>cd C:\Program Files\Xming >mkdir fonts\TTF if directory TTF doesn't exist and then copy additional *.TTF files into it >mkfontscale fonts/TTF makes a fonts.scale file in directory fonts\TTF >mkfontscale -b -s -l fonts/TTF makes a fonts.dir file from fonts.scaleBetter still just simply access Windows System TrueType fonts directly, without copying, by creating harmless fonts.scale and fonts.dir text files in the Windows System fonts directory (typically C:\Windows\Fonts), like this
>mkfontscale C:/Windows/Fonts >mkfontscale -b -s -l C:/Windows/Fonts ignore the 'Couldn't...fon' messagesNote: You may need to have to run the Windows Command Processor (cmd.exe) as Administrator to be able to write to the C:\Windows\Fonts directory with latest Windows versions.
Additionally you have to tell Xming to use a font directory not in the default font path (i.e. not in misc, TTF, 75dpi or 100dpi) by adding the font directory to the default font path using the font-dirs file in the install directory
# In file font-dirs make sure you have any font path additions, before startup C:\Windows\Fontsor by appending to the default font path during runtime (or prepending to put the new fonts first in the search order)
>xset fp+ C:/Windows/Fonts append or >xset +fp C:/Windows/Fonts prependor by including the font directory at startup like this (you have to include any defaults you need)
>Xming -fp "C:/Program Files/Xming/fonts/misc/,C:/Program Files/Xming/fonts/TTF/, C:/Program Files/Xming/fonts/75dpi/,C:/Program Files/Xming/fonts/100dpi/, C:/Windows/Fonts" -resize -multiwindow -clipboardNote: Type1 PS fonts are no longer supplied or supported. xdpyinfo to examine actual screen resolutions.
It is however better to adjust font size in the client application. The render size of some fonts on Windows is different from the render size on a Linux desktop. So, remote client applications rendered by Xming may display with smaller or larger fonts than you expect. When you adjust the application be aware that you are adjusting its configuration on the remote host to fix a problem on the local display.mkfontalias.py script by copying the fonts.dir file onto a machine with Python (the methods above produce lower case in the fonts.dir file so the script needs altering see my mkfontalias.py) and then grep out the aliases you want and copy the fonts.alias file back to the Windows machine %WINDIR%\Fonts directory
$ python my_mkfontalias.py $ grep 'iso8859-1"' fonts.alias > new_alias $ grep 'iso8859-15"' fonts.alias >> new_alias $ cat new_alias > fonts.aliasIn some cases, applications rely upon the fonts named 'fixed' or something like '9x18'. In these cases, it is important that the fonts.alias file specifies the correct character set. Users of iso8859-X encodings, where X is not 1, should modify the fonts.alias files in directories 75dpi, 100dpi and misc by replacing the iso8859-1 string with the proper encoding name. This can be accomplished on a machine with sed, substituting the proper value for <X>
$ sed -i 's,iso8859-1\( \|$\),iso8859-<X>\1,g' fonts.aliasxlsfonts.
To see the font path use the xset q option.X font server, if one is available on your network, start Xming with option -fp
-fp tcp/<IP address or name of font server>:7100I use this option all the time, thus avoiding the need to install the Xming-fonts package.
Alternatively you could add an entry to your font-dirs file
tcp/<IP address or name of font server>:7100Linux hint: many distros disable an xfs (X font server) from TCP listening. In your /etc/X11/fs/config file network enable an xfs (by commenting out the no-listen line) like this
# no-listen = tcpyou will then have to restart the xfs service.
Xft provides antialiased font rendering through FreeType, and fonts are controlled from the client-side using fontconfig.
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