config.c revision 1.5.2.2
1 1.5.2.2 matt /* $NetBSD: config.c,v 1.5.2.2 2007/11/06 23:36:23 matt Exp $ */ 2 1.5.2.2 matt 3 1.5.2.2 matt /*- 4 1.5.2.2 matt * Copyright (c) 2007 Juan Romero Pardines. 5 1.5.2.2 matt * All rights reserved. 6 1.5.2.2 matt * 7 1.5.2.2 matt * Redistribution and use in source and binary forms, with or without 8 1.5.2.2 matt * modification, are permitted provided that the following conditions 9 1.5.2.2 matt * are met: 10 1.5.2.2 matt * 1. Redistributions of source code must retain the above copyright 11 1.5.2.2 matt * notice, this list of conditions and the following disclaimer. 12 1.5.2.2 matt * 2. Redistributions in binary form must reproduce the above copyright 13 1.5.2.2 matt * notice, this list of conditions and the following disclaimer in the 14 1.5.2.2 matt * documentation and/or other materials provided with the distribution. 15 1.5.2.2 matt * 16 1.5.2.2 matt * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR 17 1.5.2.2 matt * IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES 18 1.5.2.2 matt * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. 19 1.5.2.2 matt * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, 20 1.5.2.2 matt * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT 21 1.5.2.2 matt * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 22 1.5.2.2 matt * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY 23 1.5.2.2 matt * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 24 1.5.2.2 matt * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF 25 1.5.2.2 matt * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 26 1.5.2.2 matt */ 27 1.5.2.2 matt 28 1.5.2.2 matt #include <sys/cdefs.h> 29 1.5.2.2 matt #ifndef lint 30 1.5.2.2 matt __RCSID("$NetBSD: config.c,v 1.5.2.2 2007/11/06 23:36:23 matt Exp $"); 31 1.5.2.2 matt #endif /* not lint */ 32 1.5.2.2 matt 33 1.5.2.2 matt #include <stdio.h> 34 1.5.2.2 matt #include <string.h> 35 1.5.2.2 matt #include <stdlib.h> 36 1.5.2.2 matt #include <err.h> 37 1.5.2.2 matt #include <errno.h> 38 1.5.2.2 matt #include <sys/queue.h> 39 1.5.2.2 matt #include <prop/proplib.h> 40 1.5.2.2 matt 41 1.5.2.2 matt #include "envstat.h" 42 1.5.2.2 matt 43 1.5.2.2 matt /* 44 1.5.2.2 matt * Singly linked list for dictionaries that store properties 45 1.5.2.2 matt * in a sensor. 46 1.5.2.2 matt */ 47 1.5.2.2 matt static SLIST_HEAD(, sensor_block) sensor_block_list = 48 1.5.2.2 matt SLIST_HEAD_INITIALIZER(&sensor_block_list); 49 1.5.2.2 matt 50 1.5.2.2 matt /* 51 1.5.2.2 matt * Singly linked list for devices that store a proplib array 52 1.5.2.2 matt * device with a device name. 53 1.5.2.2 matt */ 54 1.5.2.2 matt static SLIST_HEAD(, device_block) device_block_list = 55 1.5.2.2 matt SLIST_HEAD_INITIALIZER(&device_block_list); 56 1.5.2.2 matt 57 1.5.2.2 matt enum { 58 1.5.2.2 matt VALUE_ERR, 59 1.5.2.2 matt PROP_ERR, 60 1.5.2.2 matt SENSOR_ERR, 61 1.5.2.2 matt DEV_ERR 62 1.5.2.2 matt }; 63 1.5.2.2 matt 64 1.5.2.2 matt static prop_dictionary_t cfdict, sensordict; 65 1.5.2.2 matt static void config_errmsg(int, const char *, const char *); 66 1.5.2.2 matt 67 1.5.2.2 matt static void 68 1.5.2.2 matt config_errmsg(int lvl, const char *key, const char *key2) 69 1.5.2.2 matt { 70 1.5.2.2 matt (void)printf("error: "); 71 1.5.2.2 matt 72 1.5.2.2 matt switch (lvl) { 73 1.5.2.2 matt case VALUE_ERR: 74 1.5.2.2 matt (void)printf("invalid value for '%s' in `%s'\n", 75 1.5.2.2 matt key, key2); 76 1.5.2.2 matt break; 77 1.5.2.2 matt case PROP_ERR: 78 1.5.2.2 matt (void)printf("the '%s' property is not allowed " 79 1.5.2.2 matt "in `%s'\n", key, key2); 80 1.5.2.2 matt break; 81 1.5.2.2 matt case SENSOR_ERR: 82 1.5.2.2 matt (void)printf("'%s' is not a valid sensor in the " 83 1.5.2.2 matt "`%s' device\n", key, key2); 84 1.5.2.2 matt break; 85 1.5.2.2 matt case DEV_ERR: 86 1.5.2.2 matt (void)printf("device `%s' doesn't exist\n", key); 87 1.5.2.2 matt break; 88 1.5.2.2 matt } 89 1.5.2.2 matt 90 1.5.2.2 matt (void)printf("please fix the configuration file!\n"); 91 1.5.2.2 matt exit(EXIT_FAILURE); 92 1.5.2.2 matt } 93 1.5.2.2 matt 94 1.5.2.2 matt /* 95 1.5.2.2 matt * Adds a property into the global dictionary 'cfdict'. 96 1.5.2.2 matt */ 97 1.5.2.2 matt void 98 1.5.2.2 matt config_dict_add_prop(const char *key, char *value) 99 1.5.2.2 matt { 100 1.5.2.2 matt if (!key || !value) 101 1.5.2.2 matt return; 102 1.5.2.2 matt 103 1.5.2.2 matt if (!sensordict) { 104 1.5.2.2 matt sensordict = prop_dictionary_create(); 105 1.5.2.2 matt if (!sensordict) 106 1.5.2.2 matt err(EXIT_FAILURE, "cfdict"); 107 1.5.2.2 matt } 108 1.5.2.2 matt 109 1.5.2.2 matt if (!prop_dictionary_set_cstring(sensordict, key, value)) 110 1.5.2.2 matt err(EXIT_FAILURE, "prop_dict_set_cstring"); 111 1.5.2.2 matt } 112 1.5.2.2 matt 113 1.5.2.2 matt /* 114 1.5.2.2 matt * Adds the last property into the dictionary and puts it into 115 1.5.2.2 matt * the singly linked list for future use. 116 1.5.2.2 matt */ 117 1.5.2.2 matt void 118 1.5.2.2 matt config_dict_mark(const char *key) 119 1.5.2.2 matt { 120 1.5.2.2 matt struct sensor_block *sb; 121 1.5.2.2 matt 122 1.5.2.2 matt if (!key) 123 1.5.2.2 matt err(EXIT_FAILURE, "!key"); 124 1.5.2.2 matt 125 1.5.2.2 matt sb = calloc(1, sizeof(*sb)); 126 1.5.2.2 matt if (!sb) 127 1.5.2.2 matt err(EXIT_FAILURE, "!sb"); 128 1.5.2.2 matt 129 1.5.2.2 matt sb->dict = prop_dictionary_create(); 130 1.5.2.2 matt if (!sb->dict) 131 1.5.2.2 matt err(EXIT_FAILURE, "!sb->dict"); 132 1.5.2.2 matt 133 1.5.2.2 matt sb->dict = prop_dictionary_copy(sensordict); 134 1.5.2.2 matt SLIST_INSERT_HEAD(&sensor_block_list, sb, sb_head); 135 1.5.2.2 matt config_dict_destroy(sensordict); 136 1.5.2.2 matt } 137 1.5.2.2 matt 138 1.5.2.2 matt /* 139 1.5.2.2 matt * Only used for debugging purposses. 140 1.5.2.2 matt */ 141 1.5.2.2 matt void 142 1.5.2.2 matt config_dict_dump(prop_dictionary_t d) 143 1.5.2.2 matt { 144 1.5.2.2 matt char *buf; 145 1.5.2.2 matt 146 1.5.2.2 matt buf = prop_dictionary_externalize(d); 147 1.5.2.2 matt (void)printf("%s", buf); 148 1.5.2.2 matt free(buf); 149 1.5.2.2 matt } 150 1.5.2.2 matt 151 1.5.2.2 matt /* 152 1.5.2.2 matt * Returns the global dictionary. 153 1.5.2.2 matt */ 154 1.5.2.2 matt prop_dictionary_t 155 1.5.2.2 matt config_dict_parsed(void) 156 1.5.2.2 matt { 157 1.5.2.2 matt return cfdict; 158 1.5.2.2 matt } 159 1.5.2.2 matt 160 1.5.2.2 matt /* 161 1.5.2.2 matt * Destroys all objects from a dictionary. 162 1.5.2.2 matt */ 163 1.5.2.2 matt void 164 1.5.2.2 matt config_dict_destroy(prop_dictionary_t d) 165 1.5.2.2 matt { 166 1.5.2.2 matt prop_object_iterator_t iter; 167 1.5.2.2 matt prop_object_t obj; 168 1.5.2.2 matt 169 1.5.2.2 matt iter = prop_dictionary_iterator(d); 170 1.5.2.2 matt if (!iter) 171 1.5.2.2 matt err(EXIT_FAILURE, "!iter"); 172 1.5.2.2 matt 173 1.5.2.2 matt while ((obj = prop_object_iterator_next(iter)) != NULL) { 174 1.5.2.2 matt prop_dictionary_remove(d, 175 1.5.2.2 matt prop_dictionary_keysym_cstring_nocopy(obj)); 176 1.5.2.2 matt prop_object_iterator_reset(iter); 177 1.5.2.2 matt } 178 1.5.2.2 matt 179 1.5.2.2 matt prop_object_iterator_release(iter); 180 1.5.2.2 matt } 181 1.5.2.2 matt 182 1.5.2.2 matt /* 183 1.5.2.2 matt * Parses all properties on the device and adds the device 184 1.5.2.2 matt * into the singly linked list for devices and the global dictionary. 185 1.5.2.2 matt */ 186 1.5.2.2 matt void 187 1.5.2.2 matt config_devblock_add(const char *key, prop_dictionary_t kdict) 188 1.5.2.2 matt { 189 1.5.2.2 matt struct device_block *db; 190 1.5.2.2 matt struct sensor_block *sb; 191 1.5.2.2 matt prop_array_t array; 192 1.5.2.2 matt prop_object_iterator_t iter; 193 1.5.2.2 matt prop_dictionary_t sdict; 194 1.5.2.2 matt prop_object_t obj; 195 1.5.2.2 matt prop_string_t lindex; 196 1.5.2.2 matt const char *sensor; 197 1.5.2.2 matt bool sensor_found = false; 198 1.5.2.2 matt 199 1.5.2.2 matt if (!key) 200 1.5.2.2 matt err(EXIT_FAILURE, "devblock !key"); 201 1.5.2.2 matt 202 1.5.2.2 matt array = prop_dictionary_get(kdict, key); 203 1.5.2.2 matt if (!array) 204 1.5.2.2 matt config_errmsg(DEV_ERR, key, NULL); 205 1.5.2.2 matt 206 1.5.2.2 matt SLIST_FOREACH(sb, &sensor_block_list, sb_head) { 207 1.5.2.2 matt /* get the index object value from configuration */ 208 1.5.2.2 matt lindex = prop_dictionary_get(sb->dict, "index"); 209 1.5.2.2 matt sensor = prop_string_cstring_nocopy(lindex); 210 1.5.2.2 matt 211 1.5.2.2 matt iter = prop_array_iterator(array); 212 1.5.2.2 matt if (!iter) 213 1.5.2.2 matt err(EXIT_FAILURE, "prop_array_iterator devblock"); 214 1.5.2.2 matt 215 1.5.2.2 matt /* 216 1.5.2.2 matt * Get the correct sensor's dictionary from kernel's 217 1.5.2.2 matt * dictionary. 218 1.5.2.2 matt */ 219 1.5.2.2 matt while ((sdict = prop_object_iterator_next(iter)) != NULL) { 220 1.5.2.2 matt obj = prop_dictionary_get(sdict, "index"); 221 1.5.2.2 matt if (prop_string_equals(lindex, obj)) { 222 1.5.2.2 matt sensor_found = true; 223 1.5.2.2 matt break; 224 1.5.2.2 matt } 225 1.5.2.2 matt } 226 1.5.2.2 matt 227 1.5.2.2 matt if (!sensor_found) { 228 1.5.2.2 matt prop_object_iterator_release(iter); 229 1.5.2.2 matt config_errmsg(SENSOR_ERR, sensor, key); 230 1.5.2.2 matt } 231 1.5.2.2 matt 232 1.5.2.2 matt config_devblock_check_sensorprops(sdict, sb->dict, sensor); 233 1.5.2.2 matt prop_object_iterator_release(iter); 234 1.5.2.2 matt } 235 1.5.2.2 matt 236 1.5.2.2 matt db = calloc(1, sizeof(*db)); 237 1.5.2.2 matt if (!db) 238 1.5.2.2 matt err(EXIT_FAILURE, "calloc db"); 239 1.5.2.2 matt 240 1.5.2.2 matt db->array = prop_array_create(); 241 1.5.2.2 matt if (!db->array) 242 1.5.2.2 matt err(EXIT_FAILURE, "prop_array_create devblock"); 243 1.5.2.2 matt 244 1.5.2.2 matt /* 245 1.5.2.2 matt * Add all dictionaries into the array. 246 1.5.2.2 matt */ 247 1.5.2.2 matt SLIST_FOREACH(sb, &sensor_block_list, sb_head) 248 1.5.2.2 matt if (!prop_array_add(db->array, sb->dict)) 249 1.5.2.2 matt err(EXIT_FAILURE, "prop_array_add"); 250 1.5.2.2 matt 251 1.5.2.2 matt /* 252 1.5.2.2 matt * Add this device block into our list. 253 1.5.2.2 matt */ 254 1.5.2.2 matt db->dev_key = strdup(key); 255 1.5.2.2 matt SLIST_INSERT_HEAD(&device_block_list, db, db_head); 256 1.5.2.2 matt 257 1.5.2.2 matt /* 258 1.5.2.2 matt * Remove all items in the list, but just decrement 259 1.5.2.2 matt * the refcnt in the dictionaries... they are in use. 260 1.5.2.2 matt */ 261 1.5.2.2 matt while (!SLIST_EMPTY(&sensor_block_list)) { 262 1.5.2.2 matt sb = SLIST_FIRST(&sensor_block_list); 263 1.5.2.2 matt SLIST_REMOVE_HEAD(&sensor_block_list, sb_head); 264 1.5.2.2 matt prop_object_release(sb->dict); 265 1.5.2.2 matt free(sb); 266 1.5.2.2 matt } 267 1.5.2.2 matt 268 1.5.2.2 matt /* 269 1.5.2.2 matt * Now the properties on the array has been parsed, 270 1.5.2.2 matt * add it into the global dict. 271 1.5.2.2 matt */ 272 1.5.2.2 matt if (!cfdict) { 273 1.5.2.2 matt cfdict = prop_dictionary_create(); 274 1.5.2.2 matt if (!cfdict) 275 1.5.2.2 matt err(EXIT_FAILURE, "prop_dictionary_create cfdict"); 276 1.5.2.2 matt } 277 1.5.2.2 matt 278 1.5.2.2 matt if (!prop_dictionary_set(cfdict, key, db->array)) 279 1.5.2.2 matt err(EXIT_FAILURE, "prop_dictionary_set db->array"); 280 1.5.2.2 matt 281 1.5.2.2 matt } 282 1.5.2.2 matt 283 1.5.2.2 matt /* 284 1.5.2.2 matt * Returns the dictionary that has 'sensor_key' in the 'dvname' 285 1.5.2.2 matt * array. 286 1.5.2.2 matt */ 287 1.5.2.2 matt prop_dictionary_t 288 1.5.2.2 matt config_devblock_getdict(const char *dvname, const char *sensor_key) 289 1.5.2.2 matt { 290 1.5.2.2 matt struct device_block *db; 291 1.5.2.2 matt prop_object_iterator_t iter; 292 1.5.2.2 matt prop_object_t obj, obj2; 293 1.5.2.2 matt 294 1.5.2.2 matt if (!dvname || !sensor_key) 295 1.5.2.2 matt return NULL; 296 1.5.2.2 matt 297 1.5.2.2 matt SLIST_FOREACH(db, &device_block_list, db_head) 298 1.5.2.2 matt if (strcmp(db->dev_key, dvname) == 0) 299 1.5.2.2 matt break; 300 1.5.2.2 matt 301 1.5.2.2 matt if (!db) 302 1.5.2.2 matt return NULL; 303 1.5.2.2 matt 304 1.5.2.2 matt iter = prop_array_iterator(db->array); 305 1.5.2.2 matt if (!iter) 306 1.5.2.2 matt return NULL; 307 1.5.2.2 matt 308 1.5.2.2 matt while ((obj = prop_object_iterator_next(iter)) != NULL) { 309 1.5.2.2 matt obj2 = prop_dictionary_get(obj, "index"); 310 1.5.2.2 matt if (prop_string_equals_cstring(obj2, sensor_key)) 311 1.5.2.2 matt break; 312 1.5.2.2 matt } 313 1.5.2.2 matt 314 1.5.2.2 matt prop_object_iterator_release(iter); 315 1.5.2.2 matt return obj; 316 1.5.2.2 matt } 317 1.5.2.2 matt 318 1.5.2.2 matt /* 319 1.5.2.2 matt * Checks that all properties specified in the configuration file 320 1.5.2.2 matt * are valid and updates the objects with proper values. 321 1.5.2.2 matt */ 322 1.5.2.2 matt void 323 1.5.2.2 matt config_devblock_check_sensorprops(prop_dictionary_t ksdict, 324 1.5.2.2 matt prop_dictionary_t csdict, 325 1.5.2.2 matt const char *sensor) 326 1.5.2.2 matt { 327 1.5.2.2 matt prop_object_t obj, obj2, obj3; 328 1.5.2.2 matt char *strval, *endptr; 329 1.5.2.2 matt double val; 330 1.5.2.2 matt 331 1.5.2.2 matt /* 332 1.5.2.2 matt * rfact property set? 333 1.5.2.2 matt */ 334 1.5.2.2 matt obj = prop_dictionary_get(csdict, "rfact"); 335 1.5.2.2 matt if (obj) { 336 1.5.2.2 matt obj2 = prop_dictionary_get(ksdict, "allow-rfact"); 337 1.5.2.2 matt if (prop_bool_true(obj2)) { 338 1.5.2.2 matt strval = prop_string_cstring(obj); 339 1.5.2.2 matt val = strtod(strval, &endptr); 340 1.5.2.2 matt if (*endptr != '\0') 341 1.5.2.2 matt config_errmsg(VALUE_ERR, "rfact", sensor); 342 1.5.2.2 matt 343 1.5.2.2 matt if (!prop_dictionary_set_uint32(csdict, "rfact", val)) 344 1.5.2.2 matt err(EXIT_FAILURE, "dict_set rfact"); 345 1.5.2.2 matt } else 346 1.5.2.2 matt config_errmsg(PROP_ERR, "rfact", sensor); 347 1.5.2.2 matt } 348 1.5.2.2 matt 349 1.5.2.2 matt /* 350 1.5.2.2 matt * critical-capacity property set? 351 1.5.2.2 matt */ 352 1.5.2.2 matt obj = prop_dictionary_get(csdict, "critical-capacity"); 353 1.5.2.2 matt if (obj) { 354 1.5.2.2 matt obj2 = prop_dictionary_get(ksdict, "want-percentage"); 355 1.5.2.2 matt obj3 = prop_dictionary_get(ksdict, "monitoring-supported"); 356 1.5.2.2 matt if (prop_bool_true(obj2) && prop_bool_true(obj3)) { 357 1.5.2.2 matt strval = prop_string_cstring(obj); 358 1.5.2.2 matt val = strtod(strval, &endptr); 359 1.5.2.2 matt if ((*endptr != '\0') || (val < 0 || val > 100)) 360 1.5.2.2 matt config_errmsg(VALUE_ERR, 361 1.5.2.2 matt "critical-capacity", 362 1.5.2.2 matt sensor); 363 1.5.2.2 matt /* 364 1.5.2.2 matt * Convert the value to a valid percentage. 365 1.5.2.2 matt */ 366 1.5.2.2 matt obj = prop_dictionary_get(ksdict, "max-value"); 367 1.5.2.2 matt val = (val / 100) * prop_number_integer_value(obj); 368 1.5.2.2 matt 369 1.5.2.2 matt if (!prop_dictionary_set_uint32(csdict, 370 1.5.2.2 matt "critical-capacity", 371 1.5.2.2 matt val)) 372 1.5.2.2 matt err(EXIT_FAILURE, "dict_set critcap"); 373 1.5.2.2 matt } else 374 1.5.2.2 matt config_errmsg(PROP_ERR, 375 1.5.2.2 matt "critical-capacity", sensor); 376 1.5.2.2 matt } 377 1.5.2.2 matt 378 1.5.2.2 matt /* 379 1.5.2.2 matt * critical-max property set? 380 1.5.2.2 matt */ 381 1.5.2.2 matt obj = prop_dictionary_get(csdict, "critical-max"); 382 1.5.2.2 matt if (obj) { 383 1.5.2.2 matt obj2 = prop_dictionary_get(ksdict, "monitoring-supported"); 384 1.5.2.2 matt if (!prop_bool_true(obj2)) 385 1.5.2.2 matt config_errmsg(PROP_ERR, "critical-max", sensor); 386 1.5.2.2 matt 387 1.5.2.2 matt strval = prop_string_cstring(obj); 388 1.5.2.2 matt obj = convert_val_to_pnumber(ksdict, "critical-max", 389 1.5.2.2 matt sensor, strval); 390 1.5.2.2 matt if (!prop_dictionary_set(csdict, "critical-max", obj)) 391 1.5.2.2 matt err(EXIT_FAILURE, "prop_dict_set cmax"); 392 1.5.2.2 matt } 393 1.5.2.2 matt 394 1.5.2.2 matt /* 395 1.5.2.2 matt * critical-min property set? 396 1.5.2.2 matt */ 397 1.5.2.2 matt obj = prop_dictionary_get(csdict, "critical-min"); 398 1.5.2.2 matt if (obj) { 399 1.5.2.2 matt obj2 = prop_dictionary_get(ksdict, "monitoring-supported"); 400 1.5.2.2 matt if (!prop_bool_true(obj2)) 401 1.5.2.2 matt config_errmsg(PROP_ERR, "critical-min", sensor); 402 1.5.2.2 matt 403 1.5.2.2 matt strval = prop_string_cstring(obj); 404 1.5.2.2 matt obj = convert_val_to_pnumber(ksdict, "critical-min", 405 1.5.2.2 matt sensor, strval); 406 1.5.2.2 matt if (!prop_dictionary_set(csdict, "critical-min", obj)) 407 1.5.2.2 matt err(EXIT_FAILURE, "prop_dict_set cmin"); 408 1.5.2.2 matt } 409 1.5.2.2 matt } 410 1.5.2.2 matt 411 1.5.2.2 matt /* 412 1.5.2.2 matt * Conversions for critical-max and critical-min properties. 413 1.5.2.2 matt */ 414 1.5.2.2 matt prop_number_t 415 1.5.2.2 matt convert_val_to_pnumber(prop_dictionary_t kdict, const char *prop, 416 1.5.2.2 matt const char *sensor, char *value) 417 1.5.2.2 matt { 418 1.5.2.2 matt prop_object_t obj; 419 1.5.2.2 matt prop_number_t num; 420 1.5.2.2 matt double val, max, min; 421 1.5.2.2 matt char *strval, *tmp, *endptr; 422 1.5.2.2 matt bool celsius; 423 1.5.2.2 matt size_t len; 424 1.5.2.2 matt 425 1.5.2.2 matt val = max = min = 0; 426 1.5.2.2 matt 427 1.5.2.2 matt /* 428 1.5.2.2 matt * critical-max and critical-min are not allowed in 429 1.5.2.2 matt * battery sensors. 430 1.5.2.2 matt */ 431 1.5.2.2 matt obj = prop_dictionary_get(kdict, "want-percentage"); 432 1.5.2.2 matt if (prop_bool_true(obj)) 433 1.5.2.2 matt config_errmsg(PROP_ERR, prop, sensor); 434 1.5.2.2 matt 435 1.5.2.2 matt /* 436 1.5.2.2 matt * Make the conversion for sensor's type. 437 1.5.2.2 matt */ 438 1.5.2.2 matt obj = prop_dictionary_get(kdict, "type"); 439 1.5.2.2 matt if (prop_string_equals_cstring(obj, "Temperature")) { 440 1.5.2.2 matt tmp = strchr(value, 'C'); 441 1.5.2.2 matt if (tmp) 442 1.5.2.2 matt celsius = true; 443 1.5.2.2 matt else { 444 1.5.2.2 matt tmp = strchr(value, 'F'); 445 1.5.2.2 matt if (!tmp) 446 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 447 1.5.2.2 matt 448 1.5.2.2 matt celsius = false; 449 1.5.2.2 matt } 450 1.5.2.2 matt 451 1.5.2.2 matt len = strlen(value); 452 1.5.2.2 matt strval = calloc(len, sizeof(*value)); 453 1.5.2.2 matt if (!strval) 454 1.5.2.2 matt err(EXIT_FAILURE, "calloc"); 455 1.5.2.2 matt 456 1.5.2.2 matt (void)strlcpy(strval, value, len); 457 1.5.2.2 matt val = strtod(strval, &endptr); 458 1.5.2.2 matt if (*endptr != '\0') 459 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 460 1.5.2.2 matt 461 1.5.2.2 matt /* convert to fahrenheit */ 462 1.5.2.2 matt if (!celsius) 463 1.5.2.2 matt val = (val - 32.0) * (5.0 / 9.0); 464 1.5.2.2 matt 465 1.5.2.2 matt /* convert to microKelvin */ 466 1.5.2.2 matt val = val * 1000000 + 273150000; 467 1.5.2.2 matt num = prop_number_create_unsigned_integer(val); 468 1.5.2.2 matt 469 1.5.2.2 matt } else if (prop_string_equals_cstring(obj, "Fan")) { 470 1.5.2.2 matt /* no conversion */ 471 1.5.2.2 matt val = strtod(value, &endptr); 472 1.5.2.2 matt if (*endptr != '\0') 473 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 474 1.5.2.2 matt 475 1.5.2.2 matt num = prop_number_create_unsigned_integer(val); 476 1.5.2.2 matt 477 1.5.2.2 matt } else { 478 1.5.2.2 matt obj = prop_dictionary_get(kdict, "max-value"); 479 1.5.2.2 matt if (obj) 480 1.5.2.2 matt max = prop_number_integer_value(obj); 481 1.5.2.2 matt 482 1.5.2.2 matt obj = prop_dictionary_get(kdict, "min-value"); 483 1.5.2.2 matt if (obj) 484 1.5.2.2 matt min = prop_number_integer_value(obj); 485 1.5.2.2 matt 486 1.5.2.2 matt val = strtod(value, &endptr); 487 1.5.2.2 matt if (*endptr != '\0') 488 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 489 1.5.2.2 matt 490 1.5.2.2 matt /* convert to m[V,W,Ohms] again */ 491 1.5.2.2 matt val *= 1000000.0; 492 1.5.2.2 matt 493 1.5.2.2 matt /* 494 1.5.2.2 matt * trying to set a value higher than the max 495 1.5.2.2 matt * assigned? 496 1.5.2.2 matt */ 497 1.5.2.2 matt if (max && val > max) 498 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 499 1.5.2.2 matt 500 1.5.2.2 matt /* 501 1.5.2.2 matt * trying to set a value lower than the min 502 1.5.2.2 matt * assigned? 503 1.5.2.2 matt */ 504 1.5.2.2 matt if (min && val < min) 505 1.5.2.2 matt config_errmsg(VALUE_ERR, prop, sensor); 506 1.5.2.2 matt 507 1.5.2.2 matt num = prop_number_create_integer(val); 508 1.5.2.2 matt } 509 1.5.2.2 matt 510 1.5.2.2 matt return num; 511 1.5.2.2 matt } 512
Indexes created Fri Oct 03 15:10:06 GMT 2025