Data commit

Task/Logical-operations/6502-Assembly/logical-operations-1.6502

@@ -0,0 +1,7 @@
+LDA myBoolean
+BNE isTrue
+;code that would execute if myBoolean is false, goes here.
+RTS
+isTrue:
+;code that would execute if myBoolean is true, goes here.
+RTS

Task/Logical-operations/6502-Assembly/logical-operations-2.6502

@@ -0,0 +1,3 @@
+if(myValue == 3 && myOtherValue == 5){
+myResult = true;
+}

Task/Logical-operations/6502-Assembly/logical-operations-3.6502

@@ -0,0 +1,15 @@
+LDA myValue
+CMP #3
+BNE .skip
+
+;if we got to here, "myValue == 3" evaluated to true.
+
+LDA myOtherValue
+CMP #5
+BNE .skip
+
+;if we got to here, both "myValue == 3" and "myOtherValue" == 5 evaluated to true.
+
+STA myResult         ;any nonzero value is considered TRUE, so we've stored 5 into myResult.
+
+.skip:

Task/Logical-operations/6502-Assembly/logical-operations-4.6502

@@ -0,0 +1,3 @@
+if(myValue == 3 || myOtherValue == 5){
+myResult = true;
+}

Task/Logical-operations/6502-Assembly/logical-operations-5.6502

@@ -0,0 +1,16 @@
+LDA myValue
+CMP #3
+BEQ .doTheThing
+
+;if not equal, check myOtherValue
+
+LDA myOtherValue
+CMP #5
+BNE .skip
+
+;if we got to here, either "myValue == 3" or "myOtherValue" == 5 evaluated to true.
+
+.doTheThing:
+STA myResult         ;any nonzero value is considered TRUE, so we've stored 5 into myResult.
+
+.skip:

Task/Logical-operations/6502-Assembly/logical-operations-6.6502

@@ -0,0 +1,9 @@
+LDA flags
+LSR        ;test the rightmost bit.
+BCC .skip
+LSR        ;test the bit just to the left of the one we tested prior.
+BCC .skip
+
+;your code for what happens when both of the bottom 2 bits are 1, goes here.
+
+.skip:

Task/Logical-operations/6502-Assembly/logical-operations-7.6502

@@ -0,0 +1,3 @@
+BIT myBitFlags
+BMI .Bit7Set
+BVS .Bit6Set