• more unsigned → unsigned int
• more int → bool • more regression tests: check if the utf8-hack flag is really disabled at non-interactive startup, enabled at interactive startup, if the current locale is a UTF-8 one • make the mksh-local multibyte handling functions globally accessible, change their names, syntax and semantics a little (XXX more work needed) • optimise • utf_wctomb: src → dst, as we’re writing to that char array (pasto?) • edit.c:x_e_getmbc(): if the second byte of a 2- or 3-byte multibyte sequence is invalid utf-8, ungetc it (not possible for the 3rd byte yet) • edit.c:x_zotc3(): easier (and faster) handling of UTF-8 • implement, document and test for base-1 numbers: they just get the ASCII (8-bit) or Unicode (UTF-8) value of the octet(s) after the ‘1#’, or do the same as print \x## or \u#### (depending on the utf8-hack flag), plus support the PUA assignment of EF80‥EFFF for the MirBSD encoding “hack” (print doesn’t, as it has \x## and \u#### to distinguish, but we cannot use base-0 numbers which I had planned to use for raw octets first, as they are used internally): http://thread.gmane.org/gmane.os.miros.general/7938 • as an application example, add a hexdumper to the regression tests ☺
This commit is contained in:
4
funcs.c
4
funcs.c
@ -5,7 +5,7 @@
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#include "sh.h"
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__RCSID("$MirOS: src/bin/mksh/funcs.c,v 1.76 2008/04/16 21:56:01 tg Exp $");
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__RCSID("$MirOS: src/bin/mksh/funcs.c,v 1.77 2008/04/19 22:15:03 tg Exp $");
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/* A leading = means assignments before command are kept;
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* a leading * means a POSIX special builtin;
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@ -1591,7 +1591,7 @@ c_umask(const char **wp)
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p[-1] = '\0';
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shprintf("%s\n", buf);
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} else
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shprintf("%#3.3o\n", (unsigned) old_umask);
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shprintf("%#3.3o\n", (unsigned int)old_umask);
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} else {
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mode_t new_umask;
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