more boring opcodes work

src/zvm_m65/,aliases_zvm.s

@@ -0,0 +1,40 @@
+
+!addr REG_A              = $02    ; 8-bit accumulator
+!addr REG_F              = $03    ; 8-bit flag register
+!addr REG_B              = $04    ; general purpose 8-bit registers
+!addr REG_C              = $05
+!addr REG_D              = $06
+!addr REG_E              = $07
+!addr REG_H              = $08
+!addr REG_L              = $09
+
+!addr REG_A_SH           = $0A    ; shadow registers
+!addr REG_F_SH           = $0B
+!addr REG_B_SH           = $0C
+!addr REG_C_SH           = $0D
+!addr REG_D_SH           = $0E
+!addr REG_E_SH           = $0F
+!addr REG_H_SH           = $10
+!addr REG_L_SH           = $11
+
+!addr REG_IX             = $12    ; 16-bit index register
+!addr REG_IY             = $14    ; 16-bit index register
+!addr REG_SP             = $16    ; 16-bit stack pointer
+!addr REG_PC             = $18    ; 16-bit program counter
+
+!addr REG_I              = $1A    ; 8-bit interrupt vector base
+!addr REG_R06            = $1B    ; refresh counter, bits 0-6 (bit 7 is garbage)
+!addr REG_R7             = $1C    ; refresh counter, bit 7 (bits 0-6 are 0's)
+
+!addr VEC_fetch_opcode   = $60
+!addr VEC_fetch_value    = $62
+!addr VEC_fetch_stack    = $64
+!addr VEC_store_stack    = $66
+!addr VEC_fetch_via_HL   = $68
+!addr VEC_store_via_HL   = $6A
+!addr VEC_fetch_via_IX_d = $6C
+!addr VEC_fetch_via_IY_d = $6E
+!addr VEC_store_via_IX_d = $70
+!addr VEC_store_via_IY_d = $72
+!addr VEC_fetch_via_nn   = $74
+!addr VEC_store_via_nn   = $76