26  * ARE DISCLAIMED.  IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
46  * MERCHANTABILITY AND FITNESS.  IN NO EVENT SHALL ISC BE LIABLE FOR
139 	pw->private = pvt;  in irs_lcl_pw()
140 	pw->close = pw_close;  in irs_lcl_pw()
141 	pw->next = pw_next;  in irs_lcl_pw()
142 	pw->byname = pw_byname;  in irs_lcl_pw()
143 	pw->byuid = pw_byuid;  in irs_lcl_pw()
144 	pw->rewind = pw_rewind;  in irs_lcl_pw()
145 	pw->minimize = pw_minimize;  in irs_lcl_pw()
146 	pw->res_get = NULL;  in irs_lcl_pw()
147 	pw->res_set = NULL;  in irs_lcl_pw()
155 	struct pvt *pvt = (struct pvt *)this->private;  in pw_close()
157 	if (pvt->pw_db) {  in pw_close()
158 		(void)(pvt->pw_db->close)(pvt->pw_db);  in pw_close()
159 		pvt->pw_db = NULL;  in pw_close()
161 	if (pvt->line)  in pw_close()
162 		memput(pvt->line, pvt->max);  in pw_close()
169 	struct pvt *pvt = (struct pvt *)this->private;  in pw_next()
172 	char bf[sizeof(pvt->pw_keynum) + 1];  in pw_next()  local
177 	++pvt->pw_keynum;  in pw_next()
178 	bf[0] = _PW_KEYBYNUM;  in pw_next()
179 	memcpy(bf + 1, (char *)&pvt->pw_keynum, sizeof(pvt->pw_keynum));  in pw_next()
180 	key.data = (u_char *)bf;  in pw_next()
181 	key.size = sizeof(pvt->pw_keynum) + 1;  in pw_next()
182 	return (hashpw(this, &key) ? &pvt->passwd : NULL);  in pw_next()
187 	struct pvt *pvt = (struct pvt *)this->private;  in pw_byname()
190 	char bf[UT_NAMESIZE + 1];  in pw_byname()  local
195 	bf[0] = _PW_KEYBYNAME;  in pw_byname()
197 	memcpy(bf + 1, name, MIN(len, UT_NAMESIZE));  in pw_byname()
198 	key.data = (u_char *)bf;  in pw_byname()
202 	return (rval ? &pvt->passwd : NULL);  in pw_byname()
208 	struct pvt *pvt = (struct pvt *)this->private;  in pw_byuid()
211 	char bf[sizeof(keyuid) + 1];  in pw_byuid()  local
216 	bf[0] = _PW_KEYBYUID;  in pw_byuid()
218 	memcpy(bf + 1, &keyuid, sizeof(keyuid));  in pw_byuid()
219 	key.data = (u_char *)bf;  in pw_byuid()
223 	return (rval ? &pvt->passwd : NULL);  in pw_byuid()
228 	struct pvt *pvt = (struct pvt *)this->private;  in pw_rewind()
230 	pvt->pw_keynum = 0;  in pw_rewind()
235 	struct pvt *pvt = (struct pvt *)this->private;  in pw_minimize()
237 	if (pvt->pw_db != NULL) {  in pw_minimize()
238 		(void) (*pvt->pw_db->close)(pvt->pw_db);  in pw_minimize()
239 		pvt->pw_db = NULL;  in pw_minimize()
249 	if (pvt->pw_db) {  in initdb()
250 		if (lseek((*pvt->pw_db->fd)(pvt->pw_db), 0L, SEEK_CUR) >= 0L)  in initdb()
253 			(void) (*pvt->pw_db->close)(pvt->pw_db);  in initdb()
255 	pvt->pw_db = dbopen((p = _PATH_SMP_DB), O_RDONLY, 0, DB_HASH, NULL);  in initdb()
256 	if (!pvt->pw_db)  in initdb()
257 		pvt->pw_db = dbopen((p =_PATH_MP_DB), O_RDONLY,  in initdb()
259 	if (pvt->pw_db)  in initdb()
261 	if (!pvt->warned) {  in initdb()
263 		pvt->warned++;  in initdb()
270 	struct pvt *pvt = (struct pvt *)this->private;  in hashpw()
274 	if ((pvt->pw_db->get)(pvt->pw_db, key, &data, 0))  in hashpw()
277 	if (data.size > pvt->max) {  in hashpw()
278 		size_t newlen = pvt->max + 1024;  in hashpw()
283 		if (pvt->line != NULL) {  in hashpw()
284 			memcpy(p, pvt->line, pvt->max);  in hashpw()
285 			memput(pvt->line, pvt->max);  in hashpw()
287 		pvt->max = newlen;  in hashpw()
288 		pvt->line = p;  in hashpw()
292 	t = pvt->line;  in hashpw()
293 	l = pvt->line + pvt->max;  in hashpw()
298 	EXPAND(pvt->passwd.pw_name);  in hashpw()
299 	EXPAND(pvt->passwd.pw_passwd);  in hashpw()
300 	SCALAR(pvt->passwd.pw_uid);  in hashpw()
301 	SCALAR(pvt->passwd.pw_gid);  in hashpw()
302 	SCALAR(pvt->passwd.pw_change);  in hashpw()
303 	EXPAND(pvt->passwd.pw_class);  in hashpw()
304 	EXPAND(pvt->passwd.pw_gecos);  in hashpw()
305 	EXPAND(pvt->passwd.pw_dir);  in hashpw()
306 	EXPAND(pvt->passwd.pw_shell);  in hashpw()
307 	SCALAR(pvt->passwd.pw_expire);  in hashpw()