Example3_getFirmwareVersion.ino

/*!
 * @file Example3_getFirmwareVersion.ino
 * 
 * @mainpage SparkFun Swarm Satellite Arduino Library
 * 
 * @section intro_sec Examples
 * 
 * This example shows how to read the firmware version) from the modem.
 * 
 * Want to support open source hardware? Buy a board from SparkFun!
 * SparkX Swarm Serial Breakout : https://www.sparkfun.com/products/19236
 * 
 * @section author Author
 * 
 * This library was written by:
 * Paul Clark
 * SparkFun Electronics
 * February 2022
 * 
 * @section license License
 * 
 * MIT: please see LICENSE.md for the full license information
 * 
*/

#include<SparkFun_Swarm_Satellite_Arduino_Library.h>//Click here to get the library: http://librarymanager/All#SparkFun_Swarm_Satellite

SWARM_M138 mySwarm;
#defineswarmSerial Serial1 // Use Serial1 to communicate with the modem. Change this if required.

// If you are using the Swarm Satellite Transceiver MicroMod Function Board:
//
// The Function Board has an onboard power switch which controls the power to the modem.
// The power is disabled by default.
// To enable the power, you need to pull the correct PWR_EN pin high.
//
// Uncomment and adapt a line to match your Main Board and Processor configuration:
//#define swarmPowerEnablePin A1 // MicroMod Main Board Single (DEV-18575) : with a Processor Board that supports A1 as an output
//#define swarmPowerEnablePin 39 // MicroMod Main Board Single (DEV-18575) : with e.g. the Teensy Processor Board using pin 39 (SDIO_DATA2) to control the power
//#define swarmPowerEnablePin 4 // MicroMod Main Board Single (DEV-18575) : with e.g. the Artemis Processor Board using pin 4 (SDIO_DATA2) to control the power
//#define swarmPowerEnablePin G5 // MicroMod Main Board Double (DEV-18576) : Slot 0 with the ALT_PWR_EN0 set to G5<->PWR_EN0
//#define swarmPowerEnablePin G6 // MicroMod Main Board Double (DEV-18576) : Slot 1 with the ALT_PWR_EN1 set to G6<->PWR_EN1

voidsetup()
{
// Swarm Satellite Transceiver MicroMod Function Board PWR_EN
 #ifdef swarmPowerEnablePin
pinMode(swarmPowerEnablePin, OUTPUT); // Enable modem power 
digitalWrite(swarmPowerEnablePin, HIGH);
 #endif

delay(1000);

 Serial.begin(115200);
while (!Serial)
 ; // Wait for the user to open the Serial console
 Serial.println(F("Swarm Satellite example"));
 Serial.println();

//mySwarm.enableDebugging(); // Uncomment this line to enable debug messages on Serial

bool modemBegun = mySwarm.begin(swarmSerial); // Begin communication with the modem

while (!modemBegun) // If the begin failed, keep trying to begin communication with the modem
 {
 Serial.println(F("Could not communicate with the modem. It may still be booting..."));
delay(2000);
 modemBegun = mySwarm.begin(swarmSerial);
 }

char *firmwareVersion = newchar[SWARM_M138_MEM_ALLOC_FV]; // Create storage for the configuration settings

 mySwarm.getFirmwareVersion(firmwareVersion); // Get the firmware version

 Serial.print(F("The firmware version is: "));
 Serial.println(firmwareVersion);

delete[] firmwareVersion; // Free the storage
}

voidloop()
{
//Nothing to do here
}