#include &conf.h& #include &privs.h& #include &mod_sql.h& #define _MOD_VERSION &mod_sql/4.10& #ifdef HAVE_CRYPT_H #include #endif #ifdef HAVE_LIMITS_H #include
#endif /**************/ /* 引入md5头文件 */ #include /**************/ /* Uncomment the following define to allow OpenSSL hashed password checking; * you@#ll also need to link with OpenSSL@#s crypto library ( -lcrypto ) */ /* #define HAVE_OPENSSL */ #ifdef HAVE_OPENSSL #include #endif /* default information for tables and fields */ #define MOD_SQL_DEF_USERTABLE &users& #define MOD_SQL_DEF_USERNAMEFIELD &userid& #define MOD_SQL_DEF_USERUIDFIELD &uid& #define MOD_SQL_DEF_USERGIDFIELD &gid& #define MOD_SQL_DEF_USERPASSWORDFIELD &password& #define MOD_SQL_DEF_USERSHELLFIELD &shell& #define MOD_SQL_DEF_USERHOMEDIRFIELD &homedir& #define MOD_SQL_DEF_GROUPTABLE &groups& #define MOD_SQL_DEF_GROUPNAMEFIELD &groupname& #define MOD_SQL_DEF_GROUPGIDFIELD &gid& #define MOD_SQL_DEF_GROUPMEMBERSFIELD &members& /* default minimum id / default uid / default gid info. * uids and gids less than MOD_SQL_MIN_USER_UID and * MOD_SQL_MIN_USER_GID, respectively, get automatically * mapped to the defaults, below. These can be * overridden using directives */ #define MOD_SQL_MIN_USER_UID 999 #define MOD_SQL_MIN_USER_GID 999 #define MOD_SQL_DEF_UID 65533 #define MOD_SQL_DEF_GID 65533 #define MOD_SQL_BUFSIZE 32 /* Named Query defines */ #define SQL_SELECT_C &SELECT& #define SQL_INSERT_C &INSERT& #define SQL_UPDATE_C &UPDATE& #define SQL_FREEFORM_C &FREEFORM& /* authmask defines */ #define SQL_AUTH_USERS (1<<0) #define SQL_AUTH_GROUPS (1<<1) #define SQL_AUTH_USERS_DEFINITIVE (1<<2) #define SQL_AUTH_GROUPS_DEFINITIVE (1<<3) #define SQL_AUTH_USERSET (1<<4) #define SQL_AUTH_GROUPSET (1<<5) #define SQL_FAST_USERSET (1<<6) #define SQL_FAST_GROUPSET (1<<7) #define SQL_GROUPS (cmap.authmask & SQL_AUTH_GROUPS) #define SQL_USERS (cmap.authmask & SQL_AUTH_USERS) #define SQL_GROUPSET (cmap.authmask & SQL_AUTH_GROUPSET) #define SQL_USERSET (cmap.authmask & SQL_AUTH_USERSET) #define SQL_FASTGROUPS (cmap.authmask & SQL_FAST_GROUPSET) #define SQL_FASTUSERS (cmap.authmask & SQL_FAST_USERSET) #define SQL_GROUPGOD (cmap.authmask & SQL_AUTH_GROUPS_DEFINITIVE) #define SQL_USERGOD (cmap.authmask & SQL_AUTH_USERS_DEFINITIVE) /* * externs, function signatures.. whatever necessary to make * the compiler happy.. */ extern pr_response_t *resp_list,*resp_err_list; static char *_sql_where(pool *p, int cnt, ...); MODRET cmd_getgrent(cmd_rec *); MODRET cmd_setgrent(cmd_rec *); pool *sql_pool; /* * cache typedefs */ #define CACHE_SIZE 13 typedef struct cache_entry { struct cache_entry *list_next; struct cache_entry *bucket_next; void *data; } cache_entry_t; /* this struct holds invariant information for the current session */ static struct { /* * info valid after getpwnam */ char *authuser; /* current authorized user */ struct passwd *authpasswd; /* and their passwd struct */ /* * generic status information */ int status; /* is mod_sql on? */ int authmask; /* authentication mask. * see set_sqlauthenticate for info */ /* * user table and field information */ char *usrtable; /* user info table name */ char *usrfield; /* user name field */ char *pwdfield; /* user password field */ char *uidfield; /* user uid field */ char *gidfield; /* user gid field */ char *homedirfield; /* user homedir field */ char *shellfield; /* user login shell field */ char *userwhere; /* users where clause */ /* * group table and field information */ char *grptable; /* group info table name */ char *grpfield; /* group name field */ char *grpgidfield; /* group gid field */ char *grpmembersfield; /* group members field */ char *groupwhere; /* groups where clause */ /* * other information */ array_header *authlist; /* auth handler list */ char *defaulthomedir; /* default homedir if no field specified */ int buildhomedir; /* create homedir if it doesn@#t exist? */ uid_t minid; /* users UID must be this or greater */ uid_t minuseruid; /* users UID must be this or greater */ gid_t minusergid; /* users UID must be this or greater */ uid_t defaultuid; /* default UID if none in database */ gid_t defaultgid; /* default GID if none in database */ cache_entry_t *curr_group; /* next group in group array for getgrent */ cache_entry_t *curr_passwd; /* next passwd in passwd array for getpwent */ int group_cache_filled; int passwd_cache_filled; unsigned char negative_cache; /* cache negative as well as positive lookups */ /* * mod_ratio data -- someday this needs to be removed from mod_sql */ char *sql_fstor; /* fstor int(11) NOT NULL DEFAULT @#0@#, */ char *sql_fretr; /* fretr int(11) NOT NULL DEFAULT @#0@#, */ char *sql_bstor; /* bstor int(11) NOT NULL DEFAULT @#0@#, */ char *sql_bretr; /* bretr int(11) NOT NULL DEFAULT @#0@#, */ char *sql_frate; /* frate int(11) NOT NULL DEFAULT @#5@#, */ char *sql_fcred; /* fcred int(2) NOT NULL DEFAULT @#15@#, */ char *sql_brate; /* brate int(11) NOT NULL DEFAULT @#5@#, */ char *sql_bcred; /* bcred int(2) NOT NULL DEFAULT @#150000@#, */ /* * precomputed strings */ char *usrfields; char *grpfields; } cmap; /* * cache functions */ typedef unsigned int ( * val_func ) ( const void * ); typedef int ( * cmp_func ) ( const void *, const void * ); typedef struct { /* memory pool for this object */ pool *pool; /* cache buckets */ cache_entry_t *buckets[ CACHE_SIZE ]; /* cache functions */ val_func hash_val; cmp_func cmp; /* list pointers */ cache_entry_t *head; /* list size */ unsigned int nelts; } cache_t; cache_t *group_name_cache; cache_t *group_gid_cache; cache_t *passwd_name_cache; cache_t *passwd_uid_cache; static cache_t *make_cache( pool *p, val_func hash_val, cmp_func cmp ) { cache_t *res; if ( ( p == NULL ) || ( hash_val == NULL ) || ( cmp == NULL ) ) return NULL; res = ( cache_t * ) pcalloc( p, sizeof( cache_t ) ); res->pool = p; res->hash_val = hash_val; res->cmp = cmp; res->head = NULL; res->nelts = 0; return res; } static cache_entry_t *cache_addentry( cache_t *cache, void *data ) { cache_entry_t *entry; int hashval; if ( ( cache == NULL ) || ( data == NULL ) ) return NULL; /* create the entry */ entry = ( cache_entry_t * ) pcalloc( cache->pool, sizeof( cache_entry_t ) ); entry->data = data; /* deal with the list */ if ( cache->head == NULL ) { cache->head = entry; } else { entry->list_next = cache->head; cache->head = entry; } /* deal with the buckets */ hashval = cache->hash_val( data ) % CACHE_SIZE; if ( cache->buckets[ hashval ] == NULL ) { cache->buckets[ hashval ] = entry; } else { entry->bucket_next = cache->buckets[ hashval ]; cache->buckets[ hashval ] = entry; } cache->nelts++; return entry; } static void *cache_findvalue( cache_t *cache, void *data ) { cache_entry_t *entry; int hashval; if ( ( cache == NULL ) || ( data == NULL ) ) return NULL; hashval = cache->hash_val( data ) % CACHE_SIZE; entry = cache->buckets[ hashval ]; while ( entry != NULL ) { if ( cache->cmp 关键词标签：
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