... since the SCU-control register does not exist (resverved area on Cortex-A15).
Setting this bit leads to second-level translation table faults on CPU1.
'Mem_unit::flush_dcache' takes void pointers as arguments, no need to take the
given void pointers ('start' and 'end') and transform them to
'Virt_addr(Address(x)' types. This breaks cache flushing in r56.
With this patch, the kernel fetches serial data also when the
'-serial_esc' option is not set.
To keep the patch minimally invasive, the 'serial ESC' functionality gets
enabled by default and the existence of the '-serial_esc' argument gets only
checked when an ESC character was received and the decision of entering the
kernel debugger or not needs to be made.
Fixesssumpf/foc#3.
Increase the size of the JDB kernel object names buffer. The original size was
too small for some Genode scenarios and caused missing thread names in the
kernel debugger thread list.
Was: 'jdb_kobject_names.patch'
This patch enables the user land to use the CPU's single stepping mode on
x86_32 platforms. It is needed to enable the use of GDB monitor for
user-level debugging.
Was: 'foc_single_step_x86.patch'
The syscall l4_task_cap_equal almost returns false although the referenced
kernel-objects are equal. This patch changes the semantic of the syscall so that
whenever two capabilities refering the same kernel-object are compared it will
return true. Please refer to the discussion of the following mail thread:
http://www.mail-archive.com/l4-hackers@os.inf.tu-dresden.de/msg05162.html
Was 'foc_caps_equal.patch'
