source: pacpussensors/trunk/CanGateway/driver/kvaser/windows/kvrlib.h@ 127

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1/**
2 * \section LICENSE
3 * Copyright 2011 by KVASER AB, SWEDEN
4 *
5 * WWW: http://www.kvaser.com
6 *
7 * This software is furnished under a license and may be used and copied
8 * only in accordance with the terms of such license.
9 *
10 * \section DESCRIPTION
11 *
12 * THIS IS A PRELIMINARY VERSION AND SUBJECT TO CHANGE.
13 *
14 * Proposed new remote device API.
15 *
16 * \file kvrlib.h
17 * \version PRELIMINARY
18 * \author Kvaser AB
19 */
20
21#ifndef KVRLIB_H_
22#define KVRLIB_H_
23
24#include <windows.h>
25#include <kvaser_stdint.h>
26
27#ifdef __cplusplus
28extern "C" {
29#endif
30
31/**
32 * Return type of kvrlib functions.
33 */
34typedef enum {
35 kvrOK = 0, /**< OK! */
36 kvrERR_NOT_INITIALIZED = -1, /**< kvrlib has not been initialized. */
37 kvrERR_GENERIC = -2, /**< Generic error. */
38 kvrERR_CHECKSUM = -3, /**< Checksum problem. */
39 kvrERR_PARAMETER = -4, /**< Error in supplied in parameters. */
40 kvrERR_PASSWORD = -5, /**< Supplied password was wrong. */
41 kvrERR_BLANK = -6, /**< List was not set or no more results. */
42 kvrERR_NO_DEVICE = -7, /**< Remote device is unreachable. */
43 kvrERR_NO_ANSWER = -8, /**< No answer arrived within given timeout. */
44 kvrERR_NOT_IMPLEMENTED = -9, /**< Function is not yet implemented. */
45 kvrERR_PERMISSION_DENIED = -10, /**< Permission denied. */
46 kvrERR_OUT_OF_SPACE = -11, /**< Out of space, eg. to many open handles, to small buffer. */
47 kvrERR_NO_SERVICE = -12, /**< The helper service is not running. */
48 kvrERR_DUPLICATED_DEVICE = -13, /**< There are duplicates in the device list. */
49 /* Remember to update the list of errorstrings (error_text_array) in the library as well. */
50} kvrStatus;
51
52/**
53 * \defgroup Configuration Local configuration
54 */
55/**@{*/
56
57/**
58 * A configuration handle. Created by calling \ref kvrConfigOpen() or \ref kvrConfigOpenEx().
59 */
60typedef int32_t kvrConfigHandle;
61
62/**
63 * \name kvrConfigMode_xxx
64 * Configuration mode.
65 * \anchor kvrConfigMode_xxx
66 * @{
67 */
68#define kvrConfigMode_R 0 /**< Read only. */
69#define kvrConfigMode_RW 1 /**< Read/write. */
70#define kvrConfigMode_ERASE 2 /**< Erase and write. */
71/** @} */
72
73/**
74 * Open a configuration handle to the device.
75 * It should later be closed with \ref kvrConfigClose().
76 *
77 * This configuration handle is used both for changing the device configuration,
78 * reading status information, e.g. \ref kvrNetworkGetConnectionStatus(), and
79 * issuing some other commands such as e.g. \ref kvrNetworkConnectionTest() and
80 * \ref kvrWlanStartScan().
81 *
82 * To change the configuration, you need to open the configuration with
83 * \ref kvrConfigMode_RW before calling \ref kvrConfigSet().
84 *
85 * To read the configuration, you can open the configuration with either
86 * \ref kvrConfigMode_RW or \ref kvrConfigMode_R before calling \ref kvrConfigGet().
87 *
88 * Setting a password is done through the configuration (with \ref kvrConfigSet()).
89 * Resetting a password can be done by erasing the whole configuration with
90 * \ref kvrConfigClear(), while first opening the configuration with
91 * \ref kvrConfigMode_ERASE and supplying an empty password.
92 *
93 * Before calling any other function, you must open the configuration with
94 * \ref kvrConfigMode_R.
95 *
96 * \param[in] can_channel_no CAN channel number.
97 * \param[in] mode Can be set to one of \ref kvrConfigMode_xxx
98 * \param[in] password The password as a C string.
99 * Use an empty string, i.e. "", if no password
100 * is required.
101 * \param[out] handle A configuration handle
102 *
103 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
104 *
105 * \note \ref kvrConfigOpen() will operate on the active profile.
106 * See \ref page_configuration.
107 * \note When using \ref kvrConfigMode_RW or \ref kvrConfigMode_ERASE, a pause of
108 * ~2 seconds is needed after \ref kvrConfigClose(), to allow CANlib time to
109 * discard the device.
110 * \sa \ref kvrConfigOpenEx()
111 */
112kvrStatus WINAPI kvrConfigOpen(int32_t can_channel_no,
113 int32_t mode,
114 const char *password,
115 kvrConfigHandle *handle);
116
117
118/**
119 * Set active profile. See \ref page_configuration.
120 *
121 *
122 * \param[in] can_channel_no CAN channel number
123 * \param[in] profile_number
124 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
125 *
126 * \note A pause of ~2 seconds is needed after \ref kvrConfigActiveProfileSet(),
127 * to allow CANlib time to discard the device.
128 */
129kvrStatus WINAPI kvrConfigActiveProfileSet (int32_t can_channel_no, int32_t profile_number);
130
131/**
132 * Get active profile. See \ref page_configuration.
133 *
134 *
135 * \param[in] can_channel_no CAN channel number
136 * \param[out] profile_number
137 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
138 */
139kvrStatus WINAPI kvrConfigActiveProfileGet (int32_t can_channel_no, int32_t *profile_number);
140
141/**
142 * Get the maximum number of profile(s) the device can store.
143 * See \ref page_configuration.
144 *
145 *
146 * \param[in] can_channel_no CAN channel number
147 * \param[out] no_profiles
148 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
149 */
150kvrStatus WINAPI kvrConfigNoProfilesGet(int32_t can_channel_no, int32_t *no_profiles);
151
152
153/**
154 * Open a configuration handle to the device.
155 * It should later be closed with \ref kvrConfigClose().
156 *
157 * This configuration handle is used both for changing the device configuration,
158 * reading status information, e.g. \ref kvrNetworkGetConnectionStatus(), and
159 * issuing some other commands such as e.g. \ref kvrNetworkConnectionTest() and
160 * \ref kvrWlanStartScan().
161 *
162 * To change the configuration, you need to open the configuration with
163 * \ref kvrConfigMode_RW before calling \ref kvrConfigSet().
164 *
165 * To read the configuration, you can open the configuration with either
166 * \ref kvrConfigMode_RW or \ref kvrConfigMode_R before calling \ref kvrConfigGet().
167 *
168 * Setting a password is done through the configuration (with \ref kvrConfigSet()).
169 * Resetting a password can be done by erasing the whole configuration with
170 * \ref kvrConfigClear(), while first opening the configuration with
171 * \ref kvrConfigMode_ERASE and supplying an empty password.
172 *
173 * Before calling any other function, you must open the configuration with
174 * \ref kvrConfigMode_R.
175 *
176 * The profile number is used to open a specific profile.
177 * See \ref page_configuration.
178 *
179 * \param[in] can_channel_no CAN channel number
180 * \param[in] mode Can be set to one of \ref kvrConfigMode_xxx
181 * \param[in] password The password as a C string.
182 * Use an empty string, i.e. "", if no password
183 * is required.
184 * \param[out] handle A configuration handle
185 * \param[in] profile_no Profile number
186 *
187 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
188 *
189 * \note When using \ref kvrConfigMode_RW or \ref kvrConfigMode_ERASE, a pause of
190 * ~2 seconds is needed after \ref kvrConfigClose(), to allow CANlib time to
191 * discard the device.
192 * \sa \ref kvrConfigOpen()
193 */
194kvrStatus WINAPI kvrConfigOpenEx(int32_t can_channel_no,
195 int32_t mode,
196 const char *password,
197 kvrConfigHandle *handle,
198 uint32_t profile_no);
199
200/**
201 * Closes the device's configuration area without programming it.
202 * Programming is done with \ref kvrConfigSet().
203 *
204 * \param[in] handle A configuration handle
205 *
206 * \note When using \ref kvrConfigMode_RW or \ref kvrConfigMode_ERASE, a pause of
207 * ~2 seconds is needed after \ref kvrConfigClose(), to allow CANlib time to
208 * discard the device.
209 */
210void WINAPI kvrConfigClose(kvrConfigHandle handle);
211
212/**
213 * Verify that the xml buffer complies with both the DTD and internal restrictions. If
214 * the XML input creates any errors and err_buffer is to small to hold the resulting
215 * error message, \ref kvrERR_PARAMETER will be returned.
216 *
217 * \param[in] xml_buffer A pointer to a C string containing an XML configuration.
218 * \param[out] err_buffer A pointer to a buffer that will hold any error messages.
219 * \param[in] err_buffer_size The buffer size. Maximum size needed is 2048 bytes.
220 *
221 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
222 *
223 */
224kvrStatus WINAPI kvrConfigVerifyXml(const char *xml_buffer,
225 char *err_buffer,
226 uint32_t err_buffer_size);
227
228/**
229 * Set the device configuration. The area is erased before it is
230 * programmed. The handle must be opened \ref kvrConfigMode_RW and closed with
231 * \ref kvrConfigClose() afterward. If the XML input creates any errors,
232 * \ref kvrERR_PARAMETER will be returned.
233 *
234 * \param[in] handle A configuration handle.
235 * \param[in] xml_buffer A pointer to a C string containing a valid XML config.
236 *
237 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
238 *
239 */
240kvrStatus WINAPI kvrConfigSet(kvrConfigHandle handle, const char *xml_buffer);
241
242/**
243 * Reads the device configuration. On successful return, the buffer
244 * will contain a valid C string with the configuration in XML format.
245 * The handle must be opened \ref kvrConfigMode_R or \ref kvrConfigMode_RW and closed
246 * with \ref kvrConfigClose().
247 *
248 * \param[in] handle A configuration handle.
249 * \param[out] xml_buffer A pointer to the data buffer.
250 * \param[in] xml_buffer_size The buffer size.
251 *
252 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
253 *
254 */
255kvrStatus WINAPI kvrConfigGet(kvrConfigHandle handle,
256 char *xml_buffer,
257 uint32_t xml_buffer_size);
258
259/**
260 * Reads a simplified version of A device configuration PROFILE.
261 * On successful return, the buffer will contain a valid C string of this
262 * in XML format.
263 * Since the function takes a CAN channel rather than a \ref kvrConfigHandle, it is
264 * not necessary to know the configuration password.
265 * Note that the partial XML data returned is not enough to reconfigure a device.
266 *
267 * \param[in] can_channel_no CAN channel number.
268 * \param[in] profile_no Profile number
269 * \param[out] xml_buffer A pointer to the data buffer.
270 * \param[in] xml_buffer_size The buffer size.
271 *
272 * \return \ref kvrOK on success,
273 * \ref kvrERR_BLANK when the profile is empty,
274 * or any other \ref kvrStatus on failure.
275 *
276 */
277kvrStatus WINAPI kvrConfigInfoGet(int32_t can_channel_no,
278 int32_t profile_no,
279 char *xml_buffer,
280 uint32_t xml_buffer_size);
281
282/**
283 * Clear the device configuration area. This will also clear any
284 * previously set device password. The handle must be opened \ref kvrConfigMode_ERASE
285 * and closed with \ref kvrConfigClose().
286 *
287 * \param[in] handle A configuration handle.
288 *
289 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
290 */
291kvrStatus WINAPI kvrConfigClear(kvrConfigHandle handle);
292
293/**@}*/
294
295/**
296 * \defgroup Network Network information
297 */
298/**@{*/
299
300/**
301 * Device address.
302 */
303typedef struct {
304 uint32_t type; /**< \ref kvrAddressType_xxx. */
305 uint8_t address[20]; /**< IP or MAC address. */
306} kvrAddress;
307
308
309/**
310 * Capability of a WLAN AP. These are values from the standard 802.11 beacon.
311 *
312 * To convert the security information into a more human readable form,
313 * use \ref kvrWlanGetSecurityText().
314 */
315typedef struct {
316 uint32_t version;
317 uint32_t capability; /**< Advertised capabilities.
318 capability[5] Privacy flag 1: WEP
319 0: Open */
320 uint32_t group_cipher; /**< 0xff: No WPA/RSN.
321 0x02: TKIP
322 0x04: CCMP */
323 uint32_t list_cipher_auth; /**< 8 nybbles (In each nybble:
324 pos 0: cipher where;
325 0x2: TKIP
326 0x4: CCMP
327 pos 1: authentication where;
328 0xa: PSK
329 0x9: RADIUS
330 Unused nybbles are set to 0xf. */
331} kvrCipherInfoElement;
332
333/**
334 * Type of device address.
335 * \note Ports are currently not used.
336 * \anchor kvrAddressType_xxx
337 * \name kvrAddressType_xxx
338 * @{
339 */
340#define kvrAddressType_UNKNOWN 0 /**< Unknown (e.g., no reply from device). */
341#define kvrAddressType_IPV4 1 /**< IP v.4 address. */
342#define kvrAddressType_IPV6 2 /**< IP v.6 address. */
343#define kvrAddressType_IPV4_PORT 3 /**< IP v.4 address with tcp-port. */
344#define kvrAddressType_MAC 4 /**< Ethernet MAC address. */
345/** @} */
346
347/**
348 * Receive Signal Strength Indicator (RSSI).
349 */
350typedef int32_t kvrRssiHistory;
351
352/**
353 * Round-trip delay time (RTT).
354 */
355typedef uint32_t kvrRttHistory;
356
357 /**
358 * States for network connection.
359 * \anchor kvrNetworkState_xxx
360 * \name kvrNetworkState_xxx
361 * @{
362 */
363#define kvrNetworkState_UNKNOWN 0 /**< Bad state, should never be reported. */
364#define kvrNetworkState_INVALID 1 /**< Network hardware has been disabled. */
365#define kvrNetworkState_STARTUP 2 /**< Configuring network hardware. */
366#define kvrNetworkState_INITIALIZING 3 /**< Started, waiting for initialization. */
367#define kvrNetworkState_NOT_CONNECTED 4 /**< No connection (may auto-connect). */
368#define kvrNetworkState_CONNECTION_DELAY 5 /**< Delay during connection (ad-hoc). */
369#define kvrNetworkState_CONNECTING 6 /**< Waiting for connections (ad-hoc). */
370#define kvrNetworkState_CONNECTED 7 /**< Network is reached. */
371#define kvrNetworkState_AUTHENTICATING 8 /**< EAPOL handshake ongoing. */
372#define kvrNetworkState_AUTHENTICATION_FAILED 9 /**< Authentication have failed. */
373#define kvrNetworkState_ONLINE 10 /**< Authentication completed. */
374#define kvrNetworkState_FAILED_MIC 11 /**< MIC verification (EAPOL-key) failed. */
375/** @} */
376
377/**
378 * Basic Service Set.
379 * \anchor kvrBss_xxx
380 * \name kvrBss_xxx
381 * @{
382 */
383#define kvrBss_INFRASTRUCTURE 0 /**< Network with AP. */
384#define kvrBss_INDEPENDENT 1 /**< Ad-hoc network. */
385#define kvrBss_ANY 2 /**< Any. */
386/** @} */
387
388/**
389 * Regulatory domain.
390 * \anchor kvrRegulatoryDomain_xxx
391 * \name kvrRegulatoryDomain_xxx
392 * @{
393 */
394
395#define kvrRegulatoryDomain_JAPAN_TELEC 0 /**< TELEC */
396#define kvrRegulatoryDomain_EUROPE_ETSI 1 /**< ETSI */
397#define kvrRegulatoryDomain_NORTH_AMERICA_FCC 2 /**< FCC */
398#define kvrRegulatoryDomain_WORLD 3 /**< WORLD */
399#define kvrRegulatoryDomain_CHINA_MII 4 /**< MII */
400/** @} */
401
402/**
403 * Activate or deactivate connection test. When actived, the device will
404 * connect and start pinging itself to measure RTT. Use \ref kvrNetworkGetRssiRtt()
405 * (after a while) to get the latest values.
406 *
407 * \param[in] handle A configuration handle.
408 * \param[in] active Activate or deactivate connection test.
409 *
410 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
411 * \sa \ref kvrNetworkGetRssiRtt()
412 */
413 kvrStatus WINAPI kvrNetworkConnectionTest(kvrConfigHandle handle,
414 int32_t active);
415
416/**
417 * Get a history of Receive Signal Strength Indicator (RSSI) and
418 * round-trip delay time (RTT) from the connection test.
419 *
420 * \param[in] handle A configuration handle.
421 * \param[out] rssi Receive Signal Strength Indicator.
422 * \param[in] rssi_size Number of entries in \a rssi.
423 * \param[out] rssi_count Number of RSSI elements returned.
424 * \param[out] rtt Round-trip delay time.
425 * \param[in] rtt_size Number of entries in \a rtt.
426 * \param[out] rtt_count Number of RTT elements returned.
427 *
428 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
429 * \sa \ref kvrNetworkConnectionTest()
430 */
431kvrStatus WINAPI kvrNetworkGetRssiRtt(kvrConfigHandle handle,
432 kvrRssiHistory *rssi,
433 uint32_t rssi_size,
434 uint32_t *rssi_count,
435 kvrRttHistory *rtt,
436 uint32_t rtt_size,
437 uint32_t *rtt_count);
438
439/**
440 * Initiate a scan for existing WLAN networks. The result is acquired
441 * with consecutive calls to \ref kvrWlanGetScanResults(). A new scan can not
442 * be initiated until all data has been retrieved from the previous one.
443 *
444 * \note The device should not be connected to a network when scanning. This
445 * includes the implicit connection done by \ref kvrNetworkConnectionTest().
446 *
447 * \param[in] handle A configuration handle.
448 * \param[in] active If set, performs an active scan.
449 * \param[in] bss_type Basic service set (BSS) selection. \ref kvrBss_xxx.
450 * \param[in] domain Regulatory domain. See \ref kvrRegulatoryDomain_xxx.
451 *
452 * \return \ref kvrOK on success,
453 * \ref kvrERR_NO_ANSWER when previous scan is ongoing
454 * or any other \ref kvrStatus on failure.
455 */
456
457kvrStatus WINAPI kvrWlanStartScan(kvrConfigHandle handle,
458 int32_t active,
459 int32_t bss_type,
460 int32_t domain);
461
462
463/**
464 * Get results from WLAN scan. Call \ref kvrWlanGetScanResults() until it returns
465 * \ref kvrERR_BLANK to mark that no more information is available from this scan.
466 *
467 * To convert the security information into a more human readable form,
468 * use \ref kvrWlanGetSecurityText().
469 *
470 * \param[in] handle A configuration handle.
471 * \param[out] rssi Receive Signal Strength Indicator (RSSI).
472 * \param[out] channel WLAN Channel.
473 * \param[out] mac Media Access Control address.
474 * \param[out] bss_type Basic Service Set (BSS) (see \ref kvrBss_xxx).
475 * \param[out] ssid Service Set Identifier(SSID) as a C string.
476 * Maximum length is 32 bytes.
477 * \param[out] capability The advertised capabilities of the BSS.
478 * \param[out] type_wpa Only type 1 (802.1X) is supported for connection.
479 * \param[out] wpa_info Advertised information for WPA
480 * (see \ref kvrCipherInfoElement).
481 * \param[out] rsn_info Advertised information for RSN
482 * (see \ref kvrCipherInfoElement).
483 *
484 * \return \ref kvrOK on success,
485 * \ref kvrERR_NO_ANSWER when waiting for further scan results
486 * \ref kvrERR_BLANK when no further scan results are available
487 * or any other \ref kvrStatus on failure.
488 *
489 */
490kvrStatus WINAPI kvrWlanGetScanResults(kvrConfigHandle handle,
491 int32_t *rssi,
492 int32_t *channel,
493 kvrAddress *mac,
494 int32_t *bss_type,
495 char *ssid,
496 uint32_t *capability,
497 uint32_t *type_wpa,
498 kvrCipherInfoElement *wpa_info,
499 kvrCipherInfoElement *rsn_info);
500
501/**
502 * Read the device Hostname.
503 *
504 * \param[in] handle A configuration handle
505 * \param[out] buffer The device Hostname as a C string.
506 * \param[in] buffer_size The device Hostname buffer size.
507 *
508 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
509 */
510kvrStatus WINAPI kvrNetworkGetHostName(kvrConfigHandle handle,
511 char* buffer, uint32_t buffer_size);
512
513/**
514 * Read the generated Hostname.
515 *
516 * \param[in] ean_hi The device EAN_high number.
517 * \param[in] ean_lo The device EAN_low number.
518 * \param[in] ser_no The device serial number.
519 * \param[out] buffer The device Hostname as a C string.
520 * \param[in] buffer_size The device Hostname buffer size.
521 *
522 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
523 */
524kvrStatus WINAPI kvrHostName(uint32_t ean_hi, uint32_t ean_lo, uint32_t ser_no,
525 char* buffer, uint32_t buffer_size);
526
527
528/**
529 * Get connection status information.
530 *
531 * \param[in] handle A configuration handle.
532 * \param[out] state Network connection state, see \ref kvrNetworkState_xxx.
533 * \param[out] tx_rate Transmit rate in kbit/s.
534 * \param[out] rx_rate Receive rate in kbit/s.
535 * \param[out] channel Channel.
536 * \param[out] rssi Receive Signal Strength Indicator (RSSI).
537 * \param[out] tx_power Transmit power level in dB.
538 *
539 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
540 */
541kvrStatus WINAPI kvrNetworkGetConnectionStatus(kvrConfigHandle handle,
542 int32_t *state,
543 int32_t *tx_rate,
544 int32_t *rx_rate,
545 int32_t *channel,
546 int32_t *rssi,
547 int32_t *tx_power);
548
549/**
550 * Get information about the network address settings.
551 * For a WLAN connected device, address1, netmask and gateway are IP addresses
552 * and address2 is the MAC address.
553 *
554 * \param[in] handle A configuration handle.
555 * \param[out] address1 The first address associated with the device.
556 * \param[out] address2 The second address associated with the device.
557 * \param[out] netmask The netmask for the device.
558 * \param[out] gateway The gateway for the device.
559 * \param[out] dhcp The device ueses Dynamic Host Configuration
560 * Protocol (DHCP).
561 *
562 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
563 */
564kvrStatus WINAPI kvrNetworkGetAddressInfo(kvrConfigHandle handle,
565 kvrAddress *address1,
566 kvrAddress *address2,
567 kvrAddress *netmask,
568 kvrAddress *gateway,
569 int32_t *dhcp);
570
571/**@}*/
572
573/**
574 * \defgroup Discovery Device discovery
575 */
576/**@{*/
577
578/**
579 * Remote device usage status.
580 * \anchor kvrDeviceUsage_xxx
581 * \name kvrDeviceUsage_xxx
582 * @{
583 */
584
585#define kvrDeviceUsage_UNKNOWN 0 /**< Unknown (e.g., no reply from device). */
586#define kvrDeviceUsage_FREE 1 /**< Not in use. */
587#define kvrDeviceUsage_REMOTE 2 /**< Connected to a PC (as a remote device). */
588#define kvrDeviceUsage_USB 3 /**< Connected via USB cable. */
589#define kvrDeviceUsage_CONFIG 4 /**< Device is being configured via USB. */
590/** @} */
591
592
593/**
594 * Remote device accessability status.
595 * \anchor kvrAccessibility_xxx
596 * \name kvrAccessibility_xxx
597 */
598#define kvrAccessibility_UNKNOWN 0 /**< Unknown (e.g., no reply from device). */
599#define kvrAccessibility_PUBLIC 1 /**< Public (visible for all, no password required to connect). */
600#define kvrAccessibility_PROTECTED 2 /**< Protected (visible for all, password needed to connect). */
601#define kvrAccessibility_PRIVATE 3 /**< Private (invisible, password needed to connect). */
602/** @} */
603
604/**
605 * State of connection to device.
606 * \anchor kvrRemoteState_xxx
607 * \name kvrRemoteState_xxx
608 * @{
609 */
610
611#define kvrRemoteState_VOID 0 /**< Marked as not in list. */
612#define kvrRemoteState_AVAILABLE 1 /**< Tries to ping known device. */
613#define kvrRemoteState_DISCOVERED 2 /**< Currently not used. */
614#define kvrRemoteState_STARTING 3 /**< Initializes for new device. */
615#define kvrRemoteState_STARTED 4 /**< Currently not used. */
616#define kvrRemoteState_CONNECTION_DOWN 5 /**< Will try and restore connection. */
617#define kvrRemoteState_CONNECTION_UP 6 /**< Device connected, heartbeat up. */
618#define kvrRemoteState_REDISCOVER 7 /**< Trying to talk to device. */
619#define kvrRemoteState_UNWILLING 8 /**< Device turned down connection req. */
620#define kvrRemoteState_REDISCOVER_PENDING 9 /**< Will do rediscover in a moment. */
621#define kvrRemoteState_CLOSING 10 /**< Will stop communication. */
622#define kvrRemoteState_REMOVE_ME 11 /**< Device removed, it will be stopped. */
623#define kvrRemoteState_STANDBY 12 /**< Known device, but unused. */
624#define kvrRemoteState_CONFIG_CHANGED 13 /**< Same as UNWILLING. */
625#define kvrRemoteState_STOPPING 14 /**< Tries to stop device. */
626#define kvrRemoteState_INSTALLING 15 /**< Driver installation is in progress. */
627/** @} */
628
629/**
630 * Device avalability flags.
631 * \anchor kvrAvailability_xxx
632 * \name kvrAvailability_xxx
633 * @{
634 */
635#define kvrAvailability_NONE 0 /**< Manually added. */
636#define kvrAvailability_FOUND_BY_SCAN 1 /**< Device was found by scan. */
637#define kvrAvailability_STORED 2 /**< Device was stored. */
638/** @} */
639
640
641/**
642 * \brief Holds information about a discovered device.
643 *
644 * The information in here is returned when a device is discovered.
645 * For a WLAN connected device, device_address and client_address are IP
646 * addresses, and base_station_id is the ethernet MAC address of the AP.
647 *
648 * Depending on the "availability" flag, not all fields may be used. If
649 * "availability" includes the flag \ref kvrAvailability_STORED the following
650 * fields are set: ean_hi, ean_lo, ser_no, device_address, request_connection,
651 * name and accessibility_pwd.
652 *
653 * If the field "availability" includes the flag
654 * \ref kvrAvailability_FOUND_BY_SCAN, the following fields are set: fw_major_ver,
655 * fw_minor_ver, fw_build_ver, usage, accessibility, host_name and
656 * client_address.
657 */
658typedef struct {
659 uint32_t struct_size; /**< Size of struct, used for compatibility. */
660 uint32_t ean_hi; /**< High part of EAN. */
661 uint32_t ean_lo; /**< Low part of EAN. */
662 uint32_t ser_no; /**< Serial number. */
663 int32_t fw_major_ver; /**< Major firmware version. */
664 int32_t fw_minor_ver; /**< Minor firmware version. */
665 int32_t fw_build_ver; /**< Firmware build version. */
666 char name[256]; /**< User-defined name. */
667 char host_name[256]; /**< DNS hostname or empty. */
668 int32_t usage; /**< \ref kvrDeviceUsage_xxx. */
669 int32_t accessibility; /**< \ref kvrAccessibility_xxx. */
670 char accessibility_pwd[256]; /**< Accessibility password or empty. */
671 kvrAddress device_address; /**< Address of remote device. */
672 kvrAddress client_address; /**< Address of connected client, if any. */
673 kvrAddress base_station_id; /**< Unique ID of base station, if any. */
674 int32_t request_connection; /**< Activate or deactivate a request for connection to a specified device.
675 * Activation means that the device will be connected to when it appears in the
676 * future. */
677 int32_t availability; /**< The device availability. One or more \ref kvrAvailability_xxx flags.*/
678 char encryption_key[32]; /**< Encryption key. */
679 char reserved1[256];
680 char reserved2[256];
681} kvrDeviceInfo;
682
683/**
684 * Handle used for discovery.
685 */
686typedef int32_t kvrDiscoveryHandle;
687
688
689/**
690 * Flags for setting what addresses that should be returned by
691 * \ref kvrDiscoveryGetDefaultAddresses().
692 * \anchor kvrAddressTypeFlag_xxx
693 * \name kvrAddressTypeFlag_xxx
694 * @{
695 */
696#define kvrAddressTypeFlag_ALL 0xff /**< All defined below */
697#define kvrAddressTypeFlag_BROADCAST 0x01 /**< Broadcast addresses */
698#define kvrAddressTypeFlag_STORED 0x02 /**< Previously stored addresses */
699/** @} */
700
701/**
702 * Read out the list of default broadcast addresses. If \a address_type_flags
703 * is set to \ref kvrAddressTypeFlag_ALL the returned list will contain all found
704 * addresses (both broadcast addresses and earlier stored addresses).
705 *
706 * \param[out] address_list An array of addresses.
707 * \param[in] address_list_size Number of entries in \a address_list.
708 * \param[out] address_list_count Number of addresses returned.
709 * \param[in] address_type_flags Which \ref kvrAddressTypeFlag_xxx types of addresses to return
710 *
711 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
712 */
713kvrStatus WINAPI kvrDiscoveryGetDefaultAddresses(kvrAddress address_list[],
714 uint32_t address_list_size,
715 uint32_t *address_list_count,
716 uint32_t address_type_flags);
717
718/**
719 * Create a handle for device discovery. Used by for instance \ref kvrDiscoveryStart().
720 * Close with \ref kvrDiscoveryClose().
721 *
722 * \param[out] handle Discovery handle.
723 *
724 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
725 */
726kvrStatus WINAPI kvrDiscoveryOpen(kvrDiscoveryHandle *handle);
727
728/**
729 * Closes the discovery handle opened with \ref kvrDiscoveryOpen().
730 *
731 * \param[in] handle Discovery handle.
732 *
733 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
734 */
735kvrStatus WINAPI kvrDiscoveryClose(kvrDiscoveryHandle handle);
736
737/**
738 * Set a list of addresses to use for discovery (overwrites any
739 * existing addresses).
740 * Setting \a address_list_size with size = 0 will cause \ref kvrDiscoveryStart()
741 * to only return stored devices (no network traffic).
742 *
743 * \param[in] handle Discovery handle.
744 * \param[in] address_list An array of addresses.
745 * \param[in] address_list_size Number of entries in \a address_list.
746 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
747 */
748kvrStatus WINAPI kvrDiscoverySetAddresses(kvrDiscoveryHandle handle,
749 const kvrAddress address_list[],
750 uint32_t address_list_size);
751
752
753/**
754 * Start discovering devices on the addresses previously specified with
755 * \ref kvrDiscoverySetAddresses(). A delay of \a delay_ms ms is inferred between
756 * each device address request. After the last device address is probed, one
757 * more delay of \a timeout_ms is added before returning.
758 *
759 * This means that the function will return in (about)
760 * &lt;address_list_size&gt; * \a delay_ms + \a timeout_ms ms
761 *
762 * The results can be retrieved using \ref kvrDiscoveryGetResults(). A new call to
763 * \ref kvrDiscoveryStart() will discard any results not yet retrieved by
764 * \ref kvrDiscoveryGetResults().
765 *
766 * To decide if an address is a broadcast address, the ip address and subnet
767 * mask for all availible network cards are considered.
768 *
769 * Beside returning the devices discovered by scan, it will also return any
770 * devices previously stored with \ref kvrDiscoveryStoreDevices().
771 *
772 * \note A remote device with accessibility set to "private" will not reply to
773 * a broadcast scan.
774 *
775 * \param[in] handle Discovery handle.
776 * \param[in] delay_ms Delay (in ms) in between sending discovery
777 * messages to addresses in the address list.
778 * \param[in] timeout_ms Stop waiting for device discovery after timeout_ms milliseconds.
779 *
780 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
781 */
782kvrStatus WINAPI kvrDiscoveryStart(kvrDiscoveryHandle handle, uint32_t delay_ms,
783 uint32_t timeout_ms);
784
785/**
786 * Call this after calling \ref kvrDiscoveryStart(). The first call will return the first result,
787 * second call will return the second etc.
788 * Will return found devices until \ref kvrERR_BLANK is returned.
789 *
790 * \param[in] handle Discovery handle.
791 * \param[out] device_info Device info.
792 *
793 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
794 */
795kvrStatus WINAPI kvrDiscoveryGetResults(kvrDiscoveryHandle handle,
796 kvrDeviceInfo *device_info);
797
798/**
799 * Store a list of devices that can be discovered later.
800 *
801 * \param[in] device_info_list A list of devices to remember.
802 * \param[in] device_info_list_size The number of elements in \a device_info_list.
803 *
804 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
805 */
806kvrStatus WINAPI kvrDiscoveryStoreDevices(const kvrDeviceInfo device_info_list[],
807 uint32_t device_info_list_size);
808
809
810/**
811 * Turn automatic clearing of the stored devices on/off.
812 *
813 * \param[in] onoff Turn auto-clear on/off. TRUE: Stored devices will
814 * be cleared automatically when the application exits, even if the application
815 * terminates abnormally. FALSE: Stored devices will be stored until removed.
816 *
817 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
818 */
819kvrStatus WINAPI kvrDiscoveryClearDevicesAtExit(BOOL onoff);
820
821/**
822 * Sets the accessibility password to use when connecting to a device.
823 *
824 * \param[in] device_info The device to set the password for.
825 * \param[in] password The password as a C string.
826 *
827 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
828 */
829kvrStatus WINAPI kvrDiscoverySetPassword(kvrDeviceInfo *device_info,
830 const char *password);
831
832/**
833 * Sets the encryption key to use when encrypting communication.
834 *
835 * \param[in] device_info The device to set the password for.
836 * \param[in] key The key as a C string.
837 *
838 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
839 */
840kvrStatus WINAPI kvrDiscoverySetEncryptionKey(kvrDeviceInfo *device_info,
841 const char *key);
842
843
844/**
845 * Returns local connection status of the selected device as ASCII text.
846 *
847 * \param[in] device_info The device to request the status information from.
848 * \param[out] buffer The service status as a C string.
849 * \param[in] buffer_size The service status buffer size.
850 *
851 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
852 */
853kvrStatus WINAPI kvrDeviceGetServiceStatusText(const kvrDeviceInfo *device_info,
854 char *buffer,
855 uint32_t buffer_size);
856
857
858/**
859 * Current service state
860 * \anchor kvrServiceState_xxx
861 * \name kvrServiceState_xxx
862 * @{
863 */
864#define kvrServiceState_VOID 0 /**< Void */
865#define kvrServiceState_AVAILABLE 1 /**< Device available */
866#define kvrServiceState_DISCOVERED 2 /**< Device discovered */
867 /**
868 * Device is starting, other devices may inhibit this device from being started
869 * at the moment (e.g. by installing).
870 */
871#define kvrServiceState_STARTING 3
872#define kvrServiceState_STARTED 4 /**< Device is started */
873#define kvrServiceState_CONNECTION_DOWN 5 /**< Connection is currently down */
874#define kvrServiceState_CONNECTION_UP 6 /**< Connection is corrently up */
875#define kvrServiceState_REDISCOVER 7 /**< We've lost the device - rediscover it */
876#define kvrServiceState_UNWILLING 8 /**< Unwilling, see sub state for reason */
877#define kvrServiceState_REDISCOVER_PENDING 9 /**< Rediscover is pending */
878#define kvrServiceState_CLOSING 10 /**< Closing */
879#define kvrServiceState_REMOVE_ME 11 /**< Remove me */
880#define kvrServiceState_STANDBY 12 /**< Standbe */
881#define kvrServiceState_CONFIG_CHANGED 13 /**< Configuration has changed */
882#define kvrServiceState_STOPPING 14 /**< Stopping */
883#define kvrServiceState_INSTALLING 15 /**< Device is currently being installed */
884/** @} */
885
886/**
887 * Current start information
888 * \anchor kvrStartInfo_xxx
889 * \name kvrStartInfo_xxx
890 * @{
891 */
892#define kvrStartInfo_NONE 0 /**< No information available */
893#define kvrStartInfo_START_OK 1 /**< Started OK */
894#define kvrStartInfo_ERR_IN_USE 2 /**< Already connected to someone else */
895#define kvrStartInfo_ERR_PWD 3 /**< Wrong connection pwd */
896#define kvrStartInfo_ERR_NOTME 4 /**< This start is not for me */
897#define kvrStartInfo_ERR_CONFIGURING 5 /**< I'm being configured so won't start */
898#define kvrStartInfo_ERR_PARAM 6 /**< Invalid parameters in QRV (non matching versions) */
899#define kvrStartInfo_ERR_ENCRYPTION_PWD 7 /**< Wrong encryption password. */
900/** @} */
901
902
903/**
904 * Returns local connection status of the selected device.
905 *
906 * \param[in] device_info The device to request the status information from.
907 * \param[out] state The service state as a \ref kvrServiceState_xxx
908 * \param[out] start_info The start information as a \ref kvrStartInfo_xxx
909 *
910 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
911 */
912kvrStatus WINAPI kvrDeviceGetServiceStatus(const kvrDeviceInfo *device_info,
913 int32_t *state, int32_t *start_info);
914
915/**@}*/
916
917
918
919
920/**
921 * \defgroup Helper Helper functions
922 */
923/**@{*/
924
925/**
926 * Convert a \ref kvrStatus errorcode to a text.
927 *
928 * \param[in] error The error code to convert.
929 * \param[out] buffer Buffer to receive error text.
930 * \param[in] buffer_size Buffer size in bytes.
931 */
932kvrStatus WINAPI kvrGetErrorText(kvrStatus error, char *buffer,
933 uint32_t buffer_size);
934
935/**
936 * Return the version of the kvrlib DLL. The most significant byte is
937 * the major version number and the least significant byte is the
938 * minor version number.
939 *
940 * \source_cs <b>static short kvrGetVersion();</b>
941 *
942 * \source_delphi <b>function kvrGetVersion: Word;</b>
943 * \source_end
944 *
945 * \return version number of kvrlib32.dll
946 */
947uint16_t WINAPI kvrGetVersion(void);
948
949/**
950 * Convert a \ref kvrAddress to a text string.
951 * The output format depends on the \ref kvrAddressType_xxx.
952 * \a buffer_size must be the maximum lenth for each type.
953 * i.e. \ref kvrAddressType_IPV4 must have lenght at least 16.
954 *
955 * \param[out] buffer The converted string as a C string.
956 * \param[in] buffer_size Size of buffer.
957 * \param[in] address The address to convert.
958 */
959kvrStatus WINAPI kvrStringFromAddress(char *buffer, uint32_t buffer_size,
960 const kvrAddress *address);
961
962/**
963 * Convert a C string into a \ref kvrAddress.
964 *
965 * Examples:
966 * - <b>MAC address</b><br>
967 * address_string: "90:E6:BA:3C:32:12"<br>
968 * type: \ref kvrAddressType_MAC
969 *
970 * - <b>IP v.4</b><br>
971 * address_string: "192.168.1.142"<br>
972 * type: \ref kvrAddressType_IPV4
973 *
974 * - <b>IP v.4 with port</b><br>
975 * address_string: "192.168.1.142:8080"<br>
976 * type: \ref kvrAddressType_IPV4_PORT
977 *
978 *
979 * \param[in] address_type \ref kvrAddressType_xxx to convert into.
980 * \param[out] address Returned address.
981 * \param[in] address_string C string to convert into a kvrAddress.
982 */
983kvrStatus WINAPI kvrAddressFromString(int32_t address_type, kvrAddress *address,
984 const char *address_string);
985
986/**
987 * Returns a C string in human readable format from the security
988 * information gathered with \ref kvrWlanGetScanResults()
989 *
990 * Example output:
991 * "WPA2: G-TKIP (PSK) P1-AES P2-TKIP WPA: G-TKIP (PSK) P1-AES P2-TKIP"
992 *
993 * The above example shows a network using Pre-Shared Key with both
994 * WPA2 and WPA enabled, for both modes, a group key using TKIP is
995 * needed, and in both modes you can choose between AES (CCMP) and
996 * TKIP as the cipher for the pairwise key.
997 *
998 * The length of the generated string could theoretically be up to
999 * about 180 characters. If the length of the supplied security_string
1000 * is too short, the result will be truncated and the function will
1001 * return \ref kvrERR_PARAMETER.
1002 *
1003 * \param[out] security_string A C string.
1004 * \param[in] security_string_size Max size of security_string.
1005 * \param[in] capability The advertised capabilities of the BSS.
1006 * \param[in] type_wpa Authentication suite type.
1007 * \param[in] wpa_info Advertised information for WPA.
1008 * \param[in] rsn_info Advertised information for RSN.
1009 *
1010 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
1011 */
1012kvrStatus WINAPI kvrWlanGetSecurityText(char *security_string,
1013 uint32_t security_string_size,
1014 uint32_t capability,
1015 uint32_t type_wpa,
1016 const kvrCipherInfoElement *wpa_info,
1017 const kvrCipherInfoElement *rsn_info);
1018
1019/**
1020 * Generates four 64-bit and one 128-bit WEP keys.
1021 *
1022 * All generated keys are returned as ASCII hexadecimal C strings.
1023 *
1024 * \param[in] pass_phrase The pass phrase as a C string.
1025 * \param[out] key64_1 Generated 64-bit WEP key 1 (10 + 1 bytes).
1026 * \param[out] key64_2 Generated 64-bit WEP key 2 (10 + 1 bytes).
1027 * \param[out] key64_3 Generated 64-bit WEP key 3 (10 + 1 bytes).
1028 * \param[out] key64_4 Generated 64-bit WEP key 4 (10 + 1 bytes).
1029 * \param[out] key128 Generated 128-bit WEP key (26 + 1 bytes).
1030 *
1031 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
1032 */
1033kvrStatus WINAPI kvrNetworkGenerateWepKeys(const char *pass_phrase,
1034 char *key64_1,
1035 char *key64_2,
1036 char *key64_3,
1037 char *key64_4,
1038 char *key128);
1039
1040/**
1041 * Generates a WPA key.
1042 *
1043 * \param[in] pass_phrase The pass phrase as a C string.
1044 * \param[in] ssid SSID as a C string. Maximum length is 32 bytes.
1045 * \param[out] key The WPA key, 256 bits as a an ASCII hexadecimal
1046 * C string (64 + 1 bytes).
1047 *
1048 * \return \ref kvrOK on success or any other \ref kvrStatus on failure.
1049 */
1050kvrStatus WINAPI kvrNetworkGenerateWpaKeys(const char *pass_phrase,
1051 const char *ssid,
1052 char *key);
1053
1054/**@}*/
1055
1056/**
1057 * Initializes library stuff.
1058 * Call this function before calling any other kvr function.
1059 */
1060void WINAPI kvrInitializeLibrary(void);
1061
1062
1063/**
1064 * Unloads library stuff.
1065 * Call this function after calling all other kvr functions.
1066 */
1067void WINAPI kvrUnloadLibrary(void);
1068
1069
1070/**
1071 * Queries the status of the helper service. The helper service is installed as a part
1072 * of the driver package and is normally set to automatic start.
1073 *
1074 * \note This API call requires read access to the service.
1075 *
1076 * \param[out] status Win32 status code on failure.
1077 *
1078 * \return \ref kvrOK on success (meaning that the service is running) or any other \ref kvrStatus on failure.
1079 */
1080kvrStatus WINAPI kvrServiceQuery(int *status);
1081
1082/**
1083 * Starts the helper service. The helper service is installed as a part
1084 * of the driver package and is normally set to automatic start.
1085 *
1086 * \note This API call requires control access to the service.
1087 *
1088 * \param[out] status Win32 status code on failure.
1089 *
1090 * \return \ref kvrOK on success (meaning that the service is started or
1091 * already is running) or any other \ref kvrStatus on failure.
1092 */
1093kvrStatus WINAPI kvrServiceStart(int *status);
1094
1095/**
1096 * Stops the helper service. The helper service is installed as a part
1097 * of the driver package and is normally set to automatic start.
1098 *
1099 * \note This API call requires control access to the service.
1100 *
1101 * \param[out] status Win32 status code on failure.
1102 *
1103 * \return \ref kvrOK on success (meaning that the service is stopped or
1104 * already is stopped) or any other \ref kvrStatus on failure.
1105 */
1106kvrStatus WINAPI kvrServiceStop(int *status);
1107
1108
1109/**
1110 * \mainpage Remote Device API
1111 *
1112 * <h1>THIS IS A PRELIMINARY VERSION AND SUBJECT TO CHANGE</h1>
1113 *
1114 * This is an API for remote devices.
1115 *
1116 * - \subpage page_configuration
1117 * - \subpage page_discovery
1118 * - \subpage page_network
1119 * - \subpage page_support
1120 *
1121 * \page page_support Support
1122 * For support, contact support@kvaser.com
1123 *
1124 * \page page_discovery Device discovery
1125 * The following is an example of calls that can be used for device discovery.
1126 *
1127 * Initialize/Unload library
1128 * - \ref kvrInitializeLibrary()
1129 * - \ref kvrUnloadLibrary()
1130 *
1131 * Get the default addresses used for discovering devices
1132 * - \ref kvrDiscoveryGetDefaultAddresses()
1133 *
1134 * Discover all devices
1135 * to the device list
1136 * - \ref kvrDiscoveryStart()
1137 * - \ref kvrDiscoveryGetResults()
1138 *
1139 * Save devices you want to remember or use.
1140 * - \ref kvrDiscoveryStoreDevices()
1141 *
1142 * Get device status
1143 * - \ref kvrDeviceGetServiceStatusText()
1144 *
1145 * \page page_configuration Local Configuration
1146 * When the remote device is connected to the host it can be configured.
1147 * A device can hold a number of different profiles. The number of profiles
1148 * that the device supports can be found by using \ref kvrConfigNoProfilesGet().
1149 * Each profile contains a complete configuration. To configure a specific
1150 * profile open it with \ref kvrConfigOpenEx(). To activate a specific profile
1151 * use \ref kvrConfigActiveProfileSet(). The active profile is the one the
1152 * device will use.
1153 *
1154 *
1155 * The following is an example of calls that are used to configure a device.
1156 *
1157 * Initialize/Unload library
1158 * - \ref kvrInitializeLibrary()
1159 * - \ref kvrUnloadLibrary()
1160 *
1161 * Get the number of supported profiles.
1162 * - \ref kvrConfigNoProfilesGet()
1163 *
1164 * Get and set the active profile.
1165 * - \ref kvrConfigActiveProfileGet()
1166 * - \ref kvrConfigActiveProfileSet()
1167 *
1168 * Open the device's configuration area. If protected, you need to enter a
1169 * password as well.
1170 * - \ref kvrConfigOpen()
1171 * - \ref kvrConfigOpenEx()
1172 *
1173 * If password is unknown, it is possible to first clear entire area including
1174 * password
1175 * - \ref kvrConfigClear()
1176 *
1177 * Write new configuration and read the configuration from the device
1178 * - \ref kvrConfigSet()
1179 * - \ref kvrConfigGet()
1180 *
1181 * Close the device's configuration area for writing
1182 * - \ref kvrConfigClose()
1183 *
1184 * \page page_network Network information
1185 * The following is an example of calls that are used for network maintenance.
1186 *
1187 * Initialize library
1188 * - \ref kvrInitializeLibrary()
1189 *
1190 * Start scan for existing WLAN networks and get the result
1191 * - \ref kvrWlanStartScan()
1192 * - \ref kvrWlanGetScanResults()
1193 *
1194 * Get device's IP settings
1195 * - \ref kvrNetworkGetAddressInfo()
1196 *
1197 * Get status information; WLAN connection state, RSSI, RTT, TX power etc.
1198 * - \ref kvrNetworkGetConnectionStatus()
1199 *
1200 * Start sending 'ping' and get latest RTT (and RSSI) values.
1201 * - \ref kvrNetworkConnectionTest()
1202 * - \ref kvrNetworkGetRssiRtt()
1203 */
1204
1205
1206/**
1207 * \example kvrConnect.c
1208 * \example kvrConfig.c
1209 * \example kvrNetworkConnectionTest.c
1210 */
1211
1212#ifdef __cplusplus
1213}
1214#endif
1215
1216#endif
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