Embedded Ethernet Programming with HAL

[martinstronis65]

Embedded Ethernet Programming with HAL
Last updated 2/2023
Created by BHM Engineering Academy,Israel Gbati
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English + subtitle | Duration: 45 Lectures ( 11h 5m ) | Size: 5 GB
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Build Embedded Ethernet Firmware : HTTP, SSI, CGI etc

What you'll learn
Understand the Fundamentals of Networking.
Understand the Fundamentals of the Light Weight IP (LwIP) Stack.
Write Drivers for the STM32F7 Ethernet Peripheral using HAL APIs.
Write Embedded Ethernet Applications for Hosting Webpages
Write Embedded Ethernet Applications for Controlling Hardware through Webpages.
Write Embedded Ethernet Applications for Sending Sensor Data to Webpages.

Requirements
STM32F767ZI Nucleo Board

Description
Welcome to Embedded Ethernet Programming with HAL Training.

This course is the intermediate level course of a 3 course learning path teaching you how to write drivers for the ethernet peripheral as well as write embedded ethernet firmware for different networking protocols such ashttp, dhcp etc.

The goal of this course is to teach you how to build real world embedded ethernet applications.

What make this course different from the beginner course ?

In this course we write all the ethernet drivers ourselves using the the STM32 HAL APIs. Unlike the beginner course, in this course we also implement the ethernet interface files linking our ethernet module to the LwIP library ourselves.

The STM32 Hardware Abstraction Layer (HAL) provides a simple, generic multi-instance set of APIs (application programming interfaces) to interact with the upper layers like the user application, libraries and stacks.

In this intermediate course we also implement more examples of embedded ethernet applications.

So with that understood, let me tell you.

Exactly What You're Getting

This intermediate course can be divided into 4 major sections.

First Section

In the first section we give a short introduction to networking and then explore the ethernet capabilities of the STM32F7 microcontroller.

Second Section

In this section we write drivers for all the peripherals we will be using in the course. We write drivers for the ADC, UART, RCC and GPIO.

Third Section

In the third section we write all the drivers required to fully configure the ethernet module. We will implement a driver for configuring the ethernet gpio pins to operate in RMII mode, we will implement a driver for transmitting packets, another one for receiving packets etc.

It is in this section that we decide on the ethernet parameters such the speed, the duplex, whether to use auto-negotiation or not etc. After configuring the ethernet module we conclude this section by implementing a function that interfaces our ethernet module to the Light Weight IP (LwIP) library. LwIP is a small independent open-source implementation of the TCP/IP protocol stack designed for embedded systems.

Last Section

The final section begins by giving an introduction to Light Weight IP (LwIP) and then goes on to build embedded ethernet applications. Here are some the applications we shall build

Programming : Checking if the cable is connected

Programming : Getting an IP address from DHCP

Programming : Hosting Webpages withhttpd

Programming : Displaying Realtime Data on Webpages with SSI

Programming : Working with Multiple SSI Tags

Programming : Controlling Hardware from WebServers using CGI

Programming : Injecting HTML code into a Webpage using SSI and CGI

Who this course is for
If you are an embedded developer and want to learn how to develop embedded ethernet applications then take this course.

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[0dayddl]

4.93 GB | 34min 15s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

1 -Downloading CubeIDE.mp4 (16.13 MB)
2 -Installing CubeIDE.mp4 (13.06 MB)
1 -Getting the right documentation.mp4 (65.98 MB)
2 -Getting the relevant HAL Package.mp4 (46.45 MB)
3 -Creating the right Project Tree.mp4 (242.64 MB)
1 -Programming Configuring the System Clock (Pt 1).mp4 (88.53 MB)
2 -Programming Configuring the System Clock (Pt 2).mp4 (161.65 MB)
3 -Programming Developing the GPIO Output Driver (Pt 1).mp4 (76.78 MB)
4 -Programming Developing the GPIO Output Driver (Pt 2).mp4 (58.18 MB)
5 -Programming Developing the UART Driver (Pt 1).mp4 (92.01 MB)
6 -Programming Developing the UART Driver (Pt 2).mp4 (159.37 MB)
7 -Programming Developing the ADC Driver (Pt 1).mp4 (178.24 MB)
8 -Programming Developing the ADC Driver (Pt 2).mp4 (94.22 MB)
1 -Introduction to Networking.mp4 (19.49 MB)
2 -Overview of Network Models and their Layers.mp4 (62.79 MB)
3 -Overview of the TCPIP Protocol.mp4 (23.64 MB)
1 -Introduction to the STM32F7 Ethernet MAC.mp4 (35.54 MB)
2 -Features of the STM32F7 Ethernet MAC.mp4 (90.06 MB)
3 -A closer look at the core features.mp4 (50.94 MB)
1 -Programming Developing the Ethernet GPIO Configuration Function.mp4 (171.91 MB)
10 -Programming Developing the Ethernet Interface Update Config Function.mp4 (218.91 MB)
2 -Programming Developing the Ethernet Low Level Init Function (Pt 1).mp4 (121.82 MB)
3 -Programming Developing the Ethernet Low Level Init Function (Pt 2).mp4 (237.28 MB)
4 -Programming Developing the DMA Ethernet Low Level Transmit Function (Pt 1).mp4 (157.75 MB)
5 -Programming Developing the DMA Ethernet Low Level Transmit Function (Pt 2).mp4 (234.94 MB)
6 -Programming Developing the DMA Ethernet Low Level Receive Function (Pt 1).mp4 (110.77 MB)
7 -Programming Developing the DMA Ethernet Low Level Receive Function (Pt 2).mp4 (178 MB)
8 -Programming Developing the Ethernet Interface Input Function.mp4 (52.72 MB)
9 -Programming Developing the Ethernet Interface Init Function.mp4 (94.24 MB)
1 -Introduction to Light Weight IP (LwIP).mp4 (11.77 MB)
2 -Overview of the LwIP Architecture.mp4 (53.4 MB)
3 -Programming Developing the User LwIP Init Function.mp4 (260.07 MB)
1 -Programming Checking if the cable is connected.mp4 (113.26 MB)
10 -Programming Injecting HTML Code into a Webpage using SSI and CGI.mp4 (290.7 MB)
11 -Programming Injecting HTML Code into a Webpage using SSI and CGI -More Tags.mp4 (141.71 MB)
2 -Programming Getting an IP address from DHCP.mp4 (72.29 MB)
3 -Programming Hosting Webpages with httpd.mp4 (149.84 MB)
4 -Introduction to Server Side Includes (SSI) and Common Gateway Interface (CGI).mp4 (16.42 MB)
5 -Programming Displaying Realtime Data on Webpages with SSI.mp4 (277.59 MB)
6 -Programming Working with Multiple SSI Tags.mp4 (91.38 MB)
7 -Programming Working with Multiple SSI Tags - 3 Pages.mp4 (89.16 MB)
8 -Programming Working with Multiple SSI Tags - All Modules in a Single Page.mp4 (54.79 MB)
9 -Programming Controlling Hardware from WebServer using CGI.mp4 (266.06 MB)
1 -Closing Remarks.mp4 (2.05 MB)

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