Lines Matching refs:bad
84 int flt_ec_lcnt; /* number of bad E$ lines */
168 * This table is used to determine which bit(s) is(are) bad when an ECC
172 * 00-63 The number of the bad bit, when only one bit is bad.
173 * 64 ECC bit C0 is bad.
174 * 65 ECC bit C1 is bad.
175 * 66 ECC bit C2 is bad.
176 * 67 ECC bit C3 is bad.
177 * 68 ECC bit C4 is bad.
178 * 69 ECC bit C5 is bad.
179 * 70 ECC bit C6 is bad.
180 * 71 ECC bit C7 is bad.
181 * 72 Two bits are bad.
182 * 73 Three bits are bad.
183 * 74 Four bits are bad.
184 * 75 More than Four bits are bad.
185 * 76 NO bits are bad.
272 * Relative likelihood that this P_SYND indicates that this module is bad.
1129 * traps for these; handle them in case of bad h/w.
1423 * Handle UE: If the UE is in memory, we need to flush the bad line from
1427 * is bad) and in sabre there is no guarantee that such errors
1442 * data and tag info of the bad line for logging.
1508 * Flush out the bad line
1561 * Handle EDP and LDP: Locate the line with bad parity and enqueue an
1576 * the one with bad parity.
1584 * If we found a bad PA, update the state to indicate if it is
1672 * bad parity line and would kick off the memscrubber
1681 * the one with bad parity.
1690 * If we found a bad PA, update the state to indicate
1855 * to get the code indicating which bit(s) is(are) bad.
2835 cmn_err(CE_WARN, "cpu_change_speed: bad divisor 0x%lx",
2947 * Scan the ecache to look for bad lines. If found, the afsr, afar, e$ data
2948 * tag of the first bad line will be returned. We also return the old-afsr
2950 * indicate the number of bad lines detected.
3026 * Capture the PA for the first bad line found.
3102 * which 8-byte chunk is bad. For memory dump, the
3109 ushort_t bad;
3125 bad = (psynd & 0xFF); /* check bits [7:0] */
3127 bad = (psynd & 0xFF00); /* check bits [15:8] */
3129 if (bad && edp) {
3343 * 1. When the system is busy, flush bad clean lines
3346 * 4. Never flush bad dirty lines.
3351 * clean bad X X
3353 * dirty bad
3363 * ECACHE_STATE_PARITY (0=good, 1=bad)
3884 * log the bad ecache information
3931 cmn_err(CE_PANIC, "ecache_scrub_panic set and bad E$"
3937 * We do the ecache scan to find the bad line, flush the bad line
3952 * with bad parity
3964 * If we found a bad PA, update the state to indicate if it is
3981 * We have the bad line, flush that line and start
4045 cmn_err(CE_PANIC, " E$ tag address has bad"
4059 * E$ tag state bit has a bad parity
4063 cmn_err(CE_PANIC, "E$ tag state has bad parity");
4305 * If a DIMM is going bad, it will produce true persistents as well as