32 static void *get_entry_start(struct table_info *tab)  in get_entry_start()  argument
34 	if (tab->count == SFI_TABLE_MAX_ENTRIES)  in get_entry_start()
36 	tab->entry_start = tab->base + tab->ptr;  in get_entry_start()
37 	tab->table[tab->count] = tab->entry_start;  in get_entry_start()
38 	tab->entry_start += sizeof(struct sfi_table_header);  in get_entry_start()
40 	return (void *)(uintptr_t)tab->entry_start;  in get_entry_start()
43 static void finish_table(struct table_info *tab, const char *sig, void *entry)  in finish_table()  argument
47 	hdr = (struct sfi_table_header *)(uintptr_t)(tab->base + tab->ptr);  in finish_table()
49 	hdr->len = sizeof(*hdr) + ((ulong)entry - tab->entry_start);  in finish_table()
55 	tab->ptr += hdr->len;  in finish_table()
56 	tab->ptr = ALIGN(tab->ptr, 16);  in finish_table()
57 	tab->count++;  in finish_table()
60 static int sfi_write_system_header(struct table_info *tab)  in sfi_write_system_header()  argument
62 	u64 *entry = get_entry_start(tab);  in sfi_write_system_header()
68 	for (i = 0; i < tab->count; i++)  in sfi_write_system_header()
69 		*entry++ = tab->table[i];  in sfi_write_system_header()
70 	finish_table(tab, SFI_SIG_SYST, entry);  in sfi_write_system_header()
75 static int sfi_write_cpus(struct table_info *tab)  in sfi_write_cpus()  argument
77 	struct sfi_cpu_table_entry *entry = get_entry_start(tab);  in sfi_write_cpus()
98 		finish_table(tab, SFI_SIG_CPUS, entry);  in sfi_write_cpus()
103 static int sfi_write_apic(struct table_info *tab)  in sfi_write_apic()  argument
105 	struct sfi_apic_table_entry *entry = get_entry_start(tab);  in sfi_write_apic()
112 	finish_table(tab, SFI_SIG_APIC, entry);  in sfi_write_apic()
117 static int sfi_write_xsdt(struct table_info *tab)  in sfi_write_xsdt()  argument
119 	struct sfi_xsdt_header *entry = get_entry_start(tab);  in sfi_write_xsdt()
128 	finish_table(tab, SFI_SIG_XSDT, entry);  in sfi_write_xsdt()