ACME_Lib: changed macro parameters to cheap locals (there should be no change in functionality)

git-svn-id: https://svn.code.sf.net/p/acme-crossass/code-0/trunk@102 4df02467-bbd4-4a76-a152-e7ce94205b78

ACME_Lib/6502/std.a

@@ -1,4 +1,4 @@
-;ACME 0.95
+;ACME 0.96.4
 
 !ifdef lib_6502_std_a !eof
 lib_6502_std_a = 1
@@ -22,57 +22,57 @@ lib_6502_std_a = 1
 }
 
 ; increase 16-bit counter
-!macro inc16 .t {
-		inc .t
+!macro inc16 @t {
+		inc @t
 		bne +
-		inc .t + 1
+		inc @t + 1
 +
 }
 
 ; far branches
-!macro bcc .t {
+!macro bcc @t {
 		bcs +
-		jmp .t
+		jmp @t
 +
 }
-!macro bcs .t {
+!macro bcs @t {
 		bcc +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro beq .t {
+!macro beq @t {
 		bne +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro bne .t {
+!macro bne @t {
 		beq +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro bmi .t {
+!macro bmi @t {
 		bpl +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro bpl .t {
+!macro bpl @t {
 		bmi +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro bvc .t {
+!macro bvc @t {
 		bvs +
-		jmp .t
+		jmp @t
 +
 }
 
-!macro bvs .t {
+!macro bvs @t {
 		bvc +
-		jmp .t
+		jmp @t
 +
 }

ACME_Lib/65816/std.a

@@ -1,4 +1,4 @@
-;ACME 0.96.3
+;ACME 0.96.4
 
 !ifdef lib_65816_std_a !eof
 lib_65816_std_a = 2
@@ -72,11 +72,11 @@ lib_65816_std_a = 2
 	+i8
 }
 
-!macro inc24 .t {; increase 24-bit counter
-	inc .t
+!macro inc24 @t {; increase 24-bit counter
+	inc @t
 	bne +
-	inc .t + 1
+	inc @t + 1
 	bne +
-	inc .t + 2
+	inc @t + 2
 +
 }

ACME_Lib/cbm/c64/float.a

@@ -19,32 +19,32 @@ lib_cbm_c64_float_a = 2
 ; convenience macros:
 
 ; some float functions need a memory address in YYAA
-!macro movYYAA .adr {
-	lda #<.adr
-	ldy #>.adr
+!macro movYYAA @addr {
+	lda #<@addr
+	ldy #>@addr
 }
 ; ...or in YYXX
-!macro movYYXX .adr {
-	ldx #<.adr
-	ldy #>.adr
+!macro movYYXX @addr {
+	ldx #<@addr
+	ldy #>@addr
 }
 ; other float functions expect or output a value in AAYY
-!macro movAAYY .val {
-	ldy #<.val
-	lda #>.val
+!macro movAAYY @val {
+	ldy #<@val
+	lda #>@val
 }
-!macro ldAAYY .adr {
-	ldy .adr
-	lda .adr + 1
+!macro ldAAYY @addr {
+	ldy @addr
+	lda @addr + 1
 }
-!macro stAAYY .adr {
-	sty .adr
-	sta .adr + 1
+!macro stAAYY @addr {
+	sty @addr
+	sta @addr + 1
 }
 ; ...or in AAXX
-!macro ldAAXX .adr {
-	ldx .adr
-	lda .adr + 1
+!macro ldAAXX @addr {
+	ldx @addr
+	lda @addr + 1
 }
 
 !address {
@@ -118,12 +118,12 @@ lib_cbm_c64_float_a = 2
 }
 
 ; wrappers for names from older version of this file:
-!macro movAY .adr {	+movYYAA .adr	}
-!macro movXY .adr {	+movYYXX .adr	}
-!macro movYA .val {	+movAAYY .val	}
-!macro ldYA .adr {	+ldAAYY .adr	}
-!macro stYA .adr {	+stAAYY .adr	}
-!macro ldXA .adr {	+ldAAXX .adr	}
+!macro movAY @addr {	+movYYAA @addr	}
+!macro movXY @addr {	+movYYXX @addr	}
+!macro movYA @val {	+movAAYY @val	}
+!macro ldYA @addr {	+ldAAYY @addr	}
+!macro stYA @addr {	+stAAYY @addr	}
+!macro ldXA @addr {	+ldAAXX @addr	}
 	fac1_to_signedYA		= fac1_to_signedAAYY
 	fac1_read_signedYA		= fac1_read_signedAAYY
 	fac1_to_unsignedYA		= fac1_to_unsignedAAYY

ACME_Lib/cbm/c64/memcopy.a

@@ -1,4 +1,4 @@
-;ACME 0.95.7
+;ACME 0.96.4
 
 !ifdef lib_cbm_c64_memcopy_a !eof
 lib_cbm_c64_memcopy_a = 1
@@ -11,24 +11,23 @@ lib_cbm_c64_memcopy_a = 1
 ; higher addresses are copied first, so:
 ;	- moving data to higher addresses works even if areas overlap
 ;	- moving data to lower addresses only works if areas do not overlap
-!macro basic_memcopy .src_start, .src_end, .target_start {
-	!address {
-		.z_target_end	= $58
-		.z_src_end	= $5a
-		.z_src_start	= $5f
-		.fn		= $a3bf
-	}
-		lda #<.src_start
-		ldx #>.src_start
-		sta .z_src_start
-		stx .z_src_start + 1
-		lda #<.src_end
-		ldx #>.src_end
-		sta .z_src_end
-		stx .z_src_end + 1
-		lda #<(.target_start + .src_end - .src_start)
-		ldx #>(.target_start + .src_end - .src_start)
-		sta .z_target_end
-		stx .z_target_end + 1
-		jsr .fn
+!macro basic_memcopy @src_start, @src_end, @target_start {
+	!addr	@z_target_end	= $58
+	!addr	@z_src_end	= $5a
+	!addr	@z_src_start	= $5f
+	!addr	@fn		= $a3bf
+
+		lda #<@src_start
+		ldx #>@src_start
+		sta @z_src_start
+		stx @z_src_start + 1
+		lda #<@src_end
+		ldx #>@src_end
+		sta @z_src_end
+		stx @z_src_end + 1
+		lda #<(@target_start + @src_end - @src_start)
+		ldx #>(@target_start + @src_end - @src_start)
+		sta @z_target_end
+		stx @z_target_end + 1
+		jsr @fn
 }

ACME_Lib/cbm/flpt.a

@@ -1,4 +1,4 @@
-;ACME 0.94.5
+;ACME 0.96.4
 
 !ifdef lib_cbm_flpt_a !eof
 lib_cbm_flpt_a = 1
@@ -46,48 +46,48 @@ lib_cbm_flpt_a = 1
 
 ; this is ugly, but it gets the job done
 ; (if it's stupid, but it works, then it's not stupid)
-!macro flpt .value {
-	!set .float = float(.value)	; make sure to do passes until value is defined
-	!ifndef .float {
+!macro flpt @value {
+	!set @float = float(@value)	; make sure to do passes until value is defined
+	!ifndef @float {
 		!by $ff, $ff, $ff, $ff, $ff, $ff	; six place holder bytes
 	} else {
 		; value is defined, so split up into sign and non-negative value
-		!if .float < 0 {
-			!set .sign = $80
-			!set .float = -.float
+		!if @float < 0 {
+			!set @sign = $80
+			!set @float = -@float
 		} else {
-			!set .sign = $00
+			!set @sign = $00
 		}
-		!if .float = 0 {
+		!if @float = 0 {
 			!by 0, 0, 0, 0, 0, 0	; six zeroes (zero is represented by all bits zero)
 		} else {
 			; split up into exponent and mantissa
-			!set .exponent = 128 + 32	; 128 is cbm's bias, 32 is this algo's bias
+			!set @exponent = 128 + 32	; 128 is cbm's bias, 32 is this algo's bias
 			; if mantissa is too large, shift right and adjust exponent
-			!do while .float >= (2.0 ^ 32.0) {
-				!set .float = .float >> 1
-				!set .exponent = .exponent + 1
+			!do while @float >= (2.0 ^ 32.0) {
+				!set @float = @float >> 1
+				!set @exponent = @exponent + 1
 			}
 			; if mantissa is too small, shift left and adjust exponent
-			!do while .float < (2.0 ^ 31.0) {
-				!set .float = .float << 1
-				!set .exponent = .exponent - 1
+			!do while @float < (2.0 ^ 31.0) {
+				!set @float = @float << 1
+				!set @exponent = @exponent - 1
 			}
-			!if .exponent < 1 {
+			!if @exponent < 1 {
 				!warn "FLPT underflow, using zero instead"
-				!set .float = 0
-				!set .exponent = 0
-				!set .sign = 0
+				!set @float = 0
+				!set @exponent = 0
+				!set @sign = 0
 			}
-			!if .exponent > 255 {
+			!if @exponent > 255 {
 				!error "FLPT overflow"
 			}
-			!by .exponent
-			!by 255 & int(.float >> 24)
-			!by 255 & int(.float >> 16)
-			!by 255 & int(.float >> 8)
-			!by 255 & int(.float)
-			!by .sign
+			!by @exponent
+			!by 255 & int(@float >> 24)
+			!by 255 & int(@float >> 16)
+			!by 255 & int(@float >> 8)
+			!by 255 & int(@float)
+			!by @sign
 		}
 	}
 }

ACME_Lib/cbm/mflpt.a

@@ -41,47 +41,47 @@ lib_cbm_mflpt_a = 1
 
 ; this is ugly, but it gets the job done
 ; (if it's stupid, but it works, then it's not stupid)
-!macro mflpt .value {
-	!set .float = float(.value)	; make sure to do passes until value is defined
-	!ifndef .float {
+!macro mflpt @value {
+	!set @float = float(@value)	; make sure to do passes until value is defined
+	!ifndef @float {
 		!by $ff, $ff, $ff, $ff, $ff	; five place holder bytes
 	} else {
 		; value is defined, so split up into sign and non-negative value
-		!if .float < 0 {
-			!set .sign = $80
-			!set .float = -.float
+		!if @float < 0 {
+			!set @sign = $80
+			!set @float = -@float
 		} else {
-			!set .sign = $00
+			!set @sign = $00
 		}
-		!if .float = 0 {
+		!if @float = 0 {
 			!by 0, 0, 0, 0, 0	; five zeroes (zero is represented by all bits zero)
 		} else {
 			; split up into exponent and mantissa
-			!set .exponent = 128 + 32	; 128 is cbm's bias, 32 is this algo's bias
+			!set @exponent = 128 + 32	; 128 is cbm's bias, 32 is this algo's bias
 			; if mantissa is too large, shift right and adjust exponent
-			!do while .float >= (2.0 ^ 32.0) {
-				!set .float = .float >> 1
-				!set .exponent = .exponent + 1
+			!do while @float >= (2.0 ^ 32.0) {
+				!set @float = @float >> 1
+				!set @exponent = @exponent + 1
 			}
 			; if mantissa is too small, shift left and adjust exponent
-			!do while .float < (2.0 ^ 31.0) {
-				!set .float = .float << 1
-				!set .exponent = .exponent - 1
+			!do while @float < (2.0 ^ 31.0) {
+				!set @float = @float << 1
+				!set @exponent = @exponent - 1
 			}
-			!if .exponent < 1 {
+			!if @exponent < 1 {
 				!warn "MFLPT underflow, using zero instead"
-				!set .float = 0
-				!set .exponent = 0
-				!set .sign = 0
+				!set @float = 0
+				!set @exponent = 0
+				!set @sign = 0
 			}
-			!if .exponent > 255 {
+			!if @exponent > 255 {
 				!error "MFLPT overflow"
 			}
-			!by .exponent
-			!by (127 & int(.float >> 24)) | .sign
-			!by 255 & int(.float >> 16)
-			!by 255 & int(.float >> 8)
-			!by 255 & int(.float)
+			!by @exponent
+			!by (127 & int(@float >> 24)) | @sign
+			!by 255 & int(@float >> 16)
+			!by 255 & int(@float >> 8)
+			!by 255 & int(@float)
 		}
 	}
 }