Date: Wed, 3 Feb 2010 11:13:54 -0800 From: Randall Stewart <rrs@lakerest.net> To: alan yang <alancyang@gmail.com> Cc: freebsd-mips@freebsd.org Subject: Re: Cavium port Message-ID: <3EAF6158-E3D2-422F-8796-CE2F87C507A4@lakerest.net> In-Reply-To: <290865fd1002031055v5cadc0c5qb02a034b5849b50@mail.gmail.com> References: <290865fd1001262235m13ec4a2em863da596fd9a6c2@mail.gmail.com> <20100127.090718.131509470573849915.imp@bsdimp.com> <290865fd1001280620p300e318bh848cb801d681ff40@mail.gmail.com> <20100128.101357.69891821659229949.imp@bsdimp.com> <290865fd1002031055v5cadc0c5qb02a034b5849b50@mail.gmail.com>
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Alan: At least one answer ;-) On Feb 3, 2010, at 10:55 AM, alan yang wrote: > hi, Warner, > > I checkout head, cross compile with OCTEON1-32 conf file and the > kernel boot on ebt5800 now. > But still would like to ask couple questions: > 1. option SMP support > - wonder is there working in progress to get SMP to work Yes, this is on the "todo" list. I hope to be able to devote some time to it as soon as I get my RMI board completely stable where I can build world. On RMI I am close.. but I am still loosing an interrupt or something under heavy load ;-o > 2. rgmx interface > - seems to have problem getting interface rgmx to work (ifconfig > to set static ip,...etc. but ping failed). I noticed your 1/26 blog > mentioned some problem in this area that i also tried 'comment out the > enableintr() call in mips_vector_init around line 365 of > sys/mips/mips/machdep.c' . wonder is there solution or something that > i missed. > I can't speak on this 100% but last time I chatted with Warner I know this device was also why he was not booting from NFS and building world.. So I am sure its on his todo list ;-) R > Thanks again for help. > > -- > > U-Boot 1.1.1 (U-boot build #: 176) (SDK version: 1.7.1-240) (Build > time: Feb 1 2008 ) > > EBT5800 board revision major:2, minor:0, serial #: 2008-2.0-00251 > OCTEON CN5860-NSP pass 1.1, Core clock: 600 MHz, DDR clock: 400 MHz > (800 Mhz data rat) > DRAM: 2048 MB > Flash: 8 MB > Clearing DRAM........ done > BIST check passed. > Net: octeth0, octeth1, octeth2, octeth3 > Bus 0 (CF Card): OK > > ide 0: Model: 1024MB CompactFlash Card Firm: CF_A408J Ser#: > A181109948O004036618 > Type: Hard Disk > Capacity: 977.4 MB = 0.9 GB (2001888 x 512) > Octeon ebt5800# fatload ide 0 20000000 kernel > reading kernel > > 3285400 bytes read > Octeon ebt5800# bootoctlinux 20000000 numcores=1 > argv[2]: numcores=1 > ELF file is 32 bit > Skipping non LOAD program header (type 0x6) > Skipping non LOAD program header (type 0x3) > Skipping non LOAD program header (type 0x70000000) > Allocated memory for ELF segment: addr: 0x1000000, size 0x2967e0 > Loading .text @ 0x810000d4 (2064172 bytes) > Loading .MIPS.stubs @ 0x811f8000 (16 bytes) > Loading .rodata @ 0x811fa000 (33248 bytes) > Loading .reginfo @ 0x812021e0 (24 bytes) > Loading .rodata.str1.4 @ 0x812021f8 (193028 bytes) > Loading set_sysctl_set @ 0x812313fc (3500 bytes) > Loading set_sysinit_set @ 0x812321a8 (1692 bytes) > Loading set_sysuninit_set @ 0x81232844 (964 bytes) > Loading .interp @ 0x81232c08 (13 bytes) > Loading .dynsym @ 0x81232c18 (78256 bytes) > Loading .dynstr @ 0x81245dc8 (72061 bytes) > Loading .hash @ 0x81257748 (35968 bytes) > Loading set_kdb_dbbe_set @ 0x812603c8 (8 bytes) > Loading set_modmetadata_set @ 0x812603d0 (288 bytes) > Loading set_cons_set @ 0x812604f0 (8 bytes) > Loading .data @ 0x812604f8 (116360 bytes) > Loading set_pcpu @ 0x8127cb80 (3136 bytes) > Loading .got @ 0x8127d7c0 (5292 bytes) > Loading .rld_map @ 0x8127ec6c (4 bytes) > Loading .sdata @ 0x8127ec70 (16 bytes) > Clearing .bss @ 0x8127ec80 (97120 bytes) > ## Loading Linux kernel with entry point: 0x810000e0 ... > Bootloader: Done loading app on coremask: 0x1 > Boot Descriptor Ver: 6 -> 1/2 CPU clock: 600MHz > Dram: 2048 MB Board Type: 15 Revision: 2/0 > Octeon Chip: 0 Rev 0/0 Mac Address 00.0F.B7.10.49.F2 (14) > octeon_dram == 80000000 > reduced to ram: 2048 MBReal memory bytes is 7ffff000 > phys_avail[0] = 1297000 phys_avail[1] = fffffff > realmem_bytes is now at 5ffff000 > Next block of memory goes from 20000000 to 7ffff000 > > Total DRAM Size 0x80000000 > Bank 0 = 0x 1297000 -> 0x FFFFFFF > Bank 1 = 0x20000000 -> 0x7FFFF000 > > physmem: 0x6ed68Cache info: > picache_stride = 4096 > picache_loopcount = 8 > pdcache_stride = 128 > pdcache_loopcount = 64 > cpu0: Cavium processor v1.3 > MMU: Standard TLB, 64 entries > L1 i-cache: 4 ways of 64 sets, 128 bytes per line > L1 d-cache: 64 ways of 1 sets, 128 bytes per line > Config1=0xfe3303da<COP2,PerfCount,WatchRegs,EJTAG> > Config3=0x1080 > KDB: debugger backends: ddb > KDB: current backend: ddb > hz=100 cyl_per_hz:300000 cyl_per_usec:300 freq:300000000 > cyl_per_hz:3000000 cyl_per_s0 > Copyright (c) 1992-2010 The FreeBSD Project. > Copyright (c) 1979, 1980, 1983, 1986, 1988, 1989, 1991, 1992, 1993, > 1994 > The Regents of the University of California. All rights > reserved. > FreeBSD is a registered trademark of The FreeBSD Foundation. > FreeBSD 9.0-CURRENT #3 r203169M: Tue Feb 2 14:19:40 PST 2010 > root@Fujitsu.nt-fsrvr.o2micro.com:/usr/home/alan/genova/FreeBSD/ > head/obj/mips/usrs > real memory = 1859551232 (1815968K bytes) > avail memory = 1813176320 (1729MB) > nexus0: <MIPS32 root nexus> > Compact flash found in bootbus region 3 (8 bit). > rgmii0: <Octeon RGMII> on nexus0 > FPA fill: Pool 0 elem_size_words 208 Num: 2400 > elem_size_bytes = words * 8 = 1664; block_size 1664 > % Filling Pool 0 with 2400 blocks of 1664 bytes 208 words > % Huge MemBlock 0xdece6000 Bytes 3993600 > FPA fill: 0 Count: 2400 SizeBytes: 1664 SizeBytesAligned: 1664 > 1st: 0xdece6000 = 0 > % Block 0: 0xdece6000 Phys 0x1800000 Bytes 1664 > % Block 1: 0xdece6680 Phys 0x1800680 Bytes 1664 > % Block 2: 0xdece6d00 Phys 0x1800D00 Bytes 1664 > % Block 2396: 0xdf0b3600 Phys 0x1BCD600 Bytes 1664 > % Block 2397: 0xdf0b3c80 Phys 0x1BCDC80 Bytes 1664 > % Block 2398: 0xdf0b4300 Phys 0x1BCE300 Bytes 1664 > % Block 2399: 0xdf0b4980 Phys 0x1BCE980 Bytes 1664 > FPA fill: Pool 1 elem_size_words 16 Num: 5400 > elem_size_bytes = words * 8 = 128; block_size 128 > % Filling Pool 1 with 5400 blocks of 128 bytes 16 words > % Huge MemBlock 0xc61eb000 Bytes 691200 > FPA fill: 1 Count: 5400 SizeBytes: 128 SizeBytesAligned: 128 1st: > 0xc61eb000 = 0x0 > % Block 0: 0xc61eb000 Phys 0x1C00000 Bytes 128 > % Block 1: 0xc61eb080 Phys 0x1C00080 Bytes 128 > % Block 2: 0xc61eb100 Phys 0x1C00100 Bytes 128 > % Block 5396: 0xc6293a00 Phys 0x1CA8A00 Bytes 128 > % Block 5397: 0xc6293a80 Phys 0x1CA8A80 Bytes 128 > % Block 5398: 0xc6293b00 Phys 0x1CA8B00 Bytes 128 > % Block 5399: 0xc6293b80 Phys 0x1CA8B80 Bytes 128 > FPA fill: Pool 3 elem_size_words 601 Num: 240 > elem_size_bytes = words * 8 = 4808; block_size 4864 > % Filling Pool 3 with 240 blocks of 4808 bytes 601 words > % Huge MemBlock 0xc6294000 Bytes 1167360 > FPA fill: 3 Count: 240 SizeBytes: 4808 SizeBytesAligned: 4864 1st: > 0xc6294000 = 00 > % Block 0: 0xc6294000 Phys 0x1D00000 Bytes 4808 > % Block 1: 0xc6295300 Phys 0x1D01300 Bytes 4808 > % Block 2: 0xc6296600 Phys 0x1D02600 Bytes 4808 > % Block 236: 0xc63ac400 Phys 0x1E18400 Bytes 4808 > % Block 237: 0xc63ad700 Phys 0x1E19700 Bytes 4808 > % Block 238: 0xc63aea00 Phys 0x1E1AA00 Bytes 4808 > % Block 239: 0xc63afd00 Phys 0x1E1BD00 Bytes 4808 > FPA fill: Pool 2 elem_size_words 208 Num: 80 > elem_size_bytes = words * 8 = 1664; block_size 1664 > % Filling Pool 2 with 80 blocks of 1664 bytes 208 words > % Huge MemBlock 0xc63b1000 Bytes 133120 > FPA fill: 2 Count: 80 SizeBytes: 1664 SizeBytesAligned: 1664 1st: > 0xc63b1000 = 0x0 > % Block 0: 0xc63b1000 Phys 0x1CC0000 Bytes 1664 > % Block 1: 0xc63b1680 Phys 0x1CC0680 Bytes 1664 > % Block 2: 0xc63b1d00 Phys 0x1CC0D00 Bytes 1664 > % Block 76: 0xc63cfe00 Phys 0x1CDEE00 Bytes 1664 > % Block 77: 0xc63d0480 Phys 0x1CDF480 Bytes 1664 > % Block 78: 0xc63d0b00 Phys 0x1CDFB00 Bytes 1664 > % Block 79: 0xc63d1180 Phys 0x1CE0180 Bytes 1664 > rgmx0: Ethernet address: 00:0f:b7:10:49:f2 > rgmx0: type (null), full duplex > rgmx1: Ethernet address: 00:0f:b7:10:49:f3 > rgmx1: type (null), full duplex > rgmx2: Ethernet address: 00:0f:b7:10:49:f4 > rgmx2: type (null), full duplex > rgmx3: Ethernet address: 00:0f:b7:10:49:f5 > rgmx3: type (null), full duplex > rgmii0: [FILTER] > cf0: <Octeon Compact Flash Driver> on nexus0 > clock0: <Generic MIPS32 ticker> on nexus0 > clock0: [FILTER] > obio0 at mem 0x1 flags 0x1 on nexus0 > uart1: <Octeon-16550 channel 1> on obio0 > uart1: [FILTER] > uart1: console (115200,n,8,1) > uart0: <Octeon-16550 channel 0> on obio0 > uart0: [FILTER] > uart0: console (115200,n,8,1) > Timecounter "MIPS32" frequency 300000000 Hz quality 800 > Timecounters tick every 10.000 msec > GEOM: cf0: partition 2 does not start on a track boundary. > GEOM: cf0: partition 2 does not end on a track boundary. > GEOM: cf0: partition 1 does not start on a track boundary. > GEOM: cf0: partition 1 does not end on a track boundary. > GEOM: cf0s2: geometry does not match label (64h,32s != 16h,63s). > Trying to mount root from ufs:cf0s2a > warning: no time-of-day clock registered, system time will not be > set accurately > Feb 2 23:53:12 init: NSSWITCH(_nsdispatch): nis, passwd_compat, > endpwent, not found,d > Enter full pathname of shell or RETURN for /bin/sh: /bin/csh > % > %/sbin/ifconfig > rgmx0: flags=8802<BROADCAST,SIMPLEX,MULTICAST> metric 0 mtu 1500 > options=3<RXCSUM,TXCSUM> > ether 00:0f:b7:10:49:f2 > media: Ethernet autoselect > rgmx1: flags=8802<BROADCAST,SIMPLEX,MULTICAST> metric 0 mtu 1500 > options=3<RXCSUM,TXCSUM> > ether 00:0f:b7:10:49:f3 > media: Ethernet autoselect > rgmx2: flags=8802<BROADCAST,SIMPLEX,MULTICAST> metric 0 mtu 1500 > options=3<RXCSUM,TXCSUM> > ether 00:0f:b7:10:49:f4 > media: Ethernet autoselect > rgmx3: flags=8802<BROADCAST,SIMPLEX,MULTICAST> metric 0 mtu 1500 > options=3<RXCSUM,TXCSUM> > ether 00:0f:b7:10:49:f5 > media: Ethernet autoselect > lo0: flags=8008<LOOPBACK,MULTICAST> metric 0 mtu 16384 > options=3<RXCSUM,TXCSUM> > _______________________________________________ > freebsd-mips@freebsd.org mailing list > http://lists.freebsd.org/mailman/listinfo/freebsd-mips > To unsubscribe, send any mail to "freebsd-mips- > unsubscribe@freebsd.org" > ------------------------------ Randall Stewart 803-317-4952 (cell) 803-345-0391(direct)
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