BASCOM-8051

W95/NT/XP 8051-BASIC Compiler

BASCOM 8051 - User Guide BASCOM-8051

BASCOM 8051 - LANGUAGE REFERENCE BASCOM-8051

BASCOM-8051 - DEMO [11 October 2007 Rel. 2.0.14.0] - Length 6,3 MB - DOWNLOAD

A new version 2.0.14.0 is released of BASCOM-8051.
There is a new Demo as well. This demo can create files of 4 KB.

BASCOM-8051© is a Windows BASIC COMPILER for the 8051 family.
It is designed to run on W95/NT/XP and has all the features of BASCOM LT.
In addition it has full support for arrays and the single floating point type.

• Statements
• Demonstration
• CPU cards M Type
• Application Notes
• Samples Programs for BASCOM-LT and BASCOM-8051
• BASCOM-8051 Prices
• 8051 family - Data Sheet
• Introduction to Microcontroller programming using BASCOM.
• GPC®-F2 card KIT
• TIO-16 KIT - Test Input Output 16 linee
• KND 08 KIT - Numerical Display 8 digits
• KND 44 KIT - Numerical Display 4+4 digits
• KAD 08 KIT - Alphanumerical Display 8 digits
• K51 AVR KIT - Experimental board for I2C-BUS; 8051 and AVR fam.

Key Benefits

• Structured BASIC with labels.
• Structured programming with
  • IF-THEN-ELSE-END IF, DO-LOOP, WHILE-WEND, SELECT- CASE.
• Fast machine code instead of interpreted code.
• Variables and labels can be as long as 32 characters.
• Bit, Byte, Integer, Word, Long, Single and String variables.
• Compiled programs work with any 8051 uP such as:
  • AT89C1051, AT89C2051, AT89C4051 8031, 8032, 8051, 8052, 80552, 89S8252, 80535 and 80537 m Processors.
• Statements are highly compatible with Microsoft’s VB/QB.
• Special commands for LCD-displays , I2C chips and 1WIRE chips.
• Integrated terminal emulator with download option..
• Integrated simulator for testing.
• Integrated flash programmer and support for SPI, PG2051, PG302, SE512, SE514, TAFE. (hardware can be purchased separately)
• Editor with statement highlighting.
• Context sensitive help.
• For compatibility with BASCOM LT, there is also a 32-bit version of the BASCOM LT compiler.

Decision and structures
IF, THEN, ELSE, ELSEIF, END IF, DO, LOOP, WHILE, WEND, UNTIL, EXIT DO, EXIT WHILE, FOR, NEXT, TO, DOWNTO, STEP, EXIT FOR, ON .. GOTO/GOSUB, SELECT, CASE, CALL, GOSUB, GOTO, END SUB, RETURN, STOP, END.

Input and output
RINT, INPUT, INKEY, PRINTHEX, INPUTHEX, LCD, UPPERLINE, LOWERLINE,DISPLAY, PRINTBIN, CURSOR ON/OFF/BLINK/NOBLINK, HOME, LOCATE, SHIFTLCD, LCD INT, SHIFTCURSOR LEFT/RIGHT, CLS, DEFLCDCHAR, WAITKEY, INPUTBIN, INPUT HEX, PRINTBIN, LCDHEX, OPEN, CLOSE, DEBOUNCE, SHIFTIN, SHIFTOUT, BAUD, GET,PUT,PSET, SHOWPIC, SPC.

Numeric functions
AND, OR, XOR, INC, DEC, MOD, NOT, ABS, BCD, INCR, DECR, AVG, HIGH, HIGHW, LOW, LOWW, MAKE BCD, MAKEDEC, MAKEINT,MAX, MIN, RND, SWAP.

I2C BUS
I2CSTART, I2CSTOP, I2CWBYTE, I2CRBYTE, I2CSEND and I2CRECEIVE.
1WIRE,1WWRITE, 1WREAD, 1WRESET, 1WIRECOUNT, 1WSEARCHFIRST, 1WSEARCNEXT.

1WIRE
1WIRE,1WWRITE, 1WREAD, 1WRESET, 1WIRECOUNT, 1WSEARCHFIRST, 1WSEARCNEXT.

SPI
SPIINIT, SPIIN, SPIOUT.

Interrupt programming
ON INT0/INT1/TIMER0/TIMER1/SERIAL, RETURN, ENABLE, DISABLE, PRIORITY.

Bit manipulation
SET, RESET, ROTATE, BITWAIT.

Variables
DIM, BIT , BYTE , INTEGER , WORD, LONG, SINGLE, STRING , DEFBIT, DEFBYTE, DEFINT, DEFWORD, CONST, DATA, READ, RESTORE, ERASE, LOOKUP. VARPTR.

Miscellaneous
REM, ' , DELAY, WAIT, WAITMS, POWERDOWN, IDLE, DECLARE, INP,OUT, ALIAS, POKE, CPEEK, GETRC5, CONFIG, COUNTER, GETAD, LOAD, PORT, START, TIMER, READMGCARD, SOUND, STOPTIMER, WATCHDOG.

MICRO WIRE
SET, RESET, ROTATE, BITWAIT.

Compiler directives
$INCLUDE, $NOINIT, $BAUD, $CRYSTAL, $OBJ, $SERIALINPUT, $NONAN, $NONULL, $SERIALOUTPUT, $ROMSTART, $RAMSIZE, $RAMSTART, $MONSTART, $IRAMSTART, $DEFAULT XRAM, $ASM-$END ASM, $LCD, $BGF, $EXTERNAL, $LARGE, $LIB, $MAP, $NOBREAK, $NORAMCLEAR, $NOSP, $RAMTRON, $REGFILE, $SIM, $TIMEOUT.

String manipulation
STRING, SPACE, LEFT, RIGHT, MID, VAL, HEXVAL, LEN, STR, HEX, CHR, ASC, FUSING, INSTR, LCASE, LOOKUPSTR, REPLACE, UCASE.

To make a program takes just a few steps :

• Write the program in BASIC
• Compile it to fast machine binary code
• Test the result with the integrated simulator(with additional hardware you can simulate the hardware too)
• Program the chip with one of the integrated programmers.
  (hardware must be purchased separately)

The program can be written in a comfortable MDI color coded editor.
Besides the normal editing features, the editor supports Undo, Redo, Bookmarks and block indention.

The simulator let you test your program before writing it to the uP.
You can watch variables, step through the program one line at the time or run to a specific line,
or you can alter variables. To watch a variables value you can also point the mousecursor over it.

A powerful feature is the hardware emulator, to emulate the LCD display, and the ports.
The LCD emulator also emulates custom build LCD characters!

When you are done with the simulator it is time to program the chip using one of the supported programmer drivers.

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