Ram Gandikota / Mbed OS IOTMetronome

FRDM K64F Metronome

main.cpp@0:dbad57390bd1, 2017-05-14 (annotated)

Committer:
ram54288
Date:
Sun May 14 18:37:05 2017 +0000
Revision:
0:dbad57390bd1
Initial commit

Who changed what in which revision?

UserRevisionLine numberNew contents of line
ram54288 0:dbad57390bd1 1 #include "mbed.h"
ram54288 0:dbad57390bd1 2 #include "utils.hpp"
ram54288 0:dbad57390bd1 3 #include "stdio.h"
ram54288 0:dbad57390bd1 4
ram54288 0:dbad57390bd1 5 #include "EthernetInterface.h"
ram54288 0:dbad57390bd1 6 #include "frdm_client.hpp"
ram54288 0:dbad57390bd1 7
ram54288 0:dbad57390bd1 8 #include "metronome.hpp"
ram54288 0:dbad57390bd1 9
ram54288 0:dbad57390bd1 10
ram54288 0:dbad57390bd1 11
ram54288 0:dbad57390bd1 12 #define IOT_ENABLED
ram54288 0:dbad57390bd1 13
ram54288 0:dbad57390bd1 14 namespace active_low
ram54288 0:dbad57390bd1 15 {
ram54288 0:dbad57390bd1 16 const bool on = false;
ram54288 0:dbad57390bd1 17 const bool off = true;
ram54288 0:dbad57390bd1 18 }
ram54288 0:dbad57390bd1 19
ram54288 0:dbad57390bd1 20 RawSerial pc(USBTX, USBRX);
ram54288 0:dbad57390bd1 21
ram54288 0:dbad57390bd1 22 DigitalOut g_led_red(LED1);
ram54288 0:dbad57390bd1 23 DigitalOut g_led_green(LED2);
ram54288 0:dbad57390bd1 24 DigitalOut g_led_blue(LED3);
ram54288 0:dbad57390bd1 25
ram54288 0:dbad57390bd1 26 InterruptIn g_button_mode(SW3);
ram54288 0:dbad57390bd1 27 InterruptIn g_button_tap(SW2);
ram54288 0:dbad57390bd1 28
ram54288 0:dbad57390bd1 29 size_t prev_bpm =0,max_bpm=0, min_bpm=INT_MAX;
ram54288 0:dbad57390bd1 30 bool min_changed = 0, max_changed =0, bpm_changed =0;
ram54288 0:dbad57390bd1 31 uint8_t* buffIn = NULL;
ram54288 0:dbad57390bd1 32 uint32_t sizeIn;
ram54288 0:dbad57390bd1 33
ram54288 0:dbad57390bd1 34 Semaphore updates(0);
ram54288 0:dbad57390bd1 35
ram54288 0:dbad57390bd1 36 Ticker status_ticker;
ram54288 0:dbad57390bd1 37 void blinky(){
ram54288 0:dbad57390bd1 38
ram54288 0:dbad57390bd1 39 g_led_green = !g_led_green;
ram54288 0:dbad57390bd1 40
ram54288 0:dbad57390bd1 41 }
ram54288 0:dbad57390bd1 42 metronome metronome_object;
ram54288 0:dbad57390bd1 43
ram54288 0:dbad57390bd1 44
ram54288 0:dbad57390bd1 45 void metronome::start_timing(){
ram54288 0:dbad57390bd1 46 m_timing = true;
ram54288 0:dbad57390bd1 47 m_beat_count = 0;
ram54288 0:dbad57390bd1 48 m_timer.start();
ram54288 0:dbad57390bd1 49
ram54288 0:dbad57390bd1 50 }
ram54288 0:dbad57390bd1 51
ram54288 0:dbad57390bd1 52 void metronome::stop_timing(){
ram54288 0:dbad57390bd1 53
ram54288 0:dbad57390bd1 54 m_timing = false;
ram54288 0:dbad57390bd1 55 m_timer.stop();
ram54288 0:dbad57390bd1 56 size_t curr_bpm=0;
ram54288 0:dbad57390bd1 57 curr_bpm = metronome_object.get_bpm();
ram54288 0:dbad57390bd1 58 pc.printf("BPM:- %d",curr_bpm);
ram54288 0:dbad57390bd1 59 bpm_changed = 1;
ram54288 0:dbad57390bd1 60 if(curr_bpm < min_bpm){
ram54288 0:dbad57390bd1 61 min_bpm = curr_bpm;
ram54288 0:dbad57390bd1 62 min_changed =1;
ram54288 0:dbad57390bd1 63 }
ram54288 0:dbad57390bd1 64 if(curr_bpm > max_bpm){
ram54288 0:dbad57390bd1 65 max_bpm = curr_bpm;
ram54288 0:dbad57390bd1 66 max_changed = 1;
ram54288 0:dbad57390bd1 67 }
ram54288 0:dbad57390bd1 68 if (curr_bpm == 0){
ram54288 0:dbad57390bd1 69 g_led_green = active_low::off;
ram54288 0:dbad57390bd1 70 }else{
ram54288 0:dbad57390bd1 71 //pc.printf("Blinky Call");
ram54288 0:dbad57390bd1 72 size_t tempo = 60/curr_bpm;
ram54288 0:dbad57390bd1 73 status_ticker.attach(blinky,tempo);
ram54288 0:dbad57390bd1 74 }
ram54288 0:dbad57390bd1 75 }
ram54288 0:dbad57390bd1 76 void metronome::tap(){
ram54288 0:dbad57390bd1 77
ram54288 0:dbad57390bd1 78 m_beats[m_beat_count++] = m_timer.read_us();
ram54288 0:dbad57390bd1 79 pc.printf("%d\n",m_timer.read_us());
ram54288 0:dbad57390bd1 80
ram54288 0:dbad57390bd1 81
ram54288 0:dbad57390bd1 82 }
ram54288 0:dbad57390bd1 83 size_t metronome::get_bpm() const {
ram54288 0:dbad57390bd1 84 int i=0;
ram54288 0:dbad57390bd1 85 size_t bpm=0;
ram54288 0:dbad57390bd1 86 if(m_beat_count < 4){
ram54288 0:dbad57390bd1 87 return prev_bpm;
ram54288 0:dbad57390bd1 88 }else{
ram54288 0:dbad57390bd1 89 for(i=0;i<m_beat_count-1;i++){
ram54288 0:dbad57390bd1 90 bpm = bpm + m_beats[i+1]-m_beats[i];
ram54288 0:dbad57390bd1 91 }
ram54288 0:dbad57390bd1 92 bpm = (size_t) bpm/(m_beat_count-1);
ram54288 0:dbad57390bd1 93 prev_bpm = (bpm * 0.00006);
ram54288 0:dbad57390bd1 94 pc.printf("BPM Calc:- %d",prev_bpm);
ram54288 0:dbad57390bd1 95 return prev_bpm;
ram54288 0:dbad57390bd1 96 }
ram54288 0:dbad57390bd1 97 }
ram54288 0:dbad57390bd1 98
ram54288 0:dbad57390bd1 99 void on_mode()
ram54288 0:dbad57390bd1 100 {
ram54288 0:dbad57390bd1 101
ram54288 0:dbad57390bd1 102 if(metronome_object.is_timing()){
ram54288 0:dbad57390bd1 103 //Go to play mode
ram54288 0:dbad57390bd1 104 //printf("playmode");
ram54288 0:dbad57390bd1 105 g_led_red = active_low::off;
ram54288 0:dbad57390bd1 106 g_led_green = active_low::on;
ram54288 0:dbad57390bd1 107 metronome_object.stop_timing();
ram54288 0:dbad57390bd1 108
ram54288 0:dbad57390bd1 109 }else{
ram54288 0:dbad57390bd1 110 //Go to learn mode
ram54288 0:dbad57390bd1 111 // printf("learnmode");
ram54288 0:dbad57390bd1 112 g_led_green = active_low::off;
ram54288 0:dbad57390bd1 113 g_led_red = active_low::on;
ram54288 0:dbad57390bd1 114 status_ticker.detach();
ram54288 0:dbad57390bd1 115 metronome_object.start_timing();
ram54288 0:dbad57390bd1 116
ram54288 0:dbad57390bd1 117 }
ram54288 0:dbad57390bd1 118 }
ram54288 0:dbad57390bd1 119
ram54288 0:dbad57390bd1 120 void on_tap()
ram54288 0:dbad57390bd1 121 {
ram54288 0:dbad57390bd1 122 // Receive a tempo tap
ram54288 0:dbad57390bd1 123 if(metronome_object.is_timing()){
ram54288 0:dbad57390bd1 124 metronome_object.tap();
ram54288 0:dbad57390bd1 125 }
ram54288 0:dbad57390bd1 126 }
ram54288 0:dbad57390bd1 127
ram54288 0:dbad57390bd1 128
ram54288 0:dbad57390bd1 129 /*Frequency Class and related resources*/
ram54288 0:dbad57390bd1 130 class FreqResource {
ram54288 0:dbad57390bd1 131 public:
ram54288 0:dbad57390bd1 132 FreqResource() {
ram54288 0:dbad57390bd1 133
ram54288 0:dbad57390bd1 134 // M2MObject* freq_object;
ram54288 0:dbad57390bd1 135 freq_object = M2MInterfaceFactory::create_object("3318");
ram54288 0:dbad57390bd1 136 M2MObjectInstance* freq_inst = freq_object->create_object_instance();
ram54288 0:dbad57390bd1 137
ram54288 0:dbad57390bd1 138
ram54288 0:dbad57390bd1 139 // Why is it blinking only 4 time? - Ram
ram54288 0:dbad57390bd1 140 // there's not really an execute LWM2M ID that matches... hmm...
ram54288 0:dbad57390bd1 141 M2MResource* setValue_res = freq_inst->create_dynamic_resource("5900", "Set Value",
ram54288 0:dbad57390bd1 142 M2MResourceInstance::FLOAT, true);
ram54288 0:dbad57390bd1 143 // we allow executing a function here...
ram54288 0:dbad57390bd1 144 setValue_res->set_operation(M2MBase::GET_PUT_ALLOWED);
ram54288 0:dbad57390bd1 145 //setValue_res->set_value_updated_function(value_updated_callback2(this, &FreqResource::handle_put_bpm));
ram54288 0:dbad57390bd1 146 setValue_res->set_execute_function(execute_callback(this, &FreqResource::handle_put_bpm));
ram54288 0:dbad57390bd1 147 // Completion of execute function can take a time, that's why delayed response is used
ram54288 0:dbad57390bd1 148 setValue_res->set_delayed_response(true);
ram54288 0:dbad57390bd1 149
ram54288 0:dbad57390bd1 150 //Max BPM
ram54288 0:dbad57390bd1 151 M2MResource* maxBPM_res = freq_inst->create_dynamic_resource("5602", "Max BPM",
ram54288 0:dbad57390bd1 152 M2MResourceInstance::FLOAT, true);
ram54288 0:dbad57390bd1 153
ram54288 0:dbad57390bd1 154 // we allow executing a function here...
ram54288 0:dbad57390bd1 155 maxBPM_res->set_operation(M2MBase::GET_ALLOWED);
ram54288 0:dbad57390bd1 156
ram54288 0:dbad57390bd1 157 // Completion of execute function can take a time, that's why delayed response is used
ram54288 0:dbad57390bd1 158 // maxBPM_res->set_delayed_response(true);
ram54288 0:dbad57390bd1 159
ram54288 0:dbad57390bd1 160 //Min BPM
ram54288 0:dbad57390bd1 161 M2MResource* minBPM_res = freq_inst->create_dynamic_resource("5601", "Min BPM",
ram54288 0:dbad57390bd1 162 M2MResourceInstance::FLOAT, true);
ram54288 0:dbad57390bd1 163 // we allow executing a function here...
ram54288 0:dbad57390bd1 164 minBPM_res->set_operation(M2MBase::GET_ALLOWED);
ram54288 0:dbad57390bd1 165
ram54288 0:dbad57390bd1 166 // Completion of execute function can take a time, that's why delayed response is used
ram54288 0:dbad57390bd1 167 //minBPM_res->set_delayed_response(true);
ram54288 0:dbad57390bd1 168
ram54288 0:dbad57390bd1 169 //Reset Min/Max
ram54288 0:dbad57390bd1 170 M2MResource* resetBPM_res = freq_inst->create_dynamic_resource("5605", "Reset Min/Max BPM",
ram54288 0:dbad57390bd1 171 M2MResourceInstance::STRING, true);
ram54288 0:dbad57390bd1 172 // we allow executing a function here...
ram54288 0:dbad57390bd1 173 resetBPM_res->set_operation(M2MBase::POST_ALLOWED);
ram54288 0:dbad57390bd1 174 resetBPM_res->set_execute_function(execute_callback(this, &FreqResource::handle_reset_minMax_bpm));
ram54288 0:dbad57390bd1 175 // Completion of execute function can take a time, that's why delayed response is used
ram54288 0:dbad57390bd1 176 resetBPM_res->set_delayed_response(true);
ram54288 0:dbad57390bd1 177
ram54288 0:dbad57390bd1 178 //Units
ram54288 0:dbad57390bd1 179 M2MResource* unitsBPM_res = freq_inst->create_dynamic_resource("5701", "Units",
ram54288 0:dbad57390bd1 180 M2MResourceInstance::STRING, true);
ram54288 0:dbad57390bd1 181 // we allow executing a function here...
ram54288 0:dbad57390bd1 182 unitsBPM_res->set_operation(M2MBase::GET_ALLOWED);
ram54288 0:dbad57390bd1 183 // Completion of execute function can take a time, that's why delayed response is used
ram54288 0:dbad57390bd1 184 //unitsBPM_res->set_delayed_response(true);
ram54288 0:dbad57390bd1 185 unitsBPM_res->set_value((uint8_t*)"BPM",3);
ram54288 0:dbad57390bd1 186 }
ram54288 0:dbad57390bd1 187
ram54288 0:dbad57390bd1 188
ram54288 0:dbad57390bd1 189 ~FreqResource() {
ram54288 0:dbad57390bd1 190
ram54288 0:dbad57390bd1 191 }
ram54288 0:dbad57390bd1 192
ram54288 0:dbad57390bd1 193 void handle_put_bpm(void *argument){
ram54288 0:dbad57390bd1 194
ram54288 0:dbad57390bd1 195 status_ticker.detach();
ram54288 0:dbad57390bd1 196 M2MObjectInstance* inst = freq_object->object_instance();
ram54288 0:dbad57390bd1 197 M2MResource* setValue_res = inst->resource("5900");
ram54288 0:dbad57390bd1 198
ram54288 0:dbad57390bd1 199 // values in mbed Client are all buffers, and we need a vector of int's
ram54288 0:dbad57390bd1 200 setValue_res->get_value(buffIn, sizeIn);
ram54288 0:dbad57390bd1 201
ram54288 0:dbad57390bd1 202 int temp=0;
ram54288 0:dbad57390bd1 203 for(int i=0;i<sizeIn;i++){
ram54288 0:dbad57390bd1 204 temp=temp*10+(int)buffIn[i]-48;
ram54288 0:dbad57390bd1 205 }
ram54288 0:dbad57390bd1 206 prev_bpm=temp;
ram54288 0:dbad57390bd1 207
ram54288 0:dbad57390bd1 208 if(prev_bpm < min_bpm)
ram54288 0:dbad57390bd1 209 {
ram54288 0:dbad57390bd1 210 min_bpm = prev_bpm;
ram54288 0:dbad57390bd1 211 min_changed =1;
ram54288 0:dbad57390bd1 212 }
ram54288 0:dbad57390bd1 213 if(prev_bpm > max_bpm)
ram54288 0:dbad57390bd1 214 {
ram54288 0:dbad57390bd1 215 max_bpm = prev_bpm;
ram54288 0:dbad57390bd1 216 max_changed = 1;
ram54288 0:dbad57390bd1 217 }
ram54288 0:dbad57390bd1 218 size_t tempo = 60/prev_bpm;
ram54288 0:dbad57390bd1 219 status_ticker.attach(blinky,tempo);
ram54288 0:dbad57390bd1 220
ram54288 0:dbad57390bd1 221 bpm_changed = 1;
ram54288 0:dbad57390bd1 222 }
ram54288 0:dbad57390bd1 223
ram54288 0:dbad57390bd1 224 void handle_set_bpm(){
ram54288 0:dbad57390bd1 225
ram54288 0:dbad57390bd1 226 M2MObjectInstance* inst = freq_object->object_instance();
ram54288 0:dbad57390bd1 227 M2MResource* setValue_res = inst->resource("5900");
ram54288 0:dbad57390bd1 228
ram54288 0:dbad57390bd1 229 char buffer[20];
ram54288 0:dbad57390bd1 230 int size = sprintf(buffer,"%d",prev_bpm);
ram54288 0:dbad57390bd1 231 setValue_res->set_value((uint8_t*)buffer, size);
ram54288 0:dbad57390bd1 232
ram54288 0:dbad57390bd1 233 }
ram54288 0:dbad57390bd1 234
ram54288 0:dbad57390bd1 235 void handle_set_min_bpm(){
ram54288 0:dbad57390bd1 236 //Send a notification
ram54288 0:dbad57390bd1 237 M2MObjectInstance* inst = freq_object->object_instance();
ram54288 0:dbad57390bd1 238 M2MResource* minBPM_res = inst->resource("5601");
ram54288 0:dbad57390bd1 239 pc.printf("%d",min_bpm);
ram54288 0:dbad57390bd1 240 char buffer[20];
ram54288 0:dbad57390bd1 241 int size = sprintf(buffer,"%d",min_bpm);
ram54288 0:dbad57390bd1 242 minBPM_res->set_value((uint8_t*)buffer, size);
ram54288 0:dbad57390bd1 243
ram54288 0:dbad57390bd1 244
ram54288 0:dbad57390bd1 245 }
ram54288 0:dbad57390bd1 246 void handle_set_max_bpm(){
ram54288 0:dbad57390bd1 247 //Send a notification
ram54288 0:dbad57390bd1 248 M2MObjectInstance* inst = freq_object->object_instance();
ram54288 0:dbad57390bd1 249 M2MResource* maxBPM_res = inst->resource("5602");
ram54288 0:dbad57390bd1 250
ram54288 0:dbad57390bd1 251 char buffer[20];
ram54288 0:dbad57390bd1 252 int size = sprintf(buffer,"%d",max_bpm);
ram54288 0:dbad57390bd1 253 maxBPM_res->set_value((uint8_t*)buffer, size);
ram54288 0:dbad57390bd1 254
ram54288 0:dbad57390bd1 255
ram54288 0:dbad57390bd1 256 }
ram54288 0:dbad57390bd1 257
ram54288 0:dbad57390bd1 258 void handle_reset_minMax_bpm(void *argument){
ram54288 0:dbad57390bd1 259 //Handle request to reset the min_max values to zero and 1000000 each
ram54288 0:dbad57390bd1 260
ram54288 0:dbad57390bd1 261 M2MObjectInstance* inst = freq_object->object_instance();
ram54288 0:dbad57390bd1 262 M2MResource* minBPM_res = inst->resource("5601");
ram54288 0:dbad57390bd1 263 M2MResource* maxBPM_res = inst->resource("5602");
ram54288 0:dbad57390bd1 264
ram54288 0:dbad57390bd1 265 minBPM_res->set_value(0);
ram54288 0:dbad57390bd1 266 maxBPM_res->set_value(0);
ram54288 0:dbad57390bd1 267 }
ram54288 0:dbad57390bd1 268
ram54288 0:dbad57390bd1 269 M2MObject* get_object() {
ram54288 0:dbad57390bd1 270 return freq_object;
ram54288 0:dbad57390bd1 271 }
ram54288 0:dbad57390bd1 272
ram54288 0:dbad57390bd1 273 private:
ram54288 0:dbad57390bd1 274 M2MObject* freq_object;
ram54288 0:dbad57390bd1 275 };
ram54288 0:dbad57390bd1 276
ram54288 0:dbad57390bd1 277 int main()
ram54288 0:dbad57390bd1 278 {
ram54288 0:dbad57390bd1 279 // Seed the RNG for networking purposes
ram54288 0:dbad57390bd1 280 unsigned seed = utils::entropy_seed();
ram54288 0:dbad57390bd1 281 srand(seed);
ram54288 0:dbad57390bd1 282
ram54288 0:dbad57390bd1 283 // LEDs are active LOW - true/1 means off, false/0 means on
ram54288 0:dbad57390bd1 284 // Use the constants for easier reading
ram54288 0:dbad57390bd1 285 g_led_red = active_low::off;
ram54288 0:dbad57390bd1 286 g_led_green = active_low::off;
ram54288 0:dbad57390bd1 287 g_led_blue = active_low::off;
ram54288 0:dbad57390bd1 288
ram54288 0:dbad57390bd1 289
ram54288 0:dbad57390bd1 290 // Button falling edge is on push (rising is on release)
ram54288 0:dbad57390bd1 291 g_button_mode.fall(&on_mode);
ram54288 0:dbad57390bd1 292 g_button_tap.fall(&on_tap);
ram54288 0:dbad57390bd1 293
ram54288 0:dbad57390bd1 294 #ifdef IOT_ENABLED
ram54288 0:dbad57390bd1 295 // Turn on the blue LED until connected to the network
ram54288 0:dbad57390bd1 296 // g_led_blue = active_low::off;
ram54288 0:dbad57390bd1 297
ram54288 0:dbad57390bd1 298
ram54288 0:dbad57390bd1 299 // Need to be connected with Ethernet cable for success
ram54288 0:dbad57390bd1 300 EthernetInterface ethernet;
ram54288 0:dbad57390bd1 301 if (ethernet.connect() != 0)
ram54288 0:dbad57390bd1 302 return 1;
ram54288 0:dbad57390bd1 303
ram54288 0:dbad57390bd1 304 // Pair with the device connector
ram54288 0:dbad57390bd1 305 frdm_client client("coap://api.connector.mbed.com:5684", &ethernet);
ram54288 0:dbad57390bd1 306 if (client.get_state() == frdm_client::state::error)
ram54288 0:dbad57390bd1 307 return 1;
ram54288 0:dbad57390bd1 308
ram54288 0:dbad57390bd1 309 // The REST endpoints for this device
ram54288 0:dbad57390bd1 310 // Add your own M2MObjects to this list with push_back before client.connect()
ram54288 0:dbad57390bd1 311 M2MObjectList objects;
ram54288 0:dbad57390bd1 312
ram54288 0:dbad57390bd1 313 //Frequency device definition and instance definition
ram54288 0:dbad57390bd1 314 FreqResource freq_resource;
ram54288 0:dbad57390bd1 315
ram54288 0:dbad57390bd1 316 M2MDevice* device = frdm_client::make_device();
ram54288 0:dbad57390bd1 317 objects.push_back(device);
ram54288 0:dbad57390bd1 318 objects.push_back(freq_resource.get_object());
ram54288 0:dbad57390bd1 319
ram54288 0:dbad57390bd1 320 // Publish the RESTful endpoints
ram54288 0:dbad57390bd1 321 client.connect(objects);
ram54288 0:dbad57390bd1 322
ram54288 0:dbad57390bd1 323 // Connect complete; turn off blue LED forever
ram54288 0:dbad57390bd1 324 //g_led_blue = active_low::on;
ram54288 0:dbad57390bd1 325
ram54288 0:dbad57390bd1 326 #endif
ram54288 0:dbad57390bd1 327
ram54288 0:dbad57390bd1 328 while (true)
ram54288 0:dbad57390bd1 329 {
ram54288 0:dbad57390bd1 330 //updates.wait(25000);
ram54288 0:dbad57390bd1 331 #ifdef IOT_ENABLED
ram54288 0:dbad57390bd1 332 if (client.get_state() == frdm_client::state::error)
ram54288 0:dbad57390bd1 333 break;
ram54288 0:dbad57390bd1 334 #endif
ram54288 0:dbad57390bd1 335
ram54288 0:dbad57390bd1 336 // Insert any code that must be run continuously here
ram54288 0:dbad57390bd1 337 if(bpm_changed){
ram54288 0:dbad57390bd1 338 bpm_changed = 0;
ram54288 0:dbad57390bd1 339 freq_resource.handle_set_bpm();
ram54288 0:dbad57390bd1 340 }
ram54288 0:dbad57390bd1 341
ram54288 0:dbad57390bd1 342 if(min_changed) {
ram54288 0:dbad57390bd1 343 min_changed = 0;
ram54288 0:dbad57390bd1 344 freq_resource.handle_set_min_bpm();
ram54288 0:dbad57390bd1 345 }
ram54288 0:dbad57390bd1 346 if(max_changed) {
ram54288 0:dbad57390bd1 347 max_changed = 0;
ram54288 0:dbad57390bd1 348 freq_resource.handle_set_max_bpm();
ram54288 0:dbad57390bd1 349 }
ram54288 0:dbad57390bd1 350
ram54288 0:dbad57390bd1 351 }
ram54288 0:dbad57390bd1 352
ram54288 0:dbad57390bd1 353 #ifdef IOT_ENABLED
ram54288 0:dbad57390bd1 354 client.disconnect();
ram54288 0:dbad57390bd1 355 #endif
ram54288 0:dbad57390bd1 356 return 1;
ram54288 0:dbad57390bd1 357 }