Hardware generated checksum UDP packets does not work for
IP fragmented UDP packets. It seems as if the BSD stack never
signals to the GRETH driver to generate or not to generate
TCP/UDP checksum for different cases. The GRETH driver never
tells the BSD stack about it capabilities either so there is
no point generating the cksums in HW when its done in SW any
way.
This patch disables hardware generated UDP and TCP checksums.
From this driver's point of view the major new thing is that the
GRPCI peripheral PCI bridge has been updated to GRPCI2, the second
version. This means that both Big and Little Endian systems are now
supported and autodetected on runtime.
From this driver's point of view the major new thing is that the
GRPCI peripheral PCI bridge has been updated to GRPCI2, the second
version. This means that both Big and Little Endian systems are now
supported and autodetected on runtime.
The PCI frequency is used as AMBA frequency of the GR-RASTA-TMTC.
Timers are identical within one GPTIMER core. Probing only the
first timer is sufficient, however the first timer was hardcoded
to timer0 which is not correct in a multi-OS system like RTEMS
AMP. This patch makes sure that probing is done on the first
timer that can be used by this RTEMS instance. Without this
patch RTEMS AMP is broken on systems (like the GR712RC) where
there is only one GPTIMER core proviing multiple timers. Designs
(like the NGMP/FP) where there are multiple GPTIMER cores are not
affected.
Before the LIBPCI didn't probe device0 (AD16), the host bridge
drivers used bus=dev=func=0 to internally probe the host bridge's
target interface. Now that LIBPCI uses bus=dev=func=0 to access
device0, bus=0xff is introduced internally to identify the
host bridge target configuration space.
