input
stringlengths 11
965
| output
stringclasses 450
values |
|---|---|
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
PrepareForService shutting down NodeCard(mLctn(R25-M1-N2), mCardSernum(203231503833343000000000594c31304b34333431303158), mLp(FF:F2:9F:16:CF:0F:00:0D:60:E9:30:F0), mIp(10.2.2.80), mType(4)) as part of Service Action 310 | PrepareForService shutting down NodeCard(mLctn(<*>), mCardSernum(<*>), mLp(<*>), mIp(<*>), mType(<*>)) as part of Service Action <*> |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
Node card status: ALERT 0, ALERT 1, ALERT 2, ALERT 3 is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The 2.5 volt rail is OK. The 1.5 volt rail is OK. | Node card status: ALERT <*>, ALERT <*>, ALERT <*>, ALERT <*> is (are) active. Clock Mode is Low. Clock Select is Midplane. Phy JTAG Reset is asserted. ASIC JTAG Reset is not asserted. Temperature Mask is not active. No temperature error. Temperature Limit Error Latch is clear. PGOOD is asserted. PGOOD error latch is clear. MPGOOD is OK. MPGOOD error latch is clear. The <*> volt rail is OK. The <*> volt rail is OK. |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
instruction address space.........0 | instruction address space.........<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
program interrupt: imprecise exception......0 | program interrupt: imprecise exception......<*> |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
suppressing further interrupts of same type | suppressing further interrupts of same type |
Lustre mount FAILED : bglio78 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio617 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio78 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio617 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio78 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio617 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio78 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio617 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio78 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
Lustre mount FAILED : bglio617 : block_id : location | Lustre mount FAILED : <*> : block_id : location |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
rts internal error | rts internal error |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
floating point instr. enabled.....1 | floating point instr. enabled.....<*> |
1 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
5 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
1 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
5 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
1 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
5 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
1 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
5 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
1 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
5 torus receiver z+ input pipe error(s) (dcr 0x02f0) detected and corrected | <*> torus receiver z+ input pipe error(s) (dcr <*>) detected and corrected |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
program interrupt: unimplemented operation..0 | program interrupt: unimplemented operation..<*> |
Subsets and Splits