137 	xen = 0;  in isxen()
138 	for (base = 0x40000000; base < 0x40010000; base += 0x100) {  in isxen()
154 } while (0)
179 	if (start_info->memmap_paddr != 0)  in hammer_time_xen()
185 	if (start_info->modlist_paddr != 0) {  in hammer_time_xen()
188 		if (start_info->nr_modules == 0) {  in hammer_time_xen()
190 			    "ERROR: modlist_paddr != 0 but nr_modules == 0\n");  in hammer_time_xen()
194 		for (i = 0; i < start_info->nr_modules; i++)  in hammer_time_xen()
204 	return (hammer_time(0, physfree));  in hammer_time_xen()
237 		if (shdr[i].sh_offset == 0)  in xen_pvh_parse_symtab()
242 		if (shdr[j].sh_offset == 0)  in xen_pvh_parse_symtab()
248 	if ((ksymtab == 0 || kstrtab == 0) && isxen())  in xen_pvh_parse_symtab()
262 	if (start_info->modlist_paddr != 0) {  in xen_pvh_parse_preload_data()
268 		cmdline = mod[0].cmdline_paddr ?  in xen_pvh_parse_preload_data()
269 		    (const char *)(mod[0].cmdline_paddr + KERNBASE) : NULL;  in xen_pvh_parse_preload_data()
271 		if (strcmp(cmdline, "header") == 0) {  in xen_pvh_parse_preload_data()
274 			header = (struct xen_header *)(mod[0].paddr + KERNBASE);  in xen_pvh_parse_preload_data()
282 			preload_metadata = (caddr_t)(mod[0].paddr +  in xen_pvh_parse_preload_data()
294 			preload_metadata = (caddr_t)(mod[0].paddr + KERNBASE);  in xen_pvh_parse_preload_data()
295 			off = 0;  in xen_pvh_parse_preload_data()
307 		off += mod[0].paddr + KERNBASE - metadata;  in xen_pvh_parse_preload_data()
315 		init_static_kenv(envp, 0);  in xen_pvh_parse_preload_data()
328 		if (start_info->cmdline_paddr != 0)  in xen_pvh_parse_preload_data()
363 	for (i = 0; i < nentries; i++) {  in pvh_parse_memmap_start_info()
400 	size = memmap.nr_entries * sizeof(xen_smap[0]);  in xen_pvh_parse_memmap()
410 	 * If version >= 1 and memmap_paddr != 0, use the memory map provided  in pvh_parse_memmap()
414 	if ((start_info->version >= 1) && (start_info->memmap_paddr != 0))  in pvh_parse_memmap()