@@ -733,34 +733,34 @@ These instructions use the CA format.
733733`C.AND` computes the bitwise `AND` of the values in registers
734734_rd′_ and _rs2′_, then writes the result
735735to register _rd′_. `C.AND` expands into
736- *`_and rd′, rd′, rs2′_`* .
736+ `and rd′, rd′, rs2′` .
737737
738738`C.OR` computes the bitwise `OR` of the values in registers
739739_rd′_ and _rs2′_, then writes the result
740740to register _rd′_. `C.OR` expands into
741- *`_or rd′ , rd′ , rs2′_`* .
741+ `or rd′ , rd′ , rs2′` .
742742
743743`C.XOR` computes the bitwise `XOR` of the values in registers
744744_rd′_ and _rs2′_, then writes the result
745745to register _rd′_. `C.XOR` expands into
746- *`_xor rd′, rd′, rs2′_`* .
746+ `xor rd′, rd′, rs2′` .
747747
748748`C.SUB` subtracts the value in register _rs2′_ from the
749749value in register _rd′_, then writes the result to
750750register _rd′_. `C.SUB` expands into
751- *`_sub rd′, rd′, rs2′_`* .
751+ `sub rd′, rd′, rs2′` .
752752
753753`C.ADDW` is an RV64C/RV128C-only instruction that adds the values in
754754registers _rd′_ and _rs2′_, then
755755sign-extends the lower 32 bits of the sum before writing the result to
756756register _rd′_. `C.ADDW` expands into
757- *`_addw rd′, rd′, rs2′_`* .
757+ `addw rd′, rd′, rs2′` .
758758
759759`C.SUBW` is an RV64C/RV128C-only instruction that subtracts the value in
760760register _rs2′_ from the value in register
761761_rd′_, then sign-extends the lower 32 bits of the
762762difference before writing the result to register _rd′_.
763- `C.SUBW` expands into *`_subw rd′, rd′, rs2′_`* .
763+ `C.SUBW` expands into `subw rd′, rd′, rs2′` .
764764
765765[NOTE]
766766====
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