RXB Posted April 15, 2017 Share Posted April 15, 2017 (edited) Am I correct in assuming this will all be transparent to the program and that ANY pre-existing TI Extended BASIC program will work in it? Yea unless you have something goofy like VPEEK for a string or symbol or VDP Stack, those will all be in RAM on the SAMS. There is no logical reason to use VDP for Strings and symbols or stack when we can use the SAMS RAM which is much faster and more of it. Also I will remove all the VDP pointers and temporary buffers for XB, except for of course Device Buffers at top of VDP RAM. So yea all XB and BASIC programs will work in SAMS RXB just fine, well except they will run faster. VDP is much slower than RAM by anyones standards. Now any Assembly Language CALL LINK program will be a little faster to as the normal LINK used VDP to store variables and strings. Thus if you have a Assembly Language program that needs the old access to VDP you can not use SAMS RXB as the locations have changed from VDP to RAM. I can think of a few Lower 8K Assembly programs that did this like XBDETECTIVE for example that read string variables from VDP which will not work as SAMS RXB have them in SAMS RAM. I do not think people understand how many times per subprogram Extended Basic used VDP and how it really slows down XB. Edited April 15, 2017 by RXB Quote Link to comment Share on other sites More sharing options...
+TheBF Posted April 25, 2017 Share Posted April 25, 2017 Yea unless you have something goofy like VPEEK for a string or symbol or VDP Stack, those will all be in RAM on the SAMS. There is no logical reason to use VDP for Strings and symbols or stack when we can use the SAMS RAM which is much faster and more of it. Also I will remove all the VDP pointers and temporary buffers for XB, except for of course Device Buffers at top of VDP RAM. So yea all XB and BASIC programs will work in SAMS RXB just fine, well except they will run faster. VDP is much slower than RAM by anyones standards. Now any Assembly Language CALL LINK program will be a little faster to as the normal LINK used VDP to store variables and strings. Thus if you have a Assembly Language program that needs the old access to VDP you can not use SAMS RXB as the locations have changed from VDP to RAM. I can think of a few Lower 8K Assembly programs that did this like XBDETECTIVE for example that read string variables from VDP which will not work as SAMS RXB have them in SAMS RAM. I do not think people understand how many times per subprogram Extended Basic used VDP and how it really slows down XB. I know very little about GPL Rich. How hard is it to call assembler routines and return to GPL? BF Quote Link to comment Share on other sites More sharing options...
RXB Posted April 25, 2017 Share Posted April 25, 2017 I know very little about GPL Rich. How hard is it to call assembler routines and return to GPL? BF GPL has a routine built in call XML that only takes 2 bytes, one byte is the XML command in GPL the other byte is a one byte preset branch table in the TI OS. If you look at the source of RXB hit has more XML subroutines then normals XB does. The problem with Assembly is it is a MEMORY HOG and has to be in RAM, this presents a real issue as the TI does no have ANY CONSOLE RAM. Look at the XB2 module, it is totally useless in a Console with no memory expansion. Quote Link to comment Share on other sites More sharing options...
lucien2 Posted April 25, 2017 Share Posted April 25, 2017 In the assembly side, you have to put an address table at a fixed address (see table below, from GPL manual). Like this >6010 Sub1 address >6012 Sub2 address etc. Sub1: do something LWPI >83E0 RT Then in GPL, to call Sub2: XML >71 (7 = table at >6010, 1 = 2nd routine) Here's the table 2 = >2000 7 = >6010 8 = >6030 9 = >7000 F = >8300 2 Quote Link to comment Share on other sites More sharing options...
RXB Posted April 25, 2017 Share Posted April 25, 2017 (edited) In the assembly side, you have to put an address table at a fixed address (see table below, from GPL manual). Like this >6010 Sub1 address >6012 Sub2 address etc. Sub1: do something LWPI >83E0 RT Then in GPL, to call Sub2: XML >71 (7 = table at >6010, 1 = 2nd routine) Here's the table 2 = >2000 7 = >6010 8 = >6030 9 = >7000 F = >8300 Yep exactly how GPL in XB uses the ROMs for the XB Cartridge. Also how XB called routines in Lower 8K too. In RXB I use XML >F0 for my GPL routine CALL EXECUTE(ADDRESS) It puts the ADDRESS in FAC and executes a BLWP @>8300 and FAC has the Workspace. Much faster then CALL LINK as it does no checking of values or does it mess with the VDP STACK like CALL LINK does. Edited April 25, 2017 by RXB Quote Link to comment Share on other sites More sharing options...
Asmusr Posted April 30, 2017 Share Posted April 30, 2017 Hi Rich, I one of 'those guys' that does not know a lick of assembly language, and I don't have the time or inclination to try learning it either. It's simply, "not my bag". Now while I have done a few things in Extended BASIC, I like you wish it was faster, but it's not an environment I want to actually RUN my programs in. For me (personally) compiling the completed program is, "where it's at". To that end I'm REALLY, REALLY looking forward to Fest West this year... but I don't want to give anything away. So, what was it? 1 Quote Link to comment Share on other sites More sharing options...
RXB Posted April 30, 2017 Share Posted April 30, 2017 Update on XB ROM decode source: XBROM SOURCE.zip 4 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 8, 2017 Share Posted May 8, 2017 (edited) This is the new RXB SAMS version RAM Memory Map. RXB SAMS MEMORY MAP ************************************** ************************************ * Lower 8K Assembly Support 4K banks * * Extended BAsic ROM Banks 4K each * ************************************** ************************************ * >2000 - >2FFF banks 16 - 224 (832K)* * >6000 - >6FFF bank 0 * ************************************** ************************************ * >3000 = >3FFF banks 16 = 224 (832K)* * >7000 - >7FFF bank 1 * ************************************** ************************************ * >7000 - >7FFF bank 2 * ************************************ ************************************** * Temporay 4K buffer for transfer * ************************************** * 225 bank number 4K for temp use * ************************************** ************************************************************************************************* * XB Programs * Strings * Numerics * Copy of VDP * Copy of VDP * Copy of VDP * * Line Numbers * Temp Strings * Symbol Table * Graphics mode * Text mode * Bit Map mode * * * * STACK * * * * * 24K * 24K * 24K * 16K * 16K * 16K * ************************************************************************************************* * >A000 - >AFFF * >A000 - >AFFF * >A000 - >AFFF * >A000 - >AFFF * >A000 - >AFFF * >A000 - >AFFF * * bank 226 * bank 232 * bank 238 * bank 244 * bank 248 * bank 252 * ************************************************************************************************* * >B000 - >BFFF * >B000 - >BFFF * >B000 - >BFFF * >B000 - >BFFF * >B000 - >BFFF * >B000 - >BFFF * * bank 227 * bank 233 * bank 239 * bank 245 * bank 249 * bank 253 * ************************************************************************************************* * >C000 - >CFFF * >C000 - >CFFF * >C000 - >CFFF * >C000 - >CFFF * >C000 - >CFFF * >C000 - >CFFF * * bank 228 * bank 234 * bank 240 * bank 246 * bank 250 * bank 254 * ************************************************************************************************* * >D000 - >DFFF * >D000 - >DFFF * >D000 - >DFFF * >D000 - >DFFF * >D000 - >DFFF * >D000 - >DFFF * * bank 229 * bank 235 * bank 241 * bank 247 * bank 251 * bank 255 * ************************************************************************************************* * >E000 - >EFFF * >E000 - >EFFF * >E000 - >EFFF * * bank 230 * bank 236 * bank 242 * ************************************************* * >F000 - >FFFF * >F000 - >FFFF * >F000 - >FFFF * * bank 231 * bank 237 * bank 243 * ************************************************* Use of banks for VDP copy allow for switching Graphics modes entire VDP memory each time. Any file opened must only be used from that VDP mode used as even buffers are copied. This set up is similar to Myark XB 2 except unlike Myark XB 2 it is not all assembly, but does offer 24K of program space, 24K of string space and double stack size for RXB SAMS using 128 bytes of stack space. This is double the space and not in slow VDP. Edited May 8, 2017 by RXB 3 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 16, 2017 Share Posted May 16, 2017 Hi well the Extended Basic ROMs are coming along but if you have a chance PLEASE take a look and make comments on if you see something you can suggest. Ton of code that looks very sloppy in places and some the jump and branches look like planned by a mad man...example: JUMP JUMP JUMP -------------------------------------------------------------------- >67F0 ---------------- >6738 ---------------------- >664E JUMP JUMP BRANCH --------------------------------------------------------------------- >6856 ---------------- >6762 ---------------------- >62CE JUMP JUMP BRANCH ---------------------------------------------------------------------- >68B6 --------------- >6738 ----------------------- >640C JUMP JUMP BRANCH ---------------------------------------------------------------------- >68EC ----------------------------------------------- >64FA BRANCH BRANCH -------------------------------------------------------------------- >69A4 ----------------------------------------------- >64FA And so on to several others. Why they did not use BRANCH instead of 3 or 4 jumps instead baffles me. You see a JUMP and not far from it a BRANCH that goes exactly where instead they used JUMP 3 times to get to same place???? Anyway here is the lot more XB Source ROM code with comments and again any help would be nice. XBROM SOURCE.zip Quote Link to comment Share on other sites More sharing options...
senior_falcon Posted May 16, 2017 Share Posted May 16, 2017 JUMP JUMP JUMP -------------------------------------------------------------------- >67F0 ---------------- >6738 ---------------------- >664E It was probably done to save some memory. You can't jump from >67F0 to >664E because it is too far. You can B @>664E but that takes two words, while the JMP iinstruction takes only one word. So jumping to an existing jump that takes you where you want to go makes some sense if you are trying to conserve memory. If I am reading the manual right, it looks like one branch takes 16 clock cycles and two jumps take 20 clock cycles, so there isn't that much of a speed penalty. I do agree that it reminds one of Italian cuisine! Quote Link to comment Share on other sites More sharing options...
RXB Posted May 16, 2017 Share Posted May 16, 2017 Yea like this is the only Key SCAN in XB ROMs: * * KEY SCAN LN654E BL @>000E * KEY SCAN ROUTINE LN6552 C @>6000,@RKEY * >0002(FCTN 4 BREAK)= RKEY ?> (>8375 & >8376) LN6558 JEQ LN65D2 * Equal jump LN655A JMP LN6576 * jump * * LN6576 MOV @PGMPTR,@SMTSRT *# Put PGMPTR into SMTSRT LN657C INCT R9 * R9 + 2 LN657E MOV @>6466,*R9 * Put >65A6 into Address R9 * Get a XB token & increment Program Pointer (zero VDP / Any value ERAM) LN6582 BL @LN6C74 * LN6586 JEQ LN65C8 * Equal jump LN6588 JLT LN658E *# Lower Than jump LN658A B @LN6948 * Get Token and check for = or , * LN658E MOV R8,R7 *# Put R8 into R7 LN6590 INC @PGMPTR * PGMPTR + 1 LN6594 MOVB *R10,R8 * Put ADDRESS MSB R10 into MSB R8 LN6596 SRL R7,7 LN6598 AI R7,>FEAC * Add >FEAC into R7 * PUt >0003 into R0, Return ERROR CODE back to GPL LN659C JGT LN664E * Greater Than jump LN659E MOV @>69FC(R7),R7 * >8010+R7 into R7 LN65A2 JLT LN64C2 * Lower Than jump LN65A4 B *R7 * RETURN * * FLIP ADDRESS >65A6 TO SWAP UPPER ROMS * * LN65A6 C @>0288(R5),R13 *# >0288+R5 = R13 ? LN65AA C R0,R8 * R0 = R8 ? LN65AC JEQ LN6542 * Equal jump Turn on Interupts, SCAN Keyboard LN65AE MOVB @PRGFLG,R0 *# Put MSB PRGFLG into MSB R0 LN65B2 JEQ LN6656 * jump LN65B4 S @>6A80,@EXTRAM * EXTRAM->0004 >>>>>FIND ANOTHER >0004<<<<< LN65BA C @EXTRAM,@STLN * EXTRAM = STLN ? LN65C0 JHE LN650E * Higher Equal jump EXECG LN65C2 JMP LN6656 *# jump * LN65C4 MOVB R8,R8 * Put MSB R8 into MSB R8 (Set Equal Bit) LN65C6 JNE LN6588 * Not Equal jump LN65C8 DECT R9 *# R9 - 2 LN65CA JMP LN65AE * jump * ***************************** CONTIN XML ******************************** * * CONTINUE AFTER A BREAK * * V@SAVEVP = INIT FOR PROGRAM COMPLETION * FLAG BYTES FOR CONTROL: * @PRGFLG = PROGRAM MODE * @RAMFLG = RANFLAG * CONTIN EQU $ * Substack pointer in R9 * and actual Basic byte in R8 LN65CC BL @>1E7A LN65D0 JMP LN6542 *# Turn on Interupts, SCAN Keyboard * LN65D2 JMP LN6644 * jump * LN65D4 JMP LN6672 * jump * LN65D6 MOVB R8,R8 *# :: Double Colon ? LN65D8 JEQ LN65E6 * Equal jump LN65DA CI R8,VAR0 * R8 = VAR0 ? LN65DE JH LN664E * Higher jump PUt >0003 into R0, Return ERROR CODE back to GPL LN65E0 CI R8,>8100 * R8 = :: (Double Colon Token) ? LN65E4 JL LN664E * Lower jump PUt >0003 into R0, Return ERROR CODE back to GPL LN65E6 MOV *R9,R7 *# Put address contents R9 into R7 LN65E8 JLT LN64F4 * Less Than jump LN65EA DECT R9 * R9 - 2 LN65EC B @>0002(R7) * 2+R7 * * Quoted $ or LN# or Get Token LN65F0 MOVB R8,R8 *# Put MSB R8 into MSB R8 (Set equal bit) LN65F2 JEQ LN65E6 * Equal jump LN65F4 CI R8,>C700 *# R8 = (Quoted String) ? LN65F8 JL LN660A * Lower jump LN65FA CI R8,>C900 * R8 = (Line Number Constant) ? LN65FE JEQ LN662A * Equal jump LN6600 JL LN6618 * Lower jump * Get a XB token & increment Program Pointer (zero VDP / Any value ERAM) LN6602 BL @LN6C74 *# LN6606 JEQ LN65E6 * Equal jump LN6608 JMP LN65F4 * jump * LN660A CI R8,VAR0 *# R8 = VAR0 ? LN660E JH LN6602 * Higher jump LN6610 CI R8,>8200 * R8 = :: (Double Colon Token) ? LN6614 JL LN6602 * Lower jump LN6616 JMP LN65E6 * jump * Get a XB token & increment Program Pointer (zero VDP / Any value ERAM) LN6618 BL @LN6C74 *# LN661C SWPB R8 LN661E A R8,@PGMPTR * Add R8 into PGMPTR LN6622 CLR R8 * Zero out R8 * Get a XB token & increment Program Pointer (zero VDP / Any value ERAM) LN6624 BL @LN6C74 *# LN6628 JMP LN65F0 * jump Quoted $ or LN# or Get Token * LN662A INCT @PGMPTR *# PGMPTR + 2 * Get a XB token & increment Program Pointer (zero VDP / Any value ERAM) LN662E JMP LN6624 * jump * ***************************** RTNB XML ********************************* * * RETURN * * RTNB EQU $ * Substack pointer in R9 * and actual Basic byte in R8 LN6630 BL @>1E7A * LN6634 JMP LN65E6 * jump * LN6636 MOVB @FLAG,R0 * Put MSB FLAG into MSB R0 LN663A SLA R0,1 * Same as R0 * 2 LN663C JLT LN65D0 * Lower Than jump LN663E LI R0,>0001 *# Put >0001 into R0 LN6642 JMP LN6652 * Return ERROR CODE back to GPL * * FCTN 4 BREAK LN6644 MOVB @FLAG,R0 *# Put MSB FLAG into MSB R0 LN6648 SLA R0,1 * Same as R0 * 2 LN664A JLT LN6576 * Lower Than jump LN664C JMP LN663E * jump * * SET ERROR CODE >0003 LN664E LI R0,>0003 *# Put 3 into R0 (ERROR CODE) LN6652 MOV R0,@ERRCOD *# LOAD ERROR CODE Return ERROR CODE back to GPL LN6656 MOV @RTNG,R7 *# Put RTNG into R7 (Assemby Return Variable) LN665A B @LN64B0 * Set substack pointer and Basic byte * LN665E DECT R9 * R9 - 2 Quote Link to comment Share on other sites More sharing options...
Omega-TI Posted May 18, 2017 Share Posted May 18, 2017 https://www.youtube.com/watch?v=LmHCsmVDZHo 3 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 19, 2017 Share Posted May 19, 2017 Again thanks. I am making headway on the project and hope to put out a demo soon. 1 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 25, 2017 Share Posted May 25, 2017 OMG never occurred to me this would crop up as a problem: Here is RXB 2015 listing from >6372 to >649A [0657] *********************************************************** [0658] * START OF BASIC INTERPETER [0659] *********************************************************** [0660] * GROM Address >6372 TOPLEV [0661] 6372 86,A3,71 TOPLEV CLR V@LODFLG Initialize temp area [0662] * RXB PATCH CODE USER *********************************** [0663] * MOVE 77,V@LODFLG,V@LODFLG+1 [0664] * ST 5,@KEYBD Select full keyboard [0665] * SCAN [0666] * CZ @KEYBD [0667] * BR G6388 99/4A Console? [0668] * ST >01,V@CONFLG Select 99/4A console [0669] 6375 BC,4A,A3 ST V@CONFLG,@FAC Save CONFLG 6378 BB [0670] 6379 35,00,4D MOVE 77,V@LODFLG,V@LODFLG+1 637C A3,72,A3 637F 71 [0671] 6380 BC,A3,BB ST @FAC,V@CONFLG Restore CONFLG 6383 4A [0672] 6384 43,88 BR G6388 [0673] 6386 43,88 BR G6388 [0674] * [0675] 6388 86,74 G6388 CLR @KEYBD [0676] 638A BF,A3,8C DST NLNADD,V@BUFSRT Initialize edit-buffer start 638D 02,E2 [0677] 638F BF,A3,8E DST NLNADD,V@BUFEND Initialize edit-buffer end 6392 02,E2 [0678] 6394 31,00,02 MOVE 2,G@ATNZZ,@INTRIN Get address of ATNZZ 6397 38,00,32 [0679] 639A B2,38,1F AND >1F,@INTRIN Throw away the BR opcode [0680] 639D A3,38,00 DADD >5B,@INTRIN Address of polynomial constan 63A0 5B [0681] 63A1 BE,A3,71 ST >31,V@LODFLG indicate try auto-boot 63A4 31 [0682] *---------------------------------------------------------- [0683] * Add the following line for fixing "MEMORY FULL" error [0684] * occurring during MERGE execution will leave the file open [0685] * to disk DSR bug, 5/19/81 [0686] 63A5 86,A3,9E SZNEW CLR V@MRGPAB Initialize merged temporary [0687] * for PAB pointer [0688] *---------------------------------------------------------- [0689] 63A8 BE,73,88 ST RSTK,@SUBSTK Load base of subroutine stack [0690] 63AB 06,69,17 CALL CHRTA2 Load character table [0691] 63AE 86,45 CLR @FLAG Initialize flag byte [0692] 63B0 87,46 DCLR @BUFLEV Initialize crunch buffer leve [0693] 63B2 06,80,12 CALL CLSALL Close all open files . 99/4 GPL-ASSEMBLER (Pass 3) correct PAGE 0015 EDIT-359 [0694] 63B5 86,34 CLR @DATA Initialize READ/DATA pointer [0695] 63B7 BF,6E,09 DST VRAMVS,@VSPTR Initialize base of value stac 63BA 58 [0696] 63BB BD,24,6E DST @VSPTR,@STVSPT Save in permanent base [0697] 63BE BD,A3,88 DST @VSPTR,V@SAVEVP 63C1 6E [0698] 63C2 06,68,C3 CALL INITPG Initialize program & s.t. [0699] 63C5 06,A0,18 CALL INTRND Initialize random number [0700] 63C8 8E,A3,71 CZ V@LODFLG [0701] 63CB 63,D3 BS TOPL02 If need auto-boot [0702] * RXB PATCH CODE ************* [0703] * CLR V@LODFLG Won't ever need to do again [0704] 63CD 43,D0 BR G63D0 [0705] * RXB PATCH CODE ****************************************** [0706] AORG >03D0 [0707] 63D0 06,64,8E G63D0 CALL AUTOLD Attempt an auto-boot [0708] * Label TOPL02 is used by auto-boot in detection of err [0709] 63D3 ERRRDY EQU $ [0710] 63D3 06,6A,84 TOPL02 CALL G6A84 Say READY [0711] 63D6 00 BYTE 0 * returns to TOPL15 [0712] 63D7 06,68,C3 TOPL05 CALL INITPG Initialize program space [0713] 63DA 06,68,DC TOPL10 CALL KILSYM Kill the symbol table [0714] * RXB PATCH CODE ************* [0715] * TOPL15 AND >F7,@FLAG If error in UDF execution [0716] 63DD 05,7D,B1 TOPL15 B MYSRCH [0717] 63E0 BE,74,05 G63E0 ST 5,@KEYBD Select full keyboard [0718] 63E3 03 SCAN [0719] 63E4 86,74 CLR @KEYBD [0720] 63E6 BE,73,88 TOPL20 ST RSTK,@SUBSTK Initialize subroutine stack [0721] 63E9 BF,20,02 TOPL25 DST NLNADD,@VARW Screen addr = lower left corn 63EC E2 [0722] 63ED 86,80,89 CLR @RAMFLG Clear the RAMFLG [0723] 63F0 86,44 CLR @PRGFLG Make sure not in program mode [0724] * Check for auto-num mode [0725] 63F2 DA,45,01 CLOG >01,@FLAG If auto-num on [0726] 63F5 64,1E BS TOPL35 [0727] 63F7 A1,14,0E DADD @CURINC,@CURLIN Generate new line number [0728] 63FA D2,14,00 CGE 0,@CURLIN >32767? [0729] 63FD 64,05 BS TOPL30 [0730] 63FF B2,45,FE AND >FE,@FLAG If out of range->exit auto-nu [0731] 6402 05,64,1E B TOPL35 Merge in below [0732] * Must be a long branch!! [0733] 6405 D5,30,32 TOPL30 DCEQ @ENLN,@STLN Line might exist [0734] 6408 64,12 BS G6412 [0735] 640A BD,4A,14 DST @CURLIN,@FAC Ready for program search [0736] 640D 0F,7E XML SPEED [0737] 640F 03 BYTE SEETWO * Search for existence of line [0738] 6410 65,1D BS EDTZ05 COND set = line found [0739] 6412 0F,83 G6412 XML SCROLL Scroll to the next line [0740] 6414 BD,5E,14 DST @CURLIN,@ARG2 New line # [0741] 6417 06,6F,BA CALL DISO Display the line number [0742] 641A 91,20 DINC @VARW Following by a space [0743] 641C 44,20 BR G6420 [0744] 641E 0F,83 TOPL35 XML SCROLL Scroll the screen [0745] 6420 BE,A2,E1 G6420 ST >9E,V@NLNADD-1 Display the prompt character 6423 9E [0746] 6424 06,6A,76 CALL G6A76 Read in a line [0747] 6427 06,D0,AF CALL SAVLIN Save input line for recall [0748] * Crunch the input line [0749] 642A 86,22 CLR @ERRCOD Assume no-error return [0750] 642C BF,0A,08 DST CRNBUF,@RAMPTR Initialize crunch pointer 642F 20 [0751] 6430 0F,7F XML CRUNCH CRUNCH the input line [0752] 6432 00 BYTE 0 * Normal crunch mode . 99/4 GPL-ASSEMBLER (Pass 3) correct PAGE 0016 EDIT-359 [0753] 6433 8A,23 TOPL42 CASE @ERRCOD+1 [0754] 6435 44,45 BR TOPL45 No error detected [0755] 6437 49,7C BR ERRSYN *SYNTAX ERROR [0756] 6439 49,90 BR ERRBLN *BAD LINE NUMBER [0757] 643B 49,94 BR ERRLTL *LINE TOO LONG [0758] 643D 49,86 BR ERRNTL *NAME TOO LONG [0759] 643F 49,80 BR ERRNQS *UNMATCHED QUOTES [0760] 6441 49,9A BR ERRCIP *COMMAND ILLEGAL IN PROGRAM [0761] 6443 49,A4 BR ERRIVN *UNRECOGNIZED CHARACTER [0762] 6445 8F,4A TOPL45 DCZ @FAC Line # present [0763] 6447 64,62 BS TOPL55 [0764] 6449 DA,45,01 CLOG >01,@FLAG Not AUTONUM [0765] 644C 44,5B BR G645B [0766] 644E D6,75,0D CEQ >0D,@RKEY Must be up or down [0767] 6451 64,5B BS G645B [0768] 6453 D6,42,01 CEQ >01,@CHAT Start EDIT mode [0769] 6456 44,5B BR G645B [0770] 6458 05,D0,00 B EDTZZ0 [0771] 645B 06,66,CF G645B CALL EDITLN EDIT the line into the progra [0772] 645E 63,E9 BS TOPL25 If didn't change the line [0773] 6460 43,DA BR TOPL10 [0774] * Jump always [0775] 6462 D6,42,01 TOPL55 CEQ >01,@CHAT If blank line - ignore [0776] 6465 63,E9 BS TOPL25 [0777] 6467 D6,A8,20 CEQ >EB,V@CRNBUF 646A EB [0778] 646B 65,C9 BS SZSIZE [0779] 646D C6,A8,20 CH >08,V@CRNBUF If imperative 6470 08 [0780] * GKXB Branch code for new commands DEL, COPY, and MOVE. [0781] 6471 77,59 BS NEWCMD Go here to test for new [0782] * keywords [0783] 6473 BF,2C,08 DST CRNBUF+1,@PGMPTR Anticipate usage of PGMCHR 6476 21 [0784] 6477 0F,79 XML PGMCHR Prepare CHAT for OLD and SAVE [0785] 6479 8A,A8,20 CASE V@CRNBUF Select the keyword [0786] 647C 43,A5 BR SZNEW NEW 0 [0787] 647E 45,20 BR SZCONT CONTINUE 1 [0788] 6480 45,BE BR SZLIST LIST 2 [0789] 6482 45,BA BR SZBYE BYE 3 [0790] 6484 45,60 BR SZNUM NUMBER 4 [0791] 6486 45,B7 BR SZOLD OLD 5 [0792] 6488 46,25 BR SZRES RESEQUENCE 6 [0793] 648A 45,AF BR SZSAVE SAVE 7 [0794] 648C 45,C6 BR SZMERG MERGE 8 [0795] * AUTO-BOOT - attempt a ----> RUN "DSK1.LOAD" [0796] 648E 31,00,0B AUTOLD MOVE 11,G@DSCLOD,V@CRNBUF 6491 A8,20,63 6494 51 [0797] 6495 BF,2C,08 DST CRNBUF,@PGMPTR DSK1.LOAD is in crunch buffer 6498 20 [0798] * RXB PATCH CODE ************* [0799] * BR SZRUNL Go to the RUN "NAME" CODE [0800] 6499 5A,38 BR RXBRUN [0801] ********************************* RUN ********************* Now same thing of new moving normal address in VDP moved up to 1000, example >0371 becomes >1371 to test changes for compatibility before I switch to RAM >A000 in SAMS. [0658] *********************************************************** [0659] * START OF BASIC INTERPETER [0660] *********************************************************** [0661] * GROM Address >6372 TOPLEV [0662] 6372 86,AF,13 TOPLEV CLR V@LODFLG Initialize temp area 6375 71 [0663] * RXB PATCH CODE USER *********************************** [0664] * MOVE 77,V@LODFLG,V@LODFLG+1 [0665] * ST 5,@KEYBD Select full keyboard [0666] * SCAN [0667] * CZ @KEYBD [0668] * BR G6388 99/4A Console? [0669] * ST >01,V@CONFLG Select 99/4A console [0670] 6376 BC,4A,AF ST V@CONFLG,@FAC Save CONFLG 6379 13,BB [0671] 637B 35,00,4D MOVE 77,V@LODFLG,V@LODFLG+1 637E AF,13,72 6381 AF,13,71 [0672] 6384 BC,AF,13 ST @FAC,V@CONFLG Restore CONFLG 6387 BB,4A [0673] 6389 43,8D BR G6388 [0674] 638B 43,8D BR G6388 [0675] * [0676] 638D 86,74 G6388 CLR @KEYBD [0677] 638F BF,AF,13 DST NLNADD,V@BUFSRT Initialize edit-buffer start 6392 8C,12,E2 [0678] 6395 BF,AF,13 DST NLNADD,V@BUFEND Initialize edit-buffer end 6398 8E,12,E2 [0679] 639B 31,00,02 MOVE 2,G@ATNZZ,@INTRIN Get address of ATNZZ 639E 38,00,32 [0680] 63A1 B2,38,1F AND >1F,@INTRIN Throw away the BR opcode [0681] 63A4 A3,38,00 DADD >5B,@INTRIN Address of polynomial constan 63A7 5B [0682] 63A8 BE,AF,13 ST >31,V@LODFLG indicate try auto-boot 63AB 71,31 [0683] *---------------------------------------------------------- [0684] * Add the following line for fixing "MEMORY FULL" error [0685] * occurring during MERGE execution will leave the file open [0686] * to disk DSR bug, 5/19/81 [0687] 63AD 86,AF,13 SZNEW CLR V@MRGPAB Initialize merged temporary 63B0 9E [0688] * for PAB pointer [0689] *---------------------------------------------------------- [0690] 63B1 BE,73,88 ST RSTK,@SUBSTK Load base of subroutine stack [0691] 63B4 06,69,2D CALL CHRTA2 Load character table 99/4 GPL-ASSEMBLER (Pass 3) correct PAGE 0015 EDIT-359 [0692] 63B7 86,45 CLR @FLAG Initialize flag byte [0693] 63B9 87,46 DCLR @BUFLEV Initialize crunch buffer leve [0694] 63BB 06,80,12 CALL CLSALL Close all open files [0695] 63BE 86,34 CLR @DATA Initialize READ/DATA pointer [0696] 63C0 BF,6E,19 DST VRAMVS,@VSPTR Initialize base of value stac 63C3 58 [0697] 63C4 BD,24,6E DST @VSPTR,@STVSPT Save in permanent base [0698] 63C7 BD,AF,13 DST @VSPTR,V@SAVEVP 63CA 88,6E [0699] 63CC 06,68,D7 CALL INITPG Initialize program & s.t. [0700] 63CF 06,A0,18 CALL INTRND Initialize random number [0701] 63D2 8E,AF,13 CZ V@LODFLG 63D5 71 [0702] 63D6 63,D3 BS TOPL02 If need auto-boot [0703] * RXB PATCH CODE ************* [0704] * CLR V@LODFLG Won't ever need to do again [0705] 63D8 43,D0 BR G63D0 [0706] * RXB PATCH CODE ****************************************** [0707] AORG >03D0 [0708] 63D0 06,64,92 G63D0 CALL AUTOLD Attempt an auto-boot [0709] * Label TOPL02 is used by auto-boot in detection of err [0710] 63D3 ERRRDY EQU $ [0711] 63D3 06,6A,84 TOPL02 CALL G6A84 Say READY [0712] 63D6 00 BYTE 0 * returns to TOPL15 [0713] 63D7 06,68,D7 TOPL05 CALL INITPG Initialize program space [0714] 63DA 06,68,F0 TOPL10 CALL KILSYM Kill the symbol table [0715] * RXB PATCH CODE ************* [0716] * TOPL15 AND >F7,@FLAG If error in UDF execution [0717] 63DD 05,7E,05 TOPL15 B MYSRCH [0718] 63E0 BE,74,05 G63E0 ST 5,@KEYBD Select full keyboard [0719] 63E3 03 SCAN [0720] 63E4 86,74 CLR @KEYBD [0721] 63E6 BE,73,88 TOPL20 ST RSTK,@SUBSTK Initialize subroutine stack [0722] 63E9 BF,20,12 TOPL25 DST NLNADD,@VARW Screen addr = lower left corn 63EC E2 [0723] 63ED 86,80,89 CLR @RAMFLG Clear the RAMFLG [0724] 63F0 86,44 CLR @PRGFLG Make sure not in program mode [0725] * Check for auto-num mode [0726] 63F2 DA,45,01 CLOG >01,@FLAG If auto-num on [0727] 63F5 64,1E BS TOPL35 [0728] 63F7 A1,14,0E DADD @CURINC,@CURLIN Generate new line number [0729] 63FA D2,14,00 CGE 0,@CURLIN >32767? [0730] 63FD 64,05 BS TOPL30 [0731] 63FF B2,45,FE AND >FE,@FLAG If out of range->exit auto-nu [0732] 6402 05,64,1E B TOPL35 Merge in below [0733] * Must be a long branch!! [0734] 6405 D5,30,32 TOPL30 DCEQ @ENLN,@STLN Line might exist [0735] 6408 64,12 BS G6412 [0736] 640A BD,4A,14 DST @CURLIN,@FAC Ready for program search [0737] 640D 0F,7E XML SPEED [0738] 640F 03 BYTE SEETWO * Search for existence of line [0739] 6410 65,27 BS EDTZ05 COND set = line found [0740] 6412 0F,83 G6412 XML SCROLL Scroll to the next line [0741] 6414 BD,5E,14 DST @CURLIN,@ARG2 New line # [0742] 6417 06,6F,D1 CALL DISO Display the line number [0743] 641A 91,20 DINC @VARW Following by a space [0744] 641C 44,20 BR G6420 [0745] 641E 0F,83 TOPL35 XML SCROLL Scroll the screen [0746] 6420 BE,AF,12 G6420 ST >9E,V@NLNADD-1 Display the prompt character 6423 E1,9E [0747] 6425 06,6A,76 CALL G6A76 Read in a line [0748] 6428 06,D0,AF CALL SAVLIN Save input line for recall [0749] * Crunch the input line [0750] 642B 86,22 CLR @ERRCOD Assume no-error return 99/4 GPL-ASSEMBLER (Pass 3) correct PAGE 0016 EDIT-359 [0751] 642D BF,0A,18 DST CRNBUF,@RAMPTR Initialize crunch pointer 6430 20 [0752] 6431 0F,7F XML CRUNCH CRUNCH the input line [0753] 6433 00 BYTE 0 * Normal crunch mode [0754] 6434 8A,23 TOPL42 CASE @ERRCOD+1 [0755] 6436 44,46 BR TOPL45 No error detected [0756] 6438 49,92 BR ERRSYN *SYNTAX ERROR [0757] 643A 49,A6 BR ERRBLN *BAD LINE NUMBER [0758] 643C 49,AA BR ERRLTL *LINE TOO LONG [0759] 643E 49,9C BR ERRNTL *NAME TOO LONG [0760] 6440 49,96 BR ERRNQS *UNMATCHED QUOTES [0761] 6442 49,B0 BR ERRCIP *COMMAND ILLEGAL IN PROGRAM [0762] 6444 49,BA BR ERRIVN *UNRECOGNIZED CHARACTER [0763] 6446 8F,4A TOPL45 DCZ @FAC Line # present [0764] 6448 64,63 BS TOPL55 [0765] 644A DA,45,01 CLOG >01,@FLAG Not AUTONUM [0766] 644D 44,5C BR G645B [0767] 644F D6,75,0D CEQ >0D,@RKEY Must be up or down [0768] 6452 64,5C BS G645B [0769] 6454 D6,42,01 CEQ >01,@CHAT Start EDIT mode [0770] 6457 44,5C BR G645B [0771] 6459 05,D0,00 B EDTZZ0 [0772] 645C 06,66,E2 G645B CALL EDITLN EDIT the line into the progra [0773] 645F 63,E9 BS TOPL25 If didn't change the line [0774] 6461 43,DA BR TOPL10 [0775] * Jump always [0776] 6463 D6,42,01 TOPL55 CEQ >01,@CHAT If blank line - ignore [0777] 6466 63,E9 BS TOPL25 [0778] 6468 D6,AF,18 CEQ >EB,V@CRNBUF 646B 20,EB [0779] 646D 65,DB BS SZSIZE [0780] 646F C6,AF,18 CH >08,V@CRNBUF If imperative 6472 20,08 [0781] * GKXB Branch code for new commands DEL, COPY, and MOVE. [0782] 6474 77,87 BS NEWCMD Go here to test for new [0783] * keywords [0784] 6476 BF,2C,18 DST CRNBUF+1,@PGMPTR Anticipate usage of PGMCHR 6479 21 [0785] 647A 0F,79 XML PGMCHR Prepare CHAT for OLD and SAVE [0786] 647C 8A,AF,18 CASE V@CRNBUF Select the keyword 647F 20 [0787] 6480 43,AD BR SZNEW NEW 0 [0788] 6482 45,2A BR SZCONT CONTINUE 1 [0789] 6484 45,D0 BR SZLIST LIST 2 [0790] 6486 45,CC BR SZBYE BYE 3 [0791] 6488 45,72 BR SZNUM NUMBER 4 [0792] 648A 45,C9 BR SZOLD OLD 5 [0793] 648C 46,38 BR SZRES RESEQUENCE 6 [0794] 648E 45,C1 BR SZSAVE SAVE 7 [0795] 6490 45,D8 BR SZMERG MERGE 8 [0796] * AUTO-BOOT - attempt a ----> RUN "DSK1.LOAD" [0797] 6492 31,00,0B AUTOLD MOVE 11,G@DSCLOD,V@CRNBUF 6495 AF,18,20 6498 63,51 [0798] 649A BF,2C,18 DST CRNBUF,@PGMPTR DSK1.LOAD is in crunch buffer 649D 20 [0799] * RXB PATCH CODE ************* [0800] * BR SZRUNL Go to the RUN "NAME" CODE [0801] 649E 5A,6E BR RXBRUN [0802] ********************************* RUN ********************* As you can see each GPL commands using >0371 changed to >1371 now takes up an extra address in GPL? I had never noticed this before....big problem. Now requires a total rewrite of XB from scratch to make all address work correctly. 1 Quote Link to comment Share on other sites More sharing options...
senior_falcon Posted May 29, 2017 Share Posted May 29, 2017 (edited) Here's an idea for an RXB addition that will take 10 minutes to write and that will give some added graphics capabilities. With RXB you can define graphics characters from 32 to 159 which is 2 character sets more than standard XB. But you still cannot use character sets 160 to 255 and 0 to 29. One way to slip in a few extra characters would be to modify the color table at v0800. The first 15 bytes are the colors for the unusable characters. If you write >11, >22, >33 up to >FF you are setting the colors of the 15 unusable character sets so that 8x8 blocks with any of the 15 possible colors are available to be put on the screen with HCHAR and VCHAR. Of course you cannot have any character definitions but I think the ability to put colored blocks on the screen could be very useful, and it's totally independent of the normal graphics used by XB. This could be part of the code that sets the screen colors which currently sets the first 15 bytes to >00 and the last 15 to >10. What do you think? Edited May 30, 2017 by senior_falcon 3 Quote Link to comment Share on other sites More sharing options...
+Vorticon Posted May 30, 2017 Share Posted May 30, 2017 Perhaps a request for future RXB versions: adding USING capabilities to HPUT so that numeric variables can be formatted. 1 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 30, 2017 Share Posted May 30, 2017 Here's an idea for an RXB addition that will take 10 minutes to write and that will give some added graphics capabilities. With RXB you can define graphics characters from 32 to 159 which is 2 character sets more than standard XB. But you still cannot use character sets 160 to 255 and 0 to 29. One way to slip in a few extra characters would be to modify the color table at v0800. The first 15 bytes are the colors for the unusable characters. If you write >11, >22, >33 up to >FF you are setting the colors of the 15 unusable character sets so that 8x8 blocks with any of the 15 possible colors are available to be put on the screen with HCHAR and VCHAR. Of course you cannot have any character definitions but I think the ability to put colored blocks on the screen could be very useful, and it's totally independent of the normal graphics used by XB. This could be part of the code that sets the screen colors which currently sets the first 15 bytes to >00 and the last 15 to >10. What do you think? I am moving all the Temporary variables that currently block this feature. Also this would allow 256 character sets and colors, lastly currently you can use the last character set for a sprite and at still use the other characters, this is in the RXB manual. 1 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 30, 2017 Share Posted May 30, 2017 Perhaps a request for future RXB versions: adding USING capabilities to HPUT so that numeric variables can be formatted. I will make a note of this for future expansion. Quote Link to comment Share on other sites More sharing options...
senior_falcon Posted May 31, 2017 Share Posted May 31, 2017 I am moving all the Temporary variables that currently block this feature. Also this would allow 256 character sets and colors, lastly currently you can use the last character set for a sprite and at still use the other characters, this is in the RXB manual. Nothing blocks this feature. When the colors are set by XB those 15 character sets are set to >00. Should be a trivial job to change them to be >11 through >FF. Where would I find the RXB manual? I did not see it in the latest release. Quote Link to comment Share on other sites More sharing options...
RXB Posted May 31, 2017 Share Posted May 31, 2017 (edited) OMG LOL. Ok to use 15 and 16 character sets RXB allows this, but to add 160 to 255 will require moving some stuff around and I explained this in the Fest West video. (See May 1984 Smart Programmer Page 9) Also things like Crunch Buffer, VDP Rollout Buffer, Temporary Buffers, pointers, and XB GPL variables are stored in the way to do this, so need to be moved. Also RXB already allows: CALL COLOR change of sets 15 & 16 CALL CHAR change of sets 144-151 and 152 to 159 Of course this interferes with Sprite use for characters 144 to 156 The RXB manual is always included with each RXB release under RXB Documents. Edited May 31, 2017 by RXB Quote Link to comment Share on other sites More sharing options...
senior_falcon Posted May 31, 2017 Share Posted May 31, 2017 OMG LOL. Hmmm. OK - when you talk about having to move things around it is obvious that you either haven't read my post, or haven't understood it. I will try one final time. By changing the colors of the 15 unused character sets so each set has the same foreground and background color then it doesn't matter what patterns are used for the characters. You have the ability to put 8x8 blocks of all 15 possible colors on the screen. Not exactly earth shattering graphics, but it could be handy and comes at no cost. (Another way to do it would be to change the limit checks in CALL COLOR so you can modify all 32 character sets.) About the manual: It's right where you said it was. I've been suffering a lot from "male vision" these days. 2 Quote Link to comment Share on other sites More sharing options...
RXB Posted May 31, 2017 Share Posted May 31, 2017 Characters in RXB are loaded by this: [3731] *********************************************************** [3732] * RXB loader for character sets [3733] 7D4E BF,4A,04 CHRTBL DST >0408,@FAC Start with ! 7D51 08 [3734] 7D52 BF,4E,9C DST CHARS,@FAC4 GROM ADDRESS 7D55 EA [3735] 7D56 31,00,08 MOVE 8,G@EMPTY,V@>0400 Space Character 7D59 A4,00,63 7D5C 64 [3736] 7D5D 86,E0,00 CHRLP CLR V@0(@FAC) Clear pattern 7D60 4A [3737] 7D61 33,00,07 MOVE 7,G@0(@FAC4),V@1(@FAC) Get GROM Def 7D64 E0,01,4A 7D67 00,00,4E [3738] 7D6A A3,4A,00 DADD 8,@FAC GROM ADDRESS 7D6D 08 [3739] 7D6E A3,4E,00 DADD 7,@FAC4 VDP ADDRESS 7D71 07 [3740] 7D72 92,4C DEC @FAC2 Character Count-1 [3741] 7D74 5D,5D BR CHRLP 0? [3742] 7D76 00 RTN [3743] *********************************************************** And this loads Colors for all sets and Sprite tables: 1429] *********************************************************** [1430] 6939 04,04 G6939 BACK 4 Border color = BLUE [1431] 693B 86,A8,00 CLR V@>0800 [1432] 693E 35,00,0E MOVE 14,V@>0800,V@>0801 6941 A8,01,A8 6944 00 [1433] 6945 BE,A8,0F ST >F0,V@>080F WHITE fore/transparent back 6948 F0 [1434] 6949 35,00,10 MOVE 16,V@>080F,V@>0810 694C A8,10,A8 694F 0F [1435] 6950 06,69,5A CALL SPRINT [1436] * This part might be moved up later, load special character [1437] * here. Don't load before hiding all sprites. [1438] 6953 39,00,06 MOVE 6,G@VDPREG,#1 6956 01,63,6C [1439] 6959 00 RTN [1440] * [1441] ****** Initialization of sprites. Enable 28 sprites. ****** [1442] * [1443] 695A 86,A7,80 SPRINT CLR V@>0780 Clear motion of all sprites [1444] 695D 35,00,6F MOVE >6F,V@>0780,V@>0781 99/4 GPL-ASSEMBLER (Pass 3) correct PAGE 0028 EDIT-359 6960 A7,81,A7 6963 80 [1445] * Replace the line for speeding up XB. 5/22/81 [1446] * ST 28,@MOTION All in motion [1447] 6964 86,7A CLR @MOTION All not in motion [1448] 6966 BE,A3,70 ST >D0,V@>0370 Sprites 29 to 32 unavailiable 6969 D0 [1449] 696A BF,A3,00 DST >C000,V@>0300 Hide the first sprites 696D C0,00 [1450] 696F 87,A3,02 DCLR V@>0302 Make first sprite transparent [1451] 6972 35,00,6C MOVE 108,V@>0300,V@>0304 Ripple for the rest 6975 A3,04,A3 6978 00 [1452] 6979 00 RTN [1453] * Quote Link to comment Share on other sites More sharing options...
+Vorticon Posted June 1, 2017 Share Posted June 1, 2017 Rich, I seem to be having an issue with disk file access with RXB. Here's the wireless weather station control program I'm currently working on, and everything works as it should until the program gets to line 5460 when it attempts to write to an already opened disk file on DSK2 for logging purposes, and I get a file error which makes no sense. Also, whenever I run the program then break out of it and try to run it again, I get an IO error 7 for line 60 when the program attempts to open the log file on DSK2 even though on the initial run that was not an issue, and I have to turn off the computer then back on to run the program. I suspect that this is related to my access to the RS232 via CALL IO somehow. I should also mention that trying to list the program to PIO does not work if it has been run previously. Would you mind looking at the listing below and giving me your thoughts? 10 REM TI WIRELESS WEATHER STATION 20 REM CONTROL PROGRAM 30 REM BY WALID MAALOULI 40 REM MAY 2017 50 OPEN #1:"DSK2.LOG_DAT",INTERNAL,UPDATE 60 INPUT #1:MAXTEMP,MXTMONTH,MXTDAY,MXTYEAR,MINTEMP,MITMONTH,MITDAY,MITYEAR,TRAIN,RMONTH,RDAY,RYEAR 65 CALL CLEAR::OPTION BASE 1 70 CALL HPUT(1,1,"RESET CUMULATIVE RAINFALL?")::CALL BEEP 80 CALL KEY("YN",0,K,S)::IF K=89 THEN RFLAG=1 100 CALL CLEAR::DIM SLEEPTIME(12),WAKETIME(12) 110 CRU=2464!CRU ADDRESS OF TMS9902 DIVIDED BY 2 120 CALL IO(3,1,2432,1)!ACTIVATE RS232 CARD 130 CALL IO(3,1,CRU+31,1)!RESET TMS9902 200 CALL IO(3,8,CRU,203)!LOAD CONTROL REGISTER WITH 8N1 @ 3MHZ 210 CALL IO(3,1,CRU+13,0)!DESELECT THE INTERVAL REGISTER 220 CALL IO(3,12,CRU,0,39)!LOAD RECEPTION AND EMISSION RATE REGISTERS WITH 9600 BPS 230 FOR I=1 TO 7 :: READ D$(I) :: NEXT I 240 DATA sunday,monday,tuesday,wednesday,thursday,friday,saturday 241 CALL CHAR(31,"FFFFFFFFFFFFFFFF",123,"8080808080808080",124,"0101010101010101") 242 FOR I=1 TO 14::PROGBAR$=PROGBAR$&CHR$(31)::NEXT I 243 FOR I=1 TO 12::READ SLEEPTIME(I),WAKETIME(I)::NEXT I 244 DATA 17,7,17,7,18,6,19,6,20,6,20,5,21,5,21,5,20,6,19,6,19,6,18,7 245 DTMAX=-99::DTMIN=120::MAXSPEED=-1 250 CALL IO(3,1,CRU+16,1)!ACTIVATE RTS 251 REM DRAW THE MAIN SCREEN 252 GOSUB 5000 255 REM FETCH TIME AND DATE 260 CALL IO(3,8,CRU,67) 270 GOSUB 5190 280 IF FLAG=0 THEN 260 290 CALL IO(2,8,CRU,HOUR)! FETCH THE HOUR 300 GOSUB 5190 :: IF FLAG=0 THEN 260 310 CALL IO(2,8,CRU,MINUTE)! FETCH THE MINUTE 320 GOSUB 5190 :: IF FLAG=0 THEN 260 330 CALL IO(2,8,CRU,DOW)! FETCH DAY OF WEEK 340 GOSUB 5190 :: IF FLAG=0 THEN 260 350 CALL IO(2,8,CRU,DAY)! FETCH DAY 360 GOSUB 5190 :: IF FLAG=0 THEN 260 370 CALL IO(2,8,CRU,MONTH)! FETCH MONTH 380 GOSUB 5190 :: IF FLAG=0 THEN 260 390 CALL IO(2,8,CRU,YEAR) ! FETCH YEAR 400 PROGSTAT=1::GOSUB 5150 401 IF SLEEPFLAG=0 AND (HOUR>=SLEEPTIME(MONTH) OR HOUR<WAKETIME(MONTH)) THEN GOSUB 5360 402 IF SLEEPFLAG=0 THEN 409 403 IF HOUR<SLEETIME(MONTH) AND HOUR>=WAKETIME(MONTH) THEN SLEEPFLAG=0 ELSE GOSUB 5360 409 REM FETCH TEMPERATURE 410 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,84) 420 GOSUB 5190 :: IF FLAG=0 THEN 410 430 GOSUB 5240 440 IF FLAG=0 THEN 410 ELSE TEMP=INT(N*9/5+32) 450 PROGSTAT=2::GOSUB 5150 635 REM FETCH HUMIDITY 640 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,72) 650 GOSUB 5190 :: IF FLAG=0 THEN 640 660 CALL IO(2,8,CRU,HUMIDITY)! RECEIVE HUMIDITY VALUE 670 PROGSTAT=3::GOSUB 5150 675 REM FETCH PRESSURE 680 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,80) 690 GOSUB 5190 :: IF FLAG=0 THEN 680 700 GOSUB 5240 :: IF FLAG=0 THEN 680 ELSE PRESSURE=INT(N/1000) 710 PROGSTAT=4::GOSUB 5150 730 REM FETCH WIND SPEED 740 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,87) 750 GOSUB 5190 :: IF FLAG=0 THEN 740 760 GOSUB 5240 :: IF FLAG=0 THEN 740 ELSE WSPEED=N 770 PROGSTAT=5::GOSUB 5150 780 REM FETCH WIND DIRECTION 790 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,68) 800 GOSUB 5190 :: IF FLAG=0 THEN 790 810 GOSUB 5240 :: IF FLAG=0 THEN 790 ELSE WDIR=N 820 PROGSTAT=6::GOSUB 5150 830 REM FETCH RAIN FALL 840 CALL IO(3,1,CRU+18,0) :: CALL IO(3,8,CRU,82) 850 GOSUB 5190 :: IF FLAG=0 THEN 840 860 GOSUB 5240 :: IF FLAG=0 THEN 840 ELSE DRAIN=DRAIN+N 870 PROGSTAT=7::GOSUB 5150 880 REM DISPLAY DATA 890 DATE$=D$(DOW)&" "&STR$(MONTH)&"\"&STR$(DAY)&"\"&STR$(YEAR) 900 IF MINUTE<10 THEN MINUTE$="0"&STR$(MINUTE) ELSE MINUTE$=STR$(MINUTE) 910 IF HOUR<10 THEN HOUR$="0"&STR$(HOUR) ELSE HOUR$=STR$(HOUR) 920 TIME$=HOUR$&":"&MINUTE$ 930 CALL HPUT(1,7,DATE$,2,7,TIME$) 940 CALL HPUT(4,25,TEMP,4,29,"f") 950 IF HOUR=0 THEN DTMAX=-99::DTMIN=120 960 IF DTMAX<TEMP THEN DTMAX=TEMP::DTMAXHR$=HOUR$::DTMAXMN$=MINUTE$ 970 IF DTMIN>TEMP THEN DTMIN=TEMP::DTMINHR$=HOUR$::DTMINMN$=MINUTE$ 980 CALL HPUT(5,7,DTMAXHR$,5,9,":",5,10,DTMAXMN$,5,25,DTMAX,5,29,"f") 990 CALL HPUT(6,7,DTMINHR$,6,9,":",6,10,DTMINMN$,6,25,DTMIN,6,29,"f") 1000 IF MAXTEMP<TEMP THEN MAXTEMP=TEMP::MXTMONTH=MONTH::MXTDAY=DAY::MXTYEAR=YEAR::GOSUB 5460 1010 IF MINTEMP>TEMP THEN MINTEMP=TEMP::MITMONTH=MONTH::MITDAY=DAY::MITYEAR=YEAR::GOSUB 5460 1020 MXTDATE$=STR$(MXTMONTH)&"\"&STR$(MXTDAY)&"\"&STR$(MXTYEAR) 1030 MITDATE$=STR$(MITMONTH)&"\"&STR$(MITDAY)&"\"&STR$(MITYEAR) 1040 CALL HPUT(7,12,MXTDATE$,7,25,MAXTEMP,7,29,"f") 1050 CALL HPUT(8,12,MITDATE$,8,25,MINTEMP,8,29,"f") 1060 CALL HPUT(10,25,PRESSURE,10,29,"kpa") 1070 CALL HPUT(12,25,HUMIDITY,10,29,"%") 1080 CALL HPUT(14,25,WSPEED,10,29,"mph") 1090 CALL HPUT(15,25,WDIR,10,29,"deg") 1100 IF HOUR=0 THEN MAXSPEED=-1 1110 IF MAXSPEED<WSPEED THEN MAXSPEED=WSPEED::MSHR$=HOUR$::MSMN$=MINUTE$ 1120 CALL HPUT(16,7,MSHR$,16,9,":",16,10,MSMN$,16,25,MAXSPEED,16,29,"mph") 1130 IF HOUR=0 THEN DRAIN=N 1140 CALL HPUT(18,25,DRAIN,18,30,"in") 1150 TOTRAIN=TOTRAIN+N 1160 IF RMONTH=0 OR RFLAG=1 OR RYEAR<YEAR THEN RMONTH=MONTH::RDAY=DAY::RYEAR=YEAR::GOSUB 5450::RFLAG=0 1170 RDATE$=STR$(RMONTH)&"\"&STR$(RDAY)&"\"&STR$(RYEAR) 1180 CALL HPUT(19,13,RDATE$,19,25,TOTRAIN,19,30,"in") 1190 CALL KEY(0,K,S)::IF K=145 THEN CLOSE #1::STOP ELSE 255 ! CTRL Q ENDS PROGRAM 4999 REM ** SUBROUTINES ** 5000 REM DRAW MAIN SCREEN 5010 CALL SCREEN(2)::CALL COLOR(ALL,4,2,3,16,2,4,16,2,9,16,2,10,16,2,11,16,2,12,16,2) 5015 FOR I=65 TO 90::CALL DUPCHAR(I,I+32)::NEXT I 5020 CALL HPUT(1,1,"DATE:") 5030 CALL HPUT(2,1,"TIME:") 5040 CALL HPUT(4,1,"CURRENT TEMPERATURE :") 5050 CALL HPUT(5,1,"MAX @ :") 5055 CALL HPUT(6,1,"MIN @ :") 5056 CALL HPUT(7,1,"HIGHEST ON :") 5057 CALL HPUT(8,1,"LOWEST ON :") 5060 CALL HPUT(10,1,"BAROMETRIC PRESSURE :") 5070 CALL HPUT(12,1,"HUMIDITY :") 5080 CALL HPUT(14,1,"WIND SPEED :") 5090 CALL HPUT(15,1,"WIND DIRECTION :") 5100 CALL HPUT(16,1,"MAX @ :") 5110 CALL HPUT(18,1,"RAIN FALL TODAY :") 5120 CALL HPUT(19,1,"TOTAL SINCE :") 5130 CALL HPUT(24,1,"UPDATE PROGRESS",23,17,CHR$(123),23,30,CHR$(124)) 5140 RETURN 5150 REM PROGRESS BAR ROUTINE 5160 PROG$=SEG$(PROGBAR$,1,PROGSTAT*2) 5170 CALL HPUT(24,17,PROG$)::CALL BEEP 5180 RETURN 5190 REM CHECK FOR INCOMING BYTE ROUTINE 5200 COUNTER=0 5210 CALL IO(2,1,CRU+21,BYTEIN) 5220 IF BYTEIN=0 THEN COUNTER=COUNTER+1 ELSE FLAG=1 :: CALL IO(3,1,CRU+18,0) :: RETURN 5230 IF COUNTER>50 THEN FLAG=0 :: CALL IO(3,1,CRU+18,0) :: RETURN ELSE 5210 5240 REM RECEIVE STRING ROUTINE 5250 CALL IO(2,8,CRU,LENGTH)! FETCH LENGTH OF STRING 5260 CALL IO(3,1,CRU+18,0)! RESET THE RECEIVE BUFFER 5270 FOR I=1 TO LENGTH 5280 GOSUB 5190 :: IF FLAG=0 THEN RETURN 5290 CALL IO(2,8,CRU,D(I))! RECEIVE DATA 5300 CALL IO(3,1,CRU+18,0)!RESET THE RECEIVE BUFFER 5310 NEXT I 5320 N$="" 5330 FOR I=1 TO LENGTH :: N$=N$&CHR$(D(I)) :: NEXT I 5340 N=VAL(N$) 5350 RETURN 5360 REM SET INTERVAL TIMER ROUTINE AND WAIT 30 MINUTES 5370 SLEEPFLAG=1::DELAY=0 5375 CALL IO(3,1,CRU+20,0) ! DISABLE TIMER INTERRUPTS 5380 CALL IO(3,1,CRU+13,1) ! SELECT THE INTERVAL TIMER 5390 CALL IO(3,10,CRU,2,253) ! SET INTERVAL FOR 16.32 MSECS AND START TIMER 5420 CALL IO(2,1,CRU+25,FLAG) 5430 IF FLAG=1 THEN CALL IO(3,1,CRU+25,0)::DELAY=DELAY+1 5440 IF DELAY>=110295 THEN CLKFLAG=1::CALL IO(3,1,CRU+13,0)::RETURN ELSE 5420 ! STOP TIMER 5450 REM UPDATE LOG DISK FILE 5460 PRINT #1:MAXTEMP,MXTMONTH,MXTDAY,MXTYEAR,MINTEMP,MITMONTH,MITDAY,MITYEAR,TRAIN,RMONTH,RDAY,RYEAR 5470 RETURN Quote Link to comment Share on other sites More sharing options...
RXB Posted June 1, 2017 Share Posted June 1, 2017 (edited) Currently on another computer so can not test your routine in Classic99, but from the source code I can see 3 problems. 1. I would use LINPUT instead of INPUT as if a character value of 44 (Comma) is returned in a variable it will crash the program. (See page 113 XB manual) 2. I see the possibility of a CRU conflict when you access the Disk Controller if the IO chip is being used for CRU input/output as the IO Chip has a pending value when you ask for Disk Access CRU. Suggestion is to reset the CRU Bits to null so this possibility does not crash the program. Thus you have like a PC IRQ request error as one wants access while being used by a different program but not closed. 3. How are you using UPDATE without telling the FILE RECORD NUMBER using REC(#) and specifically using RELATIVE files? (See page 153 XB manual) Hope this helps.... Rich Edited June 1, 2017 by RXB 1 Quote Link to comment Share on other sites More sharing options...
+Vorticon Posted June 2, 2017 Share Posted June 2, 2017 Rich, the program does not ask for any INPUT... Which line are you referring to? Problem solved by turning off the RS232 card prior to disk IO then turning it back on and reinitializing the comm registers. This is likely related to what you stated in #2 UPDATE is the default mode and is not restricted to relative files. XB entry excerpt for the OPEN command: "To be able both to read from and write to a file, specify UPDATE. To just read from a file, specify INPUT. To just write to a file, specify OUTPUT. To only add to a file, specify APPEND. Append mode can only be specified for VARIABLE length records. If you do not specify an open-mode, the default is UPDATE. " In any case, this is not the final version as I am still tweaking it. 1 Quote Link to comment Share on other sites More sharing options...
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