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/*
* CDDL HEADER START
*
* The contents of this file are subject to the terms of the
* Common Development and Distribution License (the "License").
* You may not use this file except in compliance with the License.
*
* You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
* or http://www.opensolaris.org/os/licensing.
* See the License for the specific language governing permissions
* and limitations under the License.
*
* When distributing Covered Code, include this CDDL HEADER in each
* file and include the License file at usr/src/OPENSOLARIS.LICENSE.
* If applicable, add the following below this CDDL HEADER, with the
* fields enclosed by brackets "[]" replaced with your own identifying
* information: Portions Copyright [yyyy] [name of copyright owner]
*
* CDDL HEADER END
*/
/*
* Copyright 1999 Sun Microsystems, Inc. All rights reserved.
* Use is subject to license terms.
*/
/*
* PCMCIA Event Manager Driver
*/
#ifndef _PEM_H
#define _PEM_H
#pragma ident "%Z%%M% %I% %E% SMI"
#ifdef __cplusplus
extern "C" {
#endif
/* #define PEM_DEBUG */
#define PEM_MAX_EVENTS 64
#define PEM_IDNUM 0x454D
#define PEM_NAME "pem"
#define PEM_MIN 0
#define PEM_MAX 1024
#define PEM_HIWATER 4096
#define PEM_LOWATER 1024
#define EM_INIT_REQ 0
#define EM_INFO_REQ 1
#define EM_MODIFY_EVENT_MASK_REQ 2
#define EM_GET_FIRST_TUPLE_REQ 3
#define EM_GET_NEXT_TUPLE_REQ 4
#define EM_INIT_ACK 5
#define EM_INFO_ACK 6
#define EM_EVENT_IND 7
#define EM_ADAPTER_INFO_REQ 8
#define EM_ADAPTER_INFO_ACK 9
#define EM_SOCKET_INFO_REQ 10
#define EM_SOCKET_INFO_ACK 11
#define EM_GET_SOCKET_REQ 12
#define EM_GET_SOCKET_ACK 13
#define EM_IDENT_SOCKET_REQ 14
#define EM_GET_FIRST_TUPLE_ACK 15
#define EM_BADPRIM 1
#define ___VERSION(a, b) (((a)<<8)|(b))
#define EM_VERSION ___VERSION(0, 1)
#define EM_CURRENT_VERSION EM_VERSION
typedef
struct em_init_req {
uint32_t em_primitive;
uint32_t em_logical_socket;
uint32_t em_event_mask_offset;
uint32_t em_event_mask_length;
uint32_t em_event_class_offset;
uint32_t em_event_class_length;
} em_init_req_t;
typedef
struct em_info_req {
uint32_t em_primitive;
} em_info_req_t;
typedef
struct em_modify_event_mask_req {
uint32_t em_primitive;
} em_modify_event_mask_req_t;
typedef
struct em_get_first_tuple_req {
uint32_t em_primitive;
uint32_t em_socket;
uint32_t em_desired_tuple;
} em_get_first_tuple_req_t;
typedef
struct em_get_first_tuple_ack {
uint32_t em_primitive;
} em_get_first_tuple_ack_t;
typedef
struct em_get_next_tuple_req {
uint32_t em_primitive;
} em_get_next_tuple_req_t;
typedef
struct em_get_next_tuple_ack {
uint32_t em_primitive;
} em_get_next_tuple_ack_t;
typedef
struct em_info_ack {
uint32_t em_primitive;
uint32_t em_version;
uint32_t em_state;
uint32_t em_event_mask_offset;
uint32_t em_event_mask_length;
uint32_t em_event_class_offset;
uint32_t em_event_class_length;
} em_info_ack_t;
typedef
struct em_event_ind {
uint32_t em_primitive;
uint32_t em_logical_socket;
uint32_t em_event;
uint32_t em_event_info_offset;
uint32_t em_event_info_length;
} em_event_ind_t;
typedef
struct em_init_ack {
uint32_t em_primitive;
} em_init_ack_t;
/* adapter info is essentially InquireAdapter */
typedef
struct em_adapter_info_req {
uint32_t em_primitive;
} em_adapter_info_req_t;
typedef
struct em_adapter_info_ack {
uint32_t em_primitive;
uint32_t em_num_sockets;
uint32_t em_num_windows;
uint32_t em_num_power;
uint32_t em_power_offset;
uint32_t em_power_length;
} em_adapter_info_ack_t;
/* socket_info is essentially InquireSocket */
typedef
struct em_socket_info_req {
uint32_t em_primitive;
uint32_t em_socket;
} em_socket_info_req_t;
typedef
struct em_socket_info_ack {
uint32_t em_primitive;
uint32_t em_status_int_caps;
uint32_t em_status_report_caps;
uint32_t em_control_indicator_caps;
uint32_t em_socket_caps;
} em_socket_info_ack_t;
/* get_socket */
typedef
struct em_get_socket_req {
uint32_t em_primitive;
uint32_t em_socket;
} em_get_socket_req_t;
typedef
struct em_get_socket_ack {
uint32_t em_primitive;
uint32_t em_socket;
uint32_t em_vcc_level;
uint32_t em_vpp1_level;
uint32_t em_vpp2_level;
uint32_t em_state;
uint32_t em_control_ind;
uint32_t em_ireq_routing;
uint32_t em_iftype;
} em_get_socket_ack_t;
typedef
struct em_ident_socket_req {
uint32_t em_primitive;
uint32_t em_socket;
} em_ident_socket_req_t;
union em_primitives {
uint32_t em_primitive;
em_init_req_t init_req;
em_info_req_t info_req;
em_get_first_tuple_req_t get_first_tuple_req;
em_get_next_tuple_req_t get_next_tuple_req;
em_info_ack_t info_ack;
em_event_ind_t event_ind;
em_modify_event_mask_req_t modify_event_mask_req;
em_get_socket_req_t get_socket_req;
em_ident_socket_req_t ident_socket_req;
};
#define EM_CLASS_SIZE 32
#define EM_EVENT_MASK_SIZE 32
#if defined(_KERNEL)
#define EM_EVENT_SIZE 4
typedef struct pem {
uint32_t pem_flags;
uint32_t pem_state;
uint32_t pem_id;
minor_t pem_minor;
queue_t *pem_qptr;
mblk_t *pem_mb;
uchar_t pem_event_class[EM_CLASS_SIZE/sizeof (uchar_t)];
uchar_t pem_event_mask[EM_EVENT_MASK_SIZE/sizeof (uchar_t)];
} pem_t;
#define EM_INIT 1
#define PEMF_EVENTS 0x0001
#define PEMF_CLASSES 0x0002
#define PEMF_INIT 0x0004
#define PEMMAXINFO (16 + sizeof (struct pcm_make_dev))
struct pem_event {
int pe_owner;
int pe_id;
int pe_event;
int pe_socket;
uchar_t pe_info[PEMMAXINFO];
};
#define PE_OWN_FREE 0
#define PE_OWN_CLAIMED 1
#define PE_OWN_HANDLER 2
#define PEME_OK 0
#define PEME_NO_INFO 1
#define PEME_UNAVAILABLE 2
#define PEME_NO_CIS 3
#define PEME_NO_TUPLE 4
#define PEMTRACE 0x0001
#define PEMERRS 0x0002
#endif
#ifdef __cplusplus
}
#endif
#endif /* _PEM_H */
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