Maxim Integrated / Mbed 2 deprecated MAX31856_example_program

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Dependencies:   MAX31856 mbed

Fork of MAX31856_example_program by Central Applications - Mbed Code repo

Diff: MAX31856.cpp

Revision:
6:e1200ae7d6a3
Parent:
3:a99a4367c909
Child:
7:2e45068189b1
diff -r 3a51bb306f41 -r e1200ae7d6a3 MAX31856.cpp
--- a/MAX31856.cpp	Mon Jul 31 07:55:00 2017 +0000
+++ b/MAX31856.cpp	Mon Jul 31 18:10:24 2017 +0000
@@ -293,33 +293,31 @@
 
 //Register:MASK    Bits: 5:0
 bool MAX31856::setFaultMasks(uint8_t val, bool enable) {
-    uint8_t temp_val;
     if(enable)
-        temp_val=0;
-    else
-        temp_val=val;
+        val=0;
+    ;
     if      (val==MASK_CJ_FAULT_THRESHOLD_HIGH) {          //Cold Junction High Threshold Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_5, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_5, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_CJ_FAULT_THRESHOLD_HIGH\r\n");
     }
     else if (val==MASK_CJ_FAULT_THRESHOLD_LOW) {           //Cold Junction Low  Threshold Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_4, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_4, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_CJ_FAULT_THRESHOLD_LOW\r\n");
     }
     else if (val==MASK_TC_FAULT_THRESHOLD_HIGH) {          //Thermocouple High Threshold Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_3, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_3, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_TC_FAULT_THRESHOLD_HIGH\r\n");
     }
     else if (val==MASK_TC_FAULT_THRESHOLD_LOW) {           //Thermocouple Low  Threshold Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_2, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_2, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_TC_FAULT_THRESHOLD_LOW\r\n");
     }
     else if (val==MASK_OVER_UNDER_VOLT_FAULT) {            //Over-Voltage/Under-Voltage Input Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_1, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_1, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_OVER_UNDER_VOLT_FAULT\r\n");
     }
     else if (val==MASK_OPEN_CIRCUIT_FAULT) {               //Thermocouple Open-Circuit Fault Mask
-        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_0, temp_val);
+        return_val=registerReadWriteByte(ADDRESS_MASK_READ, ADDRESS_MASK_WRITE, MASK_CLEAR_BITS_0, val);
         LOG("Register containing\t\tsetFaultMasks\t\twas programmed with the parameter\t\tMASK_OPEN_CIRCUIT_FAULT\r\n");
     }
     else {