Fixed operator table to use proper label for AND rather than hard cod…

…ed address.

bas.asm

@@ -1586,7 +1586,7 @@ LAA51	FCB	$79
 	fdb LB277 CB Syntax Error
 	endif
 	FCB	$50
-	FDB	$B2D5	AND
+	FDB	LB2D5	AND
 	FCB	$46
 	FDB	LB2D4	OR
 *

changes.txt

@@ -53,3 +53,5 @@ Change jump address for Disk BASIC in Extended BASIC.
 Changed DECB to use hard coded JMPs rather than RAM vectors.
 
 Changed DECB to run to RAM aware reset routine.
+
+Fixed operator table to use proper label for AND rather than hard coded address.

test/CB-10P.bas

@@ -0,0 +1 @@
+1 A$(1)=" "+CHR$(137):A$(2)=CHR$(134)+" ":B$(1)=CHR$(137)+" ":B$(2)=" "+CHR$(134):FORT=0TO31STEP2:R=RND(2):PRINT@448+T,A$(R);:PRINT@448+T+32,B$(R);:NEXT:PRINT:GOTO1

test/CB-IF.bas

@@ -0,0 +1 @@
+10 IF SE = 0 AND MI = 0 OR SE-1 = HO*5 OR FT = 1 THEN PRINT "YES"

test/ECB-CLCK.bas

@@ -0,0 +1,64 @@
+10 REM DISPLAY CLOCK WITH MINUTE,
+11 REM HOUR, AND SECONDS HAND
+20 REM JERRY STRATTON
+30 REM HOBOES.COM/COCO
+40 XC = 128
+50 YC = 96
+60 SE = 0
+70 CLS
+80 MO$="C"
+110 PRINT "  ENTER THE HOUR AND MINUTE TO"
+111 PRINT "  START THE CLOCK AT. ONCE THE"
+112 PRINT " CLOCK CIRCLE FORMS, PRESS ANY"
+113 PRINT "    KEY TO START THE CLOCK."
+120 PRINT
+130 INPUT "HOUR:MINUTE"; HO, MI:IF HO < 0 OR MI < 0 OR HO > 23 OR MI > 59 THEN 130
+140 IF HO >= 12 THEN HO=HO-12
+150 IF MO$ = "H" THEN PMODE 4,1:COLOR 2,1:DE = 297
+160 REM COLORS ARE ORANGE(0),
+161 REM WHITE(1), GREEN(2),
+162 REM MAGENTA(3)
+170 IF MO$ = "C" THEN PMODE 1,1:COLOR 3:DE = 303
+180 REM SWITCH TO GRAPHICS SCREEN
+190 PCLS
+200 SCREEN 1,1
+210 CIRCLE(XC,YC),YC-1
+220 CIRCLE(XC,YC),YC-2
+230 CIRCLE(XC,YC),YC-3
+240 FT = 1
+250 COLOR 2
+260 A$=INKEY$:IF A$ = "" THEN 260
+270 REM SECOND HAND
+280 LINE(XC,YC)-(SX,SY),PRESET
+290 LE = 88
+300 DG = SE
+310 GOSUB 1000
+320 SX = X
+330 SY = Y
+340 LINE(XC,YC)-(SX,SY),PSET
+350 REM MINUTE HAND
+360 IF SE = 0 OR SE-1 = MI THEN LINE(XC,YC)-(MX,MY),PRESET:LE = 77:DG = MI:GOSUB 1000:MX = X:MY = Y:LINE(XC,YC)-(MX,MY),PSET
+370 REM HOUR HAND
+380 IF SE = 0 AND MI = 0 OR SE-1 = HO*5 OR FT = 1 THEN LINE(XC,YC)-(HX, HY),PRESET:LE = 55:DG = HO*5:GOSUB 1000:HX = X:HY = Y:LINE(XC,YC)-(HX,HY),PSET
+390 CIRCLE(XC,YC),8
+400 FOR I = 1 TO DE:NEXT I
+410 SE=SE+1
+420 IF SE = 60 THEN SE=0:MI=MI+1
+430 IF MI = 60 THEN MI=0:HO=HO+1
+440 IF HO = 12 THEN HO=0
+450 FT = 0
+460 GOTO 270
+470 END
+1000 REM ENDPOINT USING LENGTH
+1001 REM AND DEGREES
+1010 REM ADJUST CLOCK SECONDS TO
+1011 REM RADIANS
+1020 DG=DG*6
+1030 DG=DG-90
+1040 RA = DG/57.29577951
+1050 REM CALCULATE CARTESIAN X
+1051 REM AND Y FROM POLAR
+1052 REM COORDINATES
+1060 X = LE * COS(RA) + XC
+1070 Y = LE * SIN(RA) + YC
+1080 RETURN

test/Makefile

@@ -1,4 +1,4 @@
-all: deep-expression CB-DE.wav deep-gosub CB-DG.wav deep-fornext CB-FN.wav CB-p30.wav CB-p55.wav CB-p63.wav CB-p64.wav CB-p80.wav CB-p85.wav CB-p96.wav CB-p113.wav CB-p125.wav CB-p128.wav CB-p135.wav CB-p137.wav CB-p138.wav CB-p140.wav CB-KL.wav CB-RAF.wav CB-SG.wav CB-BB.wav CB-ED.wav CB-PBYT.wav CB-ISV.wav CB-DIM.wav CB-SIN.wav CB-DIM2.wav CB-p208.wav ECB-DG.wav ECB-p227.wav DOS.wav ECB-p187.wav ECB-PU.wav ECB-POS.wav ECB-DFN.wav ECB-GRA.wav ECB-DRA.wav ECB-SUDO.wav CB-GHOST.wav DECB-DG.wav DECB-DM2.wav
+all: deep-expression CB-DE.wav deep-gosub CB-DG.wav deep-fornext CB-FN.wav CB-p30.wav CB-p55.wav CB-p63.wav CB-p64.wav CB-p80.wav CB-p85.wav CB-p96.wav CB-p113.wav CB-p125.wav CB-p128.wav CB-p135.wav CB-p137.wav CB-p138.wav CB-p140.wav CB-KL.wav CB-RAF.wav CB-SG.wav CB-BB.wav CB-ED.wav CB-PBYT.wav CB-ISV.wav CB-DIM.wav CB-SIN.wav CB-DIM2.wav CB-p208.wav ECB-DG.wav ECB-p227.wav DOS.wav ECB-p187.wav ECB-PU.wav ECB-POS.wav ECB-DFN.wav ECB-GRA.wav ECB-DRA.wav ECB-SUDO.wav CB-GHOST.wav DECB-DG.wav DECB-DM2.wav CB-10P.wav ECB-CLCK.wav CB-IF.wav
 
 deep-expression: deep-expression.c
 	cc -g -Wall -Werror $^ -o $@