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refactor: use the term unmount instead of dismount (#1478)

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* refactor: use UNMOUNT instead of DISMOUNT in code

This change updates the term DISMOUNT in constants to UNMOUNT.
Other occurrences (e.g. variable names) are left alone for now.

* refactor(ui): use unmount instead of dismount

This change updates the GUI text and replaces dismount with unmount.

* docs: update term dismount -> unmount

* refactor(cmdline): add unmount

This change adds an argument 'unmount' for command line usage, while
trying to deprecate the old disnount argument.
The current dismount argument/flag will still work to not introduce
a breaking change.

* docs: mention that /dismount is deprecated

This change fixes the shorthand version of the argument /unmount
It also adds back the info for /dismount and that it is deprecated.
This commit is contained in:
Helmut K. C. Tessarek
2025-01-31 23:18:26 +01:00
committed by GitHub
parent c71fa14dc0
commit 498dff9013
99 changed files with 2014 additions and 2006 deletions
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doc/html/Sharing over Network.html
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@@ -45,7 +45,7 @@
<p><strong>Remarks</strong>: Note that, when you restart the system, the network share will be automatically restored only if the volume is a system favorite volume or an encrypted system partition/drive (for information on how to configure a volume as a system
favorite volume, see the chapter <a href="System%20Favorite%20Volumes.html">
<em>System Favorite Volumes</em></a>).</p>
</li><li>A dismounted VeraCrypt file container is stored on a single computer (for example, on a server). This encrypted file is shared over a network. Users on other computers or systems will locally mount the shared file. Thus, the volume will be mounted simultaneously
</li><li>A unmounted VeraCrypt file container is stored on a single computer (for example, on a server). This encrypted file is shared over a network. Users on other computers or systems will locally mount the shared file. Thus, the volume will be mounted simultaneously
under multiple operating systems.
<p><strong>Advantage</strong><span>: Data sent over the network will be encrypted (however, it is still recommended to encrypt them using e.g. SSL, TLS, VPN, or other appropriate technologies to make traffic analysis more difficult and to preserve the integrity
of the data).</span></p>