/**
* rtas_print_event
* @brief print the contents of an entire rtas event
*
* @param stream output stream to print to
* @param re rtas_event pointer to print out
* @param verbosity verbose level of output
* @return number of bytes written
*/
int
rtas_print_event(FILE *stream, struct rtas_event *re, int verbosity)
{
struct scn_header *shdr;
int len = 0;
if ((stream == NULL) || (re == NULL)) {
errno = EFAULT;
return 0;
}
ostream = stream;
if (re->event_no != -1)
len += print_scn_title("RTAS Event Dump (%d) Begin", re->event_no);
else
len += print_scn_title("RTAS Event Dump Begin");
for (shdr = re->event_scns; shdr != NULL; shdr = shdr->next)
len += rtas_print_scn(stream, shdr, verbosity);
if (re->event_no != -1)
len += print_scn_title("RTAS Event Dump (%d) End", re->event_no);
else
len += print_scn_title("RTAS Event Dump End");
return len;
}
/**
* rtas_print_raw_event
* @brief Dump the entire rtas event in raw format
*
* @param stream ouput stream to write to
* @param re rtas_event pointer
* @return number of bytes written
*/
int
rtas_print_raw_event(FILE *stream, struct rtas_event *re)
{
int len = 0;
ostream = stream;
len += print_scn_title("Raw RTAS Event Begin");
len += print_raw_data(re->buffer, re->event_length);
len += print_scn_title("Raw RTAS Event End");
return len;
}
/**
* print_re_vend_specific_scn
* @brief print the contents of a vendor specific section
*
* @param res rtas_event_scn to print
* @param verbosity verbose level
* @return number of bytes written
*/
int
print_re_vend_errlog_scn(struct scn_header *shdr, int verbosity)
{
struct rtas_vend_errlog *ve;
int len = 0;
if (shdr->scn_id != RTAS_VEND_ERRLOG_SCN) {
errno = EFAULT;
return -1;
}
ve = (struct rtas_vend_errlog *)shdr;
len += print_scn_title("Vendor Error Log Section");
len += rtas_print("%-20s%c%c%c%c\n", "Vendor ID:", ve->vendor_id[0],
ve->vendor_id[1], ve->vendor_id[2], ve->vendor_id[3]);
if (ve->vendor_data != NULL) {
len += rtas_print("Raw Vendor Error Log:\n");
len += print_raw_data(ve->vendor_data, ve->vendor_data_sz);
}
return len;
}
/**
* print_fru_pe_scn
* @bried print the contents of a FRU Power Enclosure substructure
*
* @param fruhdr pointer to the fru_hdr of the FRU PE section to print
* @param verbosity verbose level
* @returns the number of bytes printed
*/
static int
print_fru_pe_scn(struct rtas_fru_hdr *fruhdr, int verbosity)
{
struct rtas_fru_pe_scn *fru_pe = (struct rtas_fru_pe_scn *)fruhdr;
int len;
len = print_scn_title("FRU PE Section");
len += print_fru_hdr(fruhdr, verbosity);
len += print_mtms(&fru_pe->pce_mtms);
if (fru_pe->pce_name[0] != '\0')
len += rtas_print("%-20s%s\n\n", "PCE Name:", fru_pe->pce_name);
else
len += rtas_print("\n\n");
return len;
}
/**
* print_cpu_failure
* @brief Print the contents of a cpu section
*
* @param res rtas_event_scn pointer to cpu section
* @param verbosity verbose level of output
* @return number of bytes written
*/
int
print_re_cpu_scn(struct scn_header *shdr, int verbosity)
{
struct rtas_cpu_scn *cpu;
int len = 0;
if (shdr->scn_id != RTAS_CPU_SCN) {
errno = EFAULT;
return 0;
}
cpu = (struct rtas_cpu_scn *)shdr;
len += print_scn_title("CPU Section");
if (cpu->internal)
len += rtas_print("Internal error (not cache).\n");
if (cpu->intcache)
len += rtas_print("Internal cache.\n");
if (cpu->extcache_parity)
len += rtas_print("External cache parity (or multi-bit).\n");
if (cpu->extcache_ecc)
len += rtas_print("External cache ECC.\n");
if (cpu->sysbus_timeout)
len += rtas_print("System bus timeout.\n");
if (cpu->io_timeout)
len += rtas_print("I/O timeout.\n");
if (cpu->sysbus_parity)
len += rtas_print("System bus parity.\n");
if (cpu->sysbus_protocol)
len += rtas_print("System bus protocol/transfer.\n");
len += rtas_print(PRNT_FMT_2, "CPU id:", cpu->id,
"Failing Element:", cpu->element);
len += rtas_print(PRNT_FMT_ADDR, "Failing address:",
cpu->failing_address_hi,
cpu->failing_address_lo);
if ((shdr->re->version >= 4) && (cpu->try_reboot))
len += rtas_print("A reboot of the system may correct the problem.\n");
len += rtas_print("\n");
return len;
}
/**
* print_re_ibm_diag_scn
* @brief print the contents of an IBM diagnostics log section
*
* @param res rtas_event_scn pointer for IBM diagnostics log section
* @param verbosity verbose level of output
* @return number of bytes written
*/
int
print_re_ibm_diag_scn(struct scn_header *shdr, int verbosity)
{
struct rtas_ibm_diag_scn *ibmdiag;
int len = 0;
if (shdr->scn_id != RTAS_IBM_DIAG_SCN) {
errno = EFAULT;
return -1;
}
ibmdiag = (struct rtas_ibm_diag_scn *)shdr;
len += print_scn_title("IBM Diagnostics Section");
len += rtas_print(PRNT_FMT"\n", "Event ID:", ibmdiag->event_id);
return len;
}
/**
* print_v6_scn_hdr
* @brief print the generic version 6 section header
*
* @param name section name
* @param shdr rtas_v6_scn_hdr pointer
* @param verbosity verbose level of output
* @return number of bytes written
*/
int
print_v6_hdr(char *name, struct rtas_v6_hdr *v6hdr, int verbosity)
{
int len;
len = print_scn_title(name);
if (verbosity > 1) {
len += rtas_print("%-20s %c%c "PRNT_FMT_R,
"Section ID:", v6hdr->id[0], v6hdr->id[1],
"Section Length:", v6hdr->length);
len += rtas_print(PRNT_FMT_2, "Version:", v6hdr->version,
"Sub_type:", v6hdr->subtype);
len += rtas_print(PRNT_FMT_R, "Component ID:",
v6hdr->creator_comp_id);
}
return len;
}
/**
* print_re_fru_scn
* @brief print the contents of an FRU section
*
* @param res rtas_event_scn pointer for a fru section
* @param verbosity verbose level of output
* @param count current fru section number that we are printing
* @return number of bytes written
*/
int
print_re_fru_scn(struct rtas_fru_scn *fru, int verbosity, int count)
{
struct rtas_fru_hdr *fruhdr;
int len = 0;
len += print_scn_title("FRU Section (%d)", count);
if (verbosity >= 2) {
len += rtas_print(PRNT_FMT_2, "Length:", fru->length,
"Call-Out Type:", fru->type);
len += rtas_print("%-20s%-8s %-20s%-8s\n", "Fru ID Included:",
(fru->fru_id_included) ? "Yes" : "No",
"Fru Subscns:",
(fru->fru_subscn_included) ? "Yes" : "No");
}
len += print_fru_priority(fru->priority);
if (fru->loc_code_length) {
if (verbosity >= 2)
len += rtas_print(PRNT_FMT_R, "Loc Code Length:",
fru->loc_code_length);
len += rtas_print("%-20s%s\n", "Location Code:", fru->loc_code);
}
len += rtas_print("\n");
for (fruhdr = fru->subscns; fruhdr != NULL; fruhdr = fruhdr->next) {
if (strncmp(fruhdr->id, "ID", 2) == 0)
len += print_fru_id_scn(fruhdr, verbosity);
else if (strncmp(fruhdr->id, "PE", 2) == 0)
len += print_fru_pe_scn(fruhdr, verbosity);
else if (strncmp(fruhdr->id, "MR", 2) == 0)
len += print_fru_mr_scn(fruhdr, verbosity);
}
return len;
}
/**
* print_fru_mr_scn
* @bried print the contents of a FRU Manufacturing Replaceable substructure
*
* @param fruhdr pointer to the fru_hdr of the FRU MR section to print
* @param verbosity verbose level
* @returns the number of bytes printed
*/
static int
print_fru_mr_scn(struct rtas_fru_hdr *fruhdr, int verbosity)
{
struct rtas_fru_mr_scn *fru_mr = (struct rtas_fru_mr_scn *)fruhdr;
int i, len;
len = print_scn_title("FRU MR Section");
len += print_fru_hdr(fruhdr, verbosity);
len += rtas_print("\nManufacturing Replaceable Unit Fields (%d):\n",
frumr_num_callouts(fru_mr));
for (i = 0; i < frumr_num_callouts(fru_mr); i++) {
struct fru_mru *mru = &fru_mr->mrus[i];
len += rtas_print("%-20s%c %-20s%08x\n", "MRU Priority:",
mru->priority, "MRU ID:", mru->id);
}
len += rtas_print("\n");
return len;
}
/**
* print_fru_id_scn
* @bried print the contents of a FRU Identity substructure
*
* @param fruhdr pointer to the fru_hdr of the FRU ID section to print
* @param verbosity verbose level
* @returns the number of bytes printed
*/
static int
print_fru_id_scn(struct rtas_fru_hdr *fruhdr, int verbosity)
{
struct rtas_fru_id_scn *fru_id = (struct rtas_fru_id_scn *)fruhdr;
int len;
uint32_t component;
len = print_scn_title("FRU ID Section");
len += print_fru_hdr(fruhdr, verbosity);
component = fru_id->fruhdr.flags & RTAS_FRUID_COMP_MASK;
if (component) {
len += rtas_print(PRNT_FMT" ", "Failing Component:", component);
switch (component) {
case RTAS_FRUID_COMP_HARDWARE:
len += rtas_print("(\"normal\" hardware FRU)\n");
break;
case RTAS_FRUID_COMP_CODE:
len += rtas_print("(Code FRU)\n");
break;
case RTAS_FRUID_COMP_CONFIG_ERROR:
len += rtas_print("(Configuration error)\n");
break;
case RTAS_FRUID_COMP_MAINT_REQUIRED:
len += rtas_print("(Mainteneace procedure required)\n");
break;
case RTAS_FRUID_COMP_EXTERNAL:
len += rtas_print("(External FRU)\n");
break;
case RTAS_FRUID_COMP_EXTERNAL_CODE:
len += rtas_print("(External Code FRU)\n");
break;
case RTAS_FRUID_COMP_TOOL:
len += rtas_print("(Tool FRU)\n");
break;
case RTAS_FRUID_COMP_SYMBOLIC:
len += rtas_print("(Symbolic FRU)\n");
break;
default:
len += rtas_print("\n");
break;
}
}
if (fruid_has_part_no(fru_id))
len += rtas_print("%-20s%s\n", "FRU Stocking Part:", fru_id->part_no);
if (fruid_has_proc_id(fru_id))
len += rtas_print("%-20s%s\n", "Procedure ID:", fru_id->procedure_id);
if (fruid_has_ccin(fru_id))
len += rtas_print("%-20s%s\n", "CCIN:", fru_id->ccin);
if (fruid_has_serial_no(fru_id))
len += rtas_print("%-20s%s\n", "Serial Number:", fru_id->serial_no);
len += rtas_print("\n");
return len;
}
