/* * 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 2007 Sun Microsystems, Inc. All rights reserved. * Use is subject to license terms. */ #ifndef _SYS_AUTOCONF_H #define _SYS_AUTOCONF_H #pragma ident "%Z%%M% %I% %E% SMI" /* Derived from autoconf.h, SunOS 4.1.1 1.15 */ #ifdef __cplusplus extern "C" { #endif /* * This defines a parallel structure to the devops list. */ #include #include #include #include #include #include struct devnames { char *dn_name; /* Name of this driver */ int dn_flags; /* per-driver flags, see below */ struct par_list *dn_pl; /* parent list, for making devinfos */ kmutex_t dn_lock; /* Per driver lock (see below) */ dev_info_t *dn_head; /* Head of instance list */ int dn_instance; /* Next instance no. to assign */ void *dn_inlist; /* instance # nodes for this driver */ ddi_prop_list_t *dn_global_prop_ptr; /* per-driver global properties */ kcondvar_t dn_wait; /* for ddi_hold_installed_driver */ kthread_id_t dn_busy_thread; /* for debugging only */ struct mperm *dn_mperm; /* minor permissions */ struct mperm *dn_mperm_wild; /* default minor permission */ struct mperm *dn_mperm_clone; /* minor permission, clone use */ }; /* * dn_lock is used to protect the driver initialization/loading * from fini/unloading. It also protects each drivers devops * reference count, the dn_flags, and the dn_head linked list of * driver instances. The busy_changing bit is used to avoid * recursive calls to ddi_hold_installed_driver to hold the * same driver. */ /* * Defines for dn_flags. */ #define DN_CONF_PARSED 0x0001 #define DN_DRIVER_BUSY 0x0002 /* for ddi_hold_installed_driver */ #define DN_DRIVER_HELD 0x0020 /* held via ddi_hold_installed_driver */ #define DN_TAKEN_GETUDEV 0x0040 /* getudev() used this entry */ #define DN_DRIVER_REMOVED 0x0080 /* driver entry removed */ #define DN_FORCE_ATTACH 0x0100 /* DDI_FORCEATTACH prop */ #define DN_LEAF_DRIVER 0x0200 /* this is a leaf driver */ #define DN_NETWORK_DRIVER 0x0400 /* network interface driver */ #define DN_NO_AUTODETACH 0x0800 /* no autodetach */ #define DN_GLDV3_DRIVER 0x1000 /* gldv3 (Nemo) driver */ #define DN_PHCI_DRIVER 0x2000 /* pHCI driver */ #define DN_OPEN_RETURNS_EINTR 0x4000 /* DDI_OPEN_RETURNS_EINTR prop */ #ifdef _KERNEL /* * Debugging flags and macros */ #define DDI_AUDIT 0x0001 #define DDI_DEBUG 0x0002 #define DDI_MTCONFIG 0x0004 #define DDI_DEBUG_BOOTMOD 0x0008 /* module loading to mount root */ #define DDI_DEBUG_COMPAT 0x0010 /* ddi_hold_install_driver */ #define LDI_DBG_OPENCLOSE 0x0020 /* ldi open/close info */ #define LDI_DBG_ALLOCFREE 0x0040 /* ldi ident alloc/free info */ #define LDI_DBG_STREAMS 0x0080 /* ldi streams link/unlink */ #define LDI_DBG_EVENTCB 0x0100 /* ldi event callback info */ #define DDI_INTR_API 0x0200 /* interrupt interface messages */ #define DDI_INTR_IMPL 0x0400 /* interrupt implementation msgs */ #define DDI_INTR_NEXUS 0x0800 /* interrupt messages from nexuses */ #define DDI_DBG_RETIRE 0x1000 /* Retire related messages */ #define DDI_DBG_RTR_VRBOSE 0x2000 /* Verbose Retire messages */ #define DDI_DBG_RTR_TRACE 0x4000 /* Trace Retire messages */ #define LDI_EV_DEBUG 0x8000 /* LDI events debug messages */ #define LDI_EV_TRACE 0x10000 /* LDI events trace messages */ extern int ddidebug; #ifdef DEBUG #define NDI_CONFIG_DEBUG(args) if (ddidebug & DDI_DEBUG) cmn_err args #define BMDPRINTF(args) if (ddidebug & DDI_DEBUG_BOOTMOD) printf args #define DCOMPATPRINTF(args) if (ddidebug & DDI_DEBUG_COMPAT) cmn_err args #define LDI_OPENCLOSE(args) if (ddidebug & LDI_DBG_OPENCLOSE) cmn_err args #define LDI_ALLOCFREE(args) if (ddidebug & LDI_DBG_ALLOCFREE) cmn_err args #define LDI_STREAMS_LNK(args) if (ddidebug & LDI_DBG_STREAMS) cmn_err args #define LDI_EVENTCB(args) if (ddidebug & LDI_DBG_EVENTCB) cmn_err args #define DDI_INTR_APIDBG(args) if (ddidebug & DDI_INTR_API) cmn_err args #define DDI_INTR_IMPLDBG(args) if (ddidebug & DDI_INTR_IMPL) cmn_err args #define DDI_INTR_NEXDBG(args) if (ddidebug & DDI_INTR_NEXUS) cmn_err args #define RIO_DEBUG(args) if (ddidebug & DDI_DBG_RETIRE) cmn_err args #define RIO_VERBOSE(args) if (ddidebug & DDI_DBG_RTR_VRBOSE) cmn_err args #define RIO_TRACE(args) if (ddidebug & DDI_DBG_RTR_TRACE) cmn_err args #define LDI_EVDBG(args) if (ddidebug & LDI_EV_DEBUG) cmn_err args #define LDI_EVTRC(args) if (ddidebug & LDI_EV_TRACE) cmn_err args #else #define NDI_CONFIG_DEBUG(args) #define BMDPRINTF(args) #define DCOMPATPRINTF(args) #define LDI_OPENCLOSE(args) #define LDI_ALLOCFREE(args) #define LDI_STREAMS_LNK(args) #define LDI_EVENTCB(args) #define DDI_INTR_APIDBG(args) #define DDI_INTR_IMPLDBG(args) #define DDI_INTR_NEXDBG(args) #define RIO_DEBUG(args) if (ddidebug & DDI_DBG_RETIRE) cmn_err args #define RIO_VERBOSE(args) if (ddidebug & DDI_DBG_RTR_VRBOSE) cmn_err args #define RIO_TRACE(args) if (ddidebug & DDI_DBG_RTR_TRACE) cmn_err args #define LDI_EVDBG(args) if (ddidebug & LDI_EV_DEBUG) cmn_err args #define LDI_EVTRC(args) if (ddidebug & LDI_EV_TRACE) cmn_err args #endif /* * DDI configuration logs */ #define DDI_STACK_DEPTH 14 typedef struct devinfo_audit { dev_info_t *da_devinfo; /* address of devinfo node */ hrtime_t da_timestamp; /* audit time */ kthread_id_t da_thread; /* thread of transaction */ struct devinfo_audit *da_lastlog; /* last log of state change */ ddi_node_state_t da_node_state; /* devinfo state at log time */ int da_device_state; /* device state */ int da_depth; pc_t da_stack[DDI_STACK_DEPTH]; } devinfo_audit_t; typedef struct { kmutex_t dh_lock; int dh_max; int dh_curr; int dh_hits; devinfo_audit_t dh_entry[1]; } devinfo_log_header_t; struct di_cache { uint32_t cache_valid; /* no lock needed - field atomic updt */ kmutex_t cache_lock; /* protects fields below */ void *cache_data; size_t cache_size; }; extern struct di_cache di_cache; extern int di_cache_debug; extern volatile ulong_t devtree_gen; /* * Special dev_info nodes */ #define PSEUDO_PATH "/"DEVI_PSEUDO_NEXNAME #define CLONE_PATH PSEUDO_PATH"/clone@0" #define DI_CACHE_FILE "/etc/devices/snapshot_cache" #define DI_CACHE_TEMP DI_CACHE_FILE".tmp" extern dev_info_t *options_dip; extern dev_info_t *pseudo_dip; extern dev_info_t *clone_dip; extern major_t clone_major; extern major_t mm_major; extern struct devnames *devnamesp; extern struct devnames orphanlist; extern struct dev_ops nodev_ops, mod_nodev_ops; /* * Obsolete interface, no longer used, to be removed. * Retained only for driver compatibility. */ extern krwlock_t devinfo_tree_lock; /* obsolete */ /* * Acquires dn_lock, as above. */ #define LOCK_DEV_OPS(lp) mutex_enter((lp)) #define UNLOCK_DEV_OPS(lp) mutex_exit((lp)) /* * Not to be used without obtaining the per-driver lock. */ #define INCR_DEV_OPS_REF(opsp) (opsp)->devo_refcnt++ #define DECR_DEV_OPS_REF(opsp) (opsp)->devo_refcnt-- #define CB_DRV_INSTALLED(opsp) ((opsp) != &nodev_ops && \ (opsp) != &mod_nodev_ops) #define DRV_UNLOADABLE(opsp) ((opsp)->devo_refcnt == 0) #define DEV_OPS_HELD(opsp) ((opsp)->devo_refcnt > 0) #define NEXUS_DRV(opsp) ((opsp)->devo_bus_ops != NULL) #define NETWORK_DRV(major) (devnamesp[major].dn_flags & DN_NETWORK_DRIVER) #define GLDV3_DRV(major) (devnamesp[major].dn_flags & DN_GLDV3_DRIVER) extern void impl_rem_dev_props(dev_info_t *); extern void add_class(char *, char *); struct bind; extern int make_mbind(char *, int, char *, struct bind **); extern void delete_mbind(char *, struct bind **); extern void configure(void); #if defined(__sparc) extern void setcputype(void); #endif extern void devtree_freeze(void); extern void reset_leaves(void); extern void setup_ddi(void); extern void setup_ddi_poststartup(void); extern void impl_ddi_callback_init(void); extern void impl_fix_props(dev_info_t *, dev_info_t *, char *, int, caddr_t); extern int impl_check_cpu(dev_info_t *); extern int check_status(int, char *, dev_info_t *); extern int exclude_settrap(int); extern int exclude_level(int); extern major_t path_to_major(char *); extern void i_ddi_node_cache_init(void); extern dev_info_t *i_ddi_alloc_node(dev_info_t *, char *, pnode_t, int, ddi_prop_t *, int); extern void i_ddi_forceattach_drivers(void); extern int i_ddi_io_initialized(void); extern dev_info_t *i_ddi_create_branch(dev_info_t *, int); extern void i_ddi_add_devimap(dev_info_t *dip); extern void i_ddi_di_cache_invalidate(int kmflag); extern void i_ddi_di_cache_free(struct di_cache *cache); /* devname_state - for /dev to denote reconfig and system available */ #define DS_RECONFIG 0x01 /* reconfig boot */ #define DS_SYSAVAIL 0x02 /* implicit reconfig enabled */ extern int i_ddi_sysavail(void); extern int i_ddi_reconfig(void); extern void i_ddi_set_sysavail(void); extern void i_ddi_set_reconfig(void); /* I/O retire related */ extern int e_ddi_retire_device(char *path, char **cons_array); extern int e_ddi_unretire_device(char *path); extern int e_ddi_mark_retiring(dev_info_t *dip, void *arg); extern int e_ddi_retire_notify(dev_info_t *dip, void *arg); extern int e_ddi_retire_finalize(dev_info_t *dip, void *arg); extern void e_ddi_degrade_finalize(dev_info_t *dip); extern void e_ddi_undegrade_finalize(dev_info_t *dip); #endif /* _KERNEL */ #ifdef __cplusplus } #endif #endif /* _SYS_AUTOCONF_H */