updated for minimal 64x4 bug fix

examples/slu4-minimal-64x4/README.md

@@ -53,7 +53,6 @@ The following instruction macros have been added in the ISA configuration file f
 | `mqq` | zero page address | zero page address | Copies a 4 byte long at the first zero page address to the 4 bytes at the second zero page address |
 | `mll` | abs address | abs address | Copies a 4 byte long at the first absolute address to the 4 bytes at the second absolute address |
 | `miq` | immediate | zero page address | Copies an immediate 4-byte long to a zero page long |
-| `inq_` | zero page address | - | Increments a 4 byte long at a zero page address. Fixes the bug with the built-in `INQ` instruction as of v1.1.0 of the Minimal 64x4 OS. |
 
 ### Assembly Syntax
 **BespokeASM**'s syntax is close to the syntax that Carsten used for the Minimal 64x4's assembly language. However, there are some differences:

examples/slu4-minimal-64x4/slu4-minimal-64x4.yaml

@@ -3016,16 +3016,3 @@ macros:
       instructions:
         - "miv @ARG(0) & $0000FFFF ,@ARG(1)+0"
         - "miv (@ARG(0) & $FFFF0000) >> 16,@ARG(1)+2"
-  inq_:
-    # increment zero-page long. This macro exists because the built-in instruction INQ has a bug.
-    - operands:
-        count: 1
-        operand_sets:
-          list:
-            - zero_page
-      instructions:
-        - "inv @ARG(0)+0"
-        - "ldi 0"
-        - "ac.z @ARG(0)+2"
-        - "ldi 0"
-        - "ac.z @ARG(0)+3"

examples/slu4-minimal-64x4/software/primes.min64x4

@@ -27,7 +27,7 @@ start:
     phsptr is_prime_str jps _PrintPtr pls2
     ; jps _WaitInput
 .increment_n:
-    inq_ _n_value
+    inq _n_value
     jpa .n_loop
 
 is_prime_str: .cstr " is prime!\n"