Cross Reference: /k10sensor/src/common.c

Lines Matching refs:buf
611 #define PRINT_YORN(buf, what, val)	\
612 	sprintf((buf), FORMAT, (what), (val) ? "yes" : "no");
613 #define PRINT_ENABLED(buf, what, val) \
614 	sprintf((buf), FORMAT, (what), (val) ? "enabled" : "disabled");
615 #define PRINT_ENABLED_NA(buf, what, val) \
616 	sprintf((buf), FORMAT, (what), (val) ? "enabled" : "n/a");
617 #define PRINT_VAL(buf, what, val) \
619 		sprintf((buf), FORMAT, (what), "n/a"); \
624 		sprintf((buf), FORMAT_N, (what), x/10, (x < 0 ? -x : x)%10); \
631  * @param buf	where to append the human readable string
636 dumpCpuInfo(char *buf, cpu_vars_t *v) {
638 	if (v == NULL || buf == NULL) {
639 		return buf;
641 	buf[0] = '\0';
642 	strcat(buf, "########################################################\n");
643 	buf += strlen(buf);
644 	sprintf(buf, "CPU #%d", v->chipId);
646 		buf += strlen(buf);
647 		sprintf(buf, "   INACCURATE TEMPERATURE VALUES (erratum %d)!", 
650 	buf += strlen(buf);
651 	strcat(buf, "\n########################################################\n");
652 	buf += strlen(buf);
653 	sprintf(buf, FORMAT, "Silicon CPU Revision", v->revision);
654 	buf += strlen(buf) - 1;
655 	sprintf(buf, " (%02x-%02x)\n", v->xfamilyModel, v->modelStepping);
656 	buf += strlen(buf);
657 	sprintf(buf, FORMAT, "Family", cat_range_map[v->catIdx].name);
658 	buf += strlen(buf) - 1;
659 	sprintf(buf, " (ebx=0x%08x)\n", v->ebx);
660 	buf += strlen(buf);
661 	buf[0] = '\n'; buf++; buf[0] = '\0';
663 	PRINT_ENABLED_NA(buf, "Thermtrip", v->flags & HTC_THERMTRIP)
664 	buf += strlen(buf);
665 	PRINT_YORN(buf, "HTC capable", v->flags & HTC_CAPABLE)
666 	buf += strlen(buf);
667 	PRINT_VAL(buf, "T Case/Die Max [C]", v->t_case_max)
668 	buf += strlen(buf);
669 	PRINT_VAL(buf, "T Diode Offset [C]", v->diode_offset)
670 	buf += strlen(buf);
671 	buf[0] = '\n'; buf++; buf[0] = '\0';
673 	PRINT_ENABLED(buf, "HTC", v->limits[HTC].flags & TC_ENABLED)
674 	buf += strlen(buf);
675 	PRINT_YORN(buf, "HTC slew-controlled", v->limits[HTC].flags & TC_SLEWED)
676 	buf += strlen(buf);
677 	PRINT_VAL(buf, "HTC Limit [C]", v->limits[HTC].tcrit)
678 	buf += strlen(buf);
679 	PRINT_VAL(buf, "HTC Hysteresis [C]", v->limits[HTC].threshold)
680 	buf += strlen(buf);
681 	buf[0] = '\n'; buf++; buf[0] = '\0';
684 	PRINT_ENABLED(buf, stc ? "STC" : "LHTC", v->limits[STC].flags & TC_ENABLED)
685 	buf += strlen(buf);
686 	PRINT_YORN(buf,  stc ? "STC slew-controlled" : "LHTC slew-controlled",
688 	buf += strlen(buf);
689 	PRINT_VAL(buf, stc ? "STC Limit [C]" : "LHTC Limit [C]",
691 	buf += strlen(buf);
692 	PRINT_VAL(buf, stc ? "STC Hysteresis [C]" : "LHTC Hysteresis [C]",
694 	return (buf + strlen(buf));
701  * @param buf	where to append the human readable string
707 dumpTctrl(char *buf, PCI_HDL pci_hdl, cpu_vars_t *v) {
709 	if (v == NULL || buf == NULL || v == NULL) {
710 		return buf;
712 	buf[0] = '\0';
715 		PRINT_VAL(buf, "T control [C]", t)
720 		PRINT_VAL(buf, "T control Core 0 [C]", t)
721 		buf += strlen(buf);
724 		PRINT_VAL(buf, "T control Core 1 [C]", t)
729 		PRINT_VAL(buf, "T control [C]", t)
731 	return (buf + strlen(buf));