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A command line Zip program for Win32, 99.99% identical to InfoZip 3.1c. It is distressingly hard to find downloadable Windows binaries for InfoZip newer than version 2.x, so I've compiled a copy that uses the DLLs already on your computer for a slim 268k executable with no additional dependencies required for WinXP thru Win11. No Warranties, Express or ImpliedThis is nearly identical to InfoZip 3.1c; I increased the default compression level from 6 to 9 (highest compression) because on modern CPUs compression is fully disk-bound so you might as well default to max compression. It should function as well as InfoZip 3.1c. However, neither InfoZip nor I make any guarantees of function, and cannot be held liable for any undesirable effects. I have personally used it for gigabytes of data compression without problems, but that's just me. Furthermore, please note that I have no official (or unofficial) relationship with InfoZip.Sxsi X64 Windows 8 Link 【TOP】SxSI is assumed to be a native Windows application (or service) used for [insert primary function: e.g., storage acceleration, signal processing, simulation, etc.]. Windows 8 x64 remains in use in legacy environments; documenting robust installation and tuning procedures helps maintain operational stability and performance. To understand the necessity of the Windows Side-by-Side (SxS) architecture, one must first recall "DLL Hell"—the chaos caused when a new application overwrites a shared system DLL with an incompatible version. Microsoft solved this by isolating assembly versions. However, this solution created its own complexity, particularly when transitioning to the x64 architecture on Windows 8. The search for an SXSI x64 Windows 8 link is challenging because the software is niche, likely discontinued, and possibly never widely distributed. Your most promising paths are: If all else fails, consider virtualizing Windows 8 using VMware or VirtualBox, where driver signing is more lenient, or upgrading to Windows 10/11 with a modern alternative to SXSI. Final reminder: Never run an unknown Do you have more details about what product or device uses “SXSI”? Share them in the comments below, and the community will help you track down the correct x64 Windows 8 link safely. In the realm of Windows 8 64-bit (x64) systems, the keyword "sxsi" most frequently relates to the Shared Source Initiative (SSI) or Side-by-Side (SxS) assembly technology. Both are foundational to how Windows manages system files and software compatibility. Whether you are looking to repair a corrupt component store or find specific drivers for high-end hardware like Sony SxS memory cards , this guide provides the necessary context and links. 1. Understanding SXSI and Side-by-Side (SxS) The term "sxsi" is often a shorthand for the Shared Source Initiative, a Microsoft program that provides source code access to qualified customers and partners. However, in daily troubleshooting, it is more commonly confused with SxS (Side-by-Side). WinSxS Folder: Located at The SXSI x64 Connection: For x64 (64-bit) versions of Windows 8, managing this "component store" is vital for system stability and performing updates. 2. Sony SxS Driver Links for Windows 8 x64 Professional videographers using Sony SxS memory cards on Windows 8 64-bit often search for "sxsi" drivers. These drivers enable high-speed data transfer from cards like the Go to product viewer dialog for this item. Go to product viewer dialog for this item. Sony SxS Device Driver (Version 2.0.0.7100): This is a primary driver for Windows 8 64-bit, often found on Softpedia. Sony SxS Device Driver (Version 3.1.0): The latest revised version, primarily for Windows 11, though older versions are archived at Sony Support. 3. Repairing "SXS Component Store Corrupt" Errors If you are seeing "ERROR_SXS_COMPONENT_STORE_CORRUPT" on your Windows 8 x64 machine, it means the files in the WinSxS folder are damaged. Solution 1: DISM Tool: Use the Deployment Image Servicing and Management (DISM) tool. Open Command Prompt as admin and run: Solution 2: SFC Scan: The System File Checker can repair missing or corrupted system files. To ensure your x64 system remains secure and compatible with modern drivers, use these official resources: Windows 8.1 Update for x64-based Systems (KB2919355) There is no single "sxsi x64" software or OS package; rather, this usually refers to SxS (Sony SxS) Memory Card drivers designed for 64-bit (x64) versions of SxS Driver for Windows 8 x64 sxsi x64 windows 8 link If you are trying to use professional Sony SxS memory cards (common in high-end video cameras) on a 64-bit Windows 8 or 8.1 machine, you typically need specific drivers and utility software. Official SxS Driver : You can find these drivers on the Sony Creative Software Support page or through the Microsoft Update Catalog SxS UDF Driver : To read UDF-formatted cards on Windows, a specific Sony SxS UDF Driver is often required. Third-Party Support : Manufacturers like Sonnet provide Qio drivers that include Windows 8 compatibility for SxS media. Windows 8 x64 Official Downloads If you are looking for general Windows 8 x64 updates or installation files rather than hardware drivers: Microsoft Download Center : Official security and system updates for x64-based Windows 8 (such as ) are available through Archival Sources : For original installation ISOs (which are no longer actively sold by Microsoft), legacy enthusiasts often use repositories like Internet Archive : Windows 8 and 8.1 reached their end of support on January 10, 2023. It is highly recommended to upgrade to a supported OS like Windows 10 or 11 for continued security updates. Are you having trouble with a specific hardware device being recognized on your Windows 8 machine? Windows 8.1 Update for x64-based Systems (KB2919355) - Microsoft Now, the user mentioned "link". Maybe they need a download link or a resource to access SXSi.x64 for Windows 8. I should consider if they are looking for installation guides, troubleshooting steps, or driver downloads. Since SXS is part of Windows, maybe they are troubleshooting an error related to SXS, like a manifest error or a missing file. I should also think about common issues related to SXS on Windows 8. For example, SXS files can become corrupted, leading to system errors. Solutions might include running the System File Checker (sfc /scannow) or DISM commands. Alternatively, if they're trying to install a specific driver or software that requires the SXSi.x64 component, they might need to locate the correct driver package. Another angle is that SXSi.x64 could be a custom or third-party driver. In that case, the user might need to visit the manufacturer's website for their hardware. But without more context, it's hard to tell. The user might not be fully aware of what SXSi.x64 is doing on their system and are seeking help related to a problem it's causing. Also, considering the link part, they might have encountered a broken link or are looking for an official Microsoft resource. Microsoft's website might have documentation on SXS components and how to handle them. I should advise caution with downloading from unofficial sources to avoid malware. I need to structure the response to address possible scenarios: troubleshooting SXS errors, repairing Windows components, driver installation steps, and safe download practices. Also, emphasize the importance of confirming the legitimacy of any download if they're seeking a link. The query "sxsi x64 Windows 8 link" appears to reference a specific component or file related to Windows 8. Here's a breakdown of possible interpretations and solutions: Sometimes a driver compiled for Windows 7 x64 will work on Windows 8. Download a Windows 7 version of the SXSI driver and install it using compatibility settings: Post a request in: This paper documents the installation procedure, configuration steps, and performance evaluation of SxSI (assumed software) on the Windows 8 x64 platform. It covers prerequisites, step‑by‑step installation, common troubleshooting, security considerations, and benchmark results comparing default and optimized configurations. The goal is to provide a repeatable guide for systems administrators and researchers deploying SxSI on legacy Windows 8 x64 systems. If you provide more context (e.g., the exact error message or purpose of "SXSi.x64"), I can offer more targeted guidance. Always verify the legitimacy of any file or link before downloading. If you are a creative professional still utilizing a Windows 8 64-bit workstation, you may have encountered the need for a specific "sxsi" or SxS driver link. This driver is the bridge that allows your operating system to communicate with SxS Memory Cards, high-speed flash media commonly used in professional video cameras like the Sony XDCAM series. Why You Need the x64 Driver Windows 8 was a transitional era for Microsoft, moving heavily into 64-bit (x64) architecture to support more than 4GB of RAM and improve processing speeds for data-heavy tasks. To use professional hardware like the SBAC-US30 or SBAC-T40 card readers on this OS, you must have the specific 64-bit driver installed. Key Compatibility Features SxSI is assumed to be a native Windows Operating System: Specifically optimized for Windows 8.1 64-bit and older Windows 8 versions. Hardware Support: Enables high-speed data transfer for SxS, SxS PRO+, and SxS-1 cards. Architecture: Designed for x64-based processors, which are standard for modern video editing rigs. How to Verify Your System Type Before searching for a download link, confirm your system can actually use the x64 driver: Open the Start screen and type "System". Select System Information or About your PC. Look for System Type. It must say x64-based PC. Finding a Safe Download Link When looking for a "sxsi x64 windows 8 link," always prioritize official manufacturer sites over third-party driver aggregators to avoid security risks. Sony Support: The primary source for SxS Device Drivers for card readers. Sonnet Technologies: Often provides updated drivers for Qio series media readers compatible with Windows 8. Driver Scape: A common alternative for finding legacy SxS Memory Card drivers if official support has ended for your specific model. Pro-Tip: Compatibility Mode 32-bit and 64-bit Windows: Frequently asked questions - Microsoft Support Searching for "sxsi x64 windows 8" primarily yields results for the Sony SxS Memory Card Driver, a specialized piece of software used by professional videographers to enable high-speed data transfer from SxS storage media to a 64-bit Windows system. Sony SxS Memory Card Driver for Windows 8 (x64) The driver is essential for systems to recognize professional Sony memory cards (like those used in XDCAM camcorders). Functionality: It provides compatibility for high-speed data exchange with cards like MMC, SD, SDHC, and micro SD through compatible readers. Performance: Updating to the latest version can fix known transfer bugs and improve read/write speeds. Manual Installation: If an automated installer is not used, drivers can be updated via the Windows Device Manager by browsing to the downloaded While Windows 8 is no longer officially supported by Microsoft, these archives often host the necessary legacy drivers: Softpedia: Offers version 2.0.0.7100, specifically optimized for Sony SxS Windows 8 64-bit systems. Internet Archive: Useful for finding official Windows 8.1 x64 ISOs if you are performing a clean install before adding drivers. Driver Scape: A general repository that lists various versions of SxS Memory Card drivers for Windows 7 through 10. "Useful Essay" Context If all else fails, consider virtualizing Windows 8 If you are looking for an "essay" style overview of Windows 8 features or troubleshooting for professional hardware (like SxS readers), keep in mind: Legacy Support: Official support for Windows 8.1 ended on January 10, 2023; security updates and technical content from Microsoft are now unavailable. Hardware Issues: Organizations like Sonnet Support document specific bugs, such as Windows 64-bit compatibility issues with certain high-capacity cards or PCIe interfaces. Windows 8.1 - Microsoft Lifecycle The search for "sxsi x64 windows 8" primarily points toward the SxSI (SCSI Interface) driver system used in retrocomputing, specifically for the Sharp X68000 home computer system. While x64 Windows 8 environments are often used to host the emulators (like XM6 Pro-68k) or write disk images for this vintage hardware, there is no modern "Sxsi" application for Windows 8 in the mainstream sense. Below is an interesting review drafted from the perspective of a retro-tech enthusiast using these tools to bridge 1987 hardware with a 2012-era OS. Review: SxSI & The Quest for the Ultimate Retro Bridge ⭐⭐⭐⭐☆ (4/5) Windows 8 x64 (Host) / Sharp X68000 (Target) If you’ve ever looked at a Sharp X68000—the "Godzilla" of 16-bit Japanese home computers—and thought, "I wish I could get this thing to talk to my Windows 8 rig," then the SxSI driver suite is your primary tether to reality. The Nostalgia Factor SxSI isn't just a driver; it's a miracle worker for the older SASI-based X68K models (like the Expert or Pro). On a modern Windows 8 x64 machine, tools like DiskExplorer allow you to craft massive virtual HDD images (.HDS files) filled with legendary titles like Castlevania Ghouls 'n Ghosts The Performance Running an x64 environment gives you the stability needed for the heavy-lifting: writing those images to physical SD cards via a Once the SxSI bootloader is flashed into your X68000's SRAM (using the MasterDisk V3), the machine skips the slow floppy seek and blasts into Human68k in seconds. The "Retro" Pain: It’s a finicky beast. If you're using a SASI machine, you turn off parity. Forget this one step, and your Windows 8 machine will happily write the data, but your X68000 will just stare at you with a "SCSI Error" blink. Why Windows 8? While older than the latest tech, Windows 8 x64 remains a "sweet spot" for many retro-hobbyists because it handles 32-bit legacy tools (like ) more gracefully than some of the stricter security layers in Windows 11, while still providing the x64 power needed for high-speed image mounting. gamesx.com It’s not "plug-and-play"—it’s "plug-and-pray-and-jump-jumpers." But for anyone serious about keeping the 68000 scene alive, the SxSI system is the gold standard. Just keep your documentation handy and your parity settings off. X68000 parity setting should be off for SASI models · Issue #451 For non-contract users or those troubleshooting offline machines: Background and other (useless?) infoThe main place I use this is in batch files to automate backups and revision management. I know about and could use 7zip, but desire a feature that only InfoZip offers, which is a date filter, allowing you to only include files modified after "-t MMDDYYYY". This feature was also available in InfoZip 2.x, but that version of InfoZip has bugs and limitations that 3.x does not. Most notably, 3.x supports Unicode filenames. There are a lot of versions of InfoZip 3.x, but after 3.1d none seem to be official, just patched versions primarily maintained for Linux use. It's probable that some of those patches ought to be applied to 3.1c, but that goes beyond my interest. Note that 3.1d is official, but I didn't use it. Why? Because it's main contribution is adding a lot of other compression formats (including LZMA, the 7z compression method). Result: bloat, and possibly, new bugs. 3.1c seems like the sweet spot, but feel free to convince me otherwise. Also, it's not clear that I could have compiled anything newer than 3.1c with VC6. Being able to use VC6 allows zero additional DLLs, which I consider to be a real bonus. Note that I haven't carefully pored over the license and source code terms for InfoZip. I have attempted to make it clear that this binary is in no way blessed by them or their descendants, but if I have not gone far enough, please politely inform me of what specific changes need to be made to make it right. Complete list of changesI'm happy to provide the full source code, but as you'll see below, it's overkill. Furthermore, as I'm some random guy on the internet, you're probably more interested in seeing what I've changed than building on my changes. I started with the source forge copy of version 3.1c, as the InfoZip FTP site is long gone. I made the following changes:
Usagezip options archive_name file file ...
Some examples:
Add file.txt to z.zip (create z if needed): zip z file.txt
Zip all files in current dir: zip z *
Zip files in current dir and subdirs also: zip -r z .
Basic modes:
External modes (selects files from file system):
add - add new files/update existing files in archive (default)
-u update - add new files/update existing files only if later date
-f freshen - update existing files only (no files added)
-FS filesync - update if date or size changed, delete if no OS match
Internal modes (selects entries in archive):
-d delete - delete files from archive (see below)
-U copy - select files in archive to copy (use with --out)
Basic options:
-r recurse into directories (see Recursion below)
-m after archive created, delete original files (move into archive)
-j junk directory names (store just file names)
-p include relative dir path (deprecated) - use -j- instead (default)
-q quiet operation
-v verbose operation (just "zip -v" shows version information)
-c prompt for one-line comment for each entry
-z prompt for comment for archive (end with just "." line or EOF)
-@ read names to zip from stdin (one path per line)
-o make zipfile as old as latest entry
Syntax:
The full command line syntax is:
zip [-shortopts ...] [--longopt ...] [zipfile [path path ...]] [-xi list]
Any number of short option and long option arguments are allowed
(within limits) as well as any number of path arguments for files
to zip up. If zipfile exists, the archive is read in. If zipfile
is "-", stream to stdout. If any path is "-", zip stdin.
Options and Values:
For short options that take values, use -ovalue or -o value or -o=value
For long option values, use either --longoption=value or --longoption value
For example:
zip -ds 10 --temp-dir=path zipfile path1 path2 --exclude pattern pattern
Avoid -ovalue (no space between) to avoid confusion
In particular, be aware of 2-character options. For example:
-d -s is (delete, split size) while -ds is (dot size)
Usually better to break short options across multiple arguments by function
zip -r -dbdcds 10m -lilalf logfile archive input_directory -ll
All args after just "--" arg are read verbatim as paths and not options.
zip zipfile path path ... -- verbatimpath verbatimpath ...
Use -nw to also disable wildcards, so paths are read literally:
zip zipfile -nw -- "-leadingdashpath" "a[path].c" "path*withwildcard"
You may still have to escape or quote arguments to avoid shell expansion
Wildcards:
Internally zip supports the following wildcards:
? (or % or #, depending on OS) matches any single character
* matches any number of characters, including zero
[list] matches char in list (regex), can do range [ac-f], all but [!bf]
If port supports [], must escape [ as [[] or use -nw to turn off wildcards
For shells that expand wildcards, escape (\* or "*") so zip can recurse
zip zipfile -r . -i "*.h"
Normally * crosses dir bounds in path, e.g. 'a*b' can match 'ac/db'. If
-ws option used, * does not cross dir bounds but ** does
For DOS and Windows, [list] is now disabled unless the new option
-RE enable [list] (regular expression) matching
is used to avoid problems with file paths containing "[" and "]":
zip files_ending_with_number -RE foo[0-9].c
Include and Exclude:
-i pattern pattern ... include files that match a pattern
-x pattern pattern ... exclude files that match a pattern
Patterns are paths with optional wildcards and match entire paths as
stored in archive. For example, aa/bb/* will match aa/bb/file.c,
aa/bb/cc/file.txt, and so on. Also, a*b.c will match ab.c, a/b.c, and
ab/cd/efb.c. (But see -ws to not match across slashes.) Exclude and
include lists end at next option, @, or end of line.
zip -x pattern pattern @ zipfile path path ...
Case matching:
On most OS the case of patterns must match the case in the archive, unless
the -ic option is used.
-ic ignore case of archive entries
This option not available on case-sensitive file systems. On others, case
ignored when matching files on file system but matching against archive
entries remains case sensitive for modes -f (freshen), -U (archive copy),
and -d (delete) because archive paths are always case sensitive. With
-ic, all matching ignores case, but it's then possible multiple archive
entries that differ only in case will match.
End Of Line Translation (text files only):
-l change CR or LF (depending on OS) line end to CR LF (Unix->Win)
-ll change CR LF to CR or LF (depending on OS) line end (Win->Unix)
If first buffer read from file contains binary the translation is skipped
Recursion:
-r recurse paths, include files in subdirs: zip -r a path path ...
-R recurse current dir and match patterns: zip -R a ptn ptn ...
Use -i and -x with either to include or exclude paths
Path root in archive starts at current dir, so if /a/b/c/file and
current dir is /a/b, 'zip -r archive .' puts c/file in archive
Date filtering:
-t date exclude before (include files modified on this date and later)
-tt date include before (include files modified before date)
Can use both at same time to set a date range
Dates are mmddyyyy or yyyy-mm-dd
Deletion, File Sync:
-d delete files
Delete archive entries matching internal archive paths in list
zip archive -d pattern pattern ...
Can use -t and -tt to select files in archive, but NOT -x or -i, so
zip archive -d "*" -t 2005-12-27
deletes all files from archive.zip with date of 27 Dec 2005 and later
Note the * (escape as "*" on Unix) to select all files in archive
-FS file sync
Similar to update, but files updated if date or size of entry does not
match file on OS. Also deletes entry from archive if no matching file
on OS.
zip archive_to_update -FS -r dir_used_before
Result generally same as creating new archive, but unchanged entries
are copied instead of being read and compressed so can be faster.
WARNING: -FS deletes entries so make backup copy of archive first
Compression:
-0 store files (no compression)
-1 to -9 compress fastest to compress best (default is 9)
-Z cm set compression method to cm:
store - store without compression, same as option -0
deflate - original zip deflate, same as -1 to -9 (default)
if bzip2 is enabled:
bzip2 - use bzip2 compression (need modern unzip)
Encryption:
-e use standard (weak) PKZip 2.0 encryption, prompt for password
-P pswd use standard encryption, password is pswd (NOT SECURE! See man.)
Splits (archives created as a set of split files):
-s ssize create split archive with splits of size ssize, where ssize nm
n number and m multiplier (kmgt, default m), 100k -> 100 kB
-sp pause after each split closed to allow changing disks
WARNING: Archives created with -sp use data descriptors and should
work with most unzips but may not work with some
-sb ring bell when pause
-sv be verbose about creating splits
Split archives CANNOT be updated, but see --out and Copy Mode below
Using --out (output to new archive):
--out oa output to new archive oa
Instead of updating input archive, create new output archive oa.
Result is same as without --out but in new archive. Input archive
unchanged.
WARNING: --out ALWAYS overwrites any existing output file
For example, to create new_archive like old_archive but add newfile1
and newfile2:
zip old_archive newfile1 newfile2 --out new_archive
Cannot update split archive, so use --out to out new archive:
zip in_split_archive newfile1 newfile2 --out out_split_archive
If input is split, output will default to same split size
Use -s=0 or -s- to turn off splitting to convert split to single file:
zip in_split_archive -s 0 --out out_single_file_archive
WARNING: If overwriting old split archive but need less splits,
old splits not overwritten are not needed but remain
Copy Mode (copying from archive to archive):
-U (also --copy) select entries in archive to copy (reverse delete)
Copy Mode copies entries from old to new archive with --out and is used by
zip when either no input files on command line or -U (--copy) used.
zip inarchive --copy pattern pattern ... --out outarchive
To copy only files matching *.c into new archive, excluding foo.c:
zip old_archive --copy "*.c" --out new_archive -x foo.c
If no input files and --out, copy all entries in old archive:
zip old_archive --out new_archive
Streaming and FIFOs:
prog1 | zip -ll z - zip output of prog1 to zipfile z, converting CR LF
zip - -R "*.c" | prog2 zip *.c files in current dir and stream to prog2
prog1 | zip | prog2 zip in pipe with no in or out acts like zip - -
If Zip is Zip64 enabled, streaming stdin creates Zip64 archives by default
that need PKZip 4.5 unzipper like UnZip 6.0
WARNING: Some archives created with streaming use data descriptors and
should work with most unzips but may not work with some
Can use -fz- to turn off Zip64 if input not large (< 4 GB):
prog_with_small_output | zip archive -fz-
Zip now can read Unix FIFO (named pipes). Off by default to prevent zip
from stopping unexpectedly on unfed pipe, use -FI to enable:
zip -FI archive fifo
Dots, counts:
-db display running count of bytes processed and bytes to go
(uncompressed size, except delete and copy show stored size)
-dc display running count of entries done and entries to go
-dd display dots every 10 MB (or dot size) while processing files
-de display estimated time to go
-dg display dots globally for archive instead of for each file
zip -qdgds 10m will turn off most output except dots every 10 MB
-dr display estimated zipping rate in bytes/sec
-ds siz each dot is siz processed where siz is nm as splits (0 no dots)
-dt display time started zipping entry in day/hr:min:sec format
-du display original uncompressed size for each entry as added
-dv display volume (disk) number in format in_disk>out_disk
Dot size is approximate, especially for dot sizes less than 1 MB
Dot options don't apply to Scanning files dots (dot/2sec) (-q turns off)
Options -de and -dr do not display for first few entries as calc rate
Logging:
-lf path open file at path as logfile (overwrite existing file)
If path is "-" send log output to stdout, replacing normal
output (implies -q). Without -li, only end summary and any
errors reported. Cannot use with -la or -v.
zip -lf - -dg -ds 10m -r archive.zip foo
will zip up directory foo, displaying just dots every 10 MB
and an end summary.
-la append to existing logfile
-li include info messages (default just warnings and errors)
Testing archives:
-T test completed temp archive with unzip before updating archive
If zip given password, it gets passed to unzip.
-TT cmd use command cmd instead of 'unzip -tqq' to test archive
On Unix, to use unzip in current directory, could use:
zip archive file1 file2 -T -TT "./unzip -tqq"
In cmd, {} replaced by temp archive path, else temp appended,
and {p} replaced by password if one provided to zip.
Return code checked for success (0 on Unix)
Fixing archives:
-F attempt to fix a mostly intact archive (try this first)
-FF try to salvage what can (may get more but less reliable)
Fix options copy entries from potentially bad archive to new archive.
-F tries to read archive normally and copy only intact entries, while
-FF tries to salvage what can and may result in incomplete entries.
Must use --out option to specify output archive:
zip -F bad.zip --out fixed.zip
Use -v (verbose) with -FF to see details:
zip reallybad.zip -FF -v --out fixed.zip
Currently neither option fixes bad entries, as from text mode ftp get.
Difference mode:
-DF (also --dif) only include files that have changed or are
new as compared to the input archive
Difference mode can be used to create incremental backups. For example:
zip --dif full_backup.zip -r somedir --out diff.zip
will store all new files, as well as any files in full_backup.zip where
either file time or size have changed from that in full_backup.zip,
in new diff.zip. Output archive not excluded automatically if exists,
so either use -x to exclude it or put outside what is being zipped.
DOS Archive bit (Windows only):
-AS include only files with the DOS Archive bit set
-AC after archive created, clear archive bit of included files
WARNING: Once the archive bits are cleared they are cleared
Use -T to test the archive before the bits are cleared
Can also use -sf to save file list before zipping files
Show files:
-sf show files to operate on and exit (-sf- logfile only)
-su as -sf but show escaped UTF-8 Unicode names also if exist
-sU as -sf but show escaped UTF-8 Unicode names instead
Any character not in the current locale is escaped as #Uxxxx, where x
is hex digit, if 16-bit code is sufficient, or #Lxxxxxx if 24-bits
are needed. If add -UN=e, Zip escapes all non-ASCII characters.
Unicode:
If compiled with Unicode support, Zip stores UTF-8 path of entries.
This is backward compatible. Unicode paths allow better conversion
of entry names between different character sets.
New Unicode extra field includes checksum to verify Unicode path
goes with standard path for that entry (as utilities like ZipNote
can rename entries). If these do not match, use below options to
set what Zip does:
-UN=Quit - if mismatch, exit with error
-UN=Warn - if mismatch, warn, ignore UTF-8 (default)
-UN=Ignore - if mismatch, quietly ignore UTF-8
-UN=No - ignore any UTF-8 paths, use standard paths for all
An exception to -UN=N are entries with new UTF-8 bit set (instead
of using extra fields). These are always handled as Unicode.
Normally Zip escapes all chars outside current char set, but leaves
as is supported chars, which may not be OK in path names. -UN=Escape
escapes any character not ASCII:
zip -sU -UN=e archive
Can use either normal path or escaped Unicode path on command line
to match files in archive.
Zip now stores UTF-8 in entry path and comment fields on systems
where UTF-8 char set is default, such as most modern Unix, and
and on other systems in new extra fields with escaped versions in
entry path and comment fields for backward compatibility.
Option -UN=UTF8 will force storing UTF-8 in entry path and comment
fields:
-UN=UTF8 - store UTF-8 in entry path and comment fields
This option can be useful for multi-byte char sets on Windows where
escaped paths and comments can be too long to be valid as the UTF-8
versions tend to be shorter.
Only UTF-8 comments on UTF-8 native systems supported. UTF-8 comments
for other systems planned in next release.
Self extractor:
-A Adjust offsets - a self extractor is created by prepending
the extractor executable to archive, but internal offsets
are then off. Use -A to fix offsets.
-J Junk sfx - removes prepended extractor executable from
self extractor, leaving a plain zip archive.
EBCDIC (MVS, z/OS):
-a Translate from EBCDIC to ASCII
-aa Handle all files as text files, do EBCDIC/ASCII conversions
More option highlights (see manual for additional options and details):
-pp prfx prefix string prfx to all paths in archive
-b dir when creating or updating archive, create the temp archive in
dir, which allows using seekable temp file when writing to a
write once CD, such archives compatible with more unzips
(could require additional file copy if on another device)
-MM input patterns must match at least one file and matched files
must be readable or exit with OPEN error and abort archive
(without -MM, both are warnings only, and if unreadable files
are skipped OPEN error (18) returned after archive created)
-MV=m [MVS] set MVS path translation mode. m is one of:
dots - store paths as they are (typically aa.bb.cc.dd)
slashes - change aa.bb.cc.dd to aa/bb/cc/dd
lastdot - change aa.bb.cc.dd to aa/bb/cc.dd (default)
-nw no wildcards (wildcards are like any other character)
-sc show command line arguments as processed and exit
-sd show debugging as Zip does each step
-so show all available options on this system
-X default=strip old extra fields, -X- keep old, -X strip most
-ws wildcards don't span directory boundaries in paths
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