Multi-Hackers / SocketModem

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Dependents:   M2X_dev axeda_wrapper_dev MTS_M2x_Example1 MTS_Cellular_Connect_Example ... more

cellular/Cellular.h@89:9e5da66e4f1e, 2013-12-27 (annotated)

Committer:
jengbrecht
Date:
Fri Dec 27 17:44:55 2013 +0000
Revision:
89:9e5da66e4f1e
Parent:
87:5db6c084adc7
Child:
90:b5abba87d9e2
Updated and tested the SMS example in Cellular.h

Who changed what in which revision?

UserRevisionLine numberNew contents of line
jengbrecht 0:563b70517320 1 #ifndef CELLULAR_H
jengbrecht 0:563b70517320 2 #define CELLULAR_H
jengbrecht 0:563b70517320 3
sgodinez 11:134435d8a2d5 4 #include "IPStack.h"
sgodinez 11:134435d8a2d5 5 #include "MTSBufferedIO.h"
jengbrecht 0:563b70517320 6 #include "mbed.h"
jengbrecht 0:563b70517320 7 #include <string>
sgodinez 4:6561c9128c6f 8 #include <vector>
jengbrecht 0:563b70517320 9
jengbrecht 56:e5e5351f14b3 10 namespace mts
jengbrecht 56:e5e5351f14b3 11 {
mfiore 39:6e94520a3217 12
jengbrecht 36:bb6b293c7495 13 /** This is a class for communicating with a Multi-Tech Systems SocketModem iCell. The
jengbrecht 27:8e6188cbcfd4 14 * SocketModem iCell is a family of carrier certified embedded cellular radio modules with
jengbrecht 27:8e6188cbcfd4 15 * a common hardware footprint and AT command set for built in IP-stack functionality.
jengbrecht 36:bb6b293c7495 16 * This class supports three main types of cellular radio interactions including:
jengbrecht 27:8e6188cbcfd4 17 * configuration and status AT command processing, SMS processing, and TCP/UDP Socket
jengbrecht 36:bb6b293c7495 18 * data connections. It should be noted that the radio can not process commands or
jengbrecht 27:8e6188cbcfd4 19 * SMS messages while having an open data connection at the same time. The concurrent
jengbrecht 27:8e6188cbcfd4 20 * capability may be added in a future release. This class also inherits from IPStack
jengbrecht 27:8e6188cbcfd4 21 * providing a common set of commands for communication devices that have an onboard
jengbrecht 27:8e6188cbcfd4 22 * IP Stack. It is also integrated with the standard Mbed Sockets package and can therefore
jengbrecht 27:8e6188cbcfd4 23 * be used seamlessly with clients and services built on top of this interface already within
jengbrecht 56:e5e5351f14b3 24 * the mbed library.
jengbrecht 36:bb6b293c7495 25 *
jengbrecht 27:8e6188cbcfd4 26 * All of the following examples use the Pin Names for the Freedom KL46Z board coupled with
jengbrecht 36:bb6b293c7495 27 * the SocketModem Shield Arduino compatible board. Please chage Pin Names accordingly to
jengbrecht 27:8e6188cbcfd4 28 * match your hardware configuration. It also assumes the use of RTS/CTS hardware handshaking
jengbrecht 27:8e6188cbcfd4 29 * using GPIOs. To disable this you will need to change settings on the radio module and
jengbrecht 27:8e6188cbcfd4 30 * and use the MTSSerial class instead of MTSSerialFlowControl. The default baud rate for the
jengbrecht 27:8e6188cbcfd4 31 * cellular radio is 115200 bps.
jengbrecht 36:bb6b293c7495 32 *
jengbrecht 27:8e6188cbcfd4 33 * The following set of example code demonstrates how to send and receive configuration and
jengbrecht 62:83ccef1e94db 34 * status AT commands with the radio, create a data connection and test it:
jengbrecht 27:8e6188cbcfd4 35 * @code
jengbrecht 27:8e6188cbcfd4 36 * #include "mbed.h"
jengbrecht 27:8e6188cbcfd4 37 * #include "Cellular.h"
jengbrecht 27:8e6188cbcfd4 38 * #include "MTSSerialFlowControl.h"
jengbrecht 36:bb6b293c7495 39 *
jengbrecht 62:83ccef1e94db 40 * using namespace mts;
jengbrecht 82:5aa75004e553 41 *
jengbrecht 27:8e6188cbcfd4 42 * main() {
jengbrecht 27:8e6188cbcfd4 43 * //Wait for radio to boot up
jengbrecht 87:5db6c084adc7 44 * for (int i = 30; i >= 0; i = i - 5) {
jengbrecht 87:5db6c084adc7 45 * wait(5);
jengbrecht 87:5db6c084adc7 46 * printf("Waiting %d seconds...\n\r", i);
jengbrecht 87:5db6c084adc7 47 * }
jengbrecht 36:bb6b293c7495 48 *
jengbrecht 27:8e6188cbcfd4 49 * //Setup serial interface to radio
jengbrecht 27:8e6188cbcfd4 50 * MTSSerialFlowControl* serial = new MTSSerialFlowControl(PTD3, PTD2, PTA12, PTC8);
jengbrecht 27:8e6188cbcfd4 51 * serial->baud(115200);
jengbrecht 27:8e6188cbcfd4 52 *
jengbrecht 27:8e6188cbcfd4 53 * //Setup Cellular class
jengbrecht 56:e5e5351f14b3 54 * Cellular* cellular = Cellular::getInstance();
jengbrecht 56:e5e5351f14b3 55 * cellular->init(serial);
jengbrecht 36:bb6b293c7495 56 *
jengbrecht 62:83ccef1e94db 57 * //Run status and configuration commands
jengbrecht 87:5db6c084adc7 58 * printf("\n\r////Start Status and Configuration Commands////\n\r");
jengbrecht 87:5db6c084adc7 59 * printf("Command Test: %s\n\r", getCodeNames(cellular->test()).c_str());
jengbrecht 62:83ccef1e94db 60 * printf("Signal Strength: %d\n\r", cellular->getSignalStrength());
jengbrecht 62:83ccef1e94db 61 * printf("Registration State: %s\n\r", Cellular::getRegistrationNames(cellular->getRegistration()).c_str());
jengbrecht 87:5db6c084adc7 62 * printf("Send Basic Command (AT): %s\n\r", getCodeNames(cellular->sendBasicCommand("AT", 1000)).c_str());
jengbrecht 62:83ccef1e94db 63 * printf("Send Command (AT+CSQ): %s\n\r", cellular->sendCommand("AT+CSQ", 1000).c_str());
jengbrecht 82:5aa75004e553 64 *
jengbrecht 27:8e6188cbcfd4 65 * //Start Test
jengbrecht 87:5db6c084adc7 66 * printf("\n\r////Start Network Connectivity Test////\n\r");
jengbrecht 87:5db6c084adc7 67 * printf("Set APN: %s\n\r", getCodeNames(cellular->setApn("wap.cingular")).c_str()); //Use APN from service provider!!!
jengbrecht 36:bb6b293c7495 68 *
jengbrecht 27:8e6188cbcfd4 69 * //Setup a data connection
jengbrecht 87:5db6c084adc7 70 * printf("Attempting to Connect, this may take some time...\n\r");
jengbrecht 87:5db6c084adc7 71 * while (!cellular->connect()) {
jengbrecht 87:5db6c084adc7 72 * printf("Failed to connect... Trying again.\n\r");
jengbrecht 27:8e6188cbcfd4 73 * wait(1);
jengbrecht 27:8e6188cbcfd4 74 * }
jengbrecht 62:83ccef1e94db 75 * printf("Connected to the Network!\n\r");
jengbrecht 36:bb6b293c7495 76 *
jengbrecht 27:8e6188cbcfd4 77 * //Try pinging default server "8.8.8.8"
jengbrecht 27:8e6188cbcfd4 78 * printf("Ping Valid: %s\n\r", cellular->ping() ? "true" : "false");
jengbrecht 36:bb6b293c7495 79 *
jengbrecht 27:8e6188cbcfd4 80 * printf("End Program\n\r");
jengbrecht 27:8e6188cbcfd4 81 * }
jengbrecht 27:8e6188cbcfd4 82 * @endcode
jengbrecht 36:bb6b293c7495 83 *
jengbrecht 62:83ccef1e94db 84 * The following set of example code demonstrates how process SMS messages:
jengbrecht 62:83ccef1e94db 85 * @code
jengbrecht 62:83ccef1e94db 86 * #include "mbed.h"
jengbrecht 62:83ccef1e94db 87 * #include "Cellular.h"
jengbrecht 62:83ccef1e94db 88 * #include "MTSSerialFlowControl.h"
jengbrecht 62:83ccef1e94db 89 *
jengbrecht 62:83ccef1e94db 90 * using namespace mts;
jengbrecht 82:5aa75004e553 91 *
jengbrecht 62:83ccef1e94db 92 * main() {
jengbrecht 62:83ccef1e94db 93 * //Wait for radio to boot up
jengbrecht 89:9e5da66e4f1e 94 * for (int i = 30; i >= 0; i = i - 5) {
jengbrecht 89:9e5da66e4f1e 95 * wait(5);
jengbrecht 89:9e5da66e4f1e 96 * printf("Waiting %d seconds...\n\r", i);
jengbrecht 89:9e5da66e4f1e 97 * }
jengbrecht 62:83ccef1e94db 98 *
jengbrecht 62:83ccef1e94db 99 * //Setup serial interface to radio
jengbrecht 62:83ccef1e94db 100 * MTSSerialFlowControl* serial = new MTSSerialFlowControl(PTD3, PTD2, PTA12, PTC8);
jengbrecht 62:83ccef1e94db 101 * serial->baud(115200);
jengbrecht 62:83ccef1e94db 102 *
jengbrecht 62:83ccef1e94db 103 * //Setup Cellular class
jengbrecht 62:83ccef1e94db 104 * Cellular* cellular = Cellular::getInstance();
jengbrecht 62:83ccef1e94db 105 * cellular->init(serial);
jengbrecht 82:5aa75004e553 106 *
jengbrecht 62:83ccef1e94db 107 * //Start test
jengbrecht 89:9e5da66e4f1e 108 * printf("AT Test: %s\n\r", getCodeNames(cellular->test()).c_str());
jengbrecht 89:9e5da66e4f1e 109 *
jengbrecht 89:9e5da66e4f1e 110 * //Waiting for network registration
jengbrecht 89:9e5da66e4f1e 111 * printf("Checking Network Registration, this may take some time...\n\r");
jengbrecht 89:9e5da66e4f1e 112 * while (cellular->getRegistration() != Cellular::REGISTERED) {
jengbrecht 89:9e5da66e4f1e 113 * printf("Still waiting... Checking again.\n\r");
jengbrecht 89:9e5da66e4f1e 114 * wait(1);
jengbrecht 89:9e5da66e4f1e 115 * }
jengbrecht 89:9e5da66e4f1e 116 * printf("Connected to the Network!\n\r");
jengbrecht 82:5aa75004e553 117 *
jengbrecht 62:83ccef1e94db 118 * //Send SMS Message
jengbrecht 89:9e5da66e4f1e 119 * Code code;
jengbrecht 62:83ccef1e94db 120 * std::string sMsg("Hello from Multi-Tech MBED!");
jengbrecht 62:83ccef1e94db 121 * std::string sPhoneNum("16128675309"); //Put your phone number here or leave Jenny's...
jengbrecht 82:5aa75004e553 122 *
jengbrecht 62:83ccef1e94db 123 * printf("Sending message [%s] to [%s]\r\n", sMsg.c_str(), sPhoneNum.c_str());
jengbrecht 62:83ccef1e94db 124 * code = cellular->sendSMS(sPhoneNum, sMsg);
jengbrecht 82:5aa75004e553 125 *
jengbrecht 89:9e5da66e4f1e 126 * if(code != SUCCESS) {
jengbrecht 89:9e5da66e4f1e 127 * printf("Error during SMS send [%s]\r\n", getCodeNames(code).c_str());
jengbrecht 62:83ccef1e94db 128 * } else {
jengbrecht 62:83ccef1e94db 129 * printf("Success!\r\n");
jengbrecht 62:83ccef1e94db 130 * }
jengbrecht 82:5aa75004e553 131 *
jengbrecht 62:83ccef1e94db 132 * //Try and receive SMS messages
jengbrecht 62:83ccef1e94db 133 * //To determine your radio's phone number send yourself an SMS and check the received #
jengbrecht 62:83ccef1e94db 134 * printf("Checking Received Messages\r\n");
jengbrecht 62:83ccef1e94db 135 * std::vector<Cellular::Sms> vSms = cellular->getReceivedSms();
jengbrecht 62:83ccef1e94db 136 * printf("\r\n");
jengbrecht 62:83ccef1e94db 137 * for(unsigned int i = 0; i < vSms.size(); i++) {
jengbrecht 82:5aa75004e553 138 * printf("[%d][%s][%s][%s]\r\n", i, vSms[i].timestamp.c_str(),
jengbrecht 62:83ccef1e94db 139 * vSms[i].phoneNumber.c_str(), vSms[i].message.c_str());
jengbrecht 62:83ccef1e94db 140 * }
jengbrecht 62:83ccef1e94db 141 * printf("End Program\n\r");
jengbrecht 62:83ccef1e94db 142 * }
jengbrecht 62:83ccef1e94db 143 * @endcode
jengbrecht 62:83ccef1e94db 144 *
jengbrecht 27:8e6188cbcfd4 145 * The following set of example code demonstrates how to setup and use a TCP socket connection
jengbrecht 27:8e6188cbcfd4 146 * using the native commands from this class:
jengbrecht 27:8e6188cbcfd4 147 * @code
jengbrecht 27:8e6188cbcfd4 148 * #include "mbed.h"
jengbrecht 62:83ccef1e94db 149 * #include "Cellular.h"
jengbrecht 62:83ccef1e94db 150 * #include "MTSSerialFlowControl.h"
jengbrecht 62:83ccef1e94db 151 *
jengbrecht 62:83ccef1e94db 152 * using namespace mts;
jengbrecht 82:5aa75004e553 153 *
jengbrecht 62:83ccef1e94db 154 * main() {
jengbrecht 62:83ccef1e94db 155 * //Define connection parameters
jengbrecht 89:9e5da66e4f1e 156 * Code code;
jengbrecht 62:83ccef1e94db 157 * const int TEST_PORT = 7000;
jengbrecht 82:5aa75004e553 158 * //const std::string TEST_SERVER("204.26.122.5");
jengbrecht 62:83ccef1e94db 159 * const std::string TEST_SERVER("ws://echo.websocket.org");
jengbrecht 62:83ccef1e94db 160 *
jengbrecht 62:83ccef1e94db 161 * //Wait for radio to boot up
jengbrecht 89:9e5da66e4f1e 162 * for (int i = 30; i >= 0; i = i - 5) {
jengbrecht 89:9e5da66e4f1e 163 * wait(5);
jengbrecht 89:9e5da66e4f1e 164 * printf("Waiting %d seconds...\n\r", i);
jengbrecht 89:9e5da66e4f1e 165 * }
jengbrecht 62:83ccef1e94db 166 *
jengbrecht 62:83ccef1e94db 167 * //Setup serial interface to radio
jengbrecht 62:83ccef1e94db 168 * MTSSerialFlowControl* serial = new MTSSerialFlowControl(PTD3, PTD2, PTA12, PTC8);
jengbrecht 62:83ccef1e94db 169 * serial->baud(115200);
jengbrecht 62:83ccef1e94db 170 *
jengbrecht 62:83ccef1e94db 171 * //Setup Cellular class
jengbrecht 62:83ccef1e94db 172 * Cellular* cellular = Cellular::getInstance();
jengbrecht 62:83ccef1e94db 173 * cellular->init(serial);
jengbrecht 82:5aa75004e553 174 *
jengbrecht 62:83ccef1e94db 175 * //Start test
jengbrecht 89:9e5da66e4f1e 176 * printf("AT Test: %s\n\r", getCodeNames(cellular->test()).c_str());
jengbrecht 82:5aa75004e553 177 *
jengbrecht 62:83ccef1e94db 178 * printf("Setting APN\r\n");
jengbrecht 89:9e5da66e4f1e 179 * code = cellular->setApn("wap.cingular"); // Use from your service provider!
jengbrecht 89:9e5da66e4f1e 180 * if(code == SUCCESS) {
jengbrecht 62:83ccef1e94db 181 * printf("Success!\r\n");
jengbrecht 62:83ccef1e94db 182 * } else {
jengbrecht 89:9e5da66e4f1e 183 * printf("Error during APN setup [%s]\r\n", getCodeNames(code).c_str());
jengbrecht 62:83ccef1e94db 184 * }
jengbrecht 62:83ccef1e94db 185 *
jengbrecht 62:83ccef1e94db 186 * //Setup a data connection
jengbrecht 89:9e5da66e4f1e 187 * printf("Attempting to Connect, this may take some time...\n\r");
jengbrecht 89:9e5da66e4f1e 188 * while (!cellular->connect()) {
jengbrecht 89:9e5da66e4f1e 189 * printf("Failed to connect... Trying again.\n\r");
jengbrecht 62:83ccef1e94db 190 * wait(1);
jengbrecht 62:83ccef1e94db 191 * }
jengbrecht 82:5aa75004e553 192 * printf("Connected to the Network!\n\r");
jengbrecht 82:5aa75004e553 193 *
jengbrecht 89:9e5da66e4f1e 194 * printf("Opening a TCP Socket...\r\n");
jengbrecht 62:83ccef1e94db 195 * if(cellular->open(TEST_SERVER, TEST_PORT, IPStack::TCP)) {
jengbrecht 82:5aa75004e553 196 * printf("Success!\r\n");
jengbrecht 62:83ccef1e94db 197 * } else {
jengbrecht 62:83ccef1e94db 198 * printf("Error during TCP socket open [%s:%d]\r\n", TEST_SERVER.c_str(), TEST_PORT);
jengbrecht 62:83ccef1e94db 199 * }
jengbrecht 82:5aa75004e553 200 *
jengbrecht 62:83ccef1e94db 201 * printf("Writing to socket\r\n");
jengbrecht 62:83ccef1e94db 202 * char data[] = "My Test Echo Message!!!";
jengbrecht 62:83ccef1e94db 203 * int bytesWritten = cellular->write(data, sizeof(data), 10000);
jengbrecht 62:83ccef1e94db 204 * if(bytesWritten == sizeof(data)) {
jengbrecht 62:83ccef1e94db 205 * printf("Successfully wrote message!\r\n");
jengbrecht 62:83ccef1e94db 206 * } else {
jengbrecht 82:5aa75004e553 207 * printf("Failed to write message!\r\n");
jengbrecht 62:83ccef1e94db 208 * }
jengbrecht 82:5aa75004e553 209 *
jengbrecht 62:83ccef1e94db 210 * printf("Waiting 5 seconds\r\n");
jengbrecht 62:83ccef1e94db 211 * wait(5);
jengbrecht 62:83ccef1e94db 212 *
jengbrecht 62:83ccef1e94db 213 * printf("Reading from socket for 10 seconds\r\n");
jengbrecht 62:83ccef1e94db 214 * char response[sizeof(data)];
jengbrecht 62:83ccef1e94db 215 * int bytesRead = cellular->read(response, sizeof(data), 10000);
jengbrecht 62:83ccef1e94db 216 * printf("READ: [%d] [%s]\r\n", bytesRead, response);
jengbrecht 82:5aa75004e553 217 *
jengbrecht 62:83ccef1e94db 218 * printf("Closing socket\r\n");
jengbrecht 62:83ccef1e94db 219 * cellular->close();
jengbrecht 82:5aa75004e553 220 *
jengbrecht 62:83ccef1e94db 221 * printf("Disconnecting\r\n");
jengbrecht 62:83ccef1e94db 222 * cellular->disconnect();
jengbrecht 82:5aa75004e553 223 *
jengbrecht 62:83ccef1e94db 224 * printf("End Program\n\r");
jengbrecht 62:83ccef1e94db 225 * }
jengbrecht 27:8e6188cbcfd4 226 * @endcode
jengbrecht 27:8e6188cbcfd4 227 */
jengbrecht 23:bc6f98a1eb22 228
mfiore 39:6e94520a3217 229 class Cellular : virtual mts::IPStack
jengbrecht 0:563b70517320 230 {
jengbrecht 0:563b70517320 231 public:
jengbrecht 0:563b70517320 232
jengbrecht 27:8e6188cbcfd4 233 /// An enumeration of radio registration states with a cell tower.
jengbrecht 0:563b70517320 234 enum Registration {
jengbrecht 0:563b70517320 235 NOT_REGISTERED, REGISTERED, SEARCHING, DENIED, UNKNOWN, ROAMING
jengbrecht 0:563b70517320 236 };
jengbrecht 0:563b70517320 237
jengbrecht 56:e5e5351f14b3 238 /** This structure contains the data for an SMS message.
jengbrecht 56:e5e5351f14b3 239 */
sgodinez 4:6561c9128c6f 240 struct Sms {
jengbrecht 56:e5e5351f14b3 241 /// Message Phone Number
jengbrecht 27:8e6188cbcfd4 242 std::string phoneNumber;
jengbrecht 56:e5e5351f14b3 243 /// Message Body
jengbrecht 27:8e6188cbcfd4 244 std::string message;
jengbrecht 56:e5e5351f14b3 245 /// Message Timestamp
jengbrecht 27:8e6188cbcfd4 246 std::string timestamp;
sgodinez 4:6561c9128c6f 247 };
jengbrecht 27:8e6188cbcfd4 248
jengbrecht 27:8e6188cbcfd4 249 /** Destructs a Cellular object and frees all related resources.
jengbrecht 27:8e6188cbcfd4 250 */
jengbrecht 0:563b70517320 251 ~Cellular();
jengbrecht 27:8e6188cbcfd4 252
jengbrecht 56:e5e5351f14b3 253 /** This static function is used to create or get a reference to a
jengbrecht 56:e5e5351f14b3 254 * Cellular object. Cellular uses the singleton pattern, which means
jengbrecht 56:e5e5351f14b3 255 * that you can only have one existing at a time. The first time you
jengbrecht 56:e5e5351f14b3 256 * call getInstance this method creates a new uninitialized Cellular
jengbrecht 56:e5e5351f14b3 257 * object and returns it. All future calls to this method will return
jengbrecht 56:e5e5351f14b3 258 * a reference to the instance created during the first call. Note that
jengbrecht 56:e5e5351f14b3 259 * you must call init on the returned instance before mnaking any other
jengbrecht 56:e5e5351f14b3 260 * calls. If using this class'e bindings to any of the Socket package
jengbrecht 56:e5e5351f14b3 261 * classes like TCPSocketConnection, you must call this method and the
jengbrecht 56:e5e5351f14b3 262 * init method on the returned object first, before even creating the
jengbrecht 56:e5e5351f14b3 263 * other objects.
jengbrecht 56:e5e5351f14b3 264 *
jengbrecht 56:e5e5351f14b3 265 * @returns a reference to the single Cellular obect that has been created.
jengbrecht 56:e5e5351f14b3 266 */
sgodinez 19:38794784e009 267 static Cellular* getInstance();
jengbrecht 82:5aa75004e553 268
jengbrecht 56:e5e5351f14b3 269 /** This method initializes the object with the underlying radio
jengbrecht 56:e5e5351f14b3 270 * interface to use. Note that this function MUST be called before
jengbrecht 56:e5e5351f14b3 271 * any other calls will function correctly on an Cellular object. Also
jengbrecht 56:e5e5351f14b3 272 * note that MTSBufferedIO is abstract, so you must use one of
jengbrecht 82:5aa75004e553 273 * its inherited classes like MTSSerial or MTSSerialFlowControl.
jengbrecht 56:e5e5351f14b3 274 *
jengbrecht 56:e5e5351f14b3 275 * @param io the buffered io interface that is attached to the cellular
jengbrecht 56:e5e5351f14b3 276 * radio.
jengbrecht 82:5aa75004e553 277 * @param DCD this is the dcd signal from the radio. If attached the
jengbrecht 82:5aa75004e553 278 * the pin must be passed in here for this class to operate correctly.
jengbrecht 82:5aa75004e553 279 * The default is not connected.
jengbrecht 82:5aa75004e553 280 * @param DTR this is the dtr signal from the radio. If attached the
jengbrecht 82:5aa75004e553 281 * the pin must be passed in here for this class to operate correctly.
jengbrecht 82:5aa75004e553 282 * The default is not connected.
jengbrecht 56:e5e5351f14b3 283 * @returns true if the init was successful, otherwise false.
jengbrecht 56:e5e5351f14b3 284 */
jengbrecht 82:5aa75004e553 285 bool init(MTSBufferedIO* io, PinName DCD = NC, PinName DTR = NC);
jengbrecht 0:563b70517320 286
jengbrecht 36:bb6b293c7495 287 // Radio link related commands
jengbrecht 27:8e6188cbcfd4 288 /** This method establishes a data connection on the cellular radio.
jengbrecht 27:8e6188cbcfd4 289 * Note that before calling you must have an activated radio and if
jengbrecht 27:8e6188cbcfd4 290 * using a SIM card set the APN using the setApn method. The APN can
jengbrecht 27:8e6188cbcfd4 291 * be obtained from your cellular service provider.
jengbrecht 27:8e6188cbcfd4 292 *
jengbrecht 27:8e6188cbcfd4 293 * @returns true if the connection was successfully established, otherwise
jengbrecht 27:8e6188cbcfd4 294 * false on an error.
jengbrecht 27:8e6188cbcfd4 295 */
jengbrecht 27:8e6188cbcfd4 296 virtual bool connect();
jengbrecht 27:8e6188cbcfd4 297
jengbrecht 27:8e6188cbcfd4 298 /** This method is used to stop a previously established cellular data connection.
jengbrecht 27:8e6188cbcfd4 299 */
sgodinez 11:134435d8a2d5 300 virtual void disconnect();
jengbrecht 27:8e6188cbcfd4 301
jengbrecht 27:8e6188cbcfd4 302 /** This method is used to check if the radio currently has a data connection
jengbrecht 27:8e6188cbcfd4 303 * established.
jengbrecht 27:8e6188cbcfd4 304 *
jengbrecht 27:8e6188cbcfd4 305 * @returns true if a data connection exists, otherwise false.
jengbrecht 27:8e6188cbcfd4 306 */
sgodinez 11:134435d8a2d5 307 virtual bool isConnected();
jengbrecht 56:e5e5351f14b3 308
jengbrecht 36:bb6b293c7495 309 // TCP and UDP Socket related commands
jengbrecht 36:bb6b293c7495 310 // For behavior of the following methods refer to IPStack.h documentation
sgodinez 11:134435d8a2d5 311 virtual bool bind(unsigned int port);
sgodinez 11:134435d8a2d5 312 virtual bool open(const std::string& address, unsigned int port, Mode mode);
sgodinez 11:134435d8a2d5 313 virtual bool isOpen();
sgodinez 17:2d7c4ea7491b 314 virtual bool close();
sgodinez 11:134435d8a2d5 315 virtual int read(char* data, int max, int timeout = -1);
sgodinez 41:81d035fb0b6a 316 virtual int write(const char* data, int length, int timeout = -1);
sgodinez 11:134435d8a2d5 317 virtual unsigned int readable();
sgodinez 11:134435d8a2d5 318 virtual unsigned int writeable();
jengbrecht 27:8e6188cbcfd4 319
sgodinez 11:134435d8a2d5 320 //Other
mfiore 29:7408b1bdad37 321 /** A method to reset the Multi-Tech Socket Modem. This command brings down the
mfiore 29:7408b1bdad37 322 * PPP link if it is up. After this function is called, at least 30 seconds should
mfiore 29:7408b1bdad37 323 * be allowed for the cellular radio to come back up before any other Cellular
mfiore 29:7408b1bdad37 324 * functions are called.
mfiore 29:7408b1bdad37 325 */
mfiore 29:7408b1bdad37 326 /** this needs to be investigated. After we tell the radio to reset and wait 30 seconds,
mfiore 29:7408b1bdad37 327 * we can't seem to get it to respond to even a simple signal strength query.
mfiore 29:7408b1bdad37 328 */
jengbrecht 27:8e6188cbcfd4 329 virtual void reset();
sgodinez 11:134435d8a2d5 330
sgodinez 11:134435d8a2d5 331 //Cellular Radio Specific
jengbrecht 27:8e6188cbcfd4 332 /** A method for sending a generic AT command to the radio. Note that you cannot
jengbrecht 27:8e6188cbcfd4 333 * send commands and have a data connection at the same time.
jengbrecht 36:bb6b293c7495 334 *
jengbrecht 27:8e6188cbcfd4 335 * @param command the command to send to the radio without the escape character.
jengbrecht 27:8e6188cbcfd4 336 * @param timeoutMillis the time in millis to wait for a response before returning.
jengbrecht 27:8e6188cbcfd4 337 * @param esc escape character to add at the end of the command, defaults to
sgodinez 71:82205735732b 338 * carriage return (CR). Does not append any character if esc == 0.
jengbrecht 27:8e6188cbcfd4 339 * @returns all data received from the radio after the command as a string.
jengbrecht 27:8e6188cbcfd4 340 */
sgodinez 71:82205735732b 341 std::string sendCommand(const std::string& command, unsigned int timeoutMillis, char esc = CR);
jengbrecht 36:bb6b293c7495 342
jengbrecht 36:bb6b293c7495 343 /** A method for sending a basic AT command to the radio. A basic AT command is
jengbrecht 27:8e6188cbcfd4 344 * one that simply has a response of either OK or ERROR without any other information.
jengbrecht 27:8e6188cbcfd4 345 * Note that you cannot send commands and have a data connection at the same time.
jengbrecht 36:bb6b293c7495 346 *
jengbrecht 27:8e6188cbcfd4 347 * @param command the command to send to the radio without the escape character.
jengbrecht 27:8e6188cbcfd4 348 * @param timeoutMillis the time in millis to wait for a response before returning.
jengbrecht 27:8e6188cbcfd4 349 * @param esc escape character to add at the end of the command, defaults to
jengbrecht 27:8e6188cbcfd4 350 * carriage return (CR).
jengbrecht 27:8e6188cbcfd4 351 * @returns the standard AT Code enumeration.
jengbrecht 27:8e6188cbcfd4 352 */
sgodinez 71:82205735732b 353 Code sendBasicCommand(const std::string& command, unsigned int timeoutMillis, char esc = CR);
sgodinez 11:134435d8a2d5 354
jengbrecht 23:bc6f98a1eb22 355 /** A method for testing command access to the radio. This method sends the
jengbrecht 27:8e6188cbcfd4 356 * command "AT" to the radio, which is a standard radio test to see if you
jengbrecht 23:bc6f98a1eb22 357 * have command access to the radio.
jengbrecht 23:bc6f98a1eb22 358 *
jengbrecht 23:bc6f98a1eb22 359 * @returns the standard AT Code enumeration.
jengbrecht 23:bc6f98a1eb22 360 */
sgodinez 11:134435d8a2d5 361 Code test();
jengbrecht 27:8e6188cbcfd4 362
jengbrecht 23:bc6f98a1eb22 363 /** A method for configuring command ehco capability on the radio. This command
jengbrecht 23:bc6f98a1eb22 364 * sets whether sent characters are echoed back from the radio, in which case you
jengbrecht 23:bc6f98a1eb22 365 * will receive back every command you send.
jengbrecht 23:bc6f98a1eb22 366 *
jengbrecht 23:bc6f98a1eb22 367 * @param state if true echo will be turned off, otherwise it will be turned on.
jengbrecht 23:bc6f98a1eb22 368 * @returns the standard AT Code enumeration.
jengbrecht 23:bc6f98a1eb22 369 */
mfiore 29:7408b1bdad37 370 Code echo(bool state);
jengbrecht 36:bb6b293c7495 371
jengbrecht 23:bc6f98a1eb22 372 /** A method for getting the signal strength of the radio. This method allows you to
jengbrecht 23:bc6f98a1eb22 373 * get a value that maps to signal strength in dBm. Here 0-1 is Poor, 2-9 is Marginal,
jengbrecht 23:bc6f98a1eb22 374 * 10-14 is Ok, 15-19 is Good, and 20+ is Excellent. If you get a result of 99 the
jengbrecht 27:8e6188cbcfd4 375 * signal strength is not known or not detectable.
jengbrecht 23:bc6f98a1eb22 376 *
jengbrecht 23:bc6f98a1eb22 377 * @returns an integer representing the signal strength.
jengbrecht 23:bc6f98a1eb22 378 */
jengbrecht 0:563b70517320 379 int getSignalStrength();
jengbrecht 36:bb6b293c7495 380
jengbrecht 27:8e6188cbcfd4 381 /** This method is used to check the registration state of the radio with the cell tower.
jengbrecht 27:8e6188cbcfd4 382 * If not appropriatley registered with the tower you cannot make a cellular connection.
jengbrecht 27:8e6188cbcfd4 383 *
jengbrecht 27:8e6188cbcfd4 384 * @returns the registration state as an enumeration type.
jengbrecht 27:8e6188cbcfd4 385 */
sgodinez 5:93e889a5abc6 386 Registration getRegistration();
jengbrecht 27:8e6188cbcfd4 387
jengbrecht 27:8e6188cbcfd4 388 /** This method is used to set the radios APN if using a SIM card. Note that the APN
jengbrecht 27:8e6188cbcfd4 389 * must be set correctly before you can make a data connection. The APN for your SIM
jengbrecht 27:8e6188cbcfd4 390 * can be obtained by contacting your cellular service provider.
jengbrecht 27:8e6188cbcfd4 391 *
jengbrecht 27:8e6188cbcfd4 392 * @param the APN as a string.
jengbrecht 27:8e6188cbcfd4 393 * @returns the standard AT Code enumeration.
jengbrecht 27:8e6188cbcfd4 394 */
sgodinez 11:134435d8a2d5 395 Code setApn(const std::string& apn);
jengbrecht 27:8e6188cbcfd4 396
jengbrecht 27:8e6188cbcfd4 397 /** This method is used to set the DNS which enables the use of URLs instead
jengbrecht 27:8e6188cbcfd4 398 * of IP addresses when making a socket connection.
jengbrecht 27:8e6188cbcfd4 399 *
jengbrecht 27:8e6188cbcfd4 400 * @param the DNS server address as a string in form xxx.xxx.xxx.xxx.
jengbrecht 27:8e6188cbcfd4 401 * @returns the standard AT Code enumeration.
jengbrecht 27:8e6188cbcfd4 402 */
sgodinez 41:81d035fb0b6a 403 Code setDns(const std::string& primary, const std::string& secondary = "0.0.0.0");
jengbrecht 27:8e6188cbcfd4 404
jengbrecht 27:8e6188cbcfd4 405 /** This method is used test network connectivity by pinging a server.
jengbrecht 27:8e6188cbcfd4 406 *
jengbrecht 27:8e6188cbcfd4 407 * @param address the address of the server in format xxx.xxx.xxx.xxx.
jengbrecht 27:8e6188cbcfd4 408 * @returns true if the ping was successful, otherwise false.
jengbrecht 27:8e6188cbcfd4 409 */
jengbrecht 23:bc6f98a1eb22 410 bool ping(const std::string& address = "8.8.8.8");
jengbrecht 56:e5e5351f14b3 411
jengbrecht 56:e5e5351f14b3 412 /** This method can be used to trade socket functionality for performance.
jengbrecht 56:e5e5351f14b3 413 * In order to enable a socket connection to be closed by the client side programtically,
jengbrecht 56:e5e5351f14b3 414 * this class must process all read and write data on the socket to guard the special
jengbrecht 56:e5e5351f14b3 415 * escape character used to close an open socket connection. It is recommened that you
jengbrecht 56:e5e5351f14b3 416 * use the default of true unless the overhead of these operations is too significant.
jengbrecht 56:e5e5351f14b3 417 *
jengbrecht 56:e5e5351f14b3 418 * @param enabled set to true if you want the socket closeable, otherwise false. The default
jengbrecht 56:e5e5351f14b3 419 * is true.
jengbrecht 56:e5e5351f14b3 420 * @returns the standard AT Code enumeration.
jengbrecht 56:e5e5351f14b3 421 */
sgodinez 17:2d7c4ea7491b 422 Code setSocketCloseable(bool enabled = true); //ETX closes socket (ETX and DLE in payload are escaped with DLE)
jengbrecht 27:8e6188cbcfd4 423
jengbrecht 27:8e6188cbcfd4 424 /** This method is used to send an SMS message. Note that you cannot send an
jengbrecht 27:8e6188cbcfd4 425 * SMS message and have a data connection open at the same time.
jengbrecht 27:8e6188cbcfd4 426 *
jengbrecht 27:8e6188cbcfd4 427 * @param phoneNumber the phone number to send the message to as a string.
jengbrecht 27:8e6188cbcfd4 428 * @param message the text message to be sent.
jengbrecht 27:8e6188cbcfd4 429 * @returns the standard AT Code enumeration.
jengbrecht 27:8e6188cbcfd4 430 */
jengbrecht 27:8e6188cbcfd4 431 Code sendSMS(const std::string& phoneNumber, const std::string& message);
jengbrecht 36:bb6b293c7495 432
jengbrecht 27:8e6188cbcfd4 433 /** This method is used to send an SMS message. Note that you cannot send an
jengbrecht 27:8e6188cbcfd4 434 * SMS message and have a data connection open at the same time.
jengbrecht 27:8e6188cbcfd4 435 *
jengbrecht 27:8e6188cbcfd4 436 * @param sms an Sms struct that contains all SMS transaction information.
jengbrecht 27:8e6188cbcfd4 437 * @returns the standard AT Code enumeration.
jengbrecht 27:8e6188cbcfd4 438 */
sgodinez 4:6561c9128c6f 439 Code sendSMS(const Sms& sms);
jengbrecht 36:bb6b293c7495 440
jengbrecht 56:e5e5351f14b3 441 /** This method retrieves all of the SMS messages currently available for
jengbrecht 56:e5e5351f14b3 442 * this phone number.
jengbrecht 27:8e6188cbcfd4 443 *
jengbrecht 56:e5e5351f14b3 444 * @returns a vector of existing SMS messages each as an Sms struct.
jengbrecht 27:8e6188cbcfd4 445 */
sgodinez 4:6561c9128c6f 446 std::vector<Cellular::Sms> getReceivedSms();
jengbrecht 56:e5e5351f14b3 447
jengbrecht 56:e5e5351f14b3 448 /** This method can be used to remove/delete all received SMS messages
jengbrecht 56:e5e5351f14b3 449 * even if they have never been retrieved or read.
jengbrecht 56:e5e5351f14b3 450 *
jengbrecht 56:e5e5351f14b3 451 * @returns the standard AT Code enumeration.
jengbrecht 56:e5e5351f14b3 452 */
sgodinez 4:6561c9128c6f 453 Code deleteAllReceivedSms();
jengbrecht 56:e5e5351f14b3 454
jengbrecht 56:e5e5351f14b3 455 /** This method can be used to remove/delete all received SMS messages
jengbrecht 56:e5e5351f14b3 456 * that have been retrieved by the user through the getReceivedSms method.
jengbrecht 56:e5e5351f14b3 457 * Messages that have not been retrieved yet will be unaffected.
jengbrecht 56:e5e5351f14b3 458 *
jengbrecht 56:e5e5351f14b3 459 * @returns the standard AT Code enumeration.
jengbrecht 56:e5e5351f14b3 460 */
sgodinez 4:6561c9128c6f 461 Code deleteOnlyReceivedReadSms();
sgodinez 19:38794784e009 462
jengbrecht 56:e5e5351f14b3 463 /** A static method for getting a string representation for the Registration
jengbrecht 56:e5e5351f14b3 464 * enumeration.
jengbrecht 56:e5e5351f14b3 465 *
jengbrecht 56:e5e5351f14b3 466 * @param code a Registration enumeration.
jengbrecht 56:e5e5351f14b3 467 * @returns the enumeration name as a string.
jengbrecht 56:e5e5351f14b3 468 */
jengbrecht 56:e5e5351f14b3 469 static std::string getRegistrationNames(Registration registration);
jengbrecht 27:8e6188cbcfd4 470
jengbrecht 0:563b70517320 471 private:
jengbrecht 23:bc6f98a1eb22 472 static Cellular* instance; //Static pointer to the single Cellular object.
sgodinez 19:38794784e009 473
jengbrecht 23:bc6f98a1eb22 474 MTSBufferedIO* io; //IO interface obect that the radio is accessed through.
jengbrecht 23:bc6f98a1eb22 475 bool echoMode; //Specifies if the echo mode is currently enabled.
jengbrecht 27:8e6188cbcfd4 476
jengbrecht 23:bc6f98a1eb22 477 bool pppConnected; //Specifies if a PPP session is currently connected.
jengbrecht 23:bc6f98a1eb22 478 std::string apn; //A string that holds the APN for the radio.
jengbrecht 27:8e6188cbcfd4 479
jengbrecht 56:e5e5351f14b3 480 Mode mode; //The current socket Mode.
jengbrecht 23:bc6f98a1eb22 481 bool socketOpened; //Specifies if a Socket is presently opened.
jengbrecht 23:bc6f98a1eb22 482 bool socketCloseable; //Specifies is a Socket can be closed.
jengbrecht 27:8e6188cbcfd4 483 unsigned int local_port; //Holds the local port for socket connections.
jengbrecht 27:8e6188cbcfd4 484 std::string local_address; //Holds the local address for socket connections.
jengbrecht 27:8e6188cbcfd4 485 unsigned int host_port; //Holds the remote port for socket connections.
jengbrecht 27:8e6188cbcfd4 486 std::string host_address; //Holds the remote address for socket connections.
jengbrecht 56:e5e5351f14b3 487 DigitalIn* dcd; //Maps to the radios dcd signal
jengbrecht 56:e5e5351f14b3 488 DigitalOut* dtr; //Maps to the radios dtr signal
sgodinez 11:134435d8a2d5 489
jengbrecht 23:bc6f98a1eb22 490 Cellular(); //Private constructor, use the getInstance() method.
mfiore 29:7408b1bdad37 491 Cellular(MTSBufferedIO* io); //Private constructor, use the getInstance() method.
jengbrecht 0:563b70517320 492 };
jengbrecht 0:563b70517320 493
mfiore 39:6e94520a3217 494 }
mfiore 39:6e94520a3217 495
jengbrecht 0:563b70517320 496 #endif /* CELLULAR_H */