38 #define	ANY_ID		(uint_t)-1
92 	wp->chipid = chipid;  in walk_init()
93 	wp->coreid = coreid;  in walk_init()
94 	wp->strandid = strandid;  in walk_init()
99 	if ((wp->cbfunc = cbfunc) == NULL) {  in walk_init()
100 		wp->hdls = kmem_alloc(sizeof (cmi_hdl_t) * INIT_HDLS, KM_SLEEP);  in walk_init()
101 		wp->nhdl_max = INIT_HDLS;  in walk_init()
102 		wp->nhdl = 0;  in walk_init()
109 	if (wp->cbfunc == NULL)  in walk_fini()
110 		kmem_free(wp->hdls, sizeof (cmi_hdl_t) * wp->nhdl_max);  in walk_fini()
118 	if (wp->chipid != ANY_ID && wp->chipid != cmi_hdl_chipid(hdl))  in select_cmi_hdl()
120 	if (wp->coreid != ANY_ID && wp->coreid != cmi_hdl_coreid(hdl))  in select_cmi_hdl()
122 	if (wp->strandid != ANY_ID && wp->strandid != cmi_hdl_strandid(hdl))  in select_cmi_hdl()
131 	if (wp->cbfunc != NULL)  in select_cmi_hdl()
132 		return (wp->cbfunc(hdl, arg2, arg3));  in select_cmi_hdl()
134 	if (wp->nhdl == wp->nhdl_max) {  in select_cmi_hdl()
135 		size_t sz = sizeof (cmi_hdl_t) * wp->nhdl_max;  in select_cmi_hdl()
138 		bcopy(wp->hdls, newarray, sz);  in select_cmi_hdl()
139 		kmem_free(wp->hdls, sz);  in select_cmi_hdl()
140 		wp->hdls = newarray;  in select_cmi_hdl()
141 		wp->nhdl_max <<= 1;  in select_cmi_hdl()
145 	wp->hdls[wp->nhdl++] = hdl;  in select_cmi_hdl()
161 	 * more information on the chip's physical roots  in populate_cpu()
164 	 * ordering & this has to match the ereport's chip  in populate_cpu()
166 	 * Multi-Chip-Module support should set the chipid  in populate_cpu()
443  * Gather all of the different per-CPU leaves and return them as a series of