ME
%token ME ANY
| ME HYPHEN ANY {
| ANY HYPHEN ME {
pchar(&you, ME);
pchar(&you, ME);
pchar(&you, ME);
pchar(&you, ME);
pchar(&you, ME);
pchar(&you, ME);
pchar(&you, ME);
pchar(sp, ME);
u_int ME;
ME = extract_field(instr, 31 - 30, 5);
db_printf(", %d", ME);
const struct cper_memory_error *ME = buf;
CPER_MEMORY_ERROR_VALIDATION_BITS_FMT, ME->ValidationBits);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_ERROR_STATUS) {
"\0", ME->ErrorStatus);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_PHYSICAL_ADDRESS) {
ctx, ME->PhysicalAddress);
if (ME->ValidationBits &
"\n", ctx, ME->PhysicalAddressMask);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_NODE) {
ME->Node);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_CARD) {
ME->Card);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_MODULE) {
ME->Module);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_BANK) {
ME->Bank);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_DEVICE) {
ME->Device);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_ROW) {
ME->Row);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_COLUMN) {
ME->Column);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_BIT_POSITION) {
ctx, ME->BitPosition);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_REQUESTOR_ID) {
ctx, ME->RequestorId);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_RESPONDER_ID) {
ctx, ME->ResponderId);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_TARGET_ID) {
ctx, ME->TargetId);
if (ME->ValidationBits & CPER_MEMORY_ERROR_VALID_MEMORY_ERROR_TYPE) {
const uint8_t t = ME->MemoryErrorType;
if ((mac == ME && a1 == ')')
|| (mac != ME && a1 == 'D')) {
if ((mac == ME && (c2 == 'h' || c2 == 'p'))
|| (mac != ME && (c1 == 'P' || c2 == 'P'))) {
case ME:
if (mac == ME && (c2 == ' ' || c2 == '\t') )
case ME:
mac = ME;
mac = ME;