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little else. Also remove the check for __STDC_ISO_10646__. It turns
out that very few systems---even those that support it---actually
declare this and it's just causing problems instead of being useful.
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defined, so remove the check for it and leave it up to people compiling
the software (DOWNSTREAM) to take care of this. This will eventually
need to be fixed up with a proper non-10646 converter and so on, but
this is a simple start. While here, strengthen then language in the
Makefile to this effect.
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it looks pretty good. Basically, the -Tlocale option propogates into
term_ascii.c, where we set locale-specific console call-backs IFF (1)
setlocale() works; (2) locale support is compiled in (see Makefile for
-DUSE_WCHAR); (3) the internal structure of wchar_t maps directly to
Unicode codepoints as defined by __STDC_ISO_10646__; and (4) the console
supports multi-byte characters.
To date, this configuration only supports GNU/Linux. OpenBSD doesn't
export __STDC_ISO_10646__ although I'm told by stsp@openbsd.org that it
should (it has the correct map). Apparently FreeBSD is the same way.
NetBSD? Don't know. Apple also supports this, but doesn't define the
macro. Special-casing!
Benchmark: -Tlocale incurs less than 0.2 factor overhead when run
through several thousand manuals when UTF8 output is enabled. Native
mode (whether directly -Tascii or through no locale or whatever) is
UNCHANGED: the function callbacks are the same as before.
Note. If the underlying system does NOT support STDC_ISO_10646, there
is a "slow" version possible with iconv or other means of flipping from
a Unicode codepoint to a wchar_t.
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like -Tascii. While adding this, inline term_alloc() (was a one-liner),
remove some switches around the terminal encoding for the symbol table
(unnecessary), and split out ascii_alloc() into ascii_init(), which is
also called from locale_init().
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consist of type "int". This will take more work (especially in encode and
friends), but this is a strong start. This commit also consists of some
harmless lint fixes.
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not sure whether it's in the header calculation or term.c squashing
spaces or whatever, but let's get this in for general testing as soon as
possible.
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ok kristaps@
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unclear about which units accept floats/integers, which leads me to
assume that it handles either and rounds as appropriate.
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in mdoc_term.c and man_term.c down into term.c. This is still not
implemented in term.c, although stubs for width calculations are in
place. From now on, offset, rmargin, and other layout variables are
abstract screen widths. They will resolve to the the familiar values
for -Tascii but -Tps will eventually use points instead of chars.
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output. This is more tricky than you may think: we can't just call the
header function out-of-state (i.e., before a flushln has occured)
because we'd clobber our current state. Thus, we call at the beginning
and dump the output into an auxiliary buffer.
For the record, I don't think there's any other clean way to do this.
The only other Way That Works is to copy-aside *all* termp state, zero
it, and do the necessary headf/footf. This is just as complex, as
memory needs to be alloc'd and free'd per margin.
Unfortunately, this prohibits page numbering (the margin is only printed
once), so I'll probably end up re-writing this down the line.
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Made low-level engine functions into function pointers.
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