01.1. Introduction

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

01.2. Registers in Hardware devices

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

01.3. How does hardware distinguish between port IO and memory access

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.1. X86 IO ports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.2. Accessing IO Ports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.3. Requesting IO Ports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.4. Linux Kernel Module Example for requesting io ports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.5. Why read value is not same as write

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.6. Why all ports are not listed in procioports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.7. Where to find information of processor ioports

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.8. Linux Kernel Module to enable the Speaker

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

02.9. Ports list

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.1. Introduction to RTC

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.2. RTC Ports and Registers Part1

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.3. RTC Ports and Registers Part2

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.4. Linux Kernel Module communicating with RTC

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.5. Walkthrough of rtc driver in Linux kernel

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.6. Hardware and software clock

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

03.7. Linux Kernel Module example to update time

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.1. Introduction to PC Keyboard

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.2. Scancodes

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.3. How to find out scancode of a key

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.4. Typematic

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.5. Reset Command

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.6. IO Ports of keyboard

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.7. Linux Kernel Module sending keyboard controller commands

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.8. Linux Kernel Module Enabling and Disabling mouse

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.9. Linux Kernel Module Enabling and Disabling keyboard

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.10. Linux Kernel Module reading command byte after disabling keyboard

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.11. Status Register

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC

Course details

Publisher: Udemy
Instructors: Linux Trainer
Language: English
Education Level: Introductory to Advanced
Number of Courses: 84
Duration: 3 hours and 11 minutes

04.12. Linux Kernel Module to print keys typed

Linux Device Drivers – Communicating with Hardware 2020-10

Description

Linux Device Drivers - Communicating with Hardware is a Linux kernel programming course for IO Mapped and Memory Mapped devices. In this course, you will learn different things: two types of communication with hardware including IO Mapped IO and Memory Mapped IO, drivers and kernel modules for IO Mapped IO including speaker, keyboard and RTC, drivers and kernel modules for Memory Mapped IO includes random generation hardware, GPIO and UART, access to IO Mapped IO and Memory Mapped IO through user memory and finally familiarization with PCI and SMBIOS.

This course is suitable for kernel developers who are curious about hardware communication. In this course, you will learn to work with several commands such as hwclock, date, showkey, hexdump, strings, dd, lspci, biosdecode, dmidecode, and also work with various system files and directories such as /dev/port, /dev/ You will learn mem, /proc/iomem, /proc/ioports.

What you will learn in Linux Device Drivers – Communicating with Hardware course:

• IO Mapped IO
• Memory Mapped IO
• PCI
• Kernel modules for keyboard and RTC