Lines Matching refs:tag
83 uint64_t flt_ec_tag; /* E$ tag info */
95 extern void get_ecache_dtag(uint32_t ecache_idx, uint64_t *data, uint64_t *tag,
123 static void scan_ecache(uint64_t *afar, ec_data_t *data, uint64_t *tag,
256 #define CPU_ECACHE_TAG_ERR 14 /* Scrub the E$ tag, if state clean */
363 * else except CE errors) with a priority of 1 (highest). This tag
756 * ecache tag manipulation. We can't do this in cpu_setup() as it is
1442 * data and tag info of the bad line for logging.
1478 * Check to see if the ecache tag is valid for the
1500 * Mark tag invalid to indicate mem dump
2948 * tag of the first bad line will be returned. We also return the old-afsr
3027 * Return the ecache dump and tag info.
3055 * Check the ecache tag to make sure it
3085 " PA=0x%08x.%08x\n E$tag 0x%08x.%08x E$State: %s "
3092 " E$tag != PA from AFAR; E$line was victimized"
3150 * tagnum: 0, 1, 2, .. generate the [AFT#] tag
3527 * decoding the E$ tag to determine whether the corresponding E$ line
3529 * logic that the E$ tag is valid. Unfortunately, this assertion is
3530 * flawed since the E$ tag may also be corrupted and have parity errors
3531 * The scrubber logic is enhanced to check the validity of the E$ tag
3532 * before scrubbing. When a parity error is detected in the E$ tag,
3533 * it is possible to recover and scrub the tag under certain conditions
3548 * ETP is set try to scrub the ecache tag.
3554 * ETP is not set, E$ tag is valid.
4017 * E$ tag state has good parity
4022 * E$ tag state bits indicate the line is clean,
4023 * invalidate the E$ tag and continue.
4027 * Zero the tag and mark the state invalid
4028 * with good parity for the tag.
4035 /* Sync with the dual tag */
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");