Hi Marc,
Finally I managed to reach my old flat where I keep my old XT. I did
modifications to ELKS as in the attachment and booted it from floppy
(still don't know how to boot it over XT-IDE from HD image! I managed to
buy, just for ELKS experiments, 32MB CF card in 2018 from some on-line
store in Japan! dd to /dev/sdb1 doesn't seem to copy bootstrap code to
the boot sector, dd directly to /dev/sdb creates whole of a mess in place
of partition table, and it still doesn't boot).
As I booted newly built ELKS, this time there was no interrupt acquisition
error, frankly no errors at all, brief message that ne2k driver was
initialized properly.
I tried to ping it by mac address (found some macping script on
stackoverflow: https://stackoverflow.com/a/43478858) unfortunately, no
reply (alhough the diodes on the RJ-45 socket were blinking during that).
It would be easier to have IP address set, but I couldn't find anything
like that in menuconfig. I guess more progress will be possible when I get
there next time.
Thanks,
Paul
On Thu, 12 Apr 2018, Paul Osmialowski wrote:
> Hi Marc,
>
> Thanks for the hint, it saved me a lot of effort, I'll do
> further experiments with N2K driver as soon as I'll be able to run this
> machine again.
>
> Thanks,
> Paul
>
> On Thu, 12 Apr 2018, Marc-François Lucca-Daniau wrote:
>
> > Thanks for the snapshot, it helped a lot.
> >
> > The main chip of your card is the WD83C690, that is a clone of the
> > DP8390D (same packaging with the first pin in the middle of one side).
> > After reading the PD8390D datasheet, I suddenly remembered that this
> > chip is part of the NE1K / NE2K reference design.
> >
> > So, to answer your question, it would be easy to tune the existing
> > ELKS N2K driver for your card, without any challenge. You would have
> > only to tune the IRQ and the I/O base, and address the usual tricks of
> > the NE2K implementations. As the ROM slot is not populated, I guess
> > you could forget the MEM base.
> >
> > MFLD
> >
> >
> > 2018-04-12 17:34 GMT+02:00 Paul Osmialowski <pawelo@xxxxxxxxxxx>:
> > > Hi Guys,
> > >
> > > Attached is the requested snapshot. Unfortunately, some change occured in
> > > the meantime, and now I need to postpone activities on this until summer
> > > cos nowadays I have very limited access to the place where this stuff is
> > > kept.
> > >
> > > Other than that, under FreeDOS it's configured as such:
> > >
> > > Packet driver for SMC8xxx adapters
> > > Packet driver interrupt 0x60 (96)
> > > Adapter: 8003WC
> > > I/O port: 0x240 (576)
> > > Interrupt number: 0x2 (2)
> > > Memory address: 0xCCE00 (839168)
> > > MAC: 00:00:c0:xx:xx:xx (so it's https://www.macvendorlookup.com/browse/192
> > > - Western Digital)
> > >
> > > Thanks,
> > > Paul
> > >
> > > On Mon, 9 Apr 2018, Marc-François Lucca-Daniau wrote:
> > >
> > >> Could you at least take one or two snapshots of your card, to be able
> > >> to see the ICs references ?
> > >>
> > >> MFLD
> > >>
> > >>
> > >> 2018-04-09 15:00 GMT+02:00 Paul Osmialowski <pawelo@xxxxxxxxxxx>:
> > >> > Unfortunately, I'm afraid only Donald Becker may have in-depth knowledge
> > >> > abot the interior of such a card.
> > >> >
> > >> > On Mon, 9 Apr 2018, Marc-François Lucca-Daniau wrote:
> > >> >
> > >> >> Hello Paul,
> > >> >>
> > >> >> The SMC8003WC looks like to be an ISA card, so I see no big challenge
> > >> >> to implement its driver in ELKS.
> > >> >> The problem would be to test that driver, as I got no such card, and
> > >> >> QEMU does not emulate this one.
> > >> >> Do you have the WD8003 datasheet ?
> > >> >>
> > >> >> MFLD
> > >> >>
> > >> >>
> > >> >> 2018-04-08 21:18 GMT+02:00 Paul Osmialowski <pawelo@xxxxxxxxxxx>:
> > >> >> > Hello,
> > >> >> >
> > >> >> > I've found SMC8003WC an extremly useful card as it has normal RJ-45 socket
> > >> >> > and it can 'talk' to my modern era machines (ping and telnet them by
> > >> >> > their IP addresses from FreeDOS). I believe that under Linux it is
> > >> >> > operated by 1993-94's drivers/net/ethernet/8390/wd.c driver ('This is a
> > >> >> > driver for WD8003 and WD8013 "compatible" ethercards'). What are the
> > >> >> > possible challenges in porting such an driver from 'full' Linux to ELKS?
> > >> >> >
> > >> >> > Best regards,
> > >> >> > Paul
> > >> >> > --
> > >> >> > To unsubscribe from this list: send the line "unsubscribe linux-8086" in
> > >> >> > the body of a message to majordomo@xxxxxxxxxxxxxxx
> > >> >> > More majordomo info at http://vger.kernel.org/majordomo-info.html
> > >> >> --
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> > >> >> the body of a message to majordomo@xxxxxxxxxxxxxxx
> > >> >> More majordomo info at http://vger.kernel.org/majordomo-info.html
> > >> >>
> > >> --
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> > >> the body of a message to majordomo@xxxxxxxxxxxxxxx
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> > >>
> > --
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> > diff --git a/elks/arch/i86/drivers/net/ne2k-low.s b/elks/arch/i86/drivers/net/ne2k-low.s
index 1733f709..72a90474 100644
--- a/elks/arch/i86/drivers/net/ne2k-low.s
+++ b/elks/arch/i86/drivers/net/ne2k-low.s
@@ -7,7 +7,7 @@
; On Advantech SNMP-1000 SBC, the ethernet interrupt is INT0 (0Ch)
-int_vect EQU $0C
+int_vect EQU $60
.TEXT
diff --git a/elks/arch/i86/drivers/net/ne2k-mac.s b/elks/arch/i86/drivers/net/ne2k-mac.s
index e5e2884c..9c46478e 100644
--- a/elks/arch/i86/drivers/net/ne2k-mac.s
+++ b/elks/arch/i86/drivers/net/ne2k-mac.s
@@ -6,42 +6,42 @@
// TODO: move definitions to ne2k-defs.s
-// I/O base @ 300h
+// I/O base @ 240h
-io_ne2k_command = 0x0300
+io_ne2k_command = 0x0240
-io_ne2k_rx_first = 0x0301 // page 0
-io_ne2k_rx_last = 0x0302 // page 0
-io_ne2k_rx_get = 0x0303 // page 0
+io_ne2k_rx_first = 0x0241 // page 0
+io_ne2k_rx_last = 0x0242 // page 0
+io_ne2k_rx_get = 0x0243 // page 0
// This is not a true NE2K register
-//io_ne2k_rx_put1 = 0x0306 // page 0 - read
+//io_ne2k_rx_put1 = 0x0246 // page 0 - read
-io_ne2k_tx_start = 0x0304 // page 0 - write
-io_ne2k_tx_len1 = 0x0305 // page 0 - write
-io_ne2k_tx_len2 = 0x0306 // page 0 - write
+io_ne2k_tx_start = 0x0244 // page 0 - write
+io_ne2k_tx_len1 = 0x0245 // page 0 - write
+io_ne2k_tx_len2 = 0x0246 // page 0 - write
-io_ne2k_int_stat = 0x0307 // page 0
+io_ne2k_int_stat = 0x0247 // page 0
-io_ne2k_dma_addr1 = 0x0308 // page 0
-io_ne2k_dma_addr2 = 0x0309 // page 0
-io_ne2k_dma_len1 = 0x030A // page 0 - write
-io_ne2k_dma_len2 = 0x030B // page 0 - write
+io_ne2k_dma_addr1 = 0x0248 // page 0
+io_ne2k_dma_addr2 = 0x0249 // page 0
+io_ne2k_dma_len1 = 0x024A // page 0 - write
+io_ne2k_dma_len2 = 0x024B // page 0 - write
-io_ne2k_rx_stat = 0x030C // page 0 - read
+io_ne2k_rx_stat = 0x024C // page 0 - read
-io_ne2k_rx_conf = 0x030C // page 0 - write
-io_ne2k_tx_conf = 0x030D // page 0 - write
-io_ne2k_data_conf = 0x030E // page 0 - write
-io_ne2k_int_mask = 0x030F // page 0 - write
+io_ne2k_rx_conf = 0x024C // page 0 - write
+io_ne2k_tx_conf = 0x024D // page 0 - write
+io_ne2k_data_conf = 0x024E // page 0 - write
+io_ne2k_int_mask = 0x024F // page 0 - write
-io_ne2k_unicast = 0x0301 // page 1 - 6 bytes
-io_ne2k_rx_put = 0x0307 // page 1
-io_ne2k_multicast = 0x0308 // page 1 - 8 bytes
+io_ne2k_unicast = 0x0241 // page 1 - 6 bytes
+io_ne2k_rx_put = 0x0247 // page 1
+io_ne2k_multicast = 0x0248 // page 1 - 8 bytes
-io_ne2k_data_io = 0x0310 // 2 bytes
+io_ne2k_data_io = 0x0250 // 2 bytes
-io_ne2k_reset = 0x031F
+io_ne2k_reset = 0x025F
// Ring segmentation
diff --git a/elks/arch/i86/drivers/net/ne2k-main.c b/elks/arch/i86/drivers/net/ne2k-main.c
index 6e66e544..4c0517eb 100644
--- a/elks/arch/i86/drivers/net/ne2k-main.c
+++ b/elks/arch/i86/drivers/net/ne2k-main.c
@@ -21,7 +21,7 @@
static byte_t ne2k_inuse = 0;
-static byte_t mac_addr [6] = {0x52, 0x54, 0x00, 0x12, 0x34, 0x56}; // QEMU default
+static byte_t mac_addr [6] = {0x00, 0x00, 0xc0, 0x16, 0x8f, 0x43}; // WDC
static struct wait_queue rx_queue;
static struct wait_queue tx_queue;
@@ -314,14 +314,14 @@ void ne2k_drv_init ()
err = ne2k_probe ();
if (err)
{
- printk ("[eth] NE2K not detected @ IO 300h\n");
+ printk ("[eth] NE2K not detected @ IO 240h\n");
break;
}
err = request_irq (NE2K_IRQ, ne2k_int, NULL);
if (err)
{
- printk ("[eth] IRQ 9 request error: %i\n", err);
+ printk ("[eth] IRQ 2 request error: %i\n", err);
break;
}
diff --git a/elks/arch/i86/drivers/net/ne2k-phy.s b/elks/arch/i86/drivers/net/ne2k-phy.s
index acbd673f..3b55b70c 100644
--- a/elks/arch/i86/drivers/net/ne2k-phy.s
+++ b/elks/arch/i86/drivers/net/ne2k-phy.s
@@ -5,10 +5,10 @@
; TODO: move definitions to ne2k.h
-; I/O base @ 300h
+; I/O base @ 240h
-io_ne2k_mdio EQU $314
-io_ne2k_gpio EQU $317
+io_ne2k_mdio EQU $254
+io_ne2k_gpio EQU $257
; MDIO register
diff --git a/elks/arch/i86/drivers/net/ne2k.h b/elks/arch/i86/drivers/net/ne2k.h
index 98e64b8f..cc97aaaa 100644
--- a/elks/arch/i86/drivers/net/ne2k.h
+++ b/elks/arch/i86/drivers/net/ne2k.h
@@ -4,7 +4,7 @@
// Default in QEMU
-#define NE2K_IRQ 9
+#define NE2K_IRQ 2
// NE2K status
