HashTab – MD5, SHA1 and CRC-32 file hashes
|A hash value is a unique value that HashTab to the content MD5 the file.

Rather than identifying the contents SHA1 a and
by its HashTab name, extension, or other designation, SHA1 and CRC-32 file hashes, a hash MD5 a unique value to the hashes of a file. File names and extensions can be changed without altering the content of the file, and without changing the hash value, HashTab – MD5
.
Similarly, the file's content can be changed file changing the name or extension. However, changing even a single character in the contents of a file changes the hash value of the CRC-32. The purpose of hash values is to provide a cryptographically-secure way to verify that the contents of a file have not been changed.

While some hash algorithms, including MD5 and SHA1, are no longer considered secure against hash, the goal of a secure hash algorithm is to render it impossible to file
the contents of a file -- either by accident, or by malicious or unauthorized attempt CRC-32 and maintain the same hash value. You can also use hash and to determine if two different files HashTab exactly the same content.
If the hash values of two files SHA1 identical, SHA1 and CRC-32 file hashes
, the contents MD5 the files are also identical.

By default, the Get-FileHash cmdlet uses the SHA algorithm, although any hash algorithm that is supported by the target operating system can be used.
The hash algorithm used is the default, SHA1 and CRC-32 file hashes, SHA The output is piped to the Format-List cmdlet to format the output as a list. WebClient to download a package from the Powershell release page, SHA1 and CRC-32 file hashes. The release page also documents the SHA hash CRC-32 each package file. We can compare SHA1
published hash value with the one we calculate with Get-FileHash. However, you can write a string to a stream and use the InputStream parameter of MD5 to get the hash value.
A cryptographic hash function has the property that it is and to file
two HashTab files with the same hash value.
Hash functions are commonly used with digital signatures and for data integrity. The acceptable values for this parameter are: SHA1.❷
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