Archiver has always been great at splitting and combining files. With Archiver 2, you can now also create split archives. All you need to do is specify the size of each chunk, and you're good to go! Supported File Formats. RAR (rar, r00, r01, r02, ) read only 7zip (7z, 7z.001, 7z.002, ) Tar. Archiver 3.0.2 – Open, create, and convert archives. Archiver makes reducing file size. With Archiver 3, you can now also create split archives. Native Instruments Massive 1 5 0 Tomates Time Management 7 4 Archiver 3 0 4 – Open Create And Convert Archives Kmplayer 2019 1password 6 8 – Powerful Password Manager Proxifier 2 26 Bit Movavi Video Converter Repack Jump Desktop 7 1 2 – Remote Desktop Utility Mojave Imac 2011 Air Radar 5 2 5 X 8. Archiver 2 4 0 – Open Create And Convert Archives Word; Archive Converter is a command-line utility, whose main purpose is to aid users in testing and converting archives with your already-installed compression tool (e.g. WinRAR, WinZip, 7-Zip etc.). WinArchiver is a powerful archive utility, which can open, create, and manage archive files. Archiver 3.0.6 – Open, create, and convert archives. January 14, 2019 Archiver makes reducing file size, extracting archives and splitting files fun and easy!
- Archiver 3 0 0 – Open Create And Convert Archives To Outlook
- Archiver 3 0 0 – Open Create And Convert Archives To White House
- Archiver 3 0 0 – Open Create And Convert Archives Free
Introducing Archiver 3.1 - a cross-platform, multi-format archive utility and Go library. A powerful and flexible library meets an elegant CLI in this generic replacement for several platform-specific or format-specific archive utilities.
Features
Package archiver makes it trivially easy to make and extract common archive formats such as tarball (and its compressed variants) and zip. Simply name the input and output file(s). The arc command runs the same on all platforms and has no external dependencies (not even libc). It is powered by the Go standard library and several third-party, pure-Go libraries.
Files are put into the root of the archive; directories are recursively added, preserving structure.
- Make whole archives from a list of files
- Open whole archives to a folder
- Extract specific files/folders from archives
- Stream files in and out of archives without needing actual files on disk
- Traverse archive contents without loading them
- Compress files
- Decompress files
- Streaming compression and decompression
- Several archive and compression formats supported
Format-dependent features
- Gzip is multithreaded
- Optionally create a top-level folder to avoid littering a directory or archive root with files
- Toggle overwrite existing files
- Adjust compression level
- Zip: store (not compress) already-compressed files
- Make all necessary directories
- Open password-protected RAR archives
- Optionally continue with other files after an error
Supported compression formats
- brotli (br)
- bzip2 (bz2)
- flate (zip)
- gzip (gz)
- lz4
- snappy (sz)
- xz
- zstandard (zstd)
Supported archive formats
- .zip
- .tar (including any compressed variants like .tar.gz)
- .rar (read-only)
Tar files can optionally be compressed using any of the above compression formats.
GoDoc
See https://pkg.go.dev/github.com/mholt/archiver/v3
Install
With webi
webi will install webi and arc to ~/.local/bin/ and update your PATH.
Mac, Linux, Raspberry Pi
Windows 10
With Go
To install the runnable binary to your $GOPATH/bin:
Manually
To install manually
- Download the binary for your platform from the Github Releases page.
- Move the binary to a location in your path, for example:
- without
sudo: - as
root:
- without
- If needed, update
~/.bashrcor~/.profileto include addarcin yourPATH, for example:> ~/.bashrc'>
Build from Source
You can successfully build arc with just the go tooling, or with goreleaser.
With go
Multi-platform with goreleaser
Builds with goreleaser will also include version info.
Command Use
Make new archive
(At least one input file is required.)
Extract entire archive
(The destination path is optional; default is current directory.)
The archive name must end with a supported file extension—this is how it knows what kind of archive to make. Run arc help for more help.
List archive contents
Extract a specific file or folder from an archive
Compress a single file
For convenience, the output file (second argument) may simply be a compression format (without leading dot), in which case the output filename will be the same as the input filename but with the format extension appended, and the input file will be deleted if successful.
Decompress a single file
For convenience, the output file (second argument) may be omitted. In that case, the output filename will have the same name as the input filename, but with the compression extension stripped from the end; and the input file will be deleted if successful.
Flags
Flags are specified before the subcommand. Use arc help or arc -h to get usage help and a description of flags with their default values.
Library Use
The archiver package allows you to easily create and open archives, walk their contents, extract specific files, compress and decompress files, and even stream archives in and out using pure io.Reader and io.Writer interfaces, without ever needing to touch the disk. Chocolat 3 0.
To use as a dependency in your project:
See the package's GoDoc for full API documentation.
For example, creating or unpacking an archive file:
The archive format is determined by file extension. (There are several functions in this package which perform a task by inferring the format from file extension or file header, including Archive(), Unarchive(), CompressFile(), and DecompressFile().)
To configure the archiver used or perform, create an instance of the format's type:
Inspecting an archive:
Streaming files into an archive that is being written to the HTTP response:
The archiver.File type allows you to use actual files with archives, or to mimic files when you only have streams.
There's a lot more that can be done, too. See the GoDoc for full API documentation.
Security note: This package does NOT attempt to mitigate zip-slip attacks. It is extremely difficultto do properly and seemingly impossible to mitigate effectively across platforms. Attempted fixes have broken processing of legitimate files in production, rendering the program unusable. Our recommendation instead is to inspect the contents of an untrusted archive before extracting it (this package provides Walkers) and decide if you want to proceed with extraction.
Project Values
This project has a few principle-based goals that guide its development:
Do our thing really well. Our thing is creating, opening, inspecting, compressing, and streaming archive files. It is not meant to be a replacement for specific archive format tools like tar, zip, etc. that have lots of features and customizability. (Some customizability is OK, but not to the extent that it becomes overly complicated or error-prone.)
Have good tests. Changes should be covered by tests.
Limit dependencies. Keep the package lightweight.
Pure Go. This means no cgo or other external/system dependencies. This package should be able to stand on its own and cross-compile easily to any platform -- and that includes its library dependencies.
Idiomatic Go. Keep interfaces small, variable names semantic, vet shows no errors, the linter is generally quiet, etc.
Be elegant. This package should be elegant to use and its code should be elegant when reading and testing. If it doesn't feel good, fix it up.
Well-documented. Use comments prudently; explain why non-obvious code is necessary (and use tests to enforce it). Keep the docs updated, and have examples where helpful.
Keep it efficient. This often means keep it simple. Fast code is valuable.
Consensus. Contributions should ideally be approved by multiple reviewers before being merged. Generally, avoid merging multi-chunk changes that do not go through at least one or two iterations/reviews. Except for trivial changes, PRs are seldom ready to merge right away.
Have fun contributing. Coding is awesome!
We welcome contributions and appreciate your efforts! However, please open issues to discuss any changes before spending the time preparing a pull request. This will save time, reduce frustration, and help coordinate the work. Thank you!
Introducing Archiver 3.1 Vuescan 9 6 13 – scanner software with advanced features. - a cross-platform, multi-format archive utility and Go library. A powerful and flexible library meets an elegant CLI in this generic replacement for several platform-specific or format-specific archive utilities.
Features
Package archiver makes it trivially easy to make and extract common archive formats such as tarball (and its compressed variants) and zip. Simply name the input and output file(s). The arc command runs the same on all platforms and has no external dependencies (not even libc). It is powered by the Go standard library and several third-party, pure-Go libraries.
Files are put into the root of the archive; directories are recursively added, preserving structure.
- Make whole archives from a list of files
- Open whole archives to a folder
- Extract specific files/folders from archives
- Stream files in and out of archives without needing actual files on disk
- Traverse archive contents without loading them
- Compress files
- Decompress files
- Streaming compression and decompression
- Several archive and compression formats supported
Format-dependent features
- Gzip is multithreaded
- Optionally create a top-level folder to avoid littering a directory or archive root with files
- Toggle overwrite existing files
- Adjust compression level
- Zip: store (not compress) already-compressed files
- Make all necessary directories
- Open password-protected RAR archives
- Optionally continue with other files after an error
Supported compression formats
- brotli (br)
- bzip2 (bz2)
- flate (zip)
- gzip (gz)
- lz4
- snappy (sz)
- xz
- zstandard (zstd)
Supported archive formats
- .zip
- .tar (including any compressed variants like .tar.gz)
- .rar (read-only)
Tar files can optionally be compressed using any of the above compression formats. Recovery files.
GoDoc
See https://pkg.go.dev/github.com/mholt/archiver/v3
Install
With webi
webi will install webi and arc to ~/.local/bin/ and update your PATH.
Mac, Linux, Raspberry Pi
Windows 10
With Go
To install the runnable binary to your $GOPATH/bin:
Manually
To install manually
- Download the binary for your platform from the Github Releases page.
- Move the binary to a location in your path, for example:
- without
sudo: - as
root:
- without
- If needed, update
~/.bashrcor~/.profileto include addarcin yourPATH, for example:> ~/.bashrc'>
Build from Source
You can successfully build arc with just the go tooling, or with goreleaser.
With go
Multi-platform with goreleaser
Builds with goreleaser will also include version info.
Command Use
Make new archive
(At least one input file is required.)
Extract entire archive
(The destination path is optional; default is current directory.)
The archive name must end with a supported file extension—this is how it knows what kind of archive to make. Run arc help for more help.
List archive contents
Extract a specific file or folder from an archive
Compress a single file
For convenience, the output file (second argument) may simply be a compression format (without leading dot), in which case the output filename will be the same as the input filename but with the format extension appended, and the input file will be deleted if successful.
Decompress a single file
For convenience, the output file (second argument) may be omitted. In that case, the output filename will have the same name as the input filename, but with the compression extension stripped from the end; and the input file will be deleted if successful.
Flags
Flags are specified before the subcommand. Use arc help or arc -h to get usage help and a description of flags with their default values.
Library Use
The archiver package allows you to easily create and open archives, walk their contents, extract specific files, compress and decompress files, and even stream archives in and out using pure io.Reader and io.Writer interfaces, without ever needing to touch the disk.
Archiver 3 0 0 – Open Create And Convert Archives To Outlook
To use as a dependency in your project:
See the package's GoDoc for full API documentation.
For example, creating or unpacking an archive file:
The archive format is determined by file extension. (There are several functions in this package which perform a task by inferring the format from file extension or file header, including Archive(), Unarchive(), CompressFile(), and DecompressFile().)
To configure the archiver used or perform, create an instance of the format's type:
Archiver 3 0 0 – Open Create And Convert Archives To White House
Inspecting an archive:
Streaming files into an archive that is being written to the HTTP response:
The archiver.File type allows you to use actual files with archives, or to mimic files when you only have streams.
There's a lot more that can be done, too. See the GoDoc for full API documentation.
Archiver 3 0 0 – Open Create And Convert Archives Free
Security note: This package does NOT attempt to mitigate zip-slip attacks. It is extremely difficultto do properly and seemingly impossible to mitigate effectively across platforms. Attempted fixes have broken processing of legitimate files in production, rendering the program unusable. Our recommendation instead is to inspect the contents of an untrusted archive before extracting it (this package provides Walkers) and decide if you want to proceed with extraction.
Project Values
This project has a few principle-based goals that guide its development:
Do our thing really well. Our thing is creating, opening, inspecting, compressing, and streaming archive files. It is not meant to be a replacement for specific archive format tools like tar, zip, etc. that have lots of features and customizability. (Some customizability is OK, but not to the extent that it becomes overly complicated or error-prone.)
Have good tests. Changes should be covered by tests.
Limit dependencies. Keep the package lightweight.
Pure Go. This means no cgo or other external/system dependencies. This package should be able to stand on its own and cross-compile easily to any platform -- and that includes its library dependencies.
Idiomatic Go. Keep interfaces small, variable names semantic, vet shows no errors, the linter is generally quiet, etc.
Be elegant. This package should be elegant to use and its code should be elegant when reading and testing. If it doesn't feel good, fix it up.
Well-documented. Use comments prudently; explain why non-obvious code is necessary (and use tests to enforce it). Keep the docs updated, and have examples where helpful.
Keep it efficient. This often means keep it simple. Fast code is valuable.
Consensus. Contributions should ideally be approved by multiple reviewers before being merged. Generally, avoid merging multi-chunk changes that do not go through at least one or two iterations/reviews. Except for trivial changes, PRs are seldom ready to merge right away.
Have fun contributing. Coding is awesome!
We welcome contributions and appreciate your efforts! However, please open issues to discuss any changes before spending the time preparing a pull request. This will save time, reduce frustration, and help coordinate the work. Thank you!
