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cschorn01 · Feb 4, 2024 · 9477916 · 9477916
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Showing 6 changed files with 202 additions and 202 deletions.
diff --git a/examples/arduinoSendAndReceive/arduinoSendAndReceive.ino b/examples/arduinoSendAndReceive/arduinoSendAndReceive.ino
@@ -11,8 +11,7 @@ uint32_t i = 0; // iterator
 
 // Arrays for passing data to and receiving data from sx1280 setup, rx, and tx functions
 // Sized to 255 because an sx1280 Message Buffer is 255 bytes
-uint8_t writeData[ 255 ];
-uint8_t readData[ 255 ];
+uint8_t sx1280Data[ 255 ];
 
 uint8_t antselPin = 9; // Setting variable for DLP-RFS1280 antenna select pin
 
@@ -46,75 +45,70 @@ void loop() {
     /* Giving writeData an arbitrary size of 255 for payloadLength in sx1280Setup
        Payload length does not matter for messages with headers */
     for( i = 0; i < 255; i++){
-        writeData[ i ] = 0xFF;
+        sx1280Data[ i ] = 0xFF;
     }
-    writeData[ 254 ] = 0x00; // Null Terminating the ascii array
-
-    for( i = 0; i < 255; i++){
-        readData[ i ] = 0xFF;
-    }
-     readData[ 254 ] = 0x00; // Null Terminating the ascii array
+    sx1280Data[ 254 ] = 0x00; // Null Terminating the ascii array
 
     sx1280_1.sx1280Setup( 0x00,          /* uint8_t standbyMode              */
                           0x01,          /* uint8_t packetType               */
-                          0xB8,          /* uint8_t rfFrequency2316          */
-                          0x9D,          /* uint8_t rfFrequency158           */
-                          0x89,          /* uint8_t rfFrequency70            */
+                          0xB8,          /* uint8_t rfFrequency[23:16]       */
+                          0x9D,          /* uint8_t rfFrequency[15:8]        */
+                          0x89,          /* uint8_t rfFrequency[7:0]         */
                           0x70,          /* uint8_t spreadingFactor          */
                           0x0A,          /* uint8_t bandwidth                */
                           0x01,          /* uint8_t codingRate               */
                           0x0C,          /* uint8_t preambleLength           */
                           0x00,          /* uint8_t headerType               */
                           0x20,          /* uint8_t cyclicalRedundancyCheck  */
                           0x40,          /* uint8_t chirpInvert              */
-                          writeData );   /* uint8_t outboundMessage[ ]       */
+                          sx1280Data );   /* uint8_t outboundMessage[ ]      */
 
     sx1280_1.sx1280Rx( 0x40,         /* uint8_t rxIrq158                 */
                        0x7E,         /* uint8_t rxIrq70                  */
                        0x02,         /* uint8_t rxPeriodBase             */
-                       0xFF,         /* uint8_t rxPeriodBaseCount158     */
-                       0xFF,         /* uint8_t rxPeriodBaseCount70      */
-                       readData );   /* uint8_t inboundMessage[ ]        */
+                       0xFF,         /* uint8_t rxPeriodBaseCount[15:8]  */
+                       0xFF,         /* uint8_t rxPeriodBaseCount[7:0]   */
+                       sx1280Data );   /* uint8_t inboundMessage[ ]      */
 
     /* Checking message for "hi", "h"=0x68 & "i"=0x69, in hexadecimal ascii in the first three bytes */
-    if( readData[ 0 ] == 0x68 && readData[ 1 ] == 0x69 ){
+    if( sx1280Data[ 0 ] == 0x68 && sx1280Data[ 1 ] == 0x69 ){
 
         for( uint32_t i = 0; i <= 2; i++ ){
             Serial.print( "Inbound Message: 0x");
-            Serial.println( readData[ i ], HEX );
+            Serial.println( sx1280Data[ i ], HEX );
         }
 
     }
-    else if( readData[ 0 ] == 0xFF ){
+    else if( sx1280Data[ 0 ] == 0xFF ){
         Serial.println("No Inbound Message");
     }
 
-    writeData[ 0 ] = 0x68;  /* "h"          */
-    writeData[ 1 ] = 0x69;  /* "i"          */
-    writeData[ 2 ] = 0x00;  /* "\0" or NULL */
+    sx1280Data[ 0 ] = 0x68;  /* "h"          */
+    sx1280Data[ 1 ] = 0x69;  /* "i"          */
+    sx1280Data[ 2 ] = 0x00;  /* "\0" or NULL */
     for( i = 3; i < 255; i++ ){
-        writeData[ i ] = 0x00;
+        sx1280Data[ i ] = 0x00;
     }
 
     sx1280_1.sx1280Setup( 0x00,          /* uint8_t standbyMode              */
                           0x01,          /* uint8_t packetType               */
-                          0xB8,          /* uint8_t rfFrequency2316          */
-                          0x9D,          /* uint8_t rfFrequency158           */
-                          0x89,          /* uint8_t rfFrequency70            */
+                          0xB8,          /* uint8_t rfFrequency[23:16]       */
+                          0x9D,          /* uint8_t rfFrequency[15:8]        */
+                          0x89,          /* uint8_t rfFrequency[7:0]         */
                           0x70,          /* uint8_t spreadingFactor          */
                           0x0A,          /* uint8_t bandwidth                */
                           0x01,          /* uint8_t codingRate               */
                           0x0C,          /* uint8_t preambleLength           */
                           0x00,          /* uint8_t headerType               */
                           0x20,          /* uint8_t cyclicalRedundancyCheck  */
                           0x40,          /* uint8_t chirpInvert              */
-                          writeData );   /* uint8_t outboundMessage[ ]       */
+                          sx1280Data );   /* uint8_t outboundMessage[ ]      */
 
     sx1280_1.sx1280Tx( 0x1F,         /* uint8_t power                    */
                        0xE0,         /* uint8_t rampTime                 */
-                       writeData,    /* uint8_t outboundMessage[ ]       */
-                       0x40,         /* uint8_t txIrq158                 */
-                       0x01,         /* uint8_t txIrq70                  */
+                       sx1280Data,   /* uint8_t outboundMessage[ ]       */
+                       0x40,         /* uint8_t txIrq[15:8]              */
+                       0x01,         /* uint8_t txIrq[7:0]               */
                        0x02,         /* uint8_t txPeriodBase             */
                        0x01,         /* uint8_t txPeriodBaseCount158     */
                        0xF4 );       /* uint8_t txPeriodBaseCount70      */

diff --git a/examples/arduinoSendAndReceive/data/2.4GHz-Lora-for-Arduino.zip b/examples/arduinoSendAndReceive/data/2.4GHz-Lora-for-Arduino.zip
diff --git a/keywords.txt b/keywords.txt
@@ -2,6 +2,7 @@ sx1280OverSpi   KEYWORD1
 begin   KEYWORD2
 sx1280Select    KEYWORD2
 sx1280Deselect  KEYWORD2
+zeroingAnArray  KEYWORD2
 sx1280Reset KEYWORD2
 sx1280Setup KEYWORD2
 sx1280Tx    KEYWORD2

diff --git a/library.properties b/library.properties
@@ -1,5 +1,5 @@
 name=sx1280OverSpi
-version=1.0.0
+version=1.1.0
 author=Chris Schorn
 maintainer=Chris Schorn <[email protected]>
 sentence=Arduino library interacting and sending messages with a 2.4Ghz Lora modem.