Linux TGZ: All You Need to Know About Tar and Gzip Compression!(linuxtgz)
Linux TGZ: All You Need to Know About Tar and Gzip Compression!
Linux is a popular operating system that is considered by many to be the backbone of modern computing. Linux has its own unique file formats, including the TGZ file format, which is used for compressed archives. The TGZ format is a combination of the tar and gzip formats, which means that it is used to store multiple files in a single, compressed file. In this article, we will explore the basics of tar and gzip compression and how you can use them to create and work with TGZ files.
What is Tar?
Tar is an archive format that is used in Linux-based operating systems to store multiple files in a single file. Tar was initially developed for creating tape backups, hence its name tar which stands for tape archiver . However, tar has since evolved to become a popular tool for creating and managing archives on Linux-based systems. The tar command is used to create and extract tar files. Here s an example of using the tar command to create a tar archive:
tar cvf archive.tar file1 file2 file3
In this example, we are using the `tar` command to create a tar archive called `archive.tar` that contains three files (`file1`, `file2`, and `file3`).
What is Gzip?
Gzip is a compression format that is used to reduce the size of files in Linux-based operating systems. The gzip format uses the Lempel-Ziv-Welch (LZW) algorithm to compress files. The `gzip` command is used to compress and decompress files using the gzip format. Here s an example of using the `gzip` command to compress a file:
gzip file1
In this example, we are using the `gzip` command to compress `file1`. The compressed file will be named `file1.gz`.
What is TGZ?
TGZ is a combined file format that uses both tar and gzip formats. TGZ files are used to compress multiple files into a single, compressed file. To create a TGZ file, you need to use the `tar` and `gzip` commands together. Here s an example of using the `tar` and `gzip` commands to create a TGZ archive:
tar czvf archive.tgz file1 file2 file3
In this example, we are using the `tar` command to create a tar archive of `file1`, `file2`, and `file3`. The `c` flag is used to create the archive, the `z` flag is used to enable gzip compression, and the `v` flag is used to display the progress of the operation. Finally, we specify the name of the output file, which will be `archive.tgz`.
Working with TGZ Files
Once you have created a TGZ file, you can extract its contents using the `tar` command. Here s an example of using the `tar` command to extract the contents of a TGZ file:
tar xzvf archive.tgz
In this example, we are using the `tar` command to extract the contents of `archive.tgz`. The `x` flag is used to extract the contents, the `z` flag is used to enable gzip decompression, and the `v` flag is used to display the progress of the operation. If you want to extract the contents of the archive to a specific directory, you can use the `-C` flag followed by the directory path. For example:
tar xzvf archive.tgz -C /home/user/
This will extract the contents of `archive.tgz` to the `/home/user/` directory.
Conclusion
Linux TGZ files are a popular format for compressing multiple files into a single, compressed file. TGZ files use both the tar and gzip formats for archiving and compression. In this article, we have explored the basics of tar and gzip compression and how you can use them to create and work with TGZ files. Remember that the `tar` and `gzip` commands are powerful tools that can help you manage large amounts of data in a Linux-based environment.
我想要获取技术服务或软件
服务范围:MySQL、ORACLE、SQLSERVER、MongoDB、PostgreSQL 、程序问题
服务方式:远程服务、电话支持、现场服务,沟通指定方式服务
技术标签:数据恢复、安装配置、数据迁移、集群容灾、异常处理、其它问题
本站部分文章参考或来源于网络,如有侵权请联系站长。
数据库远程运维 Linux TGZ: All You Need to Know About Tar and Gzip Compression!(linuxtgz)
相关文章
- 为写论文,华人学者向Linux提交200多条「恶意代码」,结果整个大学都被Linux封了
- 展开 Linux 日志记录之旅(linux开启日志记录)
- 从Linux运维中获取最多: 使用运维工具(linux常用运维工具)
- 一文探讨Linux之王垠:Switching to the Dark Side(linux王垠)
- 单独挑战Linux密码:how to Break it?(单用户破解linux密码)
- Linux硬件文件管理的精准掌握(linux硬件文件)
- Linux网络设置:一步搞定(linux网络开启)
- Linux系统如何连接无线网络(linux系统连接无线网)
- 学习Linux运维:跟老男孩一起成长(跟老男孩学linux运维pdf)
- How to Close Linux Firewall(关闭linux的防火墙)
- 25 Ways to Master Linux Driver Programming(linux驱动修炼之道)
- Push Your Linux Skills to the Next Level with These Tips and Tricks(linuxpush)
- Efficient File Retrieval in Linux: Tips and Tricks for LightningFast Searches(linux快速查找文件)
- Mastering the Art of Linux Input: 25 Essential Shortcuts and Commands(linux输入)
- Exploring the Advantages and Applications of Linux Multicasting in Network Communication(linux组播)
- Guide to installing Linux on iPad – Stepbystep instructions for tech enthusiasts(ipad安装linux)
- Say Goodbye to GDB: Exiting Linux Debugger in 3 Simple Steps(linux退出gdb)
- Top 5 Linux Graphics Tools to Enhance Your Creative Projects.(linux绘图工具)
- Get the Time on Linux: A Quick Guide to Querying Current Time(linux查询当前时间)
- Exploring the Functions and Applications of Eth0 in Linux(linux中的eth0)
- Exploring the Benefits of LVM on Linux: A Comprehensive Guide to Managing Volumes(linux下lvm)
- 自学Linux,如何利用知乎获取更多有效信息?(自学linux知乎)
- Easy Steps to Check Your System Model on Linux for Optimal Performance(linux查看系统型号)
- Ultimate Guide to Setting Up and Configuring Linux Named DNS Server!(linuxnamed)
- AIX vs Linux: 25 Key Differences You Need to Know(aix和linux的区别)