Nothing special. But depending on the compression techniques used, it's a wasted effort, since it won't save more space having a compressed file on a compressed file system.
It refers to a type of compressed file, that has to be "unzipped" before it can be read.
A series of instructions telling a computer how to read a compressed file is typically referred to as a decompression algorithm. This algorithm processes the compressed data, interpreting its format and reconstructing the original file by reversing the compression process. Common decompression algorithms include ZIP, GZIP, and LZ77, each designed for specific compression techniques. The computer executes these instructions to restore the file to its usable form.
I can't find any official reference to a 'pz' file - are you referring to a compressed PNG?
Isn't it better for you to read them and find it out yourself? The volume is out. Get it at the library.
The attrib command is a Recovery Console command used to change the file attributes for a file or directory while in Recovery Console. An attrib command is also available from the Command Prompt. attrib [+r|-r] [+s|-s] [+h|-h] [+c|-c] [filename] +r = This assigns the read-only file attribute to the file or directory. -r = This removes the read-only attribute. +s = This assigns the system file attribute to the file or directory. -s = This removes the system attribute. +h = This assigns the hidden file attribute to the file or directory. -h = This removes the hidden attribute. +c = This assigns the compressed file attribute to the file or directory. -c = This removes the compressed attribute. filename = This is the file or directory that you are wanting to change the attributes of.
The attrib command is a Recovery Console command used to change the file attributes for a file or directory while in Recovery Console. An attrib command is also available from the Command Prompt. attrib [+r|-r] [+s|-s] [+h|-h] [+c|-c] [filename] +r = This assigns the read-only file attribute to the file or directory. -r = This removes the read-only attribute. +s = This assigns the system file attribute to the file or directory. -s = This removes the system attribute. +h = This assigns the hidden file attribute to the file or directory. -h = This removes the hidden attribute. +c = This assigns the compressed file attribute to the file or directory. -c = This removes the compressed attribute. filename = This is the file or directory that you are wanting to change the attributes of.
pick up a file from a dustbin and read it,,,,a file in a dustbin is known as dumb file...
The ZIP file type is primarily associated with 'Compressed Archive File'. A .ZIP file is a compressed archive. It can contain only one file or many files in multiple directories. ZIP utilities allow you to extract single files or a complete directory structure. The ZIP file format is a common archive and compression standard. This module provides tools to create, read, write, append, and list a ZIP file. Any advanced use of this module will require an understanding of the format, as defined in PKZIP Application Note. here you can find more information on this subject http://how-to-zip-a-file.com/#about
Read, write, execute, and functions in software objects.
A group of files compressed into one file using the "ZIP" algorithm is known as a zip file. This file can be read as a single file and is handy for sending or uploading said group of files as a single file. To unzip means the reversal of this process, the re-creation of individual, uncompressed, files and folders from a ZIP archive.You usually unzip a zip file when you receive a compressed file so the files function as they would in their normal uncompressed format.For example: You download a program you want to install, and the package is a zip file. You should firstly "unzip" or extract the files so you can run it properly.Note that ZIP and UNZIP are often used synonymous to compressing and archiving (ZIP) and decompressing and unpackaging (or: extracting) (UNZIP). However, ZIP (UNZIP) refer to just one representative of a whole range of algorithms used for the same purpose (that of combining multiple files into a compressed archive, and reversing that effect).
You read the Read Me file.
The volume and mass need to be calculated from measurements, but they are not read.