Raspberry Pi: Full Stack For free

Curriculum

Section 1: Introduction to the course
	Lecture 1	Introduction	02:17
	Lecture 2	About the Raspberry Pi	04:45
	Lecture 3	Components	04:22
	Lecture 4	Detailed List of Components you will need	IFrame
	Lecture 5	Please read this before continuing!	Text
Section 2: The Operating System
	Lecture 6	Section Intro	00:25
	Lecture 7	Installing mini Raspbian using Mac OS X	16:35
	Lecture 8	Installing mini Raspbian using Windows	14:42
	Quiz 1	Section Quiz	3 questions
	Lecture 9	Section Conclusion	00:14
Section 3: Python and GPIOs
	Lecture 10	Section Intro	00:25
	Lecture 11	Set up Python	13:55
	Lecture 12	GPIO basics	08:36
	Lecture 13	Make an LED blink	18:01
	Lecture 14	Read the status of a button	09:52
	Lecture 15	Read temperature and humidity from a digital sensor	15:53
	Quiz 2	Section Quiz	4 questions
	Lecture 16	Section Conclusion	00:21
Section 4: Setup the Web application stack
	Lecture 17	Section Intro	00:24
	Lecture 18	What is the Web application stack?	07:03
	Lecture 19	Install Nginx, the Web server	02:49
	Lecture 20	Install Flask and venv	09:17
	Lecture 21	Install uWSGI	18:40
	Lecture 22	Setup Upstart	10:19
	Lecture 23	About log files	08:49
	Lecture 24	Serving static assets and Skeleton	11:55
	Lecture 25	Styling our Web application with Skeleton	09:12
	Lecture 26	Debugging a Flask application	05:46
	Quiz 3	Section Quiz	6 questions
	Lecture 27	Section Conclusion	00:19
Section 5: Building a simple Flask application on the Raspberry Pi
	Lecture 28	Section Intro	00:31
	Lecture 29	Show DHT22 sensor data in the browser	14:07
	Lecture 30	Install the SQLite3 database	14:05
	Lecture 31	Use a Python script to store sensor reading to the database	07:34
	Lecture 32	Automate sensor data logging with cron and SQLite3	12:57
	Lecture 33	Show historical sensor data in the browser	12:48
	Quiz 4	Section Quiz	3 questions
	Lecture 34	Section Conclusion	00:22
Section 6: Improving our application with date-time range record selector
	Lecture 35	Section Intro	00:26
	Lecture 36	Selecting historical sensor data records with a time-date range	07:12
	Lecture 37	Define a date-time range in the URL	10:49
	Lecture 38	Timezones in Rasbian	02:03
	Lecture 39	Validating timestamps	06:24
	Lecture 40	Tidying up: refactor our application code	03:32
	Quiz 5	Section Quiz	3 questions
	Lecture 41	Section Conclusion	00:31
Section 7: Improving the user interface
	Lecture 42	Section Intro	00:29
	Lecture 43	Adding date range radio buttons	19:17
	Lecture 44	Visualise sensor data with Google Charts	18:35
	Lecture 45	Install a datetime picker widgets	07:11
	Lecture 46	Setting up the datetime picker widget	07:57
	Lecture 47	Setting up time zones on the client side	08:31
	Lecture 48	Setting up time zones on the server side	14:00
	Lecture 49	Link the two pages of the application	05:29
	Quiz 6	Section Quiz	3 questions
	Lecture 50	Section Conclusion	00:28
Section 8: Setup cloud charting and analysis with Plotly
	Lecture 51	Section Intro	00:15
	Lecture 52	Setup Plotly	10:19
	Lecture 53	Add Plotly links	10:05
	Lecture 54	Add Plotly support to the Flask application script	11:11
	Quiz 7	Section Quiz	3 questions
	Lecture 55	Section Conclusion	00:28
Section 9: Other useful things to know
	Lecture 56	Install and configure a Wifi USB dongle for wireless networking	22:22
Section 10: Conclusion
	Lecture 57	Conclusion	02:25
	Lecture 58	Other educational content from Peter, including coupon offers	Text

Instructor Biography

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Raspberry Pi: Full Stack For free 2015-11-17T03:14:00-08:00 Rating: 4.5 Diposkan Oleh: Quocphu