Attachment 66440 Details for Bug 145366

1st new panic

cons3.txt (text/plain), 136.43 KB, created by Gerhard Fuernkranz on 2006-02-03 23:24:29 UTC

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Creator: Gerhard Fuernkranz

Created: 2006-02-03 23:24:29 UTC

Size: 136.43 KB

patch

obsolete

>netconsole: network logging started
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 74285 kHz, relation 0
>powernow-k8: targ: cpu 0, 74285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 74285 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1225714 kHz, relation 0
>powernow-k8: targ: cpu 0, 1225714 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1225714 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 594285 kHz, relation 0
>powernow-k8: targ: cpu 0, 594285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 594285 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 2414285 kHz, relation 0
>powernow-k8: targ: cpu 0, 2414285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 2414285 kHz (relation: 0) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: target matches current values (fid 0x12, vid 0xa)
>cpufreq-core: target for CPU 0: 2451428 kHz, relation 0
>powernow-k8: targ: cpu 0, 2451428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 2451428 kHz (relation: 0) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: target matches current values (fid 0x12, vid 0xa)
>cpufreq-core: target for CPU 0: 2154285 kHz, relation 0
>powernow-k8: targ: cpu 0, 2154285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 2154285 kHz (relation: 0) for cpu 0
>freq-table: target is 2 (2200000 kHz, 3086)
>powernow-k8: cpu 0 transition to index 2
>powernow-k8: table matched fid 0xe, giving vid 0xc
>powernow-k8: cpu 0, changing to fid 0xe, vid 0xc
>cpufreq-core: notification 0 of frequency transition to 2200000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2200000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0xc, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0xe
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: ph2 complete, currfid 0xe, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0xe, currvid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c0e, hi 0x1
>powernow-k8: ph3 complete, currfid 0xe, currvid 0xc
>powernow-k8: transitioned (cpu0): new fid 0xe, vid 0xc
>cpufreq-core: notification 1 of frequency transition to 2200000 kHz
>cpufreq-core: scaling loops_per_jiffy to 8813997 for frequency 2200000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2200000 kHz
>cpufreq-core: target for CPU 0: 1728571 kHz, relation 0
>powernow-k8: targ: cpu 0, 1728571 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0xe, vid 0xc
>freq-table: request for target 1728571 kHz (relation: 0) for cpu 0
>freq-table: target is 4 (1800000 kHz, 4106)
>powernow-k8: cpu 0 transition to index 4
>powernow-k8: table matched fid 0xa, giving vid 0x10
>powernow-k8: cpu 0, changing to fid 0xa, vid 0x10
>cpufreq-core: notification 0 of frequency transition to 1800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xe, currvid 0xc, reqvid 0x10, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0xe, currvid 0xc
>powernow-k8: ph2 (cpu0): starting, currfid 0xe, currvid 0xc, reqfid 0xa
>powernow-k8: writing fid 0xc, lo 0x10c0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10c0a, hi 0x190
>powernow-k8: ph2 complete, currfid 0xa, currvid 0xc
>powernow-k8: ph3 (cpu0): starting, currfid 0xa, currvid 0xc
>powernow-k8: writing vid 0x10, lo 0x1100a, hi 0x1
>powernow-k8: ph3 complete, currfid 0xa, currvid 0x10
>powernow-k8: transitioned (cpu0): new fid 0xa, vid 0x10
>cpufreq-core: notification 1 of frequency transition to 1800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 7211452 for frequency 1800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1800000 kHz
>cpufreq-core: target for CPU 0: 1517142 kHz, relation 0
>powernow-k8: targ: cpu 0, 1517142 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0xa, vid 0x10
>freq-table: request for target 1517142 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xa, currvid 0x10, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0xa, currvid 0x10
>powernow-k8: ph2 (cpu0): starting, currfid 0xa, currvid 0x10, reqfid 0x8
>powernow-k8: writing fid 0x8, lo 0x11008, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0x10
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0x10
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 1142857 kHz, relation 0
>powernow-k8: targ: cpu 0, 1142857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 1142857 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: target matches current values (fid 0x8, vid 0x12)
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11108, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11008, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f08, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e08, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d08, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c08, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b08, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a08, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10908, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10808, hi 0x1
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1857142 kHz, relation 0
>powernow-k8: targ: cpu 0, 1857142 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1857142 kHz (relation: 0) for cpu 0
>freq-table: target is 3 (2000000 kHz, 3596)
>powernow-k8: cpu 0 transition to index 3
>powernow-k8: table matched fid 0xc, giving vid 0xe
>powernow-k8: cpu 0, changing to fid 0xc, vid 0xe
>cpufreq-core: notification 0 of frequency transition to 2000000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2000000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0xe, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0xc
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: ph2 complete, currfid 0xc, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0xc, currvid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e0c, hi 0x1
>powernow-k8: ph3 complete, currfid 0xc, currvid 0xe
>powernow-k8: transitioned (cpu0): new fid 0xc, vid 0xe
>cpufreq-core: notification 1 of frequency transition to 2000000 kHz
>cpufreq-core: scaling loops_per_jiffy to 8012725 for frequency 2000000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2000000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0xc, vid 0xe
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xc, currvid 0xe, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d0c, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c0c, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b0c, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a0c, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x1090c, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x1080c, hi 0x1
>powernow-k8: ph1 complete, currfid 0xc, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0xc, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 965714 kHz, relation 0
>powernow-k8: targ: cpu 0, 965714 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 965714 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 914285 kHz, relation 0
>powernow-k8: targ: cpu 0, 914285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 914285 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: target matches current values (fid 0x8, vid 0x12)
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44817 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=212.227.127.100 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=58760 DF PROTO=TCP SPT=12627 DPT=80 WINDOW=32767 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=80.141.209.137 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=50505 DF PROTO=TCP SPT=15812 DPT=80 WINDOW=32196 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=212.227.127.100 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=58762 DF PROTO=TCP SPT=12627 DPT=80 WINDOW=32767 RES=0x00 ACK FIN URGP=0 
>cpufreq-core: target for CPU 0: 685714 kHz, relation 0
>powernow-k8: targ: cpu 0, 685714 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 685714 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44819 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44827 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44829 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=80.141.209.137 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=50517 DF PROTO=TCP SPT=15812 DPT=80 WINDOW=32196 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44831 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=80.141.209.137 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=50519 DF PROTO=TCP SPT=15812 DPT=80 WINDOW=32196 RES=0x00 ACK FIN URGP=0 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.136.24.165 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=44833 DF PROTO=TCP SPT=10782 DPT=80 WINDOW=25200 RES=0x00 ACK FIN URGP=0 
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1002857 kHz, relation 0
>powernow-k8: targ: cpu 0, 1002857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1002857 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 365714 kHz, relation 0
>powernow-k8: targ: cpu 0, 365714 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 365714 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=216.129.135.176 LEN=400 TOS=0x00 PREC=0x00 TTL=64 ID=10830 DF PROTO=TCP SPT=25591 DPT=80 WINDOW=6318 RES=0x00 ACK PSH FIN URGP=0 OPT (0101080A00068045FDB15BF7) 
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1411428 kHz, relation 0
>powernow-k8: targ: cpu 0, 1411428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1411428 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1560000 kHz, relation 0
>powernow-k8: targ: cpu 0, 1560000 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1560000 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 22857 kHz, relation 0
>powernow-k8: targ: cpu 0, 22857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 22857 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=72 TOS=0x00 PREC=0x00 TTL=255 ID=0 DF PROTO=UDP SPT=5353 DPT=5353 LEN=52 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=72 TOS=0x00 PREC=0x00 TTL=255 ID=1 DF PROTO=UDP SPT=5353 DPT=5353 LEN=52 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=72 TOS=0x00 PREC=0x00 TTL=255 ID=2 DF PROTO=UDP SPT=5353 DPT=5353 LEN=52 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=105 TOS=0x00 PREC=0x00 TTL=255 ID=3 DF PROTO=UDP SPT=5353 DPT=5353 LEN=85 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=105 TOS=0x00 PREC=0x00 TTL=255 ID=4 DF PROTO=UDP SPT=5353 DPT=5353 LEN=85 
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=216.129.135.176 LEN=400 TOS=0x00 PREC=0x00 TTL=64 ID=10832 DF PROTO=TCP SPT=25591 DPT=80 WINDOW=6318 RES=0x00 ACK PSH FIN URGP=0 OPT (0101080A0006A2C5FDB15BF7) 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=105 TOS=0x00 PREC=0x00 TTL=255 ID=8 DF PROTO=UDP SPT=5353 DPT=5353 LEN=85 
>SFW2-INext-DROP-DEFLT IN=eth0 OUT= MAC= SRC=172.16.3.131 DST=224.0.0.251 LEN=105 TOS=0x00 PREC=0x00 TTL=255 ID=9 DF PROTO=UDP SPT=5353 DPT=5353 LEN=85 
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1002857 kHz, relation 0
>powernow-k8: targ: cpu 0, 1002857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1002857 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=216.129.135.176 LEN=400 TOS=0x00 PREC=0x00 TTL=64 ID=10834 DF PROTO=TCP SPT=25591 DPT=80 WINDOW=6318 RES=0x00 ACK PSH FIN URGP=0 OPT (0101080A0006E7C5FDB15BF7) 
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1708571 kHz, relation 0
>powernow-k8: targ: cpu 0, 1708571 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1708571 kHz (relation: 0) for cpu 0
>freq-table: target is 4 (1800000 kHz, 4106)
>powernow-k8: cpu 0 transition to index 4
>powernow-k8: table matched fid 0xa, giving vid 0x10
>powernow-k8: cpu 0, changing to fid 0xa, vid 0x10
>cpufreq-core: notification 0 of frequency transition to 1800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x10, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0xa
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: ph2 complete, currfid 0xa, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0xa, currvid 0xa
>powernow-k8: writing vid 0x10, lo 0x1100a, hi 0x1
>powernow-k8: ph3 complete, currfid 0xa, currvid 0x10
>powernow-k8: transitioned (cpu0): new fid 0xa, vid 0x10
>cpufreq-core: notification 1 of frequency transition to 1800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 7211452 for frequency 1800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1800000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0xa, vid 0x10
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xa, currvid 0x10, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0xa, currvid 0x10
>powernow-k8: ph2 (cpu0): starting, currfid 0xa, currvid 0x10, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11000, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x10
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x10
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 891428 kHz, relation 0
>powernow-k8: targ: cpu 0, 891428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 891428 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 111428 kHz, relation 0
>powernow-k8: targ: cpu 0, 111428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 111428 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 37142 kHz, relation 0
>powernow-k8: targ: cpu 0, 37142 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 37142 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 2191428 kHz, relation 0
>powernow-k8: targ: cpu 0, 2191428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 2191428 kHz (relation: 0) for cpu 0
>freq-table: target is 2 (2200000 kHz, 3086)
>powernow-k8: cpu 0 transition to index 2
>powernow-k8: table matched fid 0xe, giving vid 0xc
>powernow-k8: cpu 0, changing to fid 0xe, vid 0xc
>cpufreq-core: notification 0 of frequency transition to 2200000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2200000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0xc, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0xe
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: ph2 complete, currfid 0xe, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0xe, currvid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c0e, hi 0x1
>powernow-k8: ph3 complete, currfid 0xe, currvid 0xc
>powernow-k8: transitioned (cpu0): new fid 0xe, vid 0xc
>cpufreq-core: notification 1 of frequency transition to 2200000 kHz
>cpufreq-core: scaling loops_per_jiffy to 8813997 for frequency 2200000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2200000 kHz
>cpufreq-core: target for CPU 0: 31428 kHz, relation 0
>powernow-k8: targ: cpu 0, 31428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0xe, vid 0xc
>freq-table: request for target 31428 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xe, currvid 0xc, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0xe, currvid 0xc
>powernow-k8: ph2 (cpu0): starting, currfid 0xe, currvid 0xc, reqfid 0x0
>powernow-k8: writing fid 0xc, lo 0x10c0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10c0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10c00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xc
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xc
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>SFW2-OUT-ERROR IN= OUT=eth0 SRC=172.16.3.131 DST=64.233.183.104 LEN=40 TOS=0x00 PREC=0x00 TTL=64 ID=59315 DF PROTO=TCP SPT=2920 DPT=80 WINDOW=16800 RES=0x00 ACK FIN URGP=0 
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 557142 kHz, relation 0
>powernow-k8: targ: cpu 0, 557142 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 557142 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 2340000 kHz, relation 0
>powernow-k8: targ: cpu 0, 2340000 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 2340000 kHz (relation: 0) for cpu 0
>freq-table: target is 1 (2400000 kHz, 2576)
>powernow-k8: cpu 0 transition to index 1
>powernow-k8: table matched fid 0x10, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x10, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2400000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2400000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10912, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10812, hi 0x1
>powernow-k8: ph1 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0x8, reqfid 0x10
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: ph2 complete, currfid 0x10, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x10, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a10, hi 0x1
>powernow-k8: ph3 complete, currfid 0x10, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x10, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2400000 kHz
>cpufreq-core: scaling loops_per_jiffy to 9615270 for frequency 2400000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2400000 kHz
>cpufreq-core: target for CPU 0: 274285 kHz, relation 0
>powernow-k8: targ: cpu 0, 274285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x10, vid 0xa
>freq-table: request for target 274285 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x10, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x10, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x10, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1262857 kHz, relation 0
>powernow-k8: targ: cpu 0, 1262857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1262857 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 45714 kHz, relation 0
>powernow-k8: targ: cpu 0, 45714 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 45714 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1151428 kHz, relation 0
>powernow-k8: targ: cpu 0, 1151428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1151428 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 1120000 kHz, relation 0
>powernow-k8: targ: cpu 0, 1120000 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 1120000 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: target matches current values (fid 0x8, vid 0x12)
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1337142 kHz, relation 0
>powernow-k8: targ: cpu 0, 1337142 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1337142 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1894285 kHz, relation 0
>powernow-k8: targ: cpu 0, 1894285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1894285 kHz (relation: 0) for cpu 0
>freq-table: target is 3 (2000000 kHz, 3596)
>powernow-k8: cpu 0 transition to index 3
>powernow-k8: table matched fid 0xc, giving vid 0xe
>powernow-k8: cpu 0, changing to fid 0xc, vid 0xe
>cpufreq-core: notification 0 of frequency transition to 2000000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2000000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0xe, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0xc
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: ph2 complete, currfid 0xc, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0xc, currvid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e0c, hi 0x1
>powernow-k8: ph3 complete, currfid 0xc, currvid 0xe
>powernow-k8: transitioned (cpu0): new fid 0xc, vid 0xe
>cpufreq-core: notification 1 of frequency transition to 2000000 kHz
>cpufreq-core: scaling loops_per_jiffy to 8012725 for frequency 2000000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2000000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0xc, vid 0xe
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0xc, currvid 0xe, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0xc, currvid 0xe
>powernow-k8: ph2 (cpu0): starting, currfid 0xc, currvid 0xe, reqfid 0x0
>powernow-k8: writing fid 0xa, lo 0x10e0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10e00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xe
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xe
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1411428 kHz, relation 0
>powernow-k8: targ: cpu 0, 1411428 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1411428 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 114285 kHz, relation 0
>powernow-k8: targ: cpu 0, 114285 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 114285 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 0 kHz, relation 0
>powernow-k8: targ: cpu 0, 0 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 0 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x0
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x0, lo 0x10a00, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0xa
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>cpufreq-core: target for CPU 0: 2600000 kHz, relation 1
>powernow-k8: targ: cpu 0, 2600000 kHz, min 800000, max 2600000, relation 1
>powernow-k8: targ: curr fid 0x0, vid 0x18
>freq-table: request for target 2600000 kHz (relation: 1) for cpu 0
>freq-table: target is 0 (2600000 kHz, 2578)
>powernow-k8: cpu 0 transition to index 0
>powernow-k8: table matched fid 0x12, giving vid 0xa
>powernow-k8: cpu 0, changing to fid 0x12, vid 0xa
>cpufreq-core: notification 0 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 10416542 for frequency 2600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x0, currvid 0x18, reqvid 0xa, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1: curr 0x18, req vid 0xa
>powernow-k8: writing vid 0x17, lo 0x11700, hi 0x1
>powernow-k8: ph1: curr 0x17, req vid 0xa
>powernow-k8: writing vid 0x16, lo 0x11600, hi 0x1
>powernow-k8: ph1: curr 0x16, req vid 0xa
>powernow-k8: writing vid 0x15, lo 0x11500, hi 0x1
>powernow-k8: ph1: curr 0x15, req vid 0xa
>powernow-k8: writing vid 0x14, lo 0x11400, hi 0x1
>powernow-k8: ph1: curr 0x14, req vid 0xa
>powernow-k8: writing vid 0x13, lo 0x11300, hi 0x1
>powernow-k8: ph1: curr 0x13, req vid 0xa
>powernow-k8: writing vid 0x12, lo 0x11200, hi 0x1
>powernow-k8: ph1: curr 0x12, req vid 0xa
>powernow-k8: writing vid 0x11, lo 0x11100, hi 0x1
>powernow-k8: ph1: curr 0x11, req vid 0xa
>powernow-k8: writing vid 0x10, lo 0x11000, hi 0x1
>powernow-k8: ph1: curr 0x10, req vid 0xa
>powernow-k8: writing vid 0xf, lo 0x10f00, hi 0x1
>powernow-k8: ph1: curr 0xf, req vid 0xa
>powernow-k8: writing vid 0xe, lo 0x10e00, hi 0x1
>powernow-k8: ph1: curr 0xe, req vid 0xa
>powernow-k8: writing vid 0xd, lo 0x10d00, hi 0x1
>powernow-k8: ph1: curr 0xd, req vid 0xa
>powernow-k8: writing vid 0xc, lo 0x10c00, hi 0x1
>powernow-k8: ph1: curr 0xc, req vid 0xa
>powernow-k8: writing vid 0xb, lo 0x10b00, hi 0x1
>powernow-k8: ph1: curr 0xb, req vid 0xa
>powernow-k8: writing vid 0xa, lo 0x10a00, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x9
>powernow-k8: writing vid 0x9, lo 0x10900, hi 0x1
>powernow-k8: ph1: changing vid for rvo, req 0x8
>powernow-k8: writing vid 0x8, lo 0x10800, hi 0x1
>powernow-k8: ph1 complete, currfid 0x0, currvid 0x8
>powernow-k8: ph2 (cpu0): starting, currfid 0x0, currvid 0x8, reqfid 0x12
>powernow-k8: writing fid 0xa, lo 0x1080a, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x1080c, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x1080e, hi 0x190
>powernow-k8: writing fid 0x10, lo 0x10810, hi 0x190
>powernow-k8: writing fid 0x12, lo 0x10812, hi 0x190
>powernow-k8: ph2 complete, currfid 0x12, currvid 0x8
>powernow-k8: ph3 (cpu0): starting, currfid 0x12, currvid 0x8
>powernow-k8: writing vid 0xa, lo 0x10a12, hi 0x1
>powernow-k8: ph3 complete, currfid 0x12, currvid 0xa
>powernow-k8: transitioned (cpu0): new fid 0x12, vid 0xa
>cpufreq-core: notification 1 of frequency transition to 2600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 2600000 kHz
>cpufreq-core: target for CPU 0: 1262857 kHz, relation 0
>powernow-k8: targ: cpu 0, 1262857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x12, vid 0xa
>freq-table: request for target 1262857 kHz (relation: 0) for cpu 0
>freq-table: target is 5 (1600000 kHz, 4616)
>powernow-k8: cpu 0 transition to index 5
>powernow-k8: table matched fid 0x8, giving vid 0x12
>powernow-k8: cpu 0, changing to fid 0x8, vid 0x12
>cpufreq-core: notification 0 of frequency transition to 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x12, currvid 0xa, reqvid 0x12, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x12, currvid 0xa
>powernow-k8: ph2 (cpu0): starting, currfid 0x12, currvid 0xa, reqfid 0x8
>powernow-k8: writing fid 0x10, lo 0x10a10, hi 0x190
>powernow-k8: writing fid 0xe, lo 0x10a0e, hi 0x190
>powernow-k8: writing fid 0xc, lo 0x10a0c, hi 0x190
>powernow-k8: writing fid 0xa, lo 0x10a0a, hi 0x190
>powernow-k8: writing fid 0x8, lo 0x10a08, hi 0x190
>powernow-k8: ph2 complete, currfid 0x8, currvid 0xa
>powernow-k8: ph3 (cpu0): starting, currfid 0x8, currvid 0xa
>powernow-k8: writing vid 0x12, lo 0x11208, hi 0x1
>powernow-k8: ph3 complete, currfid 0x8, currvid 0x12
>powernow-k8: transitioned (cpu0): new fid 0x8, vid 0x12
>cpufreq-core: notification 1 of frequency transition to 1600000 kHz
>cpufreq-core: scaling loops_per_jiffy to 6410180 for frequency 1600000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 1600000 kHz
>cpufreq-core: target for CPU 0: 22857 kHz, relation 0
>powernow-k8: targ: cpu 0, 22857 kHz, min 800000, max 2600000, relation 0
>powernow-k8: targ: curr fid 0x8, vid 0x12
>freq-table: request for target 22857 kHz (relation: 0) for cpu 0
>freq-table: target is 6 (800000 kHz, 6144)
>powernow-k8: cpu 0 transition to index 6
>powernow-k8: table matched fid 0x0, giving vid 0x18
>powernow-k8: cpu 0, changing to fid 0x0, vid 0x18
>cpufreq-core: notification 0 of frequency transition to 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>powernow-k8: ph1 (cpu0): start, currfid 0x8, currvid 0x12, reqvid 0x18, rvo 0x2
>powernow-k8: ph1 maxvid=0x6
>powernow-k8: ph1 complete, currfid 0x8, currvid 0x12
>powernow-k8: ph2 (cpu0): starting, currfid 0x8, currvid 0x12, reqfid 0x0
>powernow-k8: writing fid 0x0, lo 0x11200, hi 0x190
>powernow-k8: ph2 complete, currfid 0x0, currvid 0x12
>powernow-k8: ph3 (cpu0): starting, currfid 0x0, currvid 0x12
>powernow-k8: writing vid 0x18, lo 0x11800, hi 0x1
>powernow-k8: ph3 complete, currfid 0x0, currvid 0x18
>powernow-k8: transitioned (cpu0): new fid 0x0, vid 0x18
>cpufreq-core: notification 1 of frequency transition to 800000 kHz
>cpufreq-core: scaling loops_per_jiffy to 3205090 for frequency 800000 kHz
>userspace: saving cpu_cur_freq of cpu 0 to be 800000 kHz
>no vm86_info: BAD
>Kernel panic - not syncing: Attempted to kill the idle task!

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Attachments on bug 145366: 64869 | 64870 | 64872 | 64876 | 65543 | 65544 | 65796 | 66049 | 66440 | 66441 | 66442