* libfs/src/imfs/imfs_creat.c, libfs/src/imfs/imfs_eval.c,
libfs/src/imfs/imfs_mknod.c, libfs/src/imfs/imfs_readlink.c,
libfs/src/pipe/fifo.c: Clean up for coverage improvements and
formatting.
* libmisc/stackchk/check.c: If this port does not allocate the
interrupt stack, then it must always be a thread stack. Do not
include code to print the interrupt stack information.
PR 1642/testing
* psximfs02/init.c, psximfs02/psximfs02.scn,
psximfs02/psximfs02.doc: Added test cases to exercise chmod(),
chown() and routines in imfs_debug.c.
* Makefile.am, configure.ac: Add test for rtems_print_buffer().
* dumpbuf01/.cvsignore, dumpbuf01/Makefile.am, dumpbuf01/dumpbuf01.doc,
dumpbuf01/dumpbuf01.scn, dumpbuf01/init.c: New files.
PR 1645/cpukit
* libcsupport/src/getuid.c: Moved setuid() routine to its own
file.
* libcsupport/src/setuid.c: New file with setuid() routine.
* libcsupport/src/seteuid.c: New file with seteuid() routine.
* libcsupport/src/fstat.c, libcsupport/src/rmdir.c,
libfs/src/imfs/imfs.h, libfs/src/imfs/imfs_creat.c,
libfs/src/imfs/imfs_debug.c, libfs/src/imfs/imfs_getchild.c,
libfs/src/imfs/memfile.c: Add IMFS_assert. Clean up and remove all
checks which are redundant with system call layer. Formatting.
PR 1599/cpukit
* sh7032/score/cpu_asm.c, sh7045/score/cpu_asm.c,
sh7750/score/cpu_asm.c, shgdb/score/cpu_asm.c: Rename
_Context_Switch_necessary to _Thread_Dispatch_necessary to more
properly reflect the intent.
PR 1599/cpukit
* new-exceptions/bspsupport/ppc_exc_hdl.c: Rename
_Context_Switch_necessary to _Thread_Dispatch_necessary to more
properly reflect the intent.
* configure.ac: Check for libgen.h, basename.
* rtems-bin2c.c: Use basename(3) instead of strrchr cascade.
Introduce ifbasename. Use ifbasename in generated files.
* tar01/Makefile.am:
Apply $LN_S, $PAX. Use subshell for tarball creation.
Don't add initial_fs to CLEANFILES.
* tar02/Makefile.am:
Apply $LN_S, $PAX. Use subshell for tarball creation.
PR 1635/cpukit
* porting/prioritybitmap.t: Refactoring of priority handling, to
isolate the bitmap implementation of priorities in the supercore so
that priority management is a little more modular. This change is in
anticipation of scheduler implementations that can select how they
manage tracking priority levels / finding the highest priority ready
task. Note that most of the changes here are simple renaming, to
clarify the use of the bitmap-based priority management.
PR 1635/cpukit
* sapi/src/exinit.c, score/Makefile.am, score/preinstall.am,
score/include/rtems/score/bitfield.h,
score/include/rtems/score/priority.h,
score/include/rtems/score/thread.h,
score/inline/rtems/score/priority.inl,
score/inline/rtems/score/thread.inl,
score/src/threadchangepriority.c, score/src/threadclearstate.c,
score/src/threadready.c, score/src/threadresume.c,
score/src/threadsetpriority.c, score/src/threadsetstate.c,
score/src/threadsettransient.c, score/src/threadsuspend.c:
Refactoring of priority handling, to isolate the bitmap
implementation of priorities in the supercore so that priority
management is a little more modular. This change is in anticipation
of scheduler implementations that can select how they manage tracking
priority levels / finding the highest priority ready task. Note that
most of the changes here are simple renaming, to clarify the use of
the bitmap-based priority management.
* score/include/rtems/score/prioritybitmap.h,
score/inline/rtems/score/prioritybitmap.inl: New files.
PR 1635/cpukit
* rtems/score/types.h: Refactoring of priority handling, to isolate the
bitmap implementation of priorities in the supercore so that priority
management is a little more modular. This change is in anticipation
of scheduler implementations that can select how they manage tracking
priority levels / finding the highest priority ready task. Note that
most of the changes here are simple renaming, to clarify the use of
the bitmap-based priority management.
PR 1635/cpukit
* rtems/score/cpu.h, rtems/score/types.h: Refactoring of priority
handling, to isolate the bitmap implementation of priorities in the
supercore so that priority management is a little more modular. This
change is in anticipation of scheduler implementations that can
select how they manage tracking priority levels / finding the highest
priority ready task. Note that most of the changes here are simple
renaming, to clarify the use of the bitmap-based priority management.
