β β β ο½ππ»βΊπ«Δπ¬πβ β β β
π¦Come on lets modify TERMUX terminal from boring to awesome no root required
> updated
π¦πβπππΈπππππΈπππβ & βπβ :
1) $ apt-get update -y
2) $ apt-get upgrade -y
3) $ pkg install git -y
4) $ git clone https://github.com/noob-hackers/T-LOAD
5) $ ls
6)$ cd T-LOAD
7)$ ls
8)$ bash t-load.sh
9)Now make sue that you internet connection is on and after that the installation starts automatically
After the installation succesfully completes you will see a THANKS text on screen after that a new text appears
EXIT FROM TERMUX AFTER 5 SECONDS AND RE-OPEN IT after seeing this just exit from termux and re open it
Now you can see a new loading screen of termux and you can feel real hacking terminal Sound+New interface with banner.
10) Note:- Don't delete any of the audio files from your sdcard/internal storage or else you cannot feel the terminal startup sound
11) To revert/to get back into normal termux mode use this commands
12) cd T-LOAD
13) ls
14) bash rvt.sh
β verified
@UndercodeTesting
β β β ο½ππ»βΊπ«Δπ¬πβ β β β
π¦Come on lets modify TERMUX terminal from boring to awesome no root required
> updated
π¦πβπππΈπππππΈπππβ & βπβ :
1) $ apt-get update -y
2) $ apt-get upgrade -y
3) $ pkg install git -y
4) $ git clone https://github.com/noob-hackers/T-LOAD
5) $ ls
6)$ cd T-LOAD
7)$ ls
8)$ bash t-load.sh
9)Now make sue that you internet connection is on and after that the installation starts automatically
After the installation succesfully completes you will see a THANKS text on screen after that a new text appears
EXIT FROM TERMUX AFTER 5 SECONDS AND RE-OPEN IT after seeing this just exit from termux and re open it
Now you can see a new loading screen of termux and you can feel real hacking terminal Sound+New interface with banner.
10) Note:- Don't delete any of the audio files from your sdcard/internal storage or else you cannot feel the terminal startup sound
11) To revert/to get back into normal termux mode use this commands
12) cd T-LOAD
13) ls
14) bash rvt.sh
β verified
@UndercodeTesting
β β β ο½ππ»βΊπ«Δπ¬πβ β β β
GitHub
GitHub - noob-hackers/T-LOAD: New Interface And Loading Screen For Termux Users
New Interface And Loading Screen For Termux Users. Contribute to noob-hackers/T-LOAD development by creating an account on GitHub.
β β β ο½ππ»βΊπ«Δπ¬πβ β β β
π¦Speed ββoptimization-Overview of tuning methods for tuning the performance of LINUX networks
π¦ππΌπ'π πππΈβπ:
1) there are three ways to choose, multi-process mode, multi-thread mode and asynchronous mode. Among them, in the multi-process mode, the server needs to use a process to provide services to a client. Because in the operating system, generating a process requires additional overhead such as process memory copy,
2) so that the performance will be reduced when there are many clients. In order to overcome the extra overhead of this generation process, you can use multi-threaded or asynchronous. In the multi-threaded mode, multiple threads in the process are used to provide services.
3) Due to the lower thread overhead, performance will improve. In fact, there is no need for any additional overhead or asynchronous mode. It uses a non-blocking method to communicate with each client, and the server uses a process for polling.
4) In asynchronous mode, the scheduling of multiple tasks is done by the server program itself, and if a problem occurs in one place, the entire server will have problems, which are not within the scope of the discussion. Increase the number of system threads:
> There are many factors that limit the number of threads, mainly the number of processes, the size of memory, the limit of mutex / semaphore / shm / ipc; under normal circumstances, first increase the maximum number of processes, and then expand the memory , In increasing the maximum number of threads, and the method to increase the maximum number of threads is very simple, you only need to change two places in glibc: the maximum number of threads and the size of the thread stack area; the increase in the maximum number of threads is based on the process of asynchronous I / O performance comes at a price; so it needs to be balanced.
WRITTEN BY UNDERCODE
β β β ο½ππ»βΊπ«Δπ¬πβ β β β
π¦Speed ββoptimization-Overview of tuning methods for tuning the performance of LINUX networks
π¦ππΌπ'π πππΈβπ:
1) there are three ways to choose, multi-process mode, multi-thread mode and asynchronous mode. Among them, in the multi-process mode, the server needs to use a process to provide services to a client. Because in the operating system, generating a process requires additional overhead such as process memory copy,
2) so that the performance will be reduced when there are many clients. In order to overcome the extra overhead of this generation process, you can use multi-threaded or asynchronous. In the multi-threaded mode, multiple threads in the process are used to provide services.
3) Due to the lower thread overhead, performance will improve. In fact, there is no need for any additional overhead or asynchronous mode. It uses a non-blocking method to communicate with each client, and the server uses a process for polling.
4) In asynchronous mode, the scheduling of multiple tasks is done by the server program itself, and if a problem occurs in one place, the entire server will have problems, which are not within the scope of the discussion. Increase the number of system threads:
> There are many factors that limit the number of threads, mainly the number of processes, the size of memory, the limit of mutex / semaphore / shm / ipc; under normal circumstances, first increase the maximum number of processes, and then expand the memory , In increasing the maximum number of threads, and the method to increase the maximum number of threads is very simple, you only need to change two places in glibc: the maximum number of threads and the size of the thread stack area; the increase in the maximum number of threads is based on the process of asynchronous I / O performance comes at a price; so it needs to be balanced.
WRITTEN BY UNDERCODE
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