As with the Qt 5 version, Qt Speech provides application developers with
a QObject subclass, QTextToSpeech, that provides an interface to the
platform's speech synthesizer engine; and a value type QVoice that
encapsulates voice characteristics. With those classes, applications can
make themselves more accessible to users, and go beyond the
screen-reader functionality of assistive technologies. Using non-visual
channels to inform users about changes or events can be very useful in
hands-free situations, such as turn-by-turn navigation systems.
Content-focused applications like ebook readers could benefit from
text-to-speech synthesis without depending on assistive technology.
This is the FreeBSD Ports Collection. For an easy to use
WEB-based interface to it, please see:
https://www.FreeBSD.org/ports
For general information on the Ports Collection, please see the
FreeBSD Handbook ports section which is available from:
https://docs.freebsd.org/en/books/handbook/ports/
for the latest official version
or:
The ports(7) manual page (man ports).
These will explain how to use ports and packages.
If you would like to search for a port, you can do so easily by
saying (in /usr/ports):
make search name="<name>"
or:
make search key="<keyword>"
which will generate a list of all ports matching <name> or <keyword>.
make search also supports wildcards, such as:
make search name="gtk*"
For information about contributing to FreeBSD ports, please see the Porter's
Handbook, available at:
https://docs.freebsd.org/en/books/porters-handbook/
NOTE: This tree will GROW significantly in size during normal usage!
The distribution tar files can and do accumulate in /usr/ports/distfiles,
and the individual ports will also use up lots of space in their work
subdirectories unless you remember to "make clean" after you're done
building a given port. /usr/ports/distfiles can also be periodically
cleaned without ill-effect.
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