DongEun Koak / WizFi310Interface_Draft

This is Wi-Fi interface of WizFi310 for mbed os 5

Dependents:   mbed-os-example-wifi

WizFi310Interface.cpp@1:8e468bb83e1e, 2017-12-19 (annotated)

Committer:
kaizen
Date:
Tue Dec 19 16:59:33 2017 +0900
Revision:
1:8e468bb83e1e
Parent:
0:d0e3f515f99d 
This is WizFi310 Library for mbed os5

Who changed what in which revision?

UserRevisionLine numberNew contents of line
kaizen 0:d0e3f515f99d 1 /* WizFi310 implementation of NetworkInterfaceAPI
kaizen 0:d0e3f515f99d 2 * Copyright (c) 2015 ARM Limited
kaizen 0:d0e3f515f99d 3 *
kaizen 0:d0e3f515f99d 4 * Licensed under the Apache License, Version 2.0 (the "License");
kaizen 0:d0e3f515f99d 5 * you may not use this file except in compliance with the License.
kaizen 0:d0e3f515f99d 6 * You may obtain a copy of the License at
kaizen 0:d0e3f515f99d 7 *
kaizen 0:d0e3f515f99d 8 * http://www.apache.org/licenses/LICENSE-2.0
kaizen 0:d0e3f515f99d 9 *
kaizen 0:d0e3f515f99d 10 * Unless required by applicable law or agreed to in writing, software
kaizen 0:d0e3f515f99d 11 * distributed under the License is distributed on an "AS IS" BASIS,
kaizen 0:d0e3f515f99d 12 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
kaizen 0:d0e3f515f99d 13 * See the License for the specific language governing permissions and
kaizen 0:d0e3f515f99d 14 * limitations under the License.
kaizen 0:d0e3f515f99d 15 */
kaizen 0:d0e3f515f99d 16 #include <string.h>
kaizen 0:d0e3f515f99d 17 #include "WizFi310Interface.h"
kaizen 0:d0e3f515f99d 18 #include "mbed_debug.h"
kaizen 0:d0e3f515f99d 19
kaizen 0:d0e3f515f99d 20 // Various timeouts for different WizFi310 operations
kaizen 0:d0e3f515f99d 21 #ifndef WIZFI310_CONNECT_TIMEOUT
kaizen 0:d0e3f515f99d 22 #define WIZFI310_CONNECT_TIMEOUT 15000
kaizen 0:d0e3f515f99d 23 #endif
kaizen 0:d0e3f515f99d 24 #ifndef WIZFI310_SEND_TIMEOUT
kaizen 0:d0e3f515f99d 25 #define WIZFI310_SEND_TIMEOUT 500
kaizen 0:d0e3f515f99d 26 #endif
kaizen 0:d0e3f515f99d 27 #ifndef WIZFI310_RECV_TIMEOUT
kaizen 0:d0e3f515f99d 28 #define WIZFI310_RECV_TIMEOUT 0
kaizen 0:d0e3f515f99d 29 #endif
kaizen 0:d0e3f515f99d 30 #ifndef WIZFI310_MISC_TIMEOUT
kaizen 0:d0e3f515f99d 31 #define WIZFI310_MISC_TIMEOUT 500
kaizen 0:d0e3f515f99d 32 #endif
kaizen 1:8e468bb83e1e 33 #ifndef WIZFI310_OPEN_CLOSE_TIMEOUT
kaizen 1:8e468bb83e1e 34 #define WIZFI310_OPEN_CLOSE_TIMEOUT 10000
kaizen 1:8e468bb83e1e 35 #endif
kaizen 1:8e468bb83e1e 36
kaizen 0:d0e3f515f99d 37 #ifndef WIZFI310_DELAY_MS
kaizen 0:d0e3f515f99d 38 #define WIZFI310_DELAY_MS 300
kaizen 0:d0e3f515f99d 39 #endif
kaizen 0:d0e3f515f99d 40
kaizen 0:d0e3f515f99d 41 // WizFi310Interface implementation
kaizen 0:d0e3f515f99d 42 WizFi310Interface::WizFi310Interface(PinName tx, PinName rx, bool debug)
kaizen 0:d0e3f515f99d 43 : _wizfi310(tx, rx, debug)
kaizen 0:d0e3f515f99d 44 {
kaizen 0:d0e3f515f99d 45 memset(_ids, 0, sizeof(_ids));
kaizen 0:d0e3f515f99d 46 memset(_cbs, 0, sizeof(_cbs));
kaizen 0:d0e3f515f99d 47
kaizen 0:d0e3f515f99d 48 _wizfi310.attach(this, &WizFi310Interface::event);
kaizen 0:d0e3f515f99d 49 }
kaizen 0:d0e3f515f99d 50
kaizen 0:d0e3f515f99d 51 int WizFi310Interface::connect(const char *ssid, const char *pass, nsapi_security_t security,
kaizen 0:d0e3f515f99d 52 uint8_t channel)
kaizen 0:d0e3f515f99d 53 {
kaizen 0:d0e3f515f99d 54 if (channel != 0) {
kaizen 0:d0e3f515f99d 55 return NSAPI_ERROR_UNSUPPORTED;
kaizen 0:d0e3f515f99d 56 }
kaizen 0:d0e3f515f99d 57
kaizen 0:d0e3f515f99d 58 set_credentials(ssid, pass, security);
kaizen 0:d0e3f515f99d 59
kaizen 0:d0e3f515f99d 60 return connect();
kaizen 0:d0e3f515f99d 61 }
kaizen 0:d0e3f515f99d 62
kaizen 0:d0e3f515f99d 63 int WizFi310Interface::connect()
kaizen 0:d0e3f515f99d 64 {
kaizen 0:d0e3f515f99d 65 char sec[10];
kaizen 0:d0e3f515f99d 66
kaizen 0:d0e3f515f99d 67 _wizfi310.setTimeout(WIZFI310_CONNECT_TIMEOUT);
kaizen 0:d0e3f515f99d 68
kaizen 0:d0e3f515f99d 69 _wizfi310.startup(0);
kaizen 0:d0e3f515f99d 70
kaizen 0:d0e3f515f99d 71 if( !_wizfi310.dhcp(true) )
kaizen 0:d0e3f515f99d 72 {
kaizen 0:d0e3f515f99d 73 return NSAPI_ERROR_DHCP_FAILURE;
kaizen 0:d0e3f515f99d 74 }
kaizen 0:d0e3f515f99d 75
kaizen 0:d0e3f515f99d 76 switch( ap_sec )
kaizen 0:d0e3f515f99d 77 {
kaizen 0:d0e3f515f99d 78 case NSAPI_SECURITY_NONE:
kaizen 0:d0e3f515f99d 79 strncpy(sec,"OPEN",strlen("OPEN")+1);
kaizen 0:d0e3f515f99d 80 break;
kaizen 0:d0e3f515f99d 81 case NSAPI_SECURITY_WEP:
kaizen 0:d0e3f515f99d 82 strncpy(sec,"WEP",strlen("WEP")+1);
kaizen 0:d0e3f515f99d 83 break;
kaizen 0:d0e3f515f99d 84 case NSAPI_SECURITY_WPA:
kaizen 0:d0e3f515f99d 85 strncpy(sec,"WPA",strlen("WPA")+1);
kaizen 0:d0e3f515f99d 86 break;
kaizen 0:d0e3f515f99d 87 case NSAPI_SECURITY_WPA2:
kaizen 0:d0e3f515f99d 88 strncpy(sec,"WPA2",strlen("WPA2")+1);
kaizen 0:d0e3f515f99d 89 break;
kaizen 0:d0e3f515f99d 90 case NSAPI_SECURITY_WPA_WPA2:
kaizen 0:d0e3f515f99d 91 strncpy(sec,"WPAWPA2",strlen("WPAWPA2")+1);
kaizen 0:d0e3f515f99d 92 break;
kaizen 0:d0e3f515f99d 93 default:
kaizen 0:d0e3f515f99d 94 strncpy(sec,"",strlen("")+1);
kaizen 0:d0e3f515f99d 95 break;
kaizen 0:d0e3f515f99d 96 }
kaizen 0:d0e3f515f99d 97
kaizen 0:d0e3f515f99d 98 if( !(_wizfi310.connect(ap_ssid, ap_pass, sec)) )
kaizen 0:d0e3f515f99d 99 {
kaizen 0:d0e3f515f99d 100 return NSAPI_ERROR_NO_CONNECTION;
kaizen 0:d0e3f515f99d 101 }
kaizen 0:d0e3f515f99d 102
kaizen 0:d0e3f515f99d 103 if( !_wizfi310.getIPAddress() )
kaizen 0:d0e3f515f99d 104 {
kaizen 0:d0e3f515f99d 105 return NSAPI_ERROR_DHCP_FAILURE;
kaizen 0:d0e3f515f99d 106 }
kaizen 0:d0e3f515f99d 107
kaizen 0:d0e3f515f99d 108 return NSAPI_ERROR_OK;
kaizen 0:d0e3f515f99d 109 }
kaizen 0:d0e3f515f99d 110
kaizen 0:d0e3f515f99d 111
kaizen 0:d0e3f515f99d 112 int WizFi310Interface::set_credentials(const char *ssid, const char *pass, nsapi_security_t security)
kaizen 0:d0e3f515f99d 113 {
kaizen 0:d0e3f515f99d 114 memset(ap_ssid, 0, sizeof(ap_ssid));
kaizen 0:d0e3f515f99d 115 strncpy(ap_ssid, ssid, sizeof(ap_ssid));
kaizen 0:d0e3f515f99d 116
kaizen 0:d0e3f515f99d 117 memset(ap_pass, 0, sizeof(ap_pass));
kaizen 0:d0e3f515f99d 118 strncpy(ap_pass, pass, sizeof(ap_pass));
kaizen 0:d0e3f515f99d 119
kaizen 0:d0e3f515f99d 120 ap_sec = security;
kaizen 0:d0e3f515f99d 121 return 0;
kaizen 0:d0e3f515f99d 122 }
kaizen 0:d0e3f515f99d 123
kaizen 0:d0e3f515f99d 124
kaizen 0:d0e3f515f99d 125 int WizFi310Interface::set_channel(uint8_t channel)
kaizen 0:d0e3f515f99d 126 {
kaizen 0:d0e3f515f99d 127 }
kaizen 0:d0e3f515f99d 128
kaizen 0:d0e3f515f99d 129 int WizFi310Interface::disconnect()
kaizen 0:d0e3f515f99d 130 {
kaizen 0:d0e3f515f99d 131 _wizfi310.setTimeout(WIZFI310_MISC_TIMEOUT);
kaizen 0:d0e3f515f99d 132
kaizen 0:d0e3f515f99d 133 if (!_wizfi310.disconnect())
kaizen 0:d0e3f515f99d 134 {
kaizen 0:d0e3f515f99d 135 return NSAPI_ERROR_DEVICE_ERROR;
kaizen 0:d0e3f515f99d 136 }
kaizen 0:d0e3f515f99d 137 return NSAPI_ERROR_OK;
kaizen 0:d0e3f515f99d 138 }
kaizen 0:d0e3f515f99d 139
kaizen 0:d0e3f515f99d 140 const char *WizFi310Interface::get_ip_address()
kaizen 0:d0e3f515f99d 141 {
kaizen 0:d0e3f515f99d 142 return _wizfi310.getIPAddress();
kaizen 0:d0e3f515f99d 143 }
kaizen 0:d0e3f515f99d 144
kaizen 0:d0e3f515f99d 145 const char *WizFi310Interface::get_mac_address()
kaizen 0:d0e3f515f99d 146 {
kaizen 0:d0e3f515f99d 147 return _wizfi310.getMACAddress();
kaizen 0:d0e3f515f99d 148 }
kaizen 0:d0e3f515f99d 149
kaizen 0:d0e3f515f99d 150 const char *WizFi310Interface::get_gateway()
kaizen 0:d0e3f515f99d 151 {
kaizen 0:d0e3f515f99d 152 return _wizfi310.getGateway();
kaizen 0:d0e3f515f99d 153 }
kaizen 0:d0e3f515f99d 154
kaizen 0:d0e3f515f99d 155 const char *WizFi310Interface::get_netmask()
kaizen 0:d0e3f515f99d 156 {
kaizen 0:d0e3f515f99d 157 return _wizfi310.getNetmask();
kaizen 0:d0e3f515f99d 158 }
kaizen 0:d0e3f515f99d 159
kaizen 0:d0e3f515f99d 160 int8_t WizFi310Interface::get_rssi()
kaizen 0:d0e3f515f99d 161 {
kaizen 0:d0e3f515f99d 162 return _wizfi310.getRSSI();
kaizen 0:d0e3f515f99d 163 }
kaizen 0:d0e3f515f99d 164
kaizen 0:d0e3f515f99d 165 int WizFi310Interface::scan(WiFiAccessPoint *res, unsigned count)
kaizen 0:d0e3f515f99d 166 {
kaizen 0:d0e3f515f99d 167 return _wizfi310.scan(res, count);
kaizen 0:d0e3f515f99d 168 }
kaizen 0:d0e3f515f99d 169
kaizen 1:8e468bb83e1e 170 nsapi_error_t WizFi310Interface::gethostbyname(const char *host,
kaizen 1:8e468bb83e1e 171 SocketAddress *address, nsapi_version_t version)
kaizen 1:8e468bb83e1e 172 {
kaizen 1:8e468bb83e1e 173 char host_ip[16];
kaizen 1:8e468bb83e1e 174
kaizen 1:8e468bb83e1e 175 if( !_wizfi310.dns_lookup(host,host_ip) ){
kaizen 1:8e468bb83e1e 176 return NSAPI_ERROR_DNS_FAILURE;
kaizen 1:8e468bb83e1e 177 }
kaizen 1:8e468bb83e1e 178 if ( !address->set_ip_address(host_ip) ){
kaizen 1:8e468bb83e1e 179 return NSAPI_ERROR_DNS_FAILURE;
kaizen 1:8e468bb83e1e 180 }
kaizen 1:8e468bb83e1e 181
kaizen 1:8e468bb83e1e 182 return NSAPI_ERROR_OK;
kaizen 1:8e468bb83e1e 183 }
kaizen 1:8e468bb83e1e 184
kaizen 0:d0e3f515f99d 185 struct wizfi310_socket {
kaizen 0:d0e3f515f99d 186 int id;
kaizen 0:d0e3f515f99d 187 nsapi_protocol_t proto;
kaizen 0:d0e3f515f99d 188 bool connected;
kaizen 0:d0e3f515f99d 189 SocketAddress addr;
kaizen 0:d0e3f515f99d 190 };
kaizen 0:d0e3f515f99d 191
kaizen 0:d0e3f515f99d 192
kaizen 0:d0e3f515f99d 193 int WizFi310Interface::socket_open(void **handle, nsapi_protocol_t proto)
kaizen 0:d0e3f515f99d 194 {
kaizen 1:8e468bb83e1e 195 // Look for an unused socket
kaizen 0:d0e3f515f99d 196 int id = -1;
kaizen 0:d0e3f515f99d 197
kaizen 0:d0e3f515f99d 198 for (int i=0; i<WIZFI310_SOCKET_COUNT; i++) {
kaizen 0:d0e3f515f99d 199 if (!_ids[i]){
kaizen 0:d0e3f515f99d 200 id = i;
kaizen 1:8e468bb83e1e 201 //_ids[i] = true;
kaizen 0:d0e3f515f99d 202 break;
kaizen 0:d0e3f515f99d 203 }
kaizen 0:d0e3f515f99d 204 }
kaizen 0:d0e3f515f99d 205
kaizen 0:d0e3f515f99d 206 if (id == -1){
kaizen 0:d0e3f515f99d 207 return NSAPI_ERROR_NO_SOCKET;
kaizen 0:d0e3f515f99d 208 }
kaizen 0:d0e3f515f99d 209
kaizen 0:d0e3f515f99d 210 struct wizfi310_socket *socket = new struct wizfi310_socket;
kaizen 0:d0e3f515f99d 211 if (!socket){
kaizen 0:d0e3f515f99d 212 return NSAPI_ERROR_NO_SOCKET;
kaizen 0:d0e3f515f99d 213 }
kaizen 0:d0e3f515f99d 214
kaizen 0:d0e3f515f99d 215 socket->id = id;
kaizen 0:d0e3f515f99d 216 socket->proto = proto;
kaizen 0:d0e3f515f99d 217 socket->connected = false;
kaizen 0:d0e3f515f99d 218 *handle = socket;
kaizen 1:8e468bb83e1e 219
kaizen 0:d0e3f515f99d 220 return 0;
kaizen 0:d0e3f515f99d 221 }
kaizen 0:d0e3f515f99d 222
kaizen 0:d0e3f515f99d 223 int WizFi310Interface::socket_close(void *handle)
kaizen 0:d0e3f515f99d 224 {
kaizen 0:d0e3f515f99d 225 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 226 int err = 0;
kaizen 1:8e468bb83e1e 227 _wizfi310.setTimeout(WIZFI310_OPEN_CLOSE_TIMEOUT);
kaizen 0:d0e3f515f99d 228
kaizen 0:d0e3f515f99d 229 if (socket->connected && !_wizfi310.close(socket->id)) {
kaizen 0:d0e3f515f99d 230 err = NSAPI_ERROR_DEVICE_ERROR;
kaizen 0:d0e3f515f99d 231 }
kaizen 0:d0e3f515f99d 232
kaizen 0:d0e3f515f99d 233 socket->connected = false;
kaizen 0:d0e3f515f99d 234 _ids[socket->id] = false;
kaizen 0:d0e3f515f99d 235 delete socket;
kaizen 0:d0e3f515f99d 236 return err;
kaizen 0:d0e3f515f99d 237 }
kaizen 0:d0e3f515f99d 238
kaizen 0:d0e3f515f99d 239 int WizFi310Interface::socket_bind(void *handle, const SocketAddress &address)
kaizen 0:d0e3f515f99d 240 {
kaizen 0:d0e3f515f99d 241 return NSAPI_ERROR_UNSUPPORTED;
kaizen 0:d0e3f515f99d 242 }
kaizen 0:d0e3f515f99d 243
kaizen 0:d0e3f515f99d 244 int WizFi310Interface::socket_listen(void *handle, int backlog)
kaizen 0:d0e3f515f99d 245 {
kaizen 0:d0e3f515f99d 246 return NSAPI_ERROR_UNSUPPORTED;
kaizen 0:d0e3f515f99d 247 }
kaizen 0:d0e3f515f99d 248
kaizen 0:d0e3f515f99d 249 int WizFi310Interface::socket_connect(void *handle, const SocketAddress &addr)
kaizen 0:d0e3f515f99d 250 {
kaizen 0:d0e3f515f99d 251 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 1:8e468bb83e1e 252 _wizfi310.setTimeout(WIZFI310_OPEN_CLOSE_TIMEOUT);
kaizen 0:d0e3f515f99d 253
kaizen 0:d0e3f515f99d 254 const char *proto = (socket->proto == NSAPI_UDP) ? "UCN" : "TCN";
kaizen 0:d0e3f515f99d 255 if (!_wizfi310.open(proto, socket->id, addr.get_ip_address(), addr.get_port())) {
kaizen 0:d0e3f515f99d 256 return NSAPI_ERROR_DEVICE_ERROR;
kaizen 0:d0e3f515f99d 257 }
kaizen 0:d0e3f515f99d 258
kaizen 0:d0e3f515f99d 259 socket->connected = true;
kaizen 1:8e468bb83e1e 260 _ids[socket->id] = true;
kaizen 0:d0e3f515f99d 261 return 0;
kaizen 0:d0e3f515f99d 262 }
kaizen 0:d0e3f515f99d 263
kaizen 0:d0e3f515f99d 264 int WizFi310Interface::socket_accept(void *server, void **socket, SocketAddress *addr)
kaizen 0:d0e3f515f99d 265 {
kaizen 0:d0e3f515f99d 266 return NSAPI_ERROR_UNSUPPORTED;
kaizen 0:d0e3f515f99d 267 }
kaizen 0:d0e3f515f99d 268
kaizen 0:d0e3f515f99d 269 int WizFi310Interface::socket_send(void *handle, const void *data, unsigned size)
kaizen 0:d0e3f515f99d 270 {
kaizen 0:d0e3f515f99d 271 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 272 _wizfi310.setTimeout(WIZFI310_SEND_TIMEOUT);
kaizen 0:d0e3f515f99d 273
kaizen 0:d0e3f515f99d 274 if (!_wizfi310.send(socket->id, data, size)) {
kaizen 0:d0e3f515f99d 275 return NSAPI_ERROR_DEVICE_ERROR;
kaizen 0:d0e3f515f99d 276 }
kaizen 0:d0e3f515f99d 277
kaizen 0:d0e3f515f99d 278 return size;
kaizen 0:d0e3f515f99d 279 }
kaizen 0:d0e3f515f99d 280
kaizen 0:d0e3f515f99d 281 int WizFi310Interface::socket_recv(void *handle, void *data, unsigned size)
kaizen 0:d0e3f515f99d 282 {
kaizen 0:d0e3f515f99d 283 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 284 _wizfi310.setTimeout(WIZFI310_RECV_TIMEOUT);
kaizen 0:d0e3f515f99d 285
kaizen 0:d0e3f515f99d 286 int32_t recv = _wizfi310.recv(socket->id, data, size);
kaizen 0:d0e3f515f99d 287 if (recv < 0) {
kaizen 0:d0e3f515f99d 288 return NSAPI_ERROR_WOULD_BLOCK;
kaizen 0:d0e3f515f99d 289 }
kaizen 0:d0e3f515f99d 290
kaizen 0:d0e3f515f99d 291 return recv;
kaizen 0:d0e3f515f99d 292 }
kaizen 0:d0e3f515f99d 293
kaizen 0:d0e3f515f99d 294 int WizFi310Interface::socket_sendto(void *handle, const SocketAddress &addr, const void *data, unsigned size)
kaizen 0:d0e3f515f99d 295 {
kaizen 0:d0e3f515f99d 296 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 297
kaizen 0:d0e3f515f99d 298 if (socket->connected && socket->addr != addr) {
kaizen 0:d0e3f515f99d 299 _wizfi310.setTimeout(WIZFI310_MISC_TIMEOUT);
kaizen 0:d0e3f515f99d 300 if (!_wizfi310.close(socket->id)) {
kaizen 0:d0e3f515f99d 301 return NSAPI_ERROR_DEVICE_ERROR;
kaizen 0:d0e3f515f99d 302 }
kaizen 0:d0e3f515f99d 303 socket->connected = false;
kaizen 0:d0e3f515f99d 304 }
kaizen 0:d0e3f515f99d 305
kaizen 0:d0e3f515f99d 306 if (!socket->connected) {
kaizen 0:d0e3f515f99d 307 int err = socket_connect(socket, addr);
kaizen 0:d0e3f515f99d 308 if (err < 0 ) {
kaizen 0:d0e3f515f99d 309 return err;
kaizen 0:d0e3f515f99d 310 }
kaizen 0:d0e3f515f99d 311 socket->addr = addr;
kaizen 0:d0e3f515f99d 312 }
kaizen 0:d0e3f515f99d 313
kaizen 0:d0e3f515f99d 314 return socket_send(socket, data, size);
kaizen 0:d0e3f515f99d 315 }
kaizen 0:d0e3f515f99d 316
kaizen 0:d0e3f515f99d 317 int WizFi310Interface::socket_recvfrom(void *handle, SocketAddress *addr, void *data, unsigned size)
kaizen 0:d0e3f515f99d 318 {
kaizen 0:d0e3f515f99d 319 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 320 int ret = socket_recv(socket, data, size);
kaizen 0:d0e3f515f99d 321 if (ret >= 0 && addr) {
kaizen 0:d0e3f515f99d 322 *addr = socket->addr;
kaizen 0:d0e3f515f99d 323 }
kaizen 0:d0e3f515f99d 324
kaizen 0:d0e3f515f99d 325 return ret;
kaizen 0:d0e3f515f99d 326 }
kaizen 0:d0e3f515f99d 327
kaizen 0:d0e3f515f99d 328 void WizFi310Interface::socket_attach(void *handle, void (*callback)(void *), void *data)
kaizen 0:d0e3f515f99d 329 {
kaizen 0:d0e3f515f99d 330 struct wizfi310_socket *socket = (struct wizfi310_socket *)handle;
kaizen 0:d0e3f515f99d 331 _cbs[socket->id].callback = callback;
kaizen 0:d0e3f515f99d 332 _cbs[socket->id].data = data;
kaizen 0:d0e3f515f99d 333 }
kaizen 0:d0e3f515f99d 334
kaizen 0:d0e3f515f99d 335 void WizFi310Interface::event()
kaizen 0:d0e3f515f99d 336 {
kaizen 0:d0e3f515f99d 337 for(int i=0; i<WIZFI310_SOCKET_COUNT; i++){
kaizen 0:d0e3f515f99d 338 if (_cbs[i].callback) {
kaizen 0:d0e3f515f99d 339 _cbs[i].callback(_cbs[i].data);
kaizen 0:d0e3f515f99d 340 }
kaizen 0:d0e3f515f99d 341 }
kaizen 0:d0e3f515f99d 342 }