On Mon, Jul 31, 2006 at 11:15:33AM +0200, Adam Wysocki via
ArcaBit wrote:
> Yes, I know... I've linked it with -static, shouldn't
it be enough?
I doubt it, though I haven't tried. -static takes care of
shared
library dependencies, but you still need code that initiates
the
cpu and sets things in known states, you need a stack,
interrupt
vectors etc.
> > and make sure you have source code with the memory
detection
> > patches Uwe mentioned applied. You can get the
patch from me
> > if Uwe haven't found the time to apply them.
>
> Sounds promising - can you send me these patches?
You find the patch attached. Without it the system will
reboot.
Note that the patch is a bit dated, but hopefully it will
still
apply. Uwe didn't quite like it, I think, so it is
possible he
will change it a bit before committing, but this will work
in the
mean time.
> > If you like, I can provide you with the hpcboot,
kernel and miniroot
> > I use.
>
> Would be nice  Thanks in
advance.
I can put them somewhere tonight, when I have physical
access to
my MC16 and the CF.
--
Christer O. Andersson
Odensbacken
--- sys/arch/hpcsh/hpcsh/machdep.c.1.51 2005-12-25
00:24:00.000000000 +0100
+++ sys/arch/hpcsh/hpcsh/machdep.c 2006-01-15
01:07:16.000000000 +0100
 -134,6
+134,18
* 0x0d000000 --- onboard 16MByte (shadow)
* 0x0e000000 --- onboard 16MByte (shadow)
* 0x0f000000 --- onboard 16MByte (shadow)
+ *
+ * HP 360LX (Ericsson MC16)
+ *
+ * CS3 (0x0c000000-0x0fffffff
+ * 0x0c000000 --- onboard 8MByte
+ * 0x0c800000 --- unused 8MByte
+ * 0x0d000000 --- onboard 8MByte (shadow)
+ * 0x0d800000 --- unused 8MByte (shadow)
+ * 0x0e000000 --- onboard 8MByte (shadow)
+ * 0x0e800000 --- unused 8MByte (shadow)
+ * 0x0f000000 --- onboard 8MByte (shadow)
+ * 0x0f800000 --- unused 8MByte (shadow)
*/
#define SH_CS3_START 0x0c000000
-154,6
+166,9
static int mem_cluster_init(paddr_t);
static void mem_cluster_load(void);
static void __find_dram_shadow(paddr_t, paddr_t);
+#ifdef SH3
+static int __probe_memory(paddr_t);
+#endif
#ifdef NARLY_MEMORY_PROBE
static int __check_dram(paddr_t, paddr_t);
#endif
-441,9
+456,18
#ifdef SH3
/* SH7709A's CS3 is split to 2 banks. */
if (CPU_IS_SH3) {
- __find_dram_shadow(addr, SH7709_CS3_BANK0_END);
- __find_dram_shadow(SH7709_CS3_BANK1_START,
- SH7709_CS3_BANK1_END);
+ if (platid_match(&platid,
&platid_mask_MACH_HP_LX_360)) {
+ __find_dram_shadow(addr, SH7709_CS3_BANK0_END);
+
+ /* Check if any memory present above 8MByte */
+ if (__probe_memory(SH7709_CS3_BANK0_START+0x00800000) !=
0) {
+ mem_clusters[1].size = 0x00800000 -
mem_clusters[0].size;
+ }
+ } else {
+ __find_dram_shadow(addr, SH7709_CS3_BANK0_END);
+ __find_dram_shadow(SH7709_CS3_BANK1_START,
+ SH7709_CS3_BANK1_END);
+ }
}
#endif
#ifdef SH4
-532,6
+556,10
*(volatile int *)(page + 4) != ~x)
return; /* no memory in this bank */
+ page += PAGE_SIZE;
+ if (mem_cluster_cnt == 1)
+ page += mem_clusters[0].size;
+
memend_found:
KASSERT(mem_cluster_cnt < VM_PHYSSEG_MAX);
-545,6
+573,27
mem_cluster_cnt++;
}
+#ifdef SH3
+int
+__probe_memory(paddr_t probe_addr)
+{
+ vaddr_t addr;
+ int x;
+
+ addr = SH3_PHYS_TO_P2SEG(probe_addr);
+
+ x = random();
+ *(volatile int *)(addr + 0) = x;
+ *(volatile int *)(addr + 4) = ~x;
+
+ if (*(volatile int *)(addr + 0) != x ||
+ *(volatile int *)(addr + 4) != ~x)
+ return (1);
+
+ return (0);
+}
+#endif
+
#ifdef NARLY_MEMORY_PROBE
int
__check_dram(paddr_t start, paddr_t end)
|