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What is zip format?

Zip format is a popular file compression format that combines multiple files into a single file. It reduces file size and makes it easier to transfer or store multiple files together. Zip files can be created, extracted, and managed using various software tools.

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I have a large and heavy folder tree with many files and folders. I want to compress it to reduce the storage size. This tree will not be frequently used any more, but quite probably I will need to navigate it in the future and extract one or two specific files from it.

So I was thinking to use something like bz2 or xz and compress each file separately. However, if I have many many small and similar files in a sub-folder, I guess that compress each file will be less optimal than aggregate all files in a tar file and then compress it... Right? (I am assuming that the compressor can find more redundancy if there is more information to compress).

The idea to aggregate the files to get the best compression is opposed to the idea to keep them separately in order to later navigate and extract the information easily. Is there a tool, or a recommended way, to choose a middle point? For instance, should I search all the end-folders (the ones at the end of each branch of the tree) and first make a tar of their contents and then compress them, and then move on to the above depth and iterate?

I made a comparison between the compression of individual files with xz and the compression of everything with 7z. The test case consist of a folder tree of 58000.66 M with 1250397 files sorted into 4290 directories. After compressing everything with:

Here's how you can compress a file or folder with WinZip. That way, when it's time to access your files, they're organized, compact, and ready to be sent with ease. Download WinZip Download WinZip to start compressing your files and folders.

Depending on which type of compression the folder has undergone, it may or may not need to be decompressed before viewing. Download WinZip Download WinZip to start compressing your files and folders.

I have a project which is simple CRUD operation with WCF, Entity Framework, Elmah error logging, Caching, MVC (View). Just one page. Now, I used Jqgrid and some javascript for that grid little. All good, but I am afraid the bin folder contains EF and Webgrisil which takes 2 MB and in the JQGrid, folder, some are around 4 MB.

Now, the total project is 7.5MB without compression. How can I somehow compress it and send him? 7Z, Winrar and other compressors hardly help only 1 MB :( Is there anyway I can compress jQGrid as well as bin folder DLLs BUT should NOT disturb the working of the application.

Zipped (compressed) files take up less storage space and can be transferred to other computers more quickly than uncompressed files. In Windows, you work with zipped files and folders in the same way that you work with uncompressed files and folders. Combine several files into a single zipped folder to more easily share a group of files.

Press and hold (or right-click) the file or folder, select (or point to) Send to, and then select Compressed (zipped) folder.

A new zipped folder with the same name is created in the same location. To rename it, press and hold (or right-click) the folder, select Rename, and then type the new name.

If you add encrypted files to a zipped folder, they'll be unencrypted when they're unzipped, which might result in unintentional disclosure of personal or sensitive information. For that reason, we recommend that you avoid zipping encrypted files.

Some types of files, like JPEG images, are already highly compressed. If you zip several JPEG pictures into a folder, the total size of the folder will be about the same as the original collection of pictures.

Using this function I need to save the image in between 20kb to 40kb size range. Image is in base 64 format and I am unable to compress the image in that size. The function runs on a loop so no way I can't validate it by filling in an image box. Also, I have to stick with image width and height as same the original image

..For JPEG it's somewhat easier; you can dial the compression level up and down to achieve your target size. There isn't an exact science that can tell you what the final output size will be, but it usually follows a curve if you want to come up with a formula that would allow you to compress at e.g. quality 1, and then make an esitmate of what level would get you to 20-40kb based on the resulting size at 1. See -comparison-of-jpeg-compression-levels-and-recompression/ or do your own tests at various levels on representative images and see what sort of sizes you get. If you have CPU resource spare/this isn't a high use system you might find it adequate to just have a "compress original, check size, recompress original at different quality, check again" loop that just keeps saving a new version at ever increasing(decreasing, depending how it represents) quality factors til it hits the desired size range

I end up using the following code.. but still no way I can validate the size to 20-40kb. and there is another issue .. image size between 40-50kb becomes less than 20kb so no way I can stick with the minimum size like wanted.

Lomography's LomoChrome '92 is designed to mimic the look of classic drugstore film that used to fill family photo albums. As we discovered, to shoot with it is to embrace the unexpected, from strange color shifts to odd textures and oversized grain.

I was surprised to find that it had the exact opposite effect on free disk space. I tracked it down further and found that it is related to compressing the Help folder. The loss of disk space is not reflected in the folder size.

After compression "Size" is still the same as the amount of net data has not changed at all. However compression was able to reduce the total size about 130MB. In fact even more because the overhead here also applies. So compression did actually save some space in that folder and that is also displayed in the folder size.

Having recently researched a similar problem, I can also say that a compressed file takes at least 4 kilobytes of space per file, and a temporary space of 64 kilobytes, which is the size of one "Compression Unit" for NTFS with 4kb cluster size. The article on blogs.msdn.com also mentions that when the file is compressed, the disk space is allocated to hold one full CU, and is released at undetermined time. This should be the reason of why you are experiencing the loss of 5GB, albeit temporary (a reboot should definitely fix that loss, some other means should do that too, but not defrag - have tried and failed). Apparently what's allocated seems to be a lot bigger (64kb*(31048+582) = 2072903680 or 1.93 GB), but this is explainable as NTFS has transactions which take time and processor units to be committed into raw data, and when that process will be finished, you will get all 5GB plus 150 MB space released due to compression back.

Server migration, I copied the data folders of a drive of the old Windows Server 2012R2 (with 2 compressed folders) on a newer Windows Server 2016 Datacenter drive of the same size where I created the folder structure and set the compressed flags on these two folders previously to the copy process. During copying I run out of diskspace, and anywhere I looked only 3GB of 20GB are used, but the drive itself tells me 19.x GB are used. A colleague told me to remove the compression flag, and miraculously the lost 17GB reappear.

I guess there could be an issue in Windows Server 2016 (maybe since ever) that internally generated temporary files are not cleaned up properly when files are copied to a compressed folder (as opposed to when the compression flag is applied to already existing files).

Adjunct: In addition to the explanations above, an application folder can contain files that simply do not compress well - already strongly data-reduced media formats (jpeg images, video files, mp3 audio...), already compressed files (a lot of data formats these days are built as ZIP archives!), files with actually random data or something resembling random data in them, encrypted files - this might result in there being more data being used for bookkeeping of what's been compressed than was saved by compression....

The Compress-Archive cmdlet uses the System.IO.Compression.ZipArchive API to compress files.The API limits the maximum file size to 2GB. For more information, seeSystem.IO.Compression.ZipArchive.

The Compress-Archive cmdlet ignores hidden files and folders when creating or updating thearchive file. On non-Windows machines, this includes files and folders with name that begins withthe period (.) character.

Although many of the built-in presets in Compressor contain properties that set the frame size and aspect ratio of your output video file, you can customize the final frame dimensions using the cropping and padding properties in the Video inspector.

Cropping removes video content from an image. If the output file has a different aspect ratio than the output frame size, black borders appear along the top and bottom or left and right sides of the transcoded file. If the cropped image matches the output frame size, the image will still be cropped, but no black borders will be seen. 17dc91bb1f