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irix-657m-src/irix/lib/klib/include/kl_hwconfig.h
calmsacibis995 8fc8fa8089 Source code upload
2022-09-29 17:59:04 +03:00

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#ident "$Header: /proj/irix6.5.7m/isms/irix/lib/klib/include/RCS/kl_hwconfig.h,v 1.5 1999/10/19 15:40:09 lucc Exp $"
#define IS_EVEREST ((K_IP == 19) || (K_IP == 21) || (K_IP == 25))
#define EV_CFGINFO_ADDR 0xa800000000002000
/* Private data structure that contains much of the information contained
* in the inventory_s struct (except for the next field).
*/
typedef struct invent_data_s {
int inv_class;
int inv_type;
major_t inv_controller;
minor_t inv_unit;
int inv_state;
int inv_vhndl; /* handle of vertex w/ _invent info */
} invent_data_t;
/* Every discrete part of a system is considered a component. The
* hw_component_s struct is a generic structure that contains information
* common to most types of hardware components. It contains next and prev
* pointers so that components can (optionally) be put onto doubly linked
* lists. It may also contain a pointer to a component-specific private
* data structure.
*/
typedef struct hw_component_s {
/* The order of the first six (6) fields MUST NOT be changed as they
* match the fields in a htnode_s struct.
*/
struct hw_component_s *c_next; /* Must be first */
struct hw_component_s *c_prev; /* Must be second */
struct hw_component_s *c_parent; /* parent to this components */
struct hw_component_s *c_cmplist; /* linked list of sub-components */
int c_seq; /* sequence number */
int c_level; /* level in hwconfig tree */
int c_rec_key; /* DB record key */
int c_parent_key; /* DB record key of parent */
k_uint_t c_sys_id; /* system id */
invent_data_t c_invent; /* invent_data_s struct */
int c_category; /* component category */
int c_type; /* component type by category */
char *c_location; /* if board, contains slot name */
char *c_name; /* name for printing */
char *c_serial_number;
char *c_part_number;
char *c_revision;
int c_enabled; /* -1 if not relevant */
time_t c_install_time;
time_t c_deinstall_time;
int c_data_table; /* index of table holding data */
int c_data_key; /* DB record key of spec data */
void *c_data; /* pointer to type specific data */
int c_vhndl; /* hwgraph vertex handle */
int c_flags; /* various flag values */
int c_state; /* used when comparing hwconfigs */
} hw_component_t;
#define c_inv_class c_invent.inv_class
#define c_inv_type c_invent.inv_type
#define c_inv_controller c_invent.inv_controller
#define c_inv_unit c_invent.inv_unit
#define c_inv_state c_invent.inv_state
#define c_inv_vhndl c_invent.inv_vhndl
/* Hardware Component Categories
*/
#define HW_SYSTEM 0 /* The root of the hwconfig tree */
#define HW_PARTITION 1
#define HW_MODULE 2 /* For IP27 systems only */
#define HW_POWER_SUPPLY 3
#define HW_PCI 4
#define HW_SYSBOARD 5 /* motherboard, backplane, midplane, etc. */
#define HW_BOARD 6
#define HW_CPU 10
#define HW_MAIN_MEM 11
#define HW_MEMBANK 12
#define HW_IOA 13
/* Use the values stored in c_inv_class and c_inv_type (obtained from
* the header file sys/invent.h).
*/
#define HW_INVENTORY 99
/* HW_SYSBOARD Types
*/
#define SBD_MOTHERBOARD 1
#define SBD_O200MB 2
#define SBD_BACKPLANE 3
#define SBD_MIDPLANE 4
#define SBD_FRONTPLANE 5
/* HW_Board Category Types
*/
#define BD_NOBOARD 0
#define BD_NODE 1 /* REALLY AN IP27 */
#define BD_ROUTER 2
#define BD_METAROUTER 3
#define BD_BASEIO 4
#define BD_HIPPI_SERIAL 5
#define BD_PCI_XIO 6
#define BD_MSCSI 7
#define BD_GE14_2 8
#define BD_GE14_4 9
#define BD_GE16_4 10
#define BD_FIBRE_CHANNEL 11
#define BD_IP19 12
#define BD_IP21 13
#define BD_IP25 14
#define BD_IP30 15 /* Octane System Module (System Board) */
#define BD_IP31 16
#define BD_IO4 17
#define BD_MC3 18
#define BD_MIO 19
#define BD_KTOWN 20
#define BD_PM10 21 /* Octane Processor Module (1 CPU) */
#define BD_PM20 22 /* Octane Processor Module (2 CPU) */
#define BD_GM10 23 /* Octane SI (Solid Impact) Graphics */
#define BD_GM20 24 /* Octane SII (Super Solid Impact) Graphics */
#define BD_MOT10 25 /* Octane Graphics */
#define BD_MOT20 26 /* Octane Graphics */
#define BD_GALILEO15 27 /* Video board */
#define BD_PRESENTER 28
#define BD_PCI_ENET 39
#define BD_XTALK_PCI 30
#define BD_QUAD_ATM 31
#define BD_VME_XTOWN_9U 32
#define BD_MENET 33
#define BD_IP31PIMM 34 /* PIMM that plugs into the IP31 */
#define BD_MCO 35
#define BD_PIMM_1XT5_1MB 36 /* IP29 (O200) PIMM board w/1 CPU */
#define BD_PIMM_2XT5_1MB 37 /* IP29 (O200) PIMM board w/2 CPUs */
#define BD_GFX 95 /* GFX Sub-Component board */
#define BD_PIMM 96 /* Generic O200 PIMM (placeholder) */
#define BD_PROCESSOR 97 /* Generic Processor Board (placeholder) */
#define BD_GRAPHICS 98 /* Generic Graphics Board (placeholder) */
#define BD_UNKNOWN 99
/* HW_CPU Category Types
*/
#define CPU_R2000 1
#define CPU_R2000A 2
#define CPU_R3000 3
#define CPU_R3000A 4
#define CPU_R4000 5
#define CPU_R4400 6
#define CPU_R4600 7
#define CPU_R4650 8
#define CPU_R4700 9
#define CPU_R5000 10
#define CPU_R6000 11
#define CPU_R6000A 12
#define CPU_R8000 13
#define CPU_R10000 14
#define CPU_R12000 15
#define CPU_UNKNOWN 99
/* HW_IOA Category Types
*/
#define IOA_NULL 0
#define IOA_SCSI 1
#define IOA_EPC 2
#define IOA_FCHIP 3
#define IOA_SCIP 4
/* HW_IOA types representing adapters that can connect to the FCHIP
*/
#define IOA_VMECC 5
#define IOA_HIPPI 6
#define IOA_FCG 7
#define IOA_DANG 8
#define IOA_GIOCC 9
#define IOA_HIP1A 10
#define IOA_HIP1B 11
#define IOA_UNKNOWN 99
/* HW_PCI Category Types
*/
#define PCI_XTALKPCI 1
#define PCI_MODULE 98 /* Generic (placeholder */
/* HW_POWER_SUPPLY Category Types
*/
#define PWR_S2 1
#define PWR_SPLY 98 /* Generic Power Supply (placeholder) */
/* Private data structure that contains information about the various
* components contained on a node board. Note that detailed information
* about each component is contained in seperate hw_component_s structs
* that are linked into the node hw_component_s struct via the cmplist
* field.
*/
typedef struct node_data_s {
k_uint_t sys_id; /* system id */
uint comp_rec_key; /* component record key */
uint rec_key; /* node_data record key */
uint n_cpu_count; /* number of cpus on node */
uint n_memory; /* node memory in MB */
} node_data_t;
/* Private data structure that contains information about how many
* cpus are installed on a processor board (e.g., IP19, IP21, etc.)
* Note that detailed information about each of the cpus is contained
* in seperate hw_component_s structs that are linked into the processor
* hw_component_s struct via the cmplist field.
*/
typedef struct processor_data_s {
k_uint_t sys_id; /* system id */
uint comp_rec_key; /* component record key */
uint n_cpu_count; /* number of cpus on board */
} processor_data_t;
/* Private data structure that contains information about a
* particular io adapter.
*/
typedef struct ioa_data_s {
k_uint_t sys_id; /* system id */
uint comp_rec_key; /* component record key */
uint ioa_rec_key;
uint ioa_enable;
uint ioa_type;
uint ioa_virtid;
uint ioa_subtype;
} ioa_data_t;
/* Private data structure that contains information about a
* particular cpu.
*/
typedef struct cpu_data_s {
k_uint_t sys_id; /* system id */
uint comp_rec_key; /* component record key */
uint cpu_rec_key; /* cpu record key */
uint cpu_module;
uint cpu_slot;
uint cpu_slice;
uint cpu_id; /* virtual id of cpu */
uint cpu_speed; /* clock speed */
uint cpu_flavor; /* differentiate processor */
uint cpu_cachesz; /* secondary cache size */
uint cpu_cachefreq; /* speed of the secondary cache */
uint cpu_promrev;
uint cpu_enabled;
} cpu_data_t;
/* Private data structure that contains information about memory
* installed in a given memory bank;
*/
typedef struct membank_data_s {
k_uint_t sys_id; /* system id */
uint comp_rec_key; /* component record key */
uint mb_rec_key;
uint mb_attr;
uint mb_flag;
uint mb_bnk_number;
uint mb_size;
uint mb_enable;
} membank_data_t;
/* Macros for typecasting various private data types to the c_data
* pointer in the hw_component_s struct.
*/
#define NODE_DATA(c) ((node_data_t *)(c->c_data))
#define PROCESSOR_DATA(c) ((processor_data_t *)(c->c_data))
#define CPU_DATA(c) ((cpu_data_t *)(c->c_data))
#define IOA_DATA(c) ((ioa_data_t *)(c->c_data))
#define MEMBANK_DATA(c) ((membank_data_t *)(c->c_data))
extern unsigned long MemSizes[];
/* Header struct for hwconfig data
*/
typedef struct hwconfig_s {
int h_flags; /* K_PERM/K_TEMP, etc. */
k_uint_t h_sys_id; /* system ID (can be zero) */
int h_sys_type; /* IP type of system */
time_t h_date; /* if 0 then hwconfig is current */
hw_component_t *h_hwcmp_root;
int h_hwcmp_cnt;
string_table_t *h_st;
} hwconfig_t;
#define HWAFLG(hcp) ALLOCFLG(hcp->h_flags)
#define STRINGTAB_FLG 0x4 /* must coexist with K_TEMP/K_PERM */
/* Structs for printing out inventory_s structures
*/
typedef struct invrec_s {
k_ptr_t ptr;
kaddr_t addr;
path_rec_t *path;
} invrec_t;
typedef struct inventory_rec_s {
int count;
invrec_t **table;
} inventory_rec_t;
/* Structs for use when building a hwconfig tree
*/
typedef struct invstruct_s {
invent_data_t *ptr;
path_rec_t *path;
} invstruct_t;
typedef struct invent_rec_s {
int count;
invstruct_t **table;
} invent_rec_t;
typedef struct invent_level_s {
struct invent_level_s *next;
struct invent_level_s *prev;
int level;
int vhndl;
hw_component_t *hwcp;
invstruct_t *invp;
int invp_free; /* if non-zero, free invp */
} invent_level_t;
#define INSERT_AFTER 1
#define INVENT_SCSICONTROL 0x00000001
#define INVENT_SCSIDRIVE 0x00000002
#define INVENT_SCSITAPE 0x00000004
#define INVENT_PCIADAP 0x00000008
#define INVENT_CPUCHIP 0x00000010
#define INVENT_FPUCHIP 0x00000020
#define INVENT_MEM_MAIN 0x00000040
#define INVENT_NETWORK 0x00000080
#define INVENT_MISC 0x00000100
#define INVENT_ALL 0xffffffff
#define INVENT_SCSI_ALL (INVENT_SCSICONTROL|INVENT_SCSIDRIVE|INVENT_SCSITAPE)
typedef unsigned char byte;
/*
* INQUIRY response
* X3T9.2 Project 375D Revision 10L 07-Sep-93 SCSI-2
* Chapter 8 Table 45
*/
typedef struct scsi_inq_s {
/* 0 */ byte periph_qual : 4,
periph_devtype : 4;
/* 1 */ byte rmb : 1, /* removeable media */
device_type : 7; /* used in SCSI-1 for vendor specific */
/* codes */
/* 2 */ byte AENC : 1,
TrmIOP : 1,
reserved0 : 2,
resp_data_form : 4;
/* 3 */ byte version_ISO : 2,
version_ECMA : 3,
version_ANSI : 3;
/* 4 */ byte add_len; /* (n -4) */
/* 5 */ byte reserved1;
/* 6 */ byte reserved2;
/* 7 */ byte RelAdr : 1,
WBus32 : 1,
WBus16 : 1,
Sync : 1,
Linked : 1,
reserved3 : 1,
CmdQue : 1,
SftRe : 1;
/* 8 */ byte vendor_id [ 8];
/*16 */ byte product_id [16];
/*32 */ byte product_rev[ 4];
/*36 */ byte vendor_spec[20];
} scsi_inq_t;
/** Function prototypes
**/
int kl_get_hwconfig(
hwconfig_t * /* hwconfig_s pointer */,
int /* flag */);
/* Extract various bits of information from a NIC string. In the
* event that more than one entry is in a particular NIC string, the
* s parameter will be loaded with the the first token in the next NIC
* entry.
*/
char *kl_get_mfg_info(
char** /* Pointer to where Part string should be placed */,
char** /* Pointer to where Name string should be placed */,
char** /* Pointer to where Serial Number string should be placed */,
char** /* Pointer to where Revision string should be placed */,
char** /* Pointer to where Group string should be placed */,
char** /* Pointer to where Capability string should be placed */,
char** /* Pointer to where Variety string should be placed */,
char** /* Pointer to where Laser string should be placed */,
char* /* Pointer to next token */);
invent_rec_t *get_invent_table(
int /* Module, 0 for all BUG module, -1 for everything */,
int /* invent type flag */,
int /* block allocation flag */);
void free_invent_table(
invent_rec_t * /* pointer to invent_table */);
path_rec_t *find_parent(
path_rec_t * /* pointer to linked list of path records */,
int /* block allocation flag */);
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