;Blitz! Basic tokens 
;By Mr.Mouse/XeNTaX/G*P
;----------------------
;What follows is the tokens used in the compiled code, the address in the interpreter they are dispatched to,
;the number of operands expected that follow the token, a proposed function name and 
;a description. All in a tab-delimited manner. 
;----------------------
Token	Execution Address	Operands	Function Name	Function Description
$00	$0AD7	0	BR_CMP_NULL	Comparison: Always False
$01	$0AD7	0	BR_CMP_LT	Comparison: Less Than (<)
$02	$0AD7	0	BR_CMP_EQ	Comparison: Equal (=)
$03	$0AD7	0	BR_CMP_LE	Comparison: Less or Equal (<=)
$04	$0AD7	0	BR_CMP_GT	Comparison: Greater Than (>)
$05	$0AD7	0	BR_CMP_NE	Comparison: Not Equal (<>)
$06	$0AD7	0	BR_CMP_GE	Comparison: Greater or Equal (>=)
$07	$B86A	0	BR_ADD	Addition (FAC = ARG + FAC)
$08	$B853	0	BR_SUB	Subtraction (FAC = ARG - FAC)
$09	$BA2B	0	BR_MUL	Multiplication (FAC = ARG * FAC)
$0A	$BB12	0	BR_DIV	Division (FAC = ARG / FAC)
$0B	$BF7B	0	BR_POW	Exponentiation (FAC = ARG ^ FAC)
$0C	$0C2A	0	BR_AND	Logical AND between ARG and FAC
$0D	$0C2A	0	BR_OR	Logical OR between ARG and FAC
$0E	$0997	0	BR_NEG	Negate numeric value in FAC
$0F	$09AE	0	BR_NOT	Bitwise NOT on 16-bit integer in FAC
$10	$1E07	5	BR_DIM	Array allocation: (DimCount, NameH, NameL, OffsetH, OffsetL)
$11	$1B74	0	BR_FOR_INIT	Initialize FOR loop with default STEP 1
$12	$1B62	0	BR_FOR_STEP	Initialize FOR loop with explicit STEP
$13	$1C2A	0	BR_NEXT	Increment and loop for most recent FOR frame
$14	$1C0A	0	BR_NEXT_VAR	Increment and loop with explicit Variable validation
$15	$0C80	0	BR_CLR	Clear variables, reset stacks, and initialize program
$16	$0CA6	0	BR_CONT	Continue execution after a STOP or END
$17	$1832	0	BR_POKE	Store byte from stack into address from FAC
$18	$1856	1	BR_SYS	Execute machine code at address in FAC (auto-skips one byte following)
$19	$1D1C	2	BR_GOTO	Jump to 16-bit absolute P-code address
$1A	$1D0F	2	BR_GOSUB	Push return address and jump to 16-bit address
$1B	$1CE3	2	BR_GOTO_EXE	Alternative GOTO dispatcher
$1C	$1CE3	2	BR_GOSUB_EXE	Alternative GOSUB dispatcher
$1D	$1D30	0	BR_RETURN	Pop return address from stack and jump
$1E	$0CA0	0	BR_RESTORE_DATA	Reset DATA pointer to program start
$1F	$1D72	1	BR_IF_SKIP	If FAC is False, skip X bytes of P-code
$20	$1566	0	BR_FUNC_SGN	Set FAC to Signum of FAC (-1, 0, 1)
$21	$1549	0	BR_FUNC_INT	Convert FAC to 16-bit integer
$22	$1536	0	BR_FUNC_ABS	Get Absolute value of FAC
$23	$1524	0	BR_FUNC_USR	Jump to User function address
$24	$1524	0	BR_FUNC_FRE	Force garbage collection and return free memory
$25	$1595	0	BR_FUNC_POS	Return current screen cursor column
$26	$1524	0	BR_FUNC_SQR	Calculate Square Root of FAC
$27	$1524	0	BR_FUNC_RND	Generate Random number into FAC
$28	$1524	0	BR_FUNC_LOG	Calculate Natural Logarithm of FAC
$29	$1524	0	BR_FUNC_EXP	Calculate Exponential of FAC
$2A	$1524	0	BR_FUNC_COS	Calculate Cosine of FAC
$2B	$1524	0	BR_FUNC_SIN	Calculate Sine of FAC
$2C	$1524	0	BR_FUNC_TAN	Calculate Tangent of FAC
$2D	$1524	0	BR_FUNC_ATN	Calculate Arctangent of FAC
$2E	$1585	0	BR_FUNC_PEEK	Read memory at address in FAC into FAC
$2F	$159A	0	BR_FUNC_LEN	Return length of string in FAC
$30	$15FD	0	BR_FUNC_STR	Convert numeric FAC to String
$31	$15C8	0	BR_FUNC_VAL	Convert string FAC to Numeric
$32	$14FE	0	BR_FUNC_ASC	Return PETSCII code of first char in FAC
$33	$167A	0	BR_FUNC_CHR	Convert numeric code in FAC to 1-char string
$34	$1774	0	BR_FUNC_LEFT	Extract left-most chars from string
$35	$1774	0	BR_FUNC_RIGHT	Extract right-most chars from string
$36	$1741	0	BR_FUNC_MID	Extract substring from string
$37	$1D8D	5	BR_DEF_FN	Define User Function (Name, Ptr, SkipLength)
$38	$1DC2	0	BR_FN_PUSH	Setup function parameter stack frame
$39	$1D43	0	BR_FN_POP	Restore function parameter stack frame
$3A	$0ECB	0	BR_ASSIGN_AND_NEXT_TOKEN, Store FAC into current variable
$3B	$1960	0	BR_PRINT_TAB	Print TAB to current device
$3C	$18DA	0	BR_PRINT_NUM	Format and Print numeric FAC
$3D	$18DA	0	BR_PRINT_NUM	Format and Print numeric FAC
$3E	$18DA	0	BR_PRINT_NUM	Format and Print numeric FAC
$3F	$199E	0	BR_PRINT_CR	Print carriage return / newline
$40	$196D	0	BR_PRINT_SPC	Print spaces to current device
$41	$196D	0	BR_PRINT_SPC	Print spaces to current device
$42	$19BA	0	BR_CMD_OPEN	Open logical output channel
$43	$18DA	0	BR_PRINT_NUM	Format and Print numeric FAC
$44	$19BA	0	BR_CMD_OPEN	Open logical output channel
$45	$19B0	0	BR_CLRCHN	Close current channel and reset to screen
$46	$16CD	0	BR_GET_CHAR	Get single character from input device
$47	$0E08	0	BR_ROM_SYNC	Synchronize program pointer with ROM basic
$48	$16B4	0	BR_INPUT_OPEN	Open logical input channel
$49	$0E9A	0	BR_END	Terminate execution and close channels
$4A	$186B	0	BR_READ_DATA	Read numeric/string item from DATA block
$4B	$186B	0	BR_READ_DATA	Read numeric/string item from DATA block
$4C	$1832	0	BR_POKE	Store byte into memory
$4D	$1832	0	BR_POKE	Store byte into memory
$4E	$0E9D	0	BR_NEW	Clear memory and perform NEW
$4F	$0EA0	0	BR_STOP	Halt execution with Break message
$50	$1A12	0	BR_SET_LINE	Set current execution line pointer
$51	$1A5C	0	BR_PARSE_BUF	Process input buffer as BASIC data
$52	$1CCC	2	BR_VAL_JUMP	Validate target address before jump
$53	$1A1D	0	BR_INPUT_GET	Start interactive keyboard input
$54	$1B1A	0	BR_SECURITY	Internal security validation routine
$55	$1A1D	0	BR_INPUT_GET	Start interactive keyboard input
$56	$0DFE	0	BR_STR_GC	Free temporary strings and continue
$57	$1A5C	0	BR_PARSE_BUF	Process input buffer as BASIC data
$58	$1D5C	0	BR_IF_THEN	Conditional dispatch based on FAC
$59	$19FD	0	BR_REST_DATA	Restore data pointer to specified location
$5A	$1A06	0	BR_CLR_SRCH	Reset internal search and scan flags
$5B	$1A00	0	BR_SET_DIR	Set interpreter to Direct Mode
$5C	$1A09	0	BR_CLR_DIR	Set interpreter to Program Mode
$5D	$1EA0	1	BR_IO_XFER	Dispatch LOAD/SAVE/VERIFY (Count)
$5E	$1EA2	1	BR_IO_FAST	Dispatch Fast-IO LOAD/SAVE (Count)
$5F	$1E9F	1	BR_IO_SKIP	Skip IO filename and start (Count)
$60	$1F3D	1	BR_OPEN	Open Logical File (Count)
$61	$19DA	0	BR_CLOSE	Close Logical File
$62	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$63	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$64	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$65	$1F76	0	BR_SYNTAX_ERR	Trigger Syntax Error
$66	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$67	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$68	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$69	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6A	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6B	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6C	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6D	$1F74	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6E	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$6F	$1F75	0	BR_SYNTAX_ERR	Trigger Syntax Error
$70	$1F77	0	BR_SYNTAX_ERR	Trigger Syntax Error
$80	$0FD2	0	BR_READ_V0	Read Fast Variable 0 into FAC
$81	$0FD2	0	BR_READ_V1	Read Fast Variable 1 into FAC
$82	$0FD2	0	BR_READ_V2	Read Fast Variable 2 into FAC
$83	$0FD2	0	BR_READ_V3	Read Fast Variable 3 into FAC
$84	$0FD2	0	BR_READ_V4	Read Fast Variable 4 into FAC
$85	$0FD2	0	BR_READ_V5	Read Fast Variable 5 into FAC
$86	$0FD2	0	BR_READ_V6	Read Fast Variable 6 into FAC
$87	$0FD2	0	BR_READ_V7	Read Fast Variable 7 into FAC
$88	$0FD2	0	BR_READ_V8	Read Fast Variable 8 into FAC
$89	$0FD2	0	BR_READ_V9	Read Fast Variable 9 into FAC
$8A	$0FD2	0	BR_READ_V10	Read Fast Variable 10 into FAC
$8B	$0FD2	0	BR_READ_V11	Read Fast Variable 11 into FAC
$8C	$0FD2	0	BR_READ_V12	Read Fast Variable 12 into FAC
$8D	$0FD2	0	BR_READ_V13	Read Fast Variable 13 into FAC
$8E	$0FD2	0	BR_READ_V14	Read Fast Variable 14 into FAC
$8F	$0FD2	0	BR_READ_V15	Read Fast Variable 15 into FAC
$90	$0FD2	0	BR_READ_V16	Read Fast Variable 16 into FAC
$91	$0FD2	0	BR_READ_V17	Read Fast Variable 17 into FAC
$92	$0FD2	0	BR_READ_V18	Read Fast Variable 18 into FAC
$93	$0FD2	0	BR_READ_V19	Read Fast Variable 19 into FAC
$94	$0FD2	0	BR_READ_V20	Read Fast Variable 20 into FAC
$95	$0FD2	0	BR_READ_V21	Read Fast Variable 21 into FAC
$96	$0FD2	0	BR_READ_V22	Read Fast Variable 22 into FAC
$97	$0FD2	0	BR_READ_V23	Read Fast Variable 23 into FAC
$98	$0FD2	0	BR_READ_V24	Read Fast Variable 24 into FAC
$99	$0FD2	0	BR_READ_V25	Read Fast Variable 25 into FAC
$9A	$0FD2	0	BR_READ_V26	Read Fast Variable 26 into FAC
$9B	$0FD2	0	BR_READ_V27	Read Fast Variable 27 into FAC
$9C	$0FD2	0	BR_READ_V28	Read Fast Variable 28 into FAC
$9D	$0FD2	0	BR_READ_V29	Read Fast Variable 29 into FAC
$9E	$0FD2	0	BR_READ_V30	Read Fast Variable 30 into FAC
$9F	$0FD2	0	BR_READ_V31	Read Fast Variable 31 into FAC
$A0	$1065	1	BR_READ_V255	Read variable (32-255)
$A1	$1065	1	BR_READ_V511	Read variable (256-511)
$A2	$1065	1	BR_READ_V767	Read variable (512-767)
$A3	$1065	2	BR_READ_VEXT	Read variable with 16-bit index (768+)
$A4	$119F	1	BR_ARY_READ	Read element from Float/Int Array
$A5	$119F	1	BR_ARY_SREAD	Read element from String Array
$A6	$10CA	1	BR_IMM_BYTE	Load immediate 8-bit byte into FAC
$A7	$10C6	2	BR_IMM_INT	Load immediate 16-bit integer into FAC
$A8	$10D9	5	BR_IMM_FLT	Load immediate 5-byte Float into FAC
$A9	$10D9	5	BR_IMM_FLT	Load immediate 5-byte Float into FAC
$AA	$1139	0	BR_LOAD_PI	Copy Pi constant from ROM to FAC
$AB	$115C	0	BR_LOAD_ST	Load system status byte (ST) into FAC
$AC	$1143	0	BR_LOAD_TI	Load system timer (TI) into FAC
$AD	$1159	0	BR_UNDEFINED	Undefined - Triggers Syntax Error
$AE	$1159	0	BR_UNDEFINED	Undefined - Triggers Syntax Error
$AF	$114F	0	BR_LOAD_TI$	Load system timer string (TI$) as FAC pointer
$B0	$10A7	0	BR_SET_0	Set FAC to integer 0
$B1	$10A7	0	BR_SET_1	Set FAC to integer 1
$B2	$10A7	0	BR_SET_2	Set FAC to integer 2
$B3	$10A7	0	BR_SET_3	Set FAC to integer 3
$B4	$10A7	0	BR_SET_4	Set FAC to integer 4
$B5	$10A7	0	BR_SET_5	Set FAC to integer 5
$B6	$10A7	0	BR_SET_6	Set FAC to integer 6
$B7	$10A7	0	BR_SET_7	Set FAC to integer 7
$B8	$10A7	0	BR_SET_8	Set FAC to integer 8
$B9	$10A7	0	BR_SET_9	Set FAC to integer 9
$BA	$10A7	0	BR_SET_10	Set FAC to integer 10
$BB	$10A7	0	BR_SET_11	Set FAC to integer 11
$BC	$10A7	0	BR_SET_12	Set FAC to integer 12
$BD	$10A7	0	BR_SET_13	Set FAC to integer 13
$BE	$10A7	0	BR_SET_14	Set FAC to integer 14
$BF	$10A7	0	BR_SET_15	Set FAC to integer 15
$C0	$0EDB	0	BR_WRITE_V0	Store FAC into Fast Variable 0
$C1	$0EDB	0	BR_WRITE_V1	Store FAC into Fast Variable 1
$C2	$0EDB	0	BR_WRITE_V2	Store FAC into Fast Variable 2
$C3	$0EDB	0	BR_WRITE_V3	Store FAC into Fast Variable 3
$C4	$0EDB	0	BR_WRITE_V4	Store FAC into Fast Variable 4
$C5	$0EDB	0	BR_WRITE_V5	Store FAC into Fast Variable 5
$C6	$0EDB	0	BR_WRITE_V6	Store FAC into Fast Variable 6
$C7	$0EDB	0	BR_WRITE_V7	Store FAC into Fast Variable 7
$C8	$0EDB	0	BR_WRITE_V8	Store FAC into Fast Variable 8
$C9	$0EDB	0	BR_WRITE_V9	Store FAC into Fast Variable 9
$CA	$0EDB	0	BR_WRITE_V10	Store FAC into Fast Variable 10
$CB	$0EDB	0	BR_WRITE_V11	Store FAC into Fast Variable 11
$CC	$0EDB	0	BR_WRITE_V12	Store FAC into Fast Variable 12
$CD	$0EDB	0	BR_WRITE_V13	Store FAC into Fast Variable 13
$CE	$0EDB	0	BR_WRITE_V14	Store FAC into Fast Variable 14
$CF	$0EDB	0	BR_WRITE_V15	Store FAC into Fast Variable 15
$D0	$0EDB	0	BR_WRITE_V16	Store FAC into Fast Variable 16
$D1	$0EDB	0	BR_WRITE_V17	Store FAC into Fast Variable 17
$D2	$0EDB	0	BR_WRITE_V18	Store FAC into Fast Variable 18
$D3	$0EDB	0	BR_WRITE_V19	Store FAC into Fast Variable 19
$D4	$0EDB	0	BR_WRITE_V20	Store FAC into Fast Variable 20
$D5	$0EDB	0	BR_WRITE_V21	Store FAC into Fast Variable 21
$D6	$0EDB	0	BR_WRITE_V22	Store FAC into Fast Variable 22
$D7	$0EDB	0	BR_WRITE_V23	Store FAC into Fast Variable 23
$D8	$0EDB	0	BR_WRITE_V24	Store FAC into Fast Variable 24
$D9	$0EDB	0	BR_WRITE_V25	Store FAC into Fast Variable 25
$DA	$0EDB	0	BR_WRITE_V26	Store FAC into Fast Variable 26
$DB	$0EDB	0	BR_WRITE_V27	Store FAC into Fast Variable 27
$DC	$0EDB	0	BR_WRITE_V28	Store FAC into Fast Variable 28
$DD	$0EDB	0	BR_WRITE_V29	Store FAC into Fast Variable 29
$DE	$0EDB	0	BR_WRITE_V30	Store FAC into Fast Variable 30
$DF	$0EDB	0	BR_WRITE_V31	Store FAC into Fast Variable 31
$E0	$1065	1	BR_WRITE_V255	Store FAC into variable (32-255)
$E1	$1065	1	BR_WRITE_V511	Store FAC into variable (256-511)
$E2	$1065	1	BR_WRITE_V767	Store FAC into variable (512-767)
$E3	$1065	2	BR_WRITE_VEXT	Store FAC into variable (768+)
$E4	$119F	1	BR_ARY_WRITE	Write FAC to Float/Int Array
$E5	$119F	1	BR_ARY_SWRITE	Write FAC to String Array
$E6	$0F4E	0	BR_VAR_CONT	Secondary variable dispatch logic
$E7	$1118	7	BR_STR_7	Inline String of length VARIABLE
$E8	$1118	0	BR_STR_0	Inline String of length 0
$E9	$1118	1	BR_STR_1	Inline String of length 1
$EA	$1118	2	BR_STR_2	Inline String of length 2
$EB	$1118	3	BR_STR_3	Inline String of length 3
$EC	$1118	4	BR_STR_4	Inline String of length 4
$ED	$1118	5	BR_STR_5	Inline String of length 5
$EE	$1118	6	BR_STR_6	Inline String of length 6
$EF	$1118	7	BR_STR_7	Inline String of length 7
$F0	$1100	0	BR_SET_16	Set FAC to integer 16
$F1	$1100	0	BR_SET_17	Set FAC to integer 17
$F2	$1100	0	BR_SET_18	Set FAC to integer 18
$F3	$1100	0	BR_SET_19	Set FAC to integer 19
$F4	$1100	0	BR_SET_20	Set FAC to integer 20
$F5	$1100	0	BR_SET_21	Set FAC to integer 21
$F6	$1100	0	BR_SET_22	Set FAC to integer 22
$F7	$1100	0	BR_SET_23	Set FAC to integer 23
$F8	$1100	0	BR_SET_24	Set FAC to integer 24
$F9	$1100	0	BR_SET_25	Set FAC to integer 25
$FA	$1100	0	BR_SET_26	Set FAC to integer 26
$FB	$1100	0	BR_SET_27	Set FAC to integer 27
$FC	$1100	0	BR_SET_28	Set FAC to integer 28
$FD	$1100	0	BR_SET_29	Set FAC to integer 29
$FE	$1100	0	BR_SET_30	Set FAC to integer 30
$FF	$1100	0	BR_SET_31	Set FAC to integer 31