Raspberry Pi Full Stack Upgrade Project

/.../9. 09 - New features/

11.3 RPiFS4 - 09.050 - Show SD available space on OLED (button press).mp4

TutsNode.net.txt

[TGx]Downloaded from torrentgalaxy.to .txt

/1. 01 - Introduction/

1.1 This course’s hardware specifications and requirements.html

2.1 A full list of the required hardware.html

3.1 The course repository hosted on GitHub.html

4. 01.40 - Application demonstration.mp4

1. 01.10 - What is this course about.mp4

2. 01.20 - Parts you will need.mp4

3. 01.30 - Code repository.mp4

/.../8. 08 - Testing and fixing/

11.1 Transmitter sketch on Github.html

12.1 Updated script (intermediate) on Github.html

14.1 Completed script (Github).html

7.2 lab_app.py restored code (GitHub).html

8.2 env_log.py restored code on GitHub.html

6.1 Original Code of lab_app.py available on GitHub.html

7.1 lab_app.py original code (GitHub).html

8.1 env_log.py original code on GitHub.html

9.2 Your Plotly account username and API key.html

9.1 Get your API key from Plotly Chart Studio.html

10.1 Your Google account credentials.html

11. 08.80 - Remote node receiver script hc12_receiver.py Part 1 - ESP32.mp4

6. 08.41 - Restore lab_app.py – Part 2 Fix lab_temp route.mp4

12. 08.85 - Remote node receiver script hc12_receiver.py Part 2 - Raspberry Pi.mp4

8. 08.50 - Restore logger script env_log.py.mp4

9. 08.60 - Plotly.mp4

7. 08.45 - Restore main flask application script – Part 3 Fix lab_env_db route.mp4

15. 08.110 - Full test.mp4

14. 08.100 - IFTTT.mp4

1. 08.05 - Introduction and plan.mp4

10. 08.70 - Google Sheet logger.mp4

13. 08.90 - Remote node receiver service.mp4

5. 08.40 - Restore lab_app.py – Part 1 Python modules.mp4

4. 08.30 - Install required Python modules.mp4

3. 08.20 - Setup SQLite3.mp4

2. 08.10 - Configure uWSGI to work with the FS app.mp4

/.../3. 03 - Replace the DHT22 with the BME280/

2.1 Get this schematic (Github).html

5.1 See the original on Github.html

1.1 BME280 datasheet.html

1.2 BME280 product page.html

1.3 DHT22 datasheet.html

2.2 The Raspberry Pi 40-pin header diagram (RaspberryPi.com documentation).html

3.1 BME280 Python module by rm-hull (Github).html

4.1 Arduino library by finitespace (Github).html

5.2 This sketch is one of the examples of the bme280 library by rm-hull.html

1. 03.05 - BME280 basics and why replace the DHT22.mp4

2. 03.10 - Raspberry Pi - wiring.mp4

3. 03.20 - Raspberry Pi - BME280 Python module and example.mp4

5. 03.40 - ESP32 - BME280 library and example sketch.mp4

4. 03.30 - ESP32 - BME280 wiring.mp4

/.../4. 04 - Add the OLED display/

5.1 Example “hello world” program with custom font script on Github.html

2.1 Get the schematic from Github.html

4.1 Example “hello world” program on Github.html

1.1 The datasheet for the display.html

3.1 Adafruit SSD1306 Python module.html

3.2 Module on Github.html

3.3 Pillow (PIL) Python module for graphics.html

5.2 Example “hello world” program with custom font, font file.html

5. 04.40 - How to install and use custom fonts and sizes.mp4

1. 04.05 - OLED SSD1306 basics.mp4

2. 04.10 - Raspberry Pi - wiring.mp4

4. 04.30 - Raspberry Pi - example code.mp4

3. 04.20 - Raspberry Pi - Python modules and setup.mp4

/.../2. 02 - The new boards/

1.1 Arduino boards (arduino.cc).html

1.2 Espressif development boards (espressif.com).html

1.3 Raspberry Pi 4 Model B specifications (RaspberryPi.com).html

1.4 Raspberry Pi Zero 2 W (RaspberryPi.org).html

2.1 Raspberry Pi imager utility from RaspberryPi.com.html

4.1 Arduino boards (arduino.cc).html

4.2 ESP32-DevKitC (espressif.com).html

5.1 Arduino IDE download (arduino.cc).html

5.2 ESP32 – Installing using the Arduino IDE (espressif-docs).html

2. 02.20 - Raspberry Pi OS installation.mp4

3. 02.30 - Raspberry Pi OS preparation.mp4

4. 02.40 - ESP32 review.mp4

1. 02.10 - Raspberry Pi Zero 2 W review.mp4

5. 02.50 - ESP32 and Arduino IDE.mp4

/.../5. 05 - Replace the RF24 with the HC12/

2.1 Wiring schematic on Github.html

3.6 Transmitter sketch on Github.html

3.4 Receiver sketch on Github.html

5.3 Python example receiver script on GitHub.html

4.1 Wiring schematic on Github.html

3.1 esp-idf note about GPIO12.html

3.2 ESP32 Software Serial library.html

3.3 HC12 Datasheet.html

3.5 Serial.write() documentation.html

3.7 utoa() function.html

5.1 Learn about the UART port on the Raspberry Pi 4.html

5.2 Python decode() and codecs.html

5.4 Python readline().html

5.5 Python replace().html

5.6 Python Serial().html

5.7 Raspberry Pi documentation.html

5.8 Raspberry Pi UART.html

7.1 AT command set in the documentation.html

1. 05.05 - Introduction to the HC12 and why replace the nRF24.mp4

7. 05.60 - HC12 configuration with AT commands.mp4

3. 05.20 - ESP32 example sketch and testing.mp4

5. 05.40 - Raspberry Pi - UART setup and example code.mp4

2. 05.10 - ESP32 - wiring.mp4

4. 05.30 - Raspberry Pi - wiring.mp4

6. 05.50 - ESP32 & RPi communication via HC12.mp4

/.../6. 06 - Assemble the new hardware/

5.1 HC12 sketch (Github).html

5.2 Upload this sketch (from Github) to the ESP32.html

2.1 The circuit for the Raspberry Pi KiCad project on Github.html

3.1 Learn more about add_event_detect in the GPIO documentation.html

2. 06.20 - Raspberry Pi - Wiring.mp4

3. 06.30 - Raspberry Pi wiring test.mp4

5. 06.50 - ESP32 wiring testing.mp4

4. 06.40 - ESP32 - wiring.mp4

1. 06.10 - Objectives of this section.mp4

/.../9. 09 - New features/

12.1 Systemd configuration file (Github).html

5.2 lab_env_db.html.html

7.1 Entire lab_env_db.html file (on Github).html

9.2 The base Python script (GitHub).html

10.1 Get the upgraded file oled_mulitfunction_v1.py from Github.html

11.2 Copy the oled_multifunction_v2.py from GitHub.html

4.2 The updated templateslab_temp.html (Github).html

3.1 The completed script (Github).html

2.1 env_log.py script (Github).html

4.1 lab_app.py code (Github).html

5.1 lab_app.py.html

7.2 Entire upgraded lab_app.py file (on Github).html

13.1 Download the KiCad project from Github.html

14.1 Download the KiCad project from Github.html

11.1 About the Python “os” module (Python documentation).html

6.3 Plotly’s Graph Objects.html

9.1 “Schedule” Python module.html

10.2 Install the ischedule module.html

6.2 Plotly Python module (latest version).html

6.1 Plotly documentation website.html

7. 09.31 Upgrade Plotly Part 2 – Upgrade implementation.mp4

9. 09.41 Show sensor data on OLED Part 2 – Setup and base script.mp4

5. 09.25 - Show historical barometric pressure.mp4

11. 09.50 - Show SD available space on OLED (button press).mp4

3. 09.15 - Capture barometric pressure - remote.mp4

13. 09.70 - New PCB for the Raspberry Pi.mp4

6. 09.30 Upgrade Plotly Part 1 – Setup and the Plotly Graph Object.mp4

2. 09.10 - Capture barometric pressure - local.mp4

10. 09.42 Show sensor data on OLED Part 3 – Scheduler.mp4

12. 09.60 - OLED display as a service.mp4

14. 09.80 - New PCB for the ESP32.mp4

1. 09.05 - Introduction and plan.mp4

4. 09.20 - Show current local barometric pressure.mp4

8. 09.40 Show sensor data on OLED Part 1 – Plan.mp4

/.../7. 07 - Restore the original Full Stack application/

12.1 Copy my original Full Stack application files to your new Raspberry Pi (Github).html

3.1 Latest available version of Python 3.html

12.2 Cyberduck.html

12. 07.110 - Copy the original application files.mp4

2. 07.10 - Install required system modules.mp4

3. 07.20 - Download, compile and install Python 3.mp4

11. 07.100 - Configure systemd to auto-start uwsgi.mp4

10. 07.90 - UWSGI and Nginx configuration testing.mp4

1. 07.05 - Application restoration - Introduction.mp4

6. 07.50 - Setup Flask.mp4

8. 07.70 - Nginx configuration.mp4

5. 07.40 - Setup Nginx.mp4

7. 07.60 - UWSGI installation.mp4

4. 07.30 - Setup the app Python Virtual Environment.mp4

9. 07.80 - UWSGI configuration.mp4

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