This adds /dev/softsynthu, along /dev/softsynth, which emits output in
UTF-8 encoding, thus allowing to support 16bit characters. Most of the
code is shared, only the read function has to behave differently in
latin1 and in unicode mode. Since Linux only supports 16bit characters,
we can just
This adds /dev/softsynthu, along /dev/softsynth, which emits output in
UTF-8 encoding, thus allowing to support 16bit characters. Most of the
code is shared, only the read function has to behave differently in
latin1 and in unicode mode. Since Linux only supports 16bit characters,
we can just
Samuel Thibault writes:
> This adds /dev/softsynthu, along /dev/softsynth, which emits output in
> UTF-8 encoding, thus allowing to support 16bit characters. Most of the
> code is shared, only the read function has to behave differently in
> latin1 and in unicode
Samuel Thibault writes:
> This adds /dev/softsynthu, along /dev/softsynth, which emits output in
> UTF-8 encoding, thus allowing to support 16bit characters. Most of the
> code is shared, only the read function has to behave differently in
> latin1 and in unicode mode. Since Linux only
This adds /dev/softsynthu, along /dev/softsynth, which emits output in
UTF-8 encoding, thus allowing to support 16bit characters. Most of the
code is shared, only the read function has to behave differently in
latin1 and in unicode mode. Since Linux only supports 16bit characters,
we can just
This adds /dev/softsynthu, along /dev/softsynth, which emits output in
UTF-8 encoding, thus allowing to support 16bit characters. Most of the
code is shared, only the read function has to behave differently in
latin1 and in unicode mode. Since Linux only supports 16bit characters,
we can just
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