Downloading the example code Errata Piracy Questions 1. Setting Up Your Raspberry Pi Which flavor of Pi? Raspberry Pi Model A Raspberry Pi Model B Raspberry Pi Model B+ and Model 2 Model comparison table So which one? Preparing the SD card Downloading the Raspbian image Using Microsoft Windows Using Linux Booting your Pi Expanding the file system Using the raspi-config utility Setting up your Pi Getting up to date Getting the right time fake-hwclock ntp Talking of security… What is this sudo thing anyway? Connecting via Wi-Fi Summary 2. Connecting Things to Your Pi with GPIO Prerequisites Say hello to the GPIO Digital I/O pins The I2C bus The SPI bus The UART serial bus USB ports Power connections Getting acquainted with the GPIO Let there be light Getting flashy… Adding a switch Pulling yourself together The detection script The most elaborate light switch in the world The illuminating script Summary 3. Extending Your Pi to Connect More Things Prerequisites The I2C bus Just 2 wires What's your address? There is a parallel universe Serial-to-parallel conversion Give me power Building an I2C expander The I2C port expander circuit Let's walk through the circuit Building your expansion board Using ready-made expansion boards Hobbytronics MCP23017 expander port kit PiFace Digital I/O expansion board Gertboard Summary 4. Adding a Magnetic Contact Sensor Prerequisites The working of magnetic contact sensors Setting up the I2C port expander Enabling the I2C Bus Installing the I2C tools package Finding our devices Setting up the port expander Connecting our magnetic contact sensor Monitoring the sensor Anti-tamper circuits Getting into the zone Summary 5. Adding a Passive Infrared Motion Sensor Prerequisites Passive infrared sensors explained Setting up your PIR sensor Give me power (again) Connecting our PIR motion sensor 12V alarm zone circuits Alarm circuit protection How it works Wireless PIR motion sensors 433-MHz wireless alarm systems Connecting a 433-MHz receiver The alternative approach (because we have no choice) The receiver wiring diagram Logging detection data Summary 6. Adding Cameras to Our Security System Prerequisites The Raspberry Pi camera module Connecting the camera module Setting up the camera module Testing the camera module Be a video star Caught on camera You have new mail Setting up the e-mail sender client Sending attachments Where was that taken? Night vision An illuminating experience The Elaborate light switch re-visited Is that a badger? Using USB cameras Installing the webcam Taking a snap Snap snap snap The multicamera setup The Slave driver Summary 7. Building a Web-Based Control Panel Installing the web server Testing the PHP5 installation Being in control Arming yourself The master configuration file Creating the web page The control panel HTML template Giving it some style Making it dynamic Getting a bit of help first The main PHP code I'm someone else Remote access to our control panel Setting up a dynamic DNS account The Raspberry Pi dynamic DNS client Setting up a static IP on your Raspberry Pi Port-forwarding Summary 8. A Miscellany of Things Arming and disarming the system Driving inductive loads Beyond intrusion A simple water detector How it works A simple temperature sensor How it works A carbon monoxide detector Remote administration for our Raspberry Pi Getting Webmin Updating the repository sources Importing the signing key Accessing Webmin locally Remotely accessing Webmin Summary 9. Putting It All Together Alarm system diagram Overview of the system elements A +12V power supply A +3.3V power supply The opto-isolator input module The port expander An arm/disarm switch Alarm outputs Designing the control scripts Building the control script Exploring the script code Declarations Updating config settings Setting up the GPIO Setting up the I2C port expander Decoding the zone inputs status Initialization The system monitoring loop Arming the system Monitoring the zones Entry delay Sounding the main alarm Disarming and resetting the system We're done (almost)… Automatically starting the system Preserving the SD card Creating a RAM-based file system Conclusion Tips for building systems Summary Index

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Fork the source code from gitlab.

This is a mirror of the Tor onion service:
http://kx5thpx2olielkihfyo4jgjqfb7zx7wxr3sd4xzt26ochei4m6f7tayd.onion