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Getting Started with Python for the Internet of Things

You're reading from   Getting Started with Python for the Internet of Things Leverage the full potential of Python to prototype and build IoT projects using the Raspberry Pi

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Product type Course
Published in Feb 2019
Publisher
ISBN-13 9781838555795
Length 732 pages
Edition 1st Edition
Languages
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Authors (5):
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Tim Cox Tim Cox
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Tim Cox
Prof. Diwakar Vaish Prof. Diwakar Vaish
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Prof. Diwakar Vaish
Sai Yamanoor Sai Yamanoor
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Sai Yamanoor
Steven Lawrence Fernandes Steven Lawrence Fernandes
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Steven Lawrence Fernandes
Srihari Yamanoor Srihari Yamanoor
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Srihari Yamanoor
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Table of Contents (37) Chapters Close

Title Page
Copyright and Credits
About Packt
Contributors
Preface
1. Getting Started with a Raspberry Pi 3 Computer FREE CHAPTER 2. Dividing Text Data and Building Text Classifiers 3. Using Python for Automation and Productivity 4. Predicting Sentiments in Words 5. Detecting Edges and Contours in Images 6. Building Face Detector and Face Recognition Applications 7. Using Python to Drive Hardware 8. Sensing and Displaying Real-World Data 9. Building Neural Network Modules for Optical Character Recognition 10. Arithmetic Operations, Loops, and Blinky Lights 11. Conditional Statements, Functions, and Lists 12. Communication Interfaces 13. Data Types and Object-Oriented Programming in Python 14. File I/O and Python Utilities 15. Requests and Web Frameworks 16. Awesome Things You Could Develop Using Python 17. Robotics 101 18. Using GPIOs as Input 19. Making a Gardener Robot 20. Basics of Motors 21. Bluetooth-Controlled Robotic Car 22. Sensor Interface for Obstacle Avoidance 23. Making Your Own Area Scanner 24. Basic Switching 25. Recognizing Humans with Jarvis 26. Making Jarvis IoT Enabled 27. Giving Voice to Jarvis 28. Gesture Recognition 29. Machine Learning 30. Making a Robotic Arm 1. Other Books You May Enjoy Index

Sharing the home folder of Raspberry Pi with SMB


When you have Raspberry Pi connected to your network, you can access the home folder by setting up file sharing; this makes it much easier to transfer files and provides a quick and easy way to back up your data. Server Message Block (SMB) is a protocol that is compatible with Windows file sharing, OS X, and Linux.

Getting ready

Ensure that you have Raspberry Pi powered and running with a working connection to the internet.

You will also need another computer on the same local network to test the new share.

How to do it...

First, we need to install samba, a piece of software that handles folder sharing in a format that is compatible with Windows sharing methods:

  1. Ensure that you use update as follows to obtain the latest list of available packages:
sudo apt-get updatesudo apt-get install samba

The install will require around 20 MB of space and take a few minutes.

  1. Once the installation has completed, we can make a copy of the configuration file as follows to allow us to restore defaults if needed:
sudo cp /etc/samba/smb.conf /etc/samba/smb.conf.backupsudo nano /etc/samba/smb.conf

Scroll down and find the section named Authentication; change the # security = user line to security = user.

As described in the file, this setting ensures that you have to enter your username and password for Raspberry Pi in order to access the files (this is important for shared networks).

Find the section called Share Definitions and [homes], and change the read only = yes line to read only = no.

This will allow us to view and also write files to the shared home folder. Once done, save and exit by pressing Ctrl + X, Y, and Enter.

Note

If you have changed the default user from pi to something else, substitute it in the following instructions.

  1. Now, we can add pi (the default user) to use samba:
sudo pdbedit -a -u pi
  1. Now, enter a password (you can use the same password as your login or select a different one, but avoid using the default Raspberry password, which would be very easy for someone to guess). Restart samba to use the new configuration file, as follows:
sudo /etc/init.d/samba restart[ ok ] Stopping Samba daemons: nmbd smbd.[ ok ] Starting Samba daemons: nmbd smbd.
  1. To test, you will need to know either Raspberry Pi's hostname (the default hostname is raspberrypi) or its IP address. You can find both of these with the following command:
hostname
  1. For the IP address, add -I:
hostname -I

On another computer on the network, enter the \raspberrypipi address in the explorer path.

Depending on your network, the computer should locate Raspberry Pi on the network and prompt for a username and password. If it can't find the share using the hostname, you can use the IP address directly, where 192.168.1.69 should be changed to match the IP address \192.168.1.69pi.

You have been reading a chapter from
Getting Started with Python for the Internet of Things
Published in: Feb 2019
Publisher:
ISBN-13: 9781838555795
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