Tp-Link TL-WN822N V5 [4/19] Compile the driver
![Tp-Link TL-WN822N V5 [4/19] Compile the driver](/views2/1469856/page4/bg4.png)
Ubuntu 16.04 LTS
1. Development Environment
The development environment in Ubuntu is required as follows:
Development Environment
OS Ubuntu 16.04 LTS
Kernel version 4.13.0-36-generic
Gcc version 5.4.0
2. Compile the Driver
2.1. Compilation tool and kernel sources
Before you compile the driver, please make sure you have the correct compile tool and
kernel sources. In Ubuntu 16.04 LTS, we can install compile tool gcc by command “apt-get
install gcc”
$ apt-get install gcc
Note: We recommend you install the same version tool to compile the driver.
For example:
According to the command “cat /proc/version”, you could see your Ubuntu 16.04 LTS
system is compiled by gcc5.4.0. By default, gcc5.4.0 is already installed in Ubuntu 16.04
LTS, you could use gcc5.4.0 to compile the driver directly.
Generally, compatible kernel headers are already built in Ubuntu 16.04 LTS, so you don’t
need to separately download and compile the kernel sources. However, if no related
kernel headers are integrated in your system, please install the kernel sources first.
2.2. Compile the Driver
Use Terminal to go to the driver directory and run the following commands to compile the
driver.
$ make clean
$ make
After compiling, you can see a name of the chip.ko file is stored in the directory of the
driver.
3
Содержание
- Contents 2
- Compilation tool and kernel sources 4
- Compile the driver 4
- Development environment 4
- Ubuntu 16 4 lts 4
- Compilation tool and kernel sources 5
- Compile the driver 5
- Development environment 5
- Load the driver 5
- Mint 18 3 5
- Compile the driver 6
- Development environment 6
- Load the driver 6
- Raspberry pi3 6
- Compile kernel source 7
- Compile the driver 7
- Compile the kernel 7
- Download and install tools 7
- Get kernel source 7
- Modify kernel 7
- Compile the driver source 8
- Load the driver 8
- Compile the driver 9
- Development environment 9
- Install the kernel header file 9
- Kali 2018 9
- Update the software source 9
- Compile driver source 11
- Load the driver 11
- Use the graphical interface 12
- Change the interface status to up 15
- Create the interface 15
- Identify the device 15
- Start wpa_supplicant in the background 15
- Use the command line 15
- Connect to the ap 16
- Scan wireless networks ssid 16
- Wep40 with open system 16
- Wep40 with shared key 16
- Tikp aes 17
- Wep 104 with open system 17
- Enable dhcp client 18
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