1 /* 2 * CDDL HEADER START 3 * 4 * The contents of this file are subject to the terms of the 5 * Common Development and Distribution License, Version 1.0 only 6 * (the "License"). You may not use this file except in compliance 7 * with the License. 8 * 9 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE 10 * or http://www.opensolaris.org/os/licensing. 11 * See the License for the specific language governing permissions 12 * and limitations under the License. 13 * 14 * When distributing Covered Code, include this CDDL HEADER in each 15 * file and include the License file at usr/src/OPENSOLARIS.LICENSE. 16 * If applicable, add the following below this CDDL HEADER, with the 17 * fields enclosed by brackets "[]" replaced with your own identifying 18 * information: Portions Copyright [yyyy] [name of copyright owner] 19 * 20 * CDDL HEADER END 21 */ 22 /* 23 * Copyright (c) 1999, 2000 by Sun Microsystems, Inc. 24 * All rights reserved. 25 */ 26 27 #ifndef _MONTECARLO_SYS_MCT_TOPOLOGY_H 28 #define _MONTECARLO_SYS_MCT_TOPOLOGY_H 29 30 #pragma ident "%Z%%M% %I% %E% SMI" 31 32 #ifdef __cplusplus 33 extern "C" { 34 #endif 35 36 /* 37 * mct_topology.h 38 * MonteCarlo / Tonga topology structures and types for the scsb driver 39 * and its kstat structure "env_topology", to be available to applications 40 * like envmond and snmp agents. 41 */ 42 /* 43 * SCB information also defined in scsb.h, which file is not available to 44 * applications. 45 */ 46 #define SCB_P10_NOK_LED_REGS 4 47 #define SCB_P10_OK_LED_REGS 4 48 #define SCB_P10_BLINK_LED_REGS 2 49 #define SCB_P10_LED_REGS 10 50 #define SCB_P15_NOK_LED_REGS 3 51 #define SCB_P15_OK_LED_REGS 3 52 #define SCB_P15_BLINK_LED_REGS 3 53 #define SCB_P15_LED_REGS 9 54 55 /* Save this existing definition, but use it as the MAX */ 56 #define SCSB_LEDDATA_REGISTERS SCB_P10_LED_REGS 57 58 #define MC_MAX_SLOTS 8 /* CPU, ALRM, cPCI Slots */ 59 #define MC_MAX_FAN 2 60 #define MC_MAX_PDU 2 61 #define MC_MAX_PS 2 62 #define MC_MAX_DISK 3 63 #define MC_MAX_SCB 1 64 #define MC_MAX_AC 1 65 #define MC_MAX_CFTM 1 66 #define MC_MAX_CRTM 1 67 #define MC_MAX_PRTM 1 68 69 #define TG_MAX_SLOTS 5 /* CPU, ALRM, cPCI Slots */ 70 #define TG_MAX_FAN 2 71 #define TG_MAX_PS 1 72 #define TG_MAX_PDU 1 73 #define TG_MAX_DISK 1 74 #define TG_MAX_SCB 1 75 #define TG_MAX_AC 1 76 #define TG_MAX_CFTM 1 77 #define TG_MAX_CRTM 1 78 #define TG_MAX_PRTM 1 79 80 /* 81 * Maximum number of FRUs in MCT systems, 82 * used for sizeof fru_id_table[] and index check 83 */ 84 #define MCT_MAX_FRUS 32 85 86 /* 87 * The I2C addresses of System I2C devices 88 * from "MonteCarlo: Programming Interface Specifications" Version 0.9 89 */ 90 #define MCT_I2C_CPUPWR 0x72 91 #define MCT_I2C_FAN1 0x74 92 #define MCT_I2C_FAN2 0x76 93 #define MCT_I2C_FAN3 0x78 94 #define MCT_I2C_PS1 0x7c 95 #define MCT_I2C_PS2 0x7e 96 #define MCT_I2C_SCB 0x80 97 #define MCT_I2C_CPUTEMP 0x9e 98 99 /* 100 * CFG1_MPID masks 101 */ 102 #define SCTRL_MPID_MASK 0xf 103 #define SCTRL_MPID_HALF 0x0 104 #define SCTRL_MPID_QUARTER 0x1 105 #define SCTRL_MPID_QUARTER_NODSK 0x3 106 107 /* 108 * Interrupt Event Codes 109 * Also used by "scsb" to locate fruid_table index, 110 * so the order is very important. 111 */ 112 #define SCTRL_EVENT_NONE 0x0000 113 #define SCTRL_EVENT_SLOT1 0x00000001 114 #define SCTRL_EVENT_SLOT2 0x00000002 115 #define SCTRL_EVENT_SLOT3 0x00000004 116 #define SCTRL_EVENT_SLOT4 0x00000008 117 #define SCTRL_EVENT_SLOT5 0x00000010 118 #define SCTRL_EVENT_SLOT6 0x00000020 119 #define SCTRL_EVENT_SLOT7 0x00000040 120 #define SCTRL_EVENT_SLOT8 0x00000080 121 #define SCTRL_EVENT_SLOT9 0x00000100 122 #define SCTRL_EVENT_SLOT10 0x00000200 123 #define SCTRL_EVENT_PDU1 0x00000400 124 #define SCTRL_EVENT_PDU2 0x00000800 125 #define SCTRL_EVENT_PS1 0x00001000 126 #define SCTRL_EVENT_PS2 0x00002000 127 #define SCTRL_EVENT_DISK1 0x00004000 128 #define SCTRL_EVENT_DISK2 0x00008000 129 #define SCTRL_EVENT_DISK3 0x00010000 130 #define SCTRL_EVENT_FAN1 0x00020000 131 #define SCTRL_EVENT_FAN2 0x00040000 132 #define SCTRL_EVENT_FAN3 0x00080000 133 #define SCTRL_EVENT_ALARM 0x00100000 134 #define SCTRL_EVENT_SCB 0x00200000 135 #define SCTRL_EVENT_SSB 0x00400000 136 #define SCTRL_EVENT_CRTM 0x00800000 137 #define SCTRL_EVENT_CFTM 0x01000000 138 #define SCTRL_EVENT_PRTM 0x02000000 139 #define SCTRL_EVENT_PWRDWN 0x04000000 140 #define SCTRL_EVENT_REPLACE 0x08000000 141 #define SCTRL_EVENT_ALARM_INT 0x10000000 142 #define SCTRL_EVENT_ALARM_INSERTION 0x20000000 143 #define SCTRL_EVENT_ALARM_REMOVAL 0x40000000 144 #define SCTRL_EVENT_OTHER 0x80000000 145 146 147 148 typedef uchar_t topo_id_t; 149 typedef uchar_t fru_id_t; 150 typedef uint16_t fru_version_t; 151 typedef uint16_t fru_max_t; 152 typedef uint16_t scsb_unum_t; 153 154 typedef enum { 155 MCT_HEALTH_NA = 0, 156 MCT_HEALTH_OK = 1, 157 MCT_HEALTH_NOK = 2 158 } fru_health_t; 159 160 /* 161 * Known MC/Tg Slot occupants, and UNKN for unknown 162 * NOTE: the CTC occupant is the CFTM FRU type on MonteCarlo 163 */ 164 typedef enum { 165 OC_UNKN = 0, 166 OC_CPU = 1, 167 OC_AC = 2, 168 OC_BHS = 3, 169 OC_FHS = 4, 170 OC_HAHS = 5, 171 OC_QFE = 6, 172 OC_FRCH = 7, 173 OC_COMBO = 8, 174 OC_PMC = 9, 175 OC_ATM = 10, 176 OC_CTC = 11 177 } mct_slot_occupant_t; 178 179 typedef enum { 180 SLOT = 0, 181 PDU = 1, 182 PS = 2, 183 DISK = 3, 184 FAN = 4, 185 ALARM = 5, 186 SCB = 6, 187 SSB = 7, 188 CFTM = 8, 189 CRTM = 9, 190 PRTM = 10, 191 MIDPLANE = 11 192 } scsb_utype_t; 193 194 #define SCSB_UNIT_TYPES 11 /* w/o MIDPLANE */ 195 196 typedef enum scsb_fru_status { 197 FRU_NOT_PRESENT, 198 FRU_PRESENT, 199 FRU_NOT_AVAILABLE 200 } scsb_fru_status_t; 201 202 typedef enum { 203 SWAP_NOT, SWAP_BASIC, SWAP_FULL, SWAP_HA 204 } cpci_swap_type_t; 205 206 typedef struct fru_options { 207 char *board_name; 208 cpci_swap_type_t swap_type; 209 struct fru_options *next; 210 } fru_options_t; 211 212 typedef struct fru_i2c_info { 213 uchar_t syscfg_reg; 214 uchar_t syscfg_bit; 215 uchar_t ledata_reg; 216 uchar_t ledata_bit; 217 uchar_t blink_reg; 218 uchar_t blink_bit; 219 } fru_i2c_info_t; 220 221 typedef struct fru_info { 222 scsb_fru_status_t fru_status; /* FRU present status */ 223 scsb_unum_t fru_unit; /* FRU external unit number */ 224 scsb_utype_t fru_type; /* also an index to FRU lists */ 225 fru_id_t fru_id; /* I2C address, SCSIID, Slot Num */ 226 fru_version_t fru_version; /* version number where possible */ 227 fru_options_t *type_list; /* list of possible boards for slots */ 228 fru_i2c_info_t *i2c_info; /* for I2C devices */ 229 struct fru_info *next; 230 } fru_info_t; 231 232 struct system_info { 233 fru_info_t mid_plane; /* one always present */ 234 fru_max_t max_units[SCSB_UNIT_TYPES]; 235 fru_info_t *fru_info_list[SCSB_UNIT_TYPES]; 236 }; 237 238 /* 239 * scsb kstat types 240 */ 241 #define SCSB_KS_LEDDATA "scsb_leddata" 242 #define SCSB_KS_STATE "scsb_state" 243 #define SCSB_KS_EVC_REGISTER "scsb_evc_register" 244 #define SCSB_KS_TOPOLOGY "env_topology" 245 246 typedef struct ks_fru_info { 247 scsb_fru_status_t fru_status; /* FRU presence/availability status */ 248 scsb_unum_t fru_unit; /* FRU external unit number */ 249 scsb_utype_t fru_type; /* and occupant type for solts */ 250 fru_id_t fru_id; /* I2C address, SCSIID, Slot Num */ 251 fru_version_t fru_version; /* version number where possible */ 252 fru_health_t fru_health; /* From NOK LED, if available */ 253 } ks_fru_info_t; 254 255 typedef union scsb_leddata { 256 uchar_t scb_led_regs[SCSB_LEDDATA_REGISTERS]; 257 union { 258 struct { 259 uchar_t nok_leds[SCB_P10_NOK_LED_REGS]; 260 uchar_t ok_leds[SCB_P10_OK_LED_REGS]; 261 uchar_t blink_leds[SCB_P10_BLINK_LED_REGS]; 262 } p10; 263 struct { 264 uchar_t nok_leds[SCB_P15_NOK_LED_REGS]; 265 uchar_t ok_leds[SCB_P15_OK_LED_REGS]; 266 uchar_t blink_leds[SCB_P15_BLINK_LED_REGS]; 267 } p15; 268 } leds; 269 } scsb_ks_leddata_t; 270 271 typedef struct { 272 uint8_t scb_present; /* SCB is present */ 273 uint8_t ssb_present; /* SSB is present */ 274 uint8_t scsb_frozen; /* SCB swap state */ 275 uint8_t scsb_mode; /* driver access mode */ 276 uint8_t unused_1; 277 uint8_t unused_2; 278 uint8_t unused_3; 279 uint8_t unused_4; 280 uint32_t event_code; /* event code bit map */ 281 } scsb_ks_state_t; 282 283 typedef struct { 284 ks_fru_info_t mid_plane; 285 fru_max_t max_units[SCSB_UNIT_TYPES]; 286 ks_fru_info_t mct_slots[MC_MAX_SLOTS]; 287 ks_fru_info_t mct_pdu[MC_MAX_PDU]; 288 ks_fru_info_t mct_ps[MC_MAX_PS]; 289 ks_fru_info_t mct_disk[MC_MAX_DISK]; 290 ks_fru_info_t mct_fan[MC_MAX_FAN]; 291 ks_fru_info_t mct_scb[MC_MAX_SCB]; 292 ks_fru_info_t mct_ssb[MC_MAX_SCB]; 293 ks_fru_info_t mct_alarm[MC_MAX_AC]; 294 ks_fru_info_t mct_cftm[MC_MAX_CFTM]; 295 ks_fru_info_t mct_crtm[MC_MAX_CRTM]; 296 ks_fru_info_t mct_prtm[MC_MAX_PRTM]; 297 } mct_topology_t; 298 299 #ifdef __cplusplus 300 } 301 #endif 302 303 #endif /* _MONTECARLO_SYS_MCT_TOPOLOGY_H */ 304