fix: allow square brackets in all ASM mnemonics

src/parsetab/tabs.dbm.bak

@@ -1,4 +1,4 @@
 'zxbpp', (0, 66998)
-'asmparse', (67072, 222500)
-'zxnext_asmparse', (289792, 246933)
-'zxbparser', (537088, 641182)
+'zxbparser', (67072, 641182)
+'asmparse', (708608, 232042)
+'zxnext_asmparse', (941056, 257121)

src/parsetab/tabs.dbm.dir

@@ -1,4 +1,4 @@
 'zxbpp', (0, 66998)
-'asmparse', (67072, 222500)
-'zxnext_asmparse', (289792, 246933)
-'zxbparser', (537088, 641182)
+'zxbparser', (67072, 641182)
+'asmparse', (708608, 232042)
+'zxnext_asmparse', (941056, 257121)

src/zxbasm/asmparse.py

@@ -168,11 +168,15 @@ def p_asm_ld8(p):
 
 def p_LDa(p):  # Remaining LD A,... and LD...,A instructions
     """asm : LD A COMMA LP BC RP
+    | LD A COMMA LB BC RB
     | LD A COMMA LP DE RP
+    | LD A COMMA LB DE RB
     | LD LP BC RP COMMA A
+    | LD LB BC RB COMMA A
     | LD LP DE RP COMMA A
+    | LD LB DE RB COMMA A
     """
-    p[0] = Asm(p.lineno(1), "LD " + "".join(p[2:]))
+    p[0] = Asm(p.lineno(1), "LD " + "".join(x.replace("[", "(").replace("]", ")") for x in p[2:]))
 
 
 def p_PROC(p):
@@ -431,7 +435,9 @@ def p_incbin(p):
 
 def p_ex_sp_reg8(p):
     """asm : EX LP SP RP COMMA reg16i
+    | EX LB SP RB COMMA reg16i
     | EX LP SP RP COMMA HL
+    | EX LB SP RB COMMA HL
     """
     p[0] = Asm(p.lineno(1), "EX (SP)," + p[6])
 
@@ -477,7 +483,7 @@ def p_JP_hl(p):
     | JP LB reg16i RB
     """
     s = "JP "
-    if p[2] in ("(HL)", "[HL]"):
+    if p[2] == "(HL)":
         s += p[2]
     else:
         s += "(%s)" % p[3]
@@ -802,25 +808,29 @@ def p_im(p):
 
 def p_in(p):
     """asm : IN A COMMA LP C RP
+    | IN A COMMA LB C RB
     | IN reg8 COMMA LP C RP
+    | IN reg8 COMMA LB C RB
     """
     p[0] = Asm(p.lineno(1), "IN %s,(C)" % p[2])
 
 
 def p_out(p):
     """asm : OUT LP C RP COMMA A
+    | OUT LB C RB COMMA A
     | OUT LP C RP COMMA reg8
+    | OUT LB C RB COMMA reg8
     """
     p[0] = Asm(p.lineno(1), "OUT (C),%s" % p[6])
 
 
 def p_in_expr(p):
-    """asm : IN A COMMA pexpr"""
+    """asm : IN A COMMA mem_indir"""
     p[0] = Asm(p.lineno(1), "IN A,(N)", p[4])
 
 
 def p_out_expr(p):
-    """asm : OUT pexpr COMMA A"""
+    """asm : OUT mem_indir COMMA A"""
     p[0] = Asm(p.lineno(1), "OUT (N),A", p[2])
 
 

src/zxbasm/z80.py

@@ -2,7 +2,7 @@
 # -*- coding: utf-8 -*-
 # vim:ts=4:et:
 
-from typing import NamedTuple
+from typing import Final, NamedTuple
 
 
 class Opcode(NamedTuple):
@@ -846,4 +846,4 @@ class Opcode(NamedTuple):
 
 
 # Z80 asm instruction list
-Z80INSTR = set(x.split()[0] for x in Z80SET)
+Z80INSTR: Final[set[str]] = set(x.split()[0] for x in Z80SET)

src/zxbasm/zxnext.py

@@ -48,7 +48,9 @@ def p_add_reg16_a(p):
 
 
 def p_JP_c(p):
-    """asm : JP LP C RP"""
+    """asm : JP LP C RP
+    | JP LB C RB
+    """
     p[0] = asmparse.Asm(p.lineno(1), "JP (C)")
 
 

tests/functional/zxnext_all_brackets.asm

@@ -0,0 +1,215 @@
+N equ 0
+NN equ 1234
+
+adc a,[hl]
+adc a,[ix+N]
+adc a,[iy+N]
+add a,[hl]
+add a,[ix+N]
+add a,[iy+N]
+and [hl]
+and [ix+N]
+and [iy+N]
+bit 0,[hl]
+bit 1,[hl]
+bit 2,[hl]
+bit 3,[hl]
+bit 4,[hl]
+bit 5,[hl]
+bit 6,[hl]
+bit 7,[hl]
+bit 0,[ix+N]
+bit 1,[ix+N]
+bit 2,[ix+N]
+bit 3,[ix+N]
+bit 4,[ix+N]
+bit 5,[ix+N]
+bit 6,[ix+N]
+bit 7,[ix+N]
+bit 0,[iy+N]
+bit 1,[iy+N]
+bit 2,[iy+N]
+bit 3,[iy+N]
+bit 4,[iy+N]
+bit 5,[iy+N]
+bit 6,[iy+N]
+bit 7,[iy+N]
+cp [hl]
+cp [ix+N]
+cp [iy+N]
+dec [hl]
+dec [ix+N]
+dec [iy+N]
+ex [sp],hl
+ex [sp],ix
+ex [sp],iy
+in a,[c]
+in a,[N]
+in b,[c]
+in c,[c]
+in d,[c]
+in e,[c]
+in h,[c]
+in l,[c]
+inc [hl]
+inc [ix+N]
+inc [iy+N]
+jp [hl]
+jp [ix]
+jp [iy]
+ld [bc],a
+ld [de],a
+ld [hl],a
+ld [hl],c
+ld [hl],b
+ld [hl],e
+ld [hl],d
+ld [hl],h
+ld [hl],l
+ld [hl],N
+ld [ix+N],a
+ld [ix+N],c
+ld [ix+N],b
+ld [ix+N],e
+ld [ix+N],d
+ld [ix+N],h
+ld [ix+N],l
+ld [ix+N],N
+ld [iy+N],a
+ld [iy+N],c
+ld [iy+N],b
+ld [iy+N],e
+ld [iy+N],d
+ld [iy+N],h
+ld [iy+N],l
+ld [iy+N],N
+ld [NN],a
+ld [NN],bc
+ld [NN],de
+ld [NN],hl
+ld [NN],ix
+ld [NN],iy
+ld [NN],sp
+ld a,[bc]
+ld a,[de]
+ld a,[hl]
+ld a,[ix+N]
+ld a,[iy+N]
+ld a,[NN]
+ld b,[hl]
+ld b,[ix+N]
+ld b,[iy+N]
+ld bc,[NN]
+ld c,[hl]
+ld c,[ix+N]
+ld c,[iy+N]
+ld d,[hl]
+ld d,[ix+N]
+ld d,[iy+N]
+ld de,[NN]
+ld e,[hl]
+ld e,[ix+N]
+ld e,[iy+N]
+ld h,[hl]
+ld h,[ix+N]
+ld h,[iy+N]
+ld hl,[NN]
+ld ix,[NN]
+ld iy,[NN]
+ld l,[hl]
+ld l,[ix+N]
+ld l,[iy+N]
+ld sp,[NN]
+or [hl]
+or [ix+N]
+or [iy+N]
+out [c],a
+out [c],b
+out [c],c
+out [c],d
+out [c],e
+out [c],h
+out [c],l
+out [N],a
+res 0,[hl]
+res 1,[hl]
+res 2,[hl]
+res 3,[hl]
+res 4,[hl]
+res 5,[hl]
+res 6,[hl]
+res 7,[hl]
+res 0,[ix+N]
+res 1,[ix+N]
+res 2,[ix+N]
+res 3,[ix+N]
+res 4,[ix+N]
+res 5,[ix+N]
+res 6,[ix+N]
+res 7,[ix+N]
+res 0,[iy+N]
+res 1,[iy+N]
+res 2,[iy+N]
+res 3,[iy+N]
+res 4,[iy+N]
+res 5,[iy+N]
+res 6,[iy+N]
+res 7,[iy+N]
+rl [hl]
+rl [ix+N]
+rl [iy+N]
+rlc [hl]
+rlc [ix+N]
+rlc [iy+N]
+rr [hl]
+rr [ix+N]
+rr [iy+N]
+rrc [hl]
+rrc [ix+N]
+rrc [iy+N]
+sbc a,[hl]
+sbc a,[ix+N]
+sbc a,[iy+N]
+set 0,[hl]
+set 1,[hl]
+set 2,[hl]
+set 3,[hl]
+set 4,[hl]
+set 5,[hl]
+set 6,[hl]
+set 7,[hl]
+set 0,[ix+N]
+set 1,[ix+N]
+set 2,[ix+N]
+set 3,[ix+N]
+set 4,[ix+N]
+set 5,[ix+N]
+set 6,[ix+N]
+set 7,[ix+N]
+set 0,[iy+N]
+set 1,[iy+N]
+set 2,[iy+N]
+set 3,[iy+N]
+set 4,[iy+N]
+set 5,[iy+N]
+set 6,[iy+N]
+set 7,[iy+N]
+sla [hl]
+sla [ix+N]
+sla [iy+N]
+sra [hl]
+sra [ix+N]
+sra [iy+N]
+srl [hl]
+srl [ix+N]
+srl [iy+N]
+sub [hl]
+sub [ix+N]
+sub [iy+N]
+xor [hl]
+xor [ix+N]
+xor [iy+N]
+sll [hl]
+sll [ix+N]
+sll [iy+N]
+jp [c]