Install inter-processor interrupt (IPI) handler before secondary CPUs
are started. This ensures that secondary CPUs fetch the newly installed
handler.
Remove superfluous return statement.
Generate a linker command file from configure letting the user override the
defaults to suite their custom needs. Refer to configure.ac for the details.
Remove the SMP variants and let --enable-smp control if a BSP is built for
SMP.
Make USE_FAST_IDLE 1 only for the realview qemu BSP.
The rtems_filesystem_location_info_t::node_access_2 was unused by the
IMFS. Use it to hold the context of generic nodes. This makes it
possible to use node handlers for objects with and without a
corresponding file system node.
For example network sockets created with socket() have only a file
descriptor, but no corresponding file system node. The UNIX(4) domain
sockets can be bound to file system nodes. In both cases the
rtems_filesystem_location_info_t must provide a pointer to the socket
structure used by the socket node handlers. With the context pointer
(for sockets, this is the socket structure) in
rtems_filesystem_location_info_t::node_access_2 the same node handlers
can be used in both cases.
Don't use unsafe buffer operations, averting (stack) buffer overflow
when the syslog message length (including Facility and Level encoding)
would exceed 199 characters
The lack of a line feed means the output from the test runs into
the MI protocol on GDB as the broken simulator output currently
is not passing through gdb's MI protocol layer.
According with comment in
rtems_cache_invalidate_multiple_instruction_lines(), final_address
indicates the last address which needs to be invalidated. But if in
while loop we got final_address == i_addr condition then loop breaks and
final_address will not be invalidated.
Alter the output to avoid sending out what is the MI protocol. The SIS
simulator is currently broken and outputs directly to GDB's stdout and
so this output gets parsed as MI output.
