#!/usr/pkg/bin/retro

# retro-describe

This is a small tool to display some helpful information
about a word.

# Usage

    retro-describe wordname

# Notes

This is based on the `glossary.forth` tool included with
Retro. It's basically just the `describe` functionality,
but is a little more streamlined to use and abandons the
editing and export functionality of the full tool.

# The Code

First, gather the command line arguments. If no word name
was passed, just exit.

~~~
sys:argc n:zero? [ #0 unix:exit ] if
#0 sys:argv 'TARGET s:const
~~~

# Data File

/usr/local/share/RETRO12/words.tsv

I like plain text formats, so the data is stored as a plain text
file, with one line per word. Each line has a number of fields.
These are tab separated. The fields are:

    | name                       | 0
    | data stack                 | 1
    | address stack              | 2
    | float stack                | 3
    | general description        | 4
    | interpret time description | 5
    | compile time description   | 6
    | class handler              | 7
    | example 1                  | 8
    | example 2                  | 9
    | namespace                  | 10
    | interface                  | 11

I use a variable named `SourceLine` to point to the current line
contents.

~~~
'SourceLine var
~~~

I next define words to access each field. This involves helpers
to skip over fields I'm not intersted in, a word to return a 
specific field, and the top level wrappers over these.

Rather than manually enter each of the field accessors, I am
just listing them in a set and constructing the words via some
simple code.

~~~
{{
  :skip (n-) [ ASCII:HT s:split drop n:inc ] times ;
  :select   (n-s)
    @SourceLine swap skip ASCII:HT s:split nip ;

---reveal---

  #0 { 'name        'dstack     'astack     'fstack
       'descr       'itime      'ctime      'class
       'ex1         'ex2        'namespace  'interface }

  [ 'field: s:prepend d:create
    dup compile:lit &select compile:call compile:ret
    &class:word reclass n:inc ] a:for-each drop
}}
~~~

# Display an Entry

I implement a word to display an entry. This will use a
format like:

    name

      Data:  -
      Addr:  -
      Float: -

    A description of the word.

    Class Handler: class:word | Namespace: global | Interface Layer: all

If there are specific notes on interpret or compile time
actions, or any examples, they will be displayed after
the description.

~~~
{{
  :s:putfmt (s-)   s:format s:put ;
  :name            field:name    '%s\n\n           s:putfmt ;
  :data            field:dstack  '__Data:__%s\n    s:putfmt ;
  :address         field:astack  '__Addr:__%s\n    s:putfmt ;
  :float           field:fstack  '__Float:_%s\n\n  s:putfmt ;
  :description     field:descr   '%s\n\n           s:putfmt ;
  :interpret-time  field:itime s:length 0; drop
                   field:itime   'Interpret_Time:\n__%s\n\n s:putfmt ;
  :compile-time    field:ctime s:length 0; drop
                   field:ctime   'Compile_Time:\n__%s\n\n   s:putfmt ;
  :|                               '_|_ s:put ;
  :class           field:class     'Class:_%s     s:putfmt ;
  :namespace       field:namespace 'Namespace:_%s s:putfmt ;
  :interface       field:interface 'Interface_Layer:_%s s:putfmt ;
  :example1        field:ex1 '{n/a} s:eq? not 0; drop
                   field:ex1 s:format '\nExample_#1:\n\n%s\n\n s:putfmt ;
  :example2        field:ex2 '{n/a} s:eq? not 0; drop
                   field:ex2 s:format '\nExample_#1:\n\n%s\n\n s:putfmt ;
---reveal---
  :display-result
    name
      data    (stack)
      address (stack)
      float   (stack)
    description
    interpret-time
    compile-time
    class | namespace | interface nl
    example1
    example2 ;
}}
~~~

## Describe a Word

~~~
{{
  :matched? (-f) field:name TARGET s:eq? ;
  :entry?   (-f) @SourceLine ASCII:HT s:contains-char? ;
---reveal---
  :find-and-display-entry
   sys:name [ s:keep !SourceLine entry? 0; drop matched? [ display-result ] if ] file:for-each-line nl ;
}}
~~~

# Finish

This checks the command line arguments and calls the proper words to
handle each case.

~~~
find-and-display-entry
~~~

# Glossary Data

"	-s	-	-	Return an empty string.			class:macro	{n/a}	{n/a}	global	all	
$	-c	-	-	Return ASCII:NUL (0).			class:macro	{n/a}	{n/a}	global	all	
'	-s	-	-	Return an empty string.			class:macro	{n/a}	{n/a}	global	all	
(	-	-	-	Provide a visual indication of a code group.			class:macro	{n/a}	{n/a}	prefix	all	
)	-	-	-	Provide a visual indication of a code group.			class:macro	{n/a}	{n/a}	prefix	all	
*	nn-n	-	-	Multiply `n1` by `n2` and return the result.			class:primitive	    #2 #6 *\n    #-1 #100 *	{n/a}	global	all	
+	nn-n	-	-	Add `n1` to `n2` and return the result.			class:primitive	    #1 #2 + 	{n/a}	global	all	
,	n-	-	-	Store the specified value into the memory at `here` and increment `Heap` by 1.			class:word	    $a , $b , $c , #0 ,	{n/a}	global	all	
-	nn-n	-	-	Subtract `n2` from `n1` and return the result.			class:primitive	    #2 #1 - 	{n/a}	global	all	
---reveal---	-	-	-	Switch to the exposed (public) portion of a lexical namespace.			class:word	{n/a}	{n/a}	global	all	
-eq?	nn-f	-	-	Compare two values for inequality. Returns `TRUE` if they are not equal or `FALSE` otherwise.			class:primitive	    #1 #2 -eq?\n    $a $b -eq?	{n/a}	global	all	
-if	fq-	-	-	Execute the quotation if the flag is `FALSE`.			class:word	{n/a}	{n/a}	global	all	
-if;	fq-	-	-	Execute the quotation if the flag is `FALSE`. If false, also exit the word.			class:word	{n/a}	{n/a}	global	all	
/	nm-q	-	-	Divide `n` by `m` and return the integer part of the quotient.			class:word	{n/a}	{n/a}	global	all	
/mod	nm-rq	-	-	Divide `n` by `m` and return the integer part of the quotient and remainder.			class:primitive	{n/a}	{n/a}	global	all	
0;	n-n || n-	-	-	If `n` is zero, drop `n` and exit the current word. If non-zero, leave `n` alone and allow execution to continue.			class:macro	{n/a}	{n/a}	global	all	
;	-	-	-	End the current definition.			class:macro	{n/a}	{n/a}	global	all	
?dup	n-nn || n-n	-	-	Duplicate top value on stack if not zero. If zero, do nothing.			class:word	    #1 ?dup\n    #0 ?dup	{n/a}	global	all	
ASCII:ACK	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:BEL	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:BS	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:CAN	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:CR	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DC1	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DC2	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DC3	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DC4	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DEL	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:DLE	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:EM	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:ENQ	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:EOT	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:ESC	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:ETB	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:ETX	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:FF	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:FS	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:GS	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:HT	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:LF	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:NAK	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:NUL	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:RS	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SI	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SO	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SOH	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SPACE	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:STX	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SUB	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:SYN	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:US	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
ASCII:VT	-n	-	-	Constant. Refers to specific ASCII code.			class:data	{n/a}	{n/a}	ASCII	all	
Compiler	-a	-	-	Variable. Holds the compiler state. If TRUE, the compiler is active. If FALSE, it is not.			class:data	{n/a}	{n/a}	global	all	
Dictionary	-a	-	-	Variable. Holds a pointer to the most recent dictionary header.			class:data	{n/a}	{n/a}	global	all	
EOM	-a	-	-	Constant. Returns the last addressable memory address.			class:word	{n/a}	{n/a}	global	all	
FALSE	-n	-	-	Returns `0`, the value used to indicate a FALSE result.			class:word	{n/a}	{n/a}	global	all	
FREE	-n	-	-	Returns the number of cells available to your application. This is the amount of memory, less the already consumed portion and buffers mapped for RETRO's internal use.			class:word	{n/a}	{n/a}	global	all	
Heap	-a	-	-	Variable. Holds the address of the next available cell.			class:data	{n/a}	{n/a}	global	all	
I	-n	-	-	Access the loop index for the current loop. (For loops made using `times<with-index>`)			class:word	{n/a}	{n/a}	global	all	
J	-n	-	-	Access the parent loop index for the current loop. (For loops made using `times<with-index>`)			class:word	{n/a}	{n/a}	global	all	
K	-n	-	-	Access the grandparent loop index for the current loop. (For loops made using `times<with-index>`)			class:word	{n/a}	{n/a}	global	all	
NoEcho	-a	-	-	Variable. If TRUE, allow display of the "ok" prompt and startup banner.			class:word	{n/a}	{n/a}	global	rre	
RewriteUnderscores	-a	-	-	Variable. When set to `TRUE`, RETRO will replace underscores in strings with spaces. When `FALSE`, RETRO does not.			class:data	{n/a}	{n/a}	global	all	
STRINGS	-a	-	-	Return the address of the start of the temporary string pool.			class:word	{n/a}	{n/a}	global	all	
ScopeList	-a	-	-	Variable. This holds some information used by `{{` and `}}`.			class:data	{n/a}	{n/a}	global	all	
TIB	-a	-	-	Constant. Returns a pointer to the text input buffer.			class:data	{n/a}	{n/a}	global	rre	
TRUE	-n	-	-	Returns `-1`, the value used to indicate a TRUE result.			class:word	{n/a}	{n/a}	global	all	
TempStringMax	-a	-	-	Variable. Holds the maximum length of a temporary string.			class:data	{n/a}	{n/a}	global	all	
TempStrings	-a	-	-	Variable. Holds the number of temporary strings.			class:data	{n/a}	{n/a}	global	all	
Version	-a	-	-	Variable. This stores the version number.			class:data	{n/a}	{n/a}	global	all	
[	-	-	-	Begin a quotation.			class:macro	{n/a}	{n/a}	global	all	
]	-	-	-	End a quotation.			class:macro	{n/a}	{n/a}	global	all	
a:-eq?	aa-f	-	-	Compare all values in the array. Return `FALSE` if all values are equal or `TRUE` otherwise. This assumes the array contains only numeric values.			class:word	{n/a}	{n/a}	a	all	
a:append	aa-a	-	-	Return a new array consisting of the values in a1 followed by the values in a2.			class:word	{n/a}	{n/a}	a	all	
a:begins-with?	aa-f	-	-	Return `TRUE` if a1 begins with a2 or `FALSE` otherwise.			class:word	{n/a}	{n/a}	a	all	
a:chop	a-a	-	-	Return a new array containing all but the last value in the source array.			class:word	{n/a}	{n/a}	a	all	
a:contains-string?	sa-f	-	-	Return `TRUE` if the string value is in the array or`FALSE` otherwise.			class:word	{n/a}	{n/a}	a	all	
a:contains?	na-f	-	-	Return `TRUE` if the value is in the array or `FALSE` otherwise.			class:word	{n/a}	{n/a}	a	all	
a:copy	aa-	-	-	Copy an array (a1) to a destination (a2).			class:word	{n/a}	{n/a}	a	all	
a:counted-results	q-a	-	-	Run a quote and construct a new array from the returned values. The quote should return the values and the number of values to put into the array.			class:word	{n/a}	{n/a}	a	all	
a:dup	a-b	-	-	Make a copy of an array. Return the address of the copy.			class:word	{n/a}	{n/a}	a	all	
a:ends-with?	aa-f	-	-	Return `TRUE` if a1 ends with a2 or `FALSE` otherwise.			class:word	{n/a}	{n/a}	a	all	
a:eq?	aa-f	-	-	Compare all values in the array. Return `TRUE` if all values are equal or `FALSE` otherwise. This assumes the array contains only numeric values.			class:word	{n/a}	{n/a}	a	all	
a:fetch	an-n	-	-	Fetch the value stored at the specified index in the specified array.			class:word	    { #0 #1 #3 } #2 a:fetch	{n/a}	a	all	
a:filter	aq-b	-	-	For each item in the initial array, run the specified quote. If the quote returns `TRUE`, copy the item into a new array. If `FALSE`, discard it. Returns a pointer to the new array.			class:word	{n/a}	{n/a}	a	all	
a:for-each	aq-	-	-	Execute the quote once for each item in the array.			class:word	{n/a}	{n/a}	a	all	
a:from-string	s-a	-	-	Create a new array with the characters in the source string.			class:word	{n/a}	{n/a}	a	all	
a:index-of	an-n	-	-	Return the location of the first instance of the specified value in the array.			class:word	{n/a}	{n/a}	a	all	
a:left	an-a	-	-	Return a new array containing the first `n` values from the source array.			class:word	{n/a}	{n/a}	a	all	
a:length	a-n	-	-	Return the length of a array.			class:word	{n/a}	{n/a}	a	all	
a:make	q-a	-	-	Execute quote. Return a new array containing the values the quote leaves on the stack. This is identical to doing `a:counted-results a:reverse`			class:word	{n/a}	{n/a}	a	all	
a:map	aq-b	-	-	Execute quote once for each item in the array. Constructs a new array from the value returned by the quote.			class:word	{n/a}	{n/a}	a	all	
a:middle	afl-a	-	-	Extract a new array from the middle of the specified array. This will take the values starting at `f` and extend to the `l` last value.			class:word	{n/a}	{n/a}	a	all	
a:prepend	aa-a	-	-	Return a new array consisting of the values in a2 followed by the values in a1.			class:word	{n/a}	{n/a}	a	all	
a:reduce	pnq-n	-	-	Takes an array, a starting value, and a quote. This will apply the quote to each item in the array; the quote should consume two values and return one.			class:word	{n/a}	{n/a}	a	all	
a:reverse	a-b	-	-	Reverse the order of items in a array. This will return a new array.			class:word	{n/a}	{n/a}	a	all	
a:right	an-a	-	-	Return a new array containing the specified number of values from the right side of the array.			class:word	{n/a}	{n/a}	a	all	
a:store	vna-	-	-	Store a value into the array at the specified index.			class:word	    #3 { #0 #1 #2 } #1 a:store	{n/a}	a	all	
a:th	an-b	-	-	Return the actual address of the `n`th item in the array.			class:word	{n/a}	{n/a}	a	all	
a:to-string	a-s	-	-	Create a new string from the provided array. This string will be stored in the temporal string buffers.			class:word	{n/a}	{n/a}	a	all	
again	-	-	-	Close an unconditional loop. Branches back to the prior `repeat`.			class:macro	{n/a}	{n/a}	global	all	
allot	n-	-	-	Allocate the specified number of cells from the `Heap`.			class:word	    'Buffer d:create  #100 allot	{n/a}	global	all	
and	nm-o	-	-	Perform a bitwise AND operation between the two provided values.			class:primitive	{n/a}	{n/a}	global	all	
as{	-f	-	-	Begin an assembly section.			class:macro	{n/a}	{n/a}	global	all	
banner	-	-	-	Display a welcome message on startup.			class:word	{n/a}	{n/a}	global	rre	{n/a}
bi	xqq-?	-	-	Execute q1 against x, then execute q2 against a copy of x.			class:word	    #100 [ #10 * ] [ #10 - ] bi	{n/a}	global	all	
bi*	xyqq-?	-	-	Execute q1 against x and q2 against y.			class:word	    #10 #20 [ #2 * ] [ #10 / ] bi*	{n/a}	global	all	
bi@	xyq-?	-	-	Execute q against x, then execute q against y.			class:word	    #10 #20 [ #3 * ] bi@	{n/a}	global	all	
buffer:add	n-	-	-	Append a value to the current buffer.			class:word	{n/a}	{n/a}	buffer	all	
buffer:empty	-	-	-	Reset the current buffer to an empty state.			class:word	{n/a}	{n/a}	buffer	all	
buffer:end	-a	-	-	Return a pointer to the current end of the active buffer.			class:word	{n/a}	{n/a}	buffer	all	
buffer:get	-n	-	-	Remove the last value from the current buffer.			class:word	{n/a}	{n/a}	buffer	all	
buffer:preserve	q-	-	-	Save and restore the current buffer before and after executing the specified quote.			class:word	{n/a}	{n/a}	buffer	all	
buffer:set	a-	-	-	Assign a new buffer as the current one.			class:word	{n/a}	{n/a}	buffer	all	
buffer:size	-n	-	-	Return the number of cells in the buffer.			class:word	{n/a}	{n/a}	buffer	all	
buffer:start	-a	-	-	Return the start address of the current buffer.			class:word	{n/a}	{n/a}	buffer	all	
bye	-	-	-	Exit RETRO.			class:word	{n/a}	{n/a}	global	rre	
c:-consonant?	c-f	-	-	Return TRUE if character is a not consonant or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-digit?	c-f	-	-	Return TRUE if character is a not numeric digit or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-lowercase?	c-f	-	-	Return TRUE if character is not lowercase or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-uppercase?	c-f	-	-	Return TRUE if character is not uppercase or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-visible?	c-f	-	-	Return TRUE if character is not printable or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-vowel?	c-f	-	-	Return TRUE if character is not a vowel or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:-whitespace?	c-f	-	-	Return TRUE if character is not whitespace, or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:consonant?	c-f	-	-	Return TRUE if character is a consonant or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:digit?	c-f	-	-	Return TRUE if character is a numeric digit or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:get	-c	-	-	Read a single keypress.			class:word	{n/a}	{n/a}	global	rre	
c:letter?	c-f	-	-	Return TRUE if character is an ASCII letter or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:lowercase?	c-f	-	-	Return TRUE if character is lowercase or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:put	c-	-	-	Display a single character.			class:word	{n/a}	{n/a}	global	all	
c:to-lower	c-c	-	-	Convert character to lowercase equivalent.			class:word	{n/a}	{n/a}	c	all	
c:to-number	c-n	-	-	Convert an ASCII digit character into the corresponding decimal value			class:word	{n/a}	{n/a}	global	all	
c:to-string	c-s	-	-	Convert character into a string.			class:word	{n/a}	{n/a}	c	all	
c:to-upper	c-c	-	-	Convert character to uppercase equivalent.			class:word	{n/a}	{n/a}	c	all	
c:toggle-case	c-c	-	-	Convert an ASCII character to the opposite case.			class:word	{n/a}	{n/a}	c	all	
c:uppercase?	c-f	-	-	Return TRUE if character is uppercase or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:visible?	c-f	-	-	Return TRUE if character is printable or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:vowel?	c-f	-	-	Return TRUE if character is a vowel or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
c:whitespace?	c-f	-	-	Return TRUE if character is whitespace, or FALSE otherwise.			class:word	{n/a}	{n/a}	c	all	
call	a-	-	-	Call a function.			class:primitive	{n/a}	{n/a}	global	all	
case	nmq- || nmq-n	-	-	If `n` is equal to `m`, drop both and execute the specified quote before exiting the calling word. If not equal, leave `n` on the stack and let execution continue.			class:word	{n/a}	{n/a}	global	all	
choose	fqq-	-	-	Execute q1 if the flag is true (-1) or q2 if the flag is false (0). Only these flags are valid when using `choose`.			class:word	{n/a}	{n/a}	global	all	
class:data	n- || n-n	-	-	Class handler for data structures.	Keep the address or value on the stack.	Compile the value or address as a literal into the current definition.	class:word	{n/a}	{n/a}	class	all	
class:macro	a-	-	-	Class handler for compiler macros (immediate words)	Execute the function at the provided address.	Execute the function at the provided address.	class:word	{n/a}	{n/a}	class	all	
class:primitive	a-	-	-	Class handler for primitive words (words which map to Nga instructions)	Execute the function.	Compile the machine code in the definiton into the current definition.	class:word	{n/a}	{n/a}	class	all	
class:word	a-	-	-	Class handler for normal words.	Execute the function at the provided address.	Compile a call to the specified address into the current definition.	class:word	{n/a}	{n/a}	class	all	
clear	-	-	-	Clear the display.			class:word	{n/a}	{n/a}	global	rre	
clock:day	-n	-	-	Return the current day.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:hour	-n	-	-	Return the current hour.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:minute	-n	-	-	Return the current minute.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:month	-n	-	-	Return the current month.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:second	-n	-	-	Return the current second.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:day	-n	-	-	Return the current day.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:hour	-n	-	-	Return the current hour.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:minute	-n	-	-	Return the current minute.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:month	-n	-	-	Return the current month.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:second	-n	-	-	Return the current second.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:utc:year	-n	-	-	Return the current year.			class:word	{n/a}	{n/a}	clock	iOS, rre	
clock:year	-n	-	-	Return the current year.			class:word	{n/a}	{n/a}	clock	iOS, rre	
compile:call	a-	-	-	Compile a call to the specified address into the current definition.			class:word	{n/a}	{n/a}	compile	all	
compile:jump	a-	-	-	Compile a jump to the specified address into the current definition.			class:word	{n/a}	{n/a}	compile	all	
compile:lit	n-	-	-	Compile the code to push a number to the stack into the current definition.			class:word	{n/a}	{n/a}	compile	all	
compile:ret	-	-	-	Compile a return instruction into the current definition.			class:word	{n/a}	{n/a}	compile	all	
compiling?	-f	-	-	Return `TRUE` if compiler is on or `FALSE` otherwise.			class:word	{n/a}	{n/a}	global	all	
const	ns-	-	-	Create a constant returning the specified value.			class:word	{n/a}	{n/a}	global	all	
copy	sdl-	-	-	Copy `l` cells from memory at `s` to the memory at `d`. These should not overlap.			class:word	{n/a}	{n/a}	global	all	
curry	nq-q	-	-	Bind a value to a function and return a new quote that calls the bound action.			class:word	{n/a}	{n/a}	global	all	
d	n-	-	-	Inline a numeric value to the current assembly segment.			class:word	{n/a}	{n/a}	global	all	
d:add-header	saa-	-	-	Create a header. Provide a string (s) for the name, a pointer to the class handler (a1) and a pointer to the word definition (a2) Generally this won't be used directly.			class:word	{n/a}	{n/a}	d	all	
d:class	d-a	-	-	Given a dictionary header, return the class field.			class:word	{n/a}	{n/a}	d	all	
d:create	s-	-	-	Create a new dictionary header named the specified string. The new header will point to `here` and have a class of `class:data`.			class:word	{n/a}	{n/a}	d	all	
d:for-each	q-	-	-	Execute the specified quote once for each header in the dictionary. Before running the quote, this also pushes a pointer to the header onto the stack.			class:word	{n/a}	{n/a}	d	all	
d:last	-d	-	-	Return the most recent dictionary header.			class:word	{n/a}	{n/a}	d	all	
d:last<class>	-a	-	-	Return a pointer to the class field of the most recent dictionary header.			class:word	{n/a}	{n/a}	d	all	
d:last<name>	-s	-	-	Return a pointer to the name field of the most recent dictionary header.			class:word	{n/a}	{n/a}	d	all	
d:last<xt>	-a	-	-	Return a pointer to the xt field of the most recent dictionary header.			class:word	{n/a}	{n/a}	d	all	
d:link	d-a	-	-	Given a dictionary header, return the link field.			class:word	{n/a}	{n/a}	d	all	
d:lookup	s-d	-	-	Lookup the specified name in the dictionary and return a pointer to its dictionary header. This returns zero if the word is not found.			class:word	{n/a}	{n/a}	d	all	
d:lookup-xt	a-d	-	-	Lookup the specified address in the dictionary and return a pointer to its dictionary header. This returns zero if the word is not found.			class:word	{n/a}	{n/a}	d	all	
d:name	d-s	-	-	Given a dictionary header, return the name field.			class:word	{n/a}	{n/a}	d	all	
d:words	-	-	-	Display a list of all named items in the `Dictionary`.			class:word	{n/a}	{n/a}	d	rre	
d:words-beginning-with	s-	-	-	Display a list of all named items in the `Dictionary` that begin with the provided substring.			class:word	{n/a}	{n/a}	d	rre	
d:words-with	s-	-	-	Display a list of all named items in the `Dictionary` that contain the provided substring.			class:word	{n/a}	{n/a}	d	rre	
d:xt	d-a	-	-	Given a dictionary header, return the xt field.			class:word	{n/a}	{n/a}	d	all	
data	-	-	-	Change the class of the most recently defined word to `class:data`.			class:word	{n/a}	{n/a}	global	all	
depth	-n	-	-	Return the number of items on the stack.			class:word	{n/a}	{n/a}	global	all	
dip	nq-n	-	-	Temporarily remove n from the stack, execute the quotation, and then restore n to the stack.			class:word	{n/a}	{n/a}	global	all	
does	q-	-	-	Attach an action to the most recently created word. This is used in a manner similar to CREATE/DOES> in traditional Forth.			class:word	{n/a}	{n/a}	global	all	
drop	n-	-	-	Discard the top value on the stack.			class:primitive	{n/a}	{n/a}	global	all	
drop-pair	nn-	-	-	Remove top two items on the stack.			class:word	{n/a}	{n/a}	global	all	
dump-stack	-	-	-	Display the items on the data stack.			class:word	{n/a}	{n/a}	global	all	
dup	n-nn	-	-	Duplicate the top item on the stack.			class:primitive	{n/a}	{n/a}	global	all	
dup-pair	nm-nmnm	-	-	Duplicate the top two items on the stack.			class:word	{n/a}	{n/a}	global	all	
e:-INF	-e	-	-	Constant. Negative infinity.  For encoded floating point values.			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:-inf?	e-f	-	-	Is encoded value negative infinity?			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:INF	-e	-	-	Constant. Infinity. For encoded floating point values.			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:MAX	-e	-	-	Constant. Maximum value. For encoded floating point values.			class:word	{n/a}	{n/a}	e	rre	
e:MIN	-e	-	-	Constant. Minimum value. For encoded floating point values.			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:NAN	-e	-	-	Constant. Not a Number. For encoded floating point values.			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:clip	e-E	-	-	Constrain the encoded value to the allowable range.			class:word	{n/a}	{n/a}	e	rre	
e:inf?	e-f	-	-	Is encoded value infinity?			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:max?	e-f	-	-	Is encoded value at the maximum?			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:min?	e-f	-	-	Is encoded value at the minimum?			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:n?	e-f	-	-	Return `TRUE` if the encoded value is a valid number, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	e	rre	
e:nan?	e-f	-	-	Is encoded value a Nan?			class:word	{n/a}	{n/a}	e	rre	{n/a}
e:put	e-	-	-	Display an encoded number.			class:word	{n/a}	{n/a}	e	rre	
e:to-f	e-	-	-n	Decode an encoded floating point value.			class:word	{n/a}	{n/a}	e	rre	
e:zero?	e-f	-	-	Return `TRUE` if the value is zero, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	e	rre	
eq?	nn-f	-	-	Compare two values for equality. Returns `TRUE` if they are equal or `FALSE` otherwise.			class:primitive	    #1 #2 eq?\n    $a $b eq?	{n/a}	global	all	
err:notfound	-	-	-	Error handler. Called when a word is not found by `interpret`.			class:word	{n/a}	{n/a}	err	all	
f:*	-	-	FF-F	Multiply two floating point numbers, returning the result.			class:word	    .3.1415 .22 f:*	{n/a}	f	rre	
f:+	-	-	FF-F	Add two floating point numbers, returning the result.			class:word	    .3.1 .22 f:+	{n/a}	f	rre	
f:-	-	-	FF-F	Subtract F2 from F1 returing the result.			class:word	    .22.3 .0.12 f:-	{n/a}	f	rre	
f:-INF	-	-	-n	Return a value corresponding to negative infinity			class:word	{n/a}	{n/a}	f	rre	
f:-eq?	-f	-	FF-	Compare two floating point values for inequality. Returns `TRUE` if they are not equal or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:-inf?	-f	-	F-	Return `TRUE` if floating point value is -INF or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:/	-	-	FF-F	Divide floating point value F1 by F2.			class:word	{n/a}	{n/a}	f	rre	
f:E	-	-	-F	Return the floating point value for Euler's number.			class:word	{n/a}	{n/a}	f	rre	
f:E1	-	-	-f	Hook. Return a constant used as the scaling factor for the e: words.			class:word	{n/a}	{n/a}	f	rre	{n/a}
f:INF	-	-	-n	Return a value corresponding to positive infinity			class:word	{n/a}	{n/a}	f	rre	
f:NAN	-	-	-n	Return a value corresponding to NaN			class:word	{n/a}	{n/a}	f	rre	
f:PI	-	-	-F	Return the floating point value for PI.			class:word	{n/a}	{n/a}	f	rre	
f:abs	-	-	F-F	Return the absolute value for a floating point value.			class:word	{n/a}	{n/a}	f	rre	
f:acos	-	-	F-F	Return the arc cosine of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:adepth	-n	-	-	Return the number of items on the alternate floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:asin	-	-	F-F	Return the arc sine of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:atan	-	-	F-F	Return the arc tangent of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:between?	-f	-	nlu-	Return TRUE if number is between the lower (l) and upper (u) bounds. If not, return FALSE. This is inclusive of the limits.			class:word	    .3 .1 .100 f:between?\n    .100 .200 .300   f:between?	{n/a}	f	rre	
f:case	q-	-	nm-n	If `n` is equal to `m`, drop both and execute the specified quote before exiting the calling word. If not equal, leave `n` on the stack and let execution continue.			class:word	{n/a}	{n/a}	f	rre	
f:ceiling	-	-	F-F	Return the smallest integral value greater than or equal to the specified value.			class:word	{n/a}	{n/a}	f	rre	
f:cos	-	-	F-F	Return the cosine of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:dec	-	-	n-m	Decrement n by one.			class:word	    .100 f:dec	{n/a}	f	rre	
f:depth	-n	-	-	Return the number of items on the floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:drop	-	-	F-	Discard the top item on the floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:drop-pair	-	-	FF-	Remove top two items on the stack.			class:word	{n/a}	{n/a}	f	rre	
f:dump-astack	-	-	-	Display the items on the alternate floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:dump-stack	-	-	-	Display the items on the floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:dup	-	-	F-FF	Duplicate the top item on the floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:dup-pair	-	-	nm-nmnm	Duplicate the top two items on the stack.			class:word	{n/a}	{n/a}	f	rre	
f:eq?	-f	-	FF-	Compare two floating point values for equality. Returns `TRUE` if they are equal or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:fetch	a-	-	-n	Fetch a stored floating point value.			class:word	{n/a}	{n/a}	f	rre	
f:floor	-	-	F-F	Perform a mathmatical floor operation on the floating point value.			class:word	{n/a}	{n/a}	f	rre	
f:gt?	-f	-	FF-	Compare two floating point values for greater than.			class:word	{n/a}	{n/a}	f	rre	
f:inc	-	-	n-m	Increment n by one.			class:word	    .100 f:inc	{n/a}	f	rre	
f:inf?	-f	-	F-	Return `TRUE` if floating point value is INF or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:limit	-	-	nlu-m	Return n if it is within the lower (l) and upper (u) bounds. If outside the bounds, return the closes boundary value.			class:word	    .-10 .5 .8 f:limit\n    .10  .1 .15 f:limit	{n/a}	f	rre	
f:log	-	-	FF-F	Return log(F1) for base F2 for floating point values.			class:word	{n/a}	{n/a}	f	rre	
f:lt?	-f	-	FF-	Compare two floating point values for less than.			class:word	{n/a}	{n/a}	f	rre	
f:max	-	-	mn-o	Return the greater of two values.			class:word	    .1 .7 f:max\n    .-8 .-10 f:max	{n/a}	f	rre	
f:min	-	-	mn-o	Return the lesser of two values.			class:word	    .1 .7 f:min\n    .-8 .-10 f:min	{n/a}	f	rre	
f:nan?	-f	-	F-	Return `TRUE` if floating point value is NaN or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:negate	-	-	F-F	Invert the sign of the floating point value.			class:word	    .3.1415 f:negate	{n/a}	f	rre	
f:negative?	-f	-	F-	Return `TRUE` if floating point value is negative or `FALSE` if not.			class:word	{n/a}	{n/a}	f	rre	
f:nip	-	-	NM-M	Remove the second item from the stack.			class:word	{n/a}	{n/a}	f	rre	
f:over	-	-	FG-FGF	Put a copy of the second floating point value over the top one.			class:word	{n/a}	{n/a}	f	rre	
f:pop	-	-	-F	Pop a floating point value from the alternate stack.			class:word	{n/a}	{n/a}	f	rre	
f:positive?	-f	-	F-	Return `TRUE` if floating point value is positive or `FALSE` otherwise.			class:word	{n/a}	{n/a}	f	rre	
f:power	-	-	FF-F	Return F1^F2 for floating point values.			class:word	{n/a}	{n/a}	f	rre	
f:push	-	-	F-	Push a floating point value to an alternative stack.			class:word	{n/a}	{n/a}	f	rre	
f:put	-	-	F-	Display a floating point number.			class:word	{n/a}	{n/a}	global	rre	
f:rot	-	-	abc-bca	Rotate the top three values.			class:word	{n/a}	{n/a}	f	rre	
f:round	-	-	f-f	Round a floating point value.			class:word	{n/a}	{n/a}	f	rre	
f:sign	-n	-	F-	Return 1 if the floating point value is positive or -1 if it is negative.			class:word	    .3.1415 f:sign	{n/a}	f	rre	
f:signed-sqrt	-	-	F-F	Return the square root of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:signed-square	-	-	f-f	Return the square of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:sin	-	-	F-F	Return the sine of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:sqrt	-	-	F-F	Return the square root of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:square	-	-	f-f	Return the square of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:store	a-	-	n-	Store a floating point value to the specified memory location.			class:word	{n/a}	{n/a}	f	rre	
f:swap	-	-	FG-GF	Exchange the top and second items on the floating point stack.			class:word	{n/a}	{n/a}	f	rre	
f:tan	-	-	F-F	Return the tangent of a floating point number.			class:word	{n/a}	{n/a}	f	rre	
f:to-e	-e	-	n-	Encode the floating point value to an integer.			class:word	{n/a}	{n/a}	f	rre	
f:to-number	-n	-	F-	Convert a floating point value into a number.			class:word	{n/a}	{n/a}	f	rre	
f:to-string	-s	-	F-	Convert a floating point value into a string.			class:word	{n/a}	{n/a}	f	rre	
f:tuck	-	-	FG-GFG	Tuck a copy of the top floating point value under the second one.			class:word	{n/a}	{n/a}	f	rre	
fetch	a-n	-	-	Fetch the value stored at the specified address.			class:primitive	    &Version fetch	{n/a}	global	all	
fetch-next	a-an	-	-	Fetch the value stored at the specified address. Returns the next address and the value.			class:word	{n/a}	{n/a}	global	all	
file:A	-n	-	-	Constant for opening a file in APPEND mode.			class:data	{n/a}	{n/a}	file	rre	
file:R	-n	-	-	Constant for opening a file in READ mode.			class:data	{n/a}	{n/a}	file	rre	
file:R+	-n	-	-	Constant for opening a file in READ & WRITE mode.			class:data	{n/a}	{n/a}	file	rre	
file:W	-n	-	-	Constant for opening a file in WRITE mode.			class:data	{n/a}	{n/a}	file	rre	
file:close	h-	-	-	Given a file handle, close the file.			class:word	{n/a}	{n/a}	file	rre	
file:delete	s-	-	-	Delete the named file.			class:word	{n/a}	{n/a}	file	rre	
file:exists?	s-f	-	-	Given a file name, return `TRUE` if it exists or `FALSE` if it does not.			class:word	{n/a}	{n/a}	file	rre	
file:flush	h-	-	-	Given a file handle, flush any pending writes to disk.			class:word	{n/a}	{n/a}	file	rre	
file:for-each-line	sq-	-	-	Given a file name, open it and run the quote once for each line in the file.			class:word	{n/a}	{n/a}	file	rre	
file:open	sm-h	-	-	Open a named file (s) with the given mode (m). Returns a handle identifying the file.			class:word	  '/etc/motd file:R file:open	{n/a}	file	rre	
file:open<for-append>	s-nn	-	-	Open a file for reading & writing. Returns the size (NOS) and a file ID (TOS)			class:word	{n/a}	{n/a}	file	rre	
file:open<for-reading>	s-nn	-	-	Open a file for reading. Returns the size (NOS) and a file ID (TOS)			class:word	{n/a}	{n/a}	file	rre	
file:open<for-writing>	s-n	-	-	Open a file for writing. Returns the file ID			class:word	{n/a}	{n/a}	file	rre	
file:read	h-c	-	-	Given a file handle, read and return the next character in it.			class:word	{n/a}	{n/a}	file	rre	
file:read-line	f-s	-	-	Given a file handle, read a line and return a pointer to it.			class:word	{n/a}	{n/a}	file	rre	
file:seek	nh-	-	-	Move the current offset into a file to the specified one.			class:word	{n/a}	{n/a}	file	rre	
file:size	h-n	-	-	Given a file handle, return the size of the file (in bytes).			class:word	{n/a}	{n/a}	file	rre	
file:slurp	as-	-	-	Given an address and a file name, read the file contents into memory starting at the address.			class:word	{n/a}	{n/a}	file	rre	
file:spew	ss-	-	-	Given a string (s1) and a file name (s2), write the string into the file, replacing any existing cotent.			class:word	{n/a}	{n/a}	file	rre	
file:tell	h-n	-	-	Given a file handle, return the current offset in the file.			class:word	{n/a}	{n/a}	file	rre	
file:write	ch-	-	-	Write a character to the file represented by the handle.			class:word	{n/a}	{n/a}	file	rre	
gopher:get	asns-n	-	-	Takes an address, a server, a port, and a selector. Fetch the resource and store it at address. Return the number of bytes received.			class:word	    here 'forthworks.com #70 '/ gopher:get\n    here s:put	{n/a}	gopher	ios	
gt?	nn-f	-	-	Compare n1 and n2. Return `TRUE` if n1 is greater than n2, or `FALSE` otherwise.			class:primitive	{n/a}	{n/a}	global	all	
gteq?	nn-f	-	-	Compare n1 and n2. Return `TRUE` if n1 is greater than or equal to n2, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	global	all	
here	-a	-	-	Return the next free address in memory.			class:word	{n/a}	{n/a}	global	all	
hook	-	-	-	Add a hook point into the current word. This should only be used as the first word in a definition.			class:macro	    :foo hook ;	{n/a}	global	global	
i	s-	-	-	Assemble the instructions specified by the string into the current assembly scope.			class:word	{n/a}	{n/a}	global	all	
if	fq-	-	-	Execute the quote if the flag is `TRUE`.			class:word	{n/a}	{n/a}	global	all	
if;	fq-	-	-	Execute the quotation if the flag is `TRUE`. If true, also exit the word.			class:word	{n/a}	{n/a}	global	all	
image:save	s-	-	-	Save the current system to a new image file.			class:word	{n/a}	{n/a}	image	rre	
immediate	-	-	-	Change the class of the most recently defined word to `class:macro`.			class:word	{n/a}	{n/a}	global	all	
include	s-	-	-	Run the code in the specified file. 			class:word	{n/a}	{n/a}	global	rre	
interpret	s-	-	-	Interpret a single input token.			class:word	    '#100 interpret\n    'words interpret	{n/a}	global	all	
io:enumerate	-n	-	-	Return the number of I/O devices.			class:word	{n/a}	{n/a}	io	all	
io:file-operation	...n-	-	-	Trigger a file I/O operation. This is not intended to be used directly.			class:word	{n/a}	{n/a}	io	rre	
io:float-operation	...n-	-	-	Trigger a floating point operation. This is not intended to be used directly.			class:word	{n/a}	{n/a}	io	rre	
io:invoke	n-	-	-	Invoke an interaction with an I/O device.			class:word	{n/a}	{n/a}	io	all	
io:query	n-mN	-	-	Ask an I/O device to identify itself. Returns a version (m) and device ID (N).			class:word	{n/a}	{n/a}	io	all	
io:scan-for	n-m	-	-	Scan the I/O devices for a device with a specified ID. Returns the device number, or -1 if not found.			class:word	{n/a}	{n/a}	io	all	
io:unix-syscall	...n-	-	-	Trigger a Unix system call. This is not intended to be used directly.			class:word	{n/a}	{n/a}	io	rre	
listen	-	-	-	Run interactive "listener" (a REPL).			class:word	{n/a}	{n/a}	global	rre	
lt?	nn-f	-	-	Compare n1 and n2. Return `TRUE` if n1 is less than n2, or `FALSE` otherwise.			class:primitive	{n/a}	{n/a}	global	all	
lteq?	nn-f	-	-	Compare n1 and n2. Return `TRUE` if n1 is less than or equal to n2, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	global	all	
mod	nm-o	-	-	Divide `n` by `m` and return the remainder.			class:word	{n/a}	{n/a}	global	all	
n:-zero?	n-f	-	-	Return `TRUE` if number is not zero, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	n	all	
n:MAX	-n	-	-	Return the maximum value that will fit in a cell.			class:word	{n/a}	{n/a}	n	all	
n:MIN	-n	-	-	Return the minimum value that will fit in a cell.			class:word	{n/a}	{n/a}	n	all	
n:abs	n-n	-	-	Return the absolute value of a number.			class:word	    #10 n:abs\n    #-10 n:abs\n	{n/a}	n	all	
n:between?	nlu-f	-	-	Return TRUE if number is between the lower (l) and upper (u) bounds. If not, return FALSE. This is inclusive of the limits.			class:word	    #3 #1 #100 n:between?\n    $q $a $b   n:between?	{n/a}	n	all	
n:dec	n-m	-	-	Decrement n by one.			class:word	    #100 n:dec	{n/a}	n	all	
n:even?	n-f	-	-	Return `TRUE` if number is even, or `FALSE` if not.			class:word	    #12 n:even?\n    #11 n:even?	{n/a}	n	all	
n:inc	n-m	-	-	Increment n by one.			class:word	    #100 n:inc	{n/a}	n	all	
n:limit	nlu-m	-	-	Return n if it is within the lower (l) and upper (u) bounds. If outside the bounds, return the closes boundary value.			class:word	    #-10 #5 #8 n:limit\n    #10  #1 #15 n:limit	{n/a}	n	all	
n:max	mn-o	-	-	Return the greater of two values.			class:word	    #1 #7 n:max\n    #-8 #-10 n:max	{n/a}	n	all	
n:min	mn-o	-	-	Return the lesser of two values.			class:word	    #1 #7 n:min\n    #-8 #-10 n:min	{n/a}	n	all	
n:negate	n-n	-	-	Invert the sign of a number.			class:word	    #10 n:negate\n    #-10 n:negate	{n/a}	n	rre	
n:negative?	n-f	-	-	Return `TRUE` if number is negative, or `FALSE` if not.			class:word	{n/a}	{n/a}	n	all	
n:odd?	n-f	-	-	Return `TRUE` if number is odd, or `FALSE` if not.			class:word	{n/a}	{n/a}	n	all	
n:positive?	n-f	-	-	Return `TRUE` if number is positive, or `FALSE` if not.			class:word	{n/a}	{n/a}	n	all	
n:pow	bp-n	-	-	Return base (b) to power (p).			class:word	{n/a}	{n/a}	n	all	
n:put	n-	-	-	Display a number.			class:word	{n/a}	{n/a}	global	all	
n:random	-n	-	-	Return a random number			class:word	    n:random n:put	{n/a}	n	rre	
n:sqrt	n-m	-	-	Return the square root of a number.			class:word	{n/a}	{n/a}	n	all	
n:square	n-m	-	-	Return the square of a number.			class:word	{n/a}	{n/a}	n	all	
n:strictly-positive?	n-f	-	-	Return TRUE if number is greater than zero or FALSE if it is zero or less.			class:word	{n/a}	{n/a}	n	all	
n:to-float	n-	-	-F	Convert a number into a floating point value.			class:word	{n/a}	{n/a}	n	rre	
n:to-string	n-s	-	-	Convert a number into a string.			class:word	{n/a}	{n/a}	n	all	
n:zero?	n-f	-	-	Return `TRUE` if number is zero, or `FALSE` otherwise.			class:word	{n/a}	{n/a}	n	all	
nip	nm-m	-	-	Remove the second item from the stack.			class:word	{n/a}	{n/a}	global	all	
nl	-	-	-	Display a newline.			class:word	{n/a}	{n/a}	global	all	
not	n-m	-	-	Perform a logical NOT operation.			class:word	{n/a}	{n/a}	global	all	
ok	-	-	-	Display the "ok" prompt. This is a hook.			class:word	{n/a}	{n/a}	global	rre	
or	mn-o	-	-	Perform a bitwise OR between the provided values.			class:primitive	{n/a}	{n/a}	global	all	
over	nm-nmn	-	-	Put a copy of n over m.			class:word	{n/a}	{n/a}	global	all	
parse-until	q-s	-	-	Read input from stdin (via `c:get`) until the returned character is matched by the quote. Returns a string.			class:word	  :read-until-period (-s)\n    [ $. eq? ] parse-until ;	{n/a}	all	rre	
pb:get	a-	-	-	Copy a string from the pasteboard to the specified address.			class:word	{n/a}	{n/a}	pb	iOS	{n/a}
pb:length	-n	-	-	Return the length of the string on the pasteboard.			class:word	{n/a}	pb	pb	iOS	
pb:set	s-	-	-	Copy a string to the pasteboard.			class:word	{n/a}	{n/a}	pb	iOS	
pop	-n	n-	-	Move a value from the return stack to the data stack.			class:macro	{n/a}	{n/a}	global	all	
prefix:!	ns-	-	-	Store a value into a variable.	Store a value into the named variable.	Compile the code to store a value into a named variable.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:"	s-s	-	-	Process token as a string.	Keep string as permanent. If `RewriteUnderscores` is `TRUE`, replace all instances of _ with space.	Keep string as permanent. If `RewriteUnderscores` is `TRUE`, replace all instances of _ with space. Then compile the string into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:#	s-n	-	-	Process token as a number.	Convert the string into a number and leave on the stack.	Convert the string into a number and compile into the current definition as a literal.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:$	s-c	-	-	Process token as an ASCII character.	Fetch first character from string. Leave on stack.	Fetch first character from the string. Compile into the current definition as  literal.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:&	s-a	-	-	Return a pointer to a named item.	Lookup name in dictionary, return contents of the xt field on the stack.	Lookup name in dictionary, compile code to push the contents of the xt field into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:'	s-s	-	-	Process token as a string.	Move string into temporary buffer. If `RewriteUnderscores` is `TRUE`, replace all instances of _ with space.	Move string into temporary buffer. If `RewriteUnderscores` is `TRUE`, replace all instances of _ with space. Then compile the string into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:(	s-	-	-	Process token as a comment.	Discard the string.	Discard the string.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:.	s-	-	-F	Interpret time: convert string to a floating point value. Compile time: convert string to a floating point value and compile code to push this value to the float stack.			class:macro	{n/a}	{n/a}	prefix	rre	
prefix::	s-	-	-	Process token as a new definition.	Create a header pointing to `here` with the provided string as the name. Sets class to `class:word`.		class:macro	{n/a}	{n/a}	prefix	all	
prefix:@	s-n	-	-	Fetch from a stored variable.	Fetch a value from a named variable.	Compile the code to fetch a value from a named variable into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:`	s-	-	-	Process token as a bytecode.	Discard the string.	Convert the string to a number and use `,` to inline it into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
prefix:|	s-	-	-	POSTPONE equivalent.	Discard the string.	Convert the string to a number and use `,` to inline it into the current definition.	class:macro	{n/a}	{n/a}	prefix	all	
primitive	-	-	-	Change the class of the most recently defined word to `class:primitive`.			class:word	{n/a}	{n/a}	global	all	
push	n-	-n	-	Move a value from the data stack to the return stack.			class:macro	{n/a}	{n/a}	global	all	
r	s-	-	-	Lookup a reference by name and inline its pointer to the current assembly segment.			class:word	{n/a}	{n/a}	global	all	
random:mersenne	-n	-	-	Return a random number using a mersenne shifter			class:word	{n/a}	{n/a}	random	rre	
random:mersenne:set-seed	n-	-	-	Seed random:mersenne with the specified value			class:word	{n/a}	{n/a}	random	rre	
random:xoroshiro128**	-n	-	-	Return a random number using xoroshiro128**			class:word	{n/a}	{n/a}	random	rre	
random:xoroshiro128**:jump	-	-	-	Updates the internal xoroshiro128** state registers with the equivalent of 2^64 calls to random:xoroshiro128**.			class:word	{n/a}	{n/a}	random	rre	
random:xoroshiro128**:set-seed	n-	-	-	Seed random:xoroshiro128** with the specified value			class:word	{n/a}	{n/a}	random	rre	
random:xoroshiro128**:test-seed	nnnn-	-	-	Sets the internal xoroshiro128** state registers s0..s3 starting with TOS.			class:word	{n/a}	{n/a}	random	rre	
reclass	a-	-	-	Change the class handler of the most recently defined word to the specified one.			class:word	{n/a}	{n/a}	global	all	
reorder	...ss-?	-	-	Restructure the order of items on the stack.			class:word	{n/a}	{n/a}	global	all	
repeat	-	-	-	Begin an unconditional loop.			class:macro	{n/a}	{n/a}	global	all	
reset	...-	-	-	Remove all items from the stack.			class:word	{n/a}	{n/a}	global	all	
rot	abc-bca	-	-	Rotate the top three values.			class:word	{n/a}	{n/a}	global	all	
s,	s-	-	-	Compile the code needed to push a string pointer to the stack and inline the string data into the current definition.			class:word	{n/a}	{n/a}	global	all	
s:ASCII-LETTERS	-s	-	-	Constant. Returns a string of the ASCII letters (upper and lower case)			class:data	{n/a}	{n/a}	s	all	
s:ASCII-LOWERCASE	-s	-	-	Constant. Returns a string of the ASCII letters in lowercase			class:data	{n/a}	{n/a}	s	all	
s:ASCII-UPPERCASE	-s	-	-	Constant. Returns a string of the ASCII letters in uppercase			class:data	{n/a}	{n/a}	s	all	
s:DIGITS	-s	-	-	Constant. Return a string of characters recognized as numeric digits.			class:data	{n/a}	{n/a}	s	all	
s:PUNCTUATION	-s	-	-	Constant. Return a string of characters recognized as punctuation.			class:data	{n/a}	{n/a}	s	all	
s:WHITESPACE	-s	-	-	Constant. Returns a string of characters recognized as whitespace.			class:data	{n/a}	{n/a}	s	all	
s:append	ss-s	-	-	Return a new string consisting of s1 followed by s2.			class:word	{n/a}	{n/a}	s	all	
s:begins-with?	ss-f	-	-	Return `TRUE` if s1 begins with s2 or `FALSE` otherwise.			class:word	{n/a}	{n/a}	s	all	
s:case	sSq- || sSq-s	-	-	If the `s` matches `S`, discard `s` and run the quote before exiting the caller. If they do not match, discard the quote and leave `s` on the stack.			class:word	{n/a}	{n/a}	s	all	
s:chop	s-s	-	-	Remove the last character from a string. Returns a new string.			class:word	{n/a}	{n/a}	s	all	
s:const	ss-	-	-	Create a constant named s2, returning a pointer to s1. This will use `s:keep` to preserve the original string.			class:word	{n/a}	{n/a}	s	all	
s:contains-char?	sc-f	-	-	Return `TRUE` if the character is present in the string or `FALSE` otherwise.			class:word	{n/a}	{n/a}	s	all	
s:contains-string?	ss-f	-	-	Return `TRUE` if the second string is present in the first string or `FALSE` otherwise.			class:word	{n/a}	{n/a}	s	all	
s:copy	sa-	-	-	Copy a string (s) to a destination (a). This will include the terminator character when copying.			class:word	{n/a}	{n/a}	s	all	
s:empty	-s	-	-	Return an empty string.			class:word	{n/a}	{n/a}	s	all	
s:ends-with?	ss-f	-	-	Return `TRUE` if s1 ends with s2 or `FALSE` otherwise.			class:word	{n/a}	{n/a}	s	all	
s:eq?	ss-f	-	-	Compare two strings for equality. Return `TRUE` if identical or `FALSE` if not.			class:word	    'hello 'again s:eq?\n    'test  'test  s:eq?	{n/a}	s	all	
s:evaluate	s-?	-	-	Evaluate string as if it was typed into the interpreter.			class:word	{n/a}	{n/a}	s	all	
s:filter	sq-s	-	-	Execute the quote once for each value in the string. If the quote returns `TRUE`, append the value into a new string. If `FALSE` the value will be discarded.			class:word	{n/a}	{n/a}	s	all	
s:for-each	sq-	-	-	Execute the quote once for each value in the string.			class:word	{n/a}	{n/a}	s	all	
s:format	...s-s	-	-	Construct a new string using the template passed and items from the stack.			class:word	{n/a}	{n/a}	s	all	
s:get	-s	-	-	Read input from standard in (via `c:get`) until a CR or LF is encountered. Returns a strig.			class:word	{n/a}	{n/a}	all	rre	
s:hash	s-n	-	-	Calculate a hash value for a string. This uses the djb2 algorithm.			class:word	{n/a}	{n/a}	s	all	
s:index-of	sc-n	-	-	Return the location of the first instance of the specified character in the string.			class:word	{n/a}	{n/a}	s	all	
s:index-of-string	ss-n	-	-	Return the location of the first instance of the specified substring (s2) in the string (s1). Returns -1 if not found.			class:word	{n/a}	{n/a}	s	all	
s:keep	s-s	-	-	Store a string into the heap and return a pointer to the start of it.			class:word	{n/a}	{n/a}	s	all	
s:left	sn-s	-	-	Return a new string containing the first `n` characters from the source string.			class:word	{n/a}	{n/a}	s	all	
s:length	s-n	-	-	Return the number of characters in a string, excluding the NULL terminator.			class:word	{n/a}	{n/a}	s	all	
s:map	sq-s	-	-	Execute the specified quote once for each character in the string. Builds a new string from the return value of the quote. The quote should return only one value.			class:word	{n/a}	{n/a}	s	all	
s:prepend	ss-s	-	-	Return a new string consisting of s2 followed by s1.			class:word	{n/a}	{n/a}	s	all	
s:put	s-	-	-	Display a string.			class:word	{n/a}	{n/a}	global	all	
s:replace	sss-s	-	-	Replace the first instance of s2 in s1 with s3.			class:word	{n/a}	{n/a}	s	all	
s:replace-all	sss-s	-	-	Replace all instances of s2 in s1 with s3.			class:word	{n/a}	{n/a}	s	all	
s:reverse	s-s	-	-	Reverse the order of ASCII characters in a string.			class:word	{n/a}	{n/a}	s	all	
s:right	sn-s	-	-	Return a new string containing the specified number of characters from the right side of the string.			class:word	{n/a}	{n/a}	s	all	
s:skip	-	-	-	Internal helper function used to skip over a string in a definition.			class:word	{n/a}	{n/a}	s	all	
s:split	sc-ss	-	-	Split a string on the first occurrance of the specified character.			class:word	{n/a}	{n/a}	s	all	
s:split-on-string	ss-ss	-	-	Split a string on the first occurrance of the specified string. After the split, the top stack item will be the part of the string before the specified subsring, and the second item will be the rest of the original string.			class:word	  'Hello_Brave_World! 'Brave s:split-on-string s:put nl s:put nl	{n/a}	s	all	
s:substr	sfl-s	-	-	Extract a substring from the specified string. This will take the characters starting at `f` and extend `l` characters in length.			class:word	{n/a}	{n/a}	s	all	
s:temp	s-s	-	-	Move a string into the temporary string buffers.			class:word	{n/a}	{n/a}	s	all	
s:to-float	s-	-	-F	Convert a string representation into a floating point value.			class:word	{n/a}	{n/a}	s	rre	
s:to-lower	s-s	-	-	Convert uppercase ASCII characters in a string to lowercase.			class:word	{n/a}	{n/a}	s	all	
s:to-number	s-n	-	-	Convert a string to a number.			class:word	{n/a}	{n/a}	s	all	
s:to-upper	s-s	-	-	Convert lowercase ASCII characters in a string to uppercase.			class:word	{n/a}	{n/a}	s	all	
s:tokenize	sc-a	-	-	Takes a string and a character to use as a separator. It splits the string into substrings and returns an array containing pointers to each of them.			class:word	{n/a}	{n/a}	s	all	
s:tokenize-on-string	ss-a	-	-	Takes a string (s1) and a substring (s2)  use as a separator. It splits the string into substrings and returns as array containing pointers to each of them.			class:word	{n/a}	{n/a}	s	all	
s:trim	s-s	-	-	Trim leading and trailing whitespace from a string.			class:word	    '__hello__ s:trim	{n/a}	s	all	
s:trim-left	s-s	-	-	Trim leading whitespace from a string.			class:word	    '__hello__ s:trim-left	{n/a}	s	all	
s:trim-right	s-s	-	-	Trim trailing whitespace from a string.			class:word	    '__hello__ s:trim-right	{n/a}	s	all	
set-hook	aa-	-	-	Patch the hook point in a2 to point to a1.			class:word	    :foo hook ;\n    :bar #1 ;\n    &bar &foo set-hook	{n/a}	global	all	
shift	mn-o	-	-	Peform a bitwise shift of m by n bits. If n is positive, shift right. If negative, the shift will be to the left.			class:primitive	{n/a}	{n/a}	global	all	
sip	nq-n	-	-	Run quote. After execution completes, put a copy of n back on top of the stack.			class:word	{n/a}	{n/a}	global	all	
socket:accept	n-nn	-	-	Begin accepting connections. Returns a new socket and an error code.			class:word	{n/a}	{n/a}	socket	rre	
socket:bind	sn-nn	-	-	Bind a socket to a port. The port should be a string. Returns 0 if successful or -1 othewise and an error code.			class:word	{n/a}	{n/a}	socket	rre	
socket:close	n-	-	-	Close a socket.			class:word	{n/a}	{n/a}	socket	rre	
socket:configure	ss-	-	-	Configure internal settings for a host (s1) and port (s2). Use before `socket:bind`.			class:word	{n/a}	{n/a}	socket	rre	
socket:connect	n-nn	-	-	Connect to a server. Provide a socket, this will return a status flag and an error code.			class:word	{n/a}	{n/a}	socket	rre	
socket:create	-n	-	-	Obtain a new socket.			class:word	{n/a}	{n/a}	socket	rre	
socket:gethostbyname	as-	-	-	Get the host IP in dotted notation. The host is specified by the string and the address is the start of the buffer for the dotted IP.			class:word	{n/a}	{n/a}	socket	rre	
socket:listen	nn-nn	-	-	Prepare a socket for accepting incoming quotations. Takes a backlog count (n1) and a socket (n2). Returns a flag (0 success, -1 failed) and an error code.			class:word	{n/a}	{n/a}	socket	rre	
socket:recv	ann-nn	-	-	Receive data from a socket. This will read into memory starting at address *a*, up to *n1* bytes. *n2* is the socket. Returns the number of bytes read and an error code.			class:word	{n/a}	{n/a}	socket	rre	
socket:send	sn-nn	-	-	Send a string to a socket. This will return the number of characters sent and an error code.			class:word	{n/a}	{n/a}	socket	rre	
sp	-	-	-	Display a space (`ASCII:SPACE`)			class:word	    :spaces (n-)  [ sp ] times ;\n    #12 spaces	{n/a}	global	all	
store	na-	-	-	Store a value into the specified address.			class:primitive	    'Base var\n    #10 &Base store	{n/a}	global	all	
store-next	na-a	-	-	Store a value into the specified address and return the next address.			class:word	{n/a}	{n/a}	global	all	
swap	nm-mn	-	-	Exchange the position of the top two items on the stack			class:primitive	{n/a}	{n/a}	global	all	
sys:argc	-n	-	-	Return the number of arguments passed to the program.			class:word	{n/a}	{n/a}	sys	rre	
sys:argv	n-s	-	-	Given an argument number, return the argument as a string.			class:word	{n/a}	{n/a}	sys	rre	
sys:name	-s	-	-	Return the filename of the program being run.			class:word	{n/a}	{n/a}	sys	rre	
tab	-	-	-	Display a tab (`ASCII:HT`)			class:word	{n/a}	{n/a}	global	all	
times	nq-	-	-	Run the specified quote the specified number of times.			class:word	    #12 [ $- c:put ] times	{n/a}	global	all	
times<with-index>	nq-	-	-	Run a quote the specified number of times, tracking the loop index in `I`.			class:word	{n/a}	{n/a}	global	all	
tri	xqqq-?	-	-	Apply q1 against x, then q2 against a copy of x, and finally q3 against another copy of x.			class:word	{n/a}	{n/a}	global	all	
tri*	xyzqqq-?	-	-	Apply q1 against x, q2 against y, and q3 against z.			class:word	{n/a}	{n/a}	global	all	
tri@	xyzq-?	-	-	Apply q against x, then against y, and finally against z.			class:word	{n/a}	{n/a}	global	all	
tuck	nm-mnm	-	-	Put a copy of the top item on the stack under the second one.			class:word	{n/a}	{n/a}	global	all	
unhook	a-	-	-	Reset the hook point in a1 to the default definition.			class:word	    :foo hook #1 ;\n    :bar #2 ;\n    &bar &foo set-hook\n    &foo unhook	{n/a}	global	all	
unix:chdir	s-	-	-	Change the current working directory to the specified one.			class:word	  '/etc unix:chdir	{n/a}	unix	rre	
unix:count-files-in-cwd	-n	-	-	Return the number of files (and subdirectories) in the current working directory			class:word	{n/a}	{n/a}	unix	rre	
unix:exec0	s-	-	-	Execute a process by running the application specified by s.			class:word	{n/a}	{n/a}	unix	rre	
unix:exec1	ss-	-	-	Execute a process by running the application specified by s1. Pass s2 as an argument.			class:word	{n/a}	{n/a}	unix	rre	
unix:exec2	sss-	-	-	Execute a process by running the application specified by s1. Pass s2 and s3 as arguments.			class:word	{n/a}	{n/a}	unix	rre	
unix:exec3	ssss-	-	-	Execute a process by running the application specified by s1. Pass s2, s3, and s4 as arguments.			class:word	{n/a}	{n/a}	unix	rre	
unix:exit	n-	-	-	Exit the current process, returning the specified return code.			class:word	{n/a}	{n/a}	unix	rre	
unix:for-each-file	q-	-	-	Run a quote once for each file or subdirectory in the current directory. The quote will receive the file name as a string and should consume this and return nothing on the stack.			class:word	{n/a}	{n/a}	unix	rre	
unix:fork	-n	-	-	Fork the current process. Returns a PID.			class:word	{n/a}	{n/a}	unix	rre	
unix:get-cwd	-s	-	-	Return the current working directory			class:word	{n/a}	{n/a}	unix	rre	
unix:getenv	sa-	-	-	Get an environment variable. Provide the name and an address to store it in.			class:word	  'SHELL s:empty [ unix:getenv ] sip s:put nl	{n/a}	unix	rre	
unix:getpid	-n	-	-	Return the PID of the current process.			class:word	{n/a}	{n/a}	unix	rre	
unix:io:n:put	n-	-	-	Deprecated. Display a number (in base 10) to the standard output device. This is faster than `n:put`, but not portable.			class:word	{n/a}	{n/a}	unix:io	rre	
unix:io:s:put	s-	-	-	Deprecated. Display a string to stdout. This is faster than `s:put`, but not portable.			class:word	{n/a}	{n/a}	unix:io	rre	
unix:kill	nn-	-	-	Terminates a process. Takes a process and a signal to send.			class:word	{n/a}	{n/a}	unix	rre	
unix:pclose	n-	-	-	Close a pipe.			class:word	{n/a}	{n/a}	unix	rre	
unix:popen	sn-n	-	-	Open a pipe. Takes a command to run, and a file mode (`file:R` or `file:W`; `file:R+` may work on some systems). Returns a file ID usable with words in the `file:` namespace.			class:word	{n/a}	{n/a}	unix	rre	
unix:putenv	s-	-	-	Takes a string in the form `name=value` and sets an environment variable named `name` to `value`.			class:word	  'EDITOR=vi unix:putenv	{n/a}	unix	rre	
unix:sleep	n-	-	-	Sleep for the specified number of seconds.			class:word	{n/a}	{n/a}	unix	rre	
unix:slurp-pipe	as-n	-	-	Open a pipe. Read all output from the pipe (until ASCII:NULL) and store in the specified buffer. Return the number of bytes read.			class:word	{n/a}	{n/a}	unix	rre	
unix:system	s-	-	-	Runs another application using the system shell and returns after execution is completed.			class:word	  'ls_-lh_/etc unix:system	{n/a}	unix	rre	
unix:time	-n	-	-	Return a timestamp.			class:word	{n/a}	{n/a}	unix	rre	
unix:wait	-n	-	-	Waits for a child process to complete. This maps to the wait() system call.			class:word	{n/a}	{n/a}	unix	rre	
unix:write	sh-	-	-	Deprecated. Write a string to the specified file handle.			class:word	{n/a}	{n/a}	unix	rre	
until	q-	-	-	Execute quote repeatedly while the quote returns a value of `FALSE`. The quote should return a flag of either `TRUE` or `FALSE`, though `until` will treat any non-zero value as `TRUE`.			class:word	    #10 [ dup n:put nl n:dec dup n:zero? ] until	{n/a}	global	all	
v:dec	a-	-	-	Decrement the value stored at the specified address by 1.			class:word	{n/a}	{n/a}	v	all	
v:dec-by	na-	-	-	Decrement the value stored at the specified address by the specified value.			class:word	{n/a}	{n/a}	v	all	
v:inc	a-	-	-	Increment the value stored at the specified address by 1.			class:word	{n/a}	{n/a}	v	all	
v:inc-by	na-	-	-	Increment the value stored at the specified address by the specified value.			class:word	{n/a}	{n/a}	v	all	
v:limit	alu-	-	-	Fetch the value stored at the address, then run `n:limit` against it, using the specified lower and upper bounds. Then store the resulting value back to the original address.			class:word	{n/a}	{n/a}	v	all	
v:off	a-	-	-	Set a variable to 0.			class:word	{n/a}	{n/a}	v	all	
v:on	a-	-	-	Set a variable to -1.			class:word	{n/a}	{n/a}	v	all	
v:preserve	aq-	-	-	Make a copy of the value at the address, then run the quote. Once the quote completes, restore the address to the specified value.			class:word	{n/a}	{n/a}	v	all	
v:update	aq-	-	-	Fetch a value from the specified address, then run the quotation with this value on the stack. Afterwards, store the returned value at the original address.			class:word	{n/a}	{n/a}	v	all	
var	s-	-	-	Create a variable. The variable is initialized to 0.			class:word	    'Base var	{n/a}	global	all	
var<n>	ns-	-	-	Create a variable with the specified initial value.			class:word	    #10 'Base var<n>\n	{n/a}	global	all	
while	q-	-	-	Execute quote repeatedly while the quote returns a `TRUE` value. The quote should return a flag of either `TRUE` or `FALSE`, though `while` will treat any non-zero value as `TRUE`.			class:word	    #10 [ dup n:put nl n:dec dup n:-zero? ] while	{n/a}	global	all	
xor	mn-o	-	-	Perform a bitwise XOR operation.			class:primitive	{n/a}	{n/a}	global	all	
{	-	-	-	Begin an array. This is intended to make creating arrays a bit cleaner than using a quotation and `a:counted-results`.			class:word	{n/a}	{n/a}	global	all	
{{	-	-	-	Begin a lexically scoped area.			class:word	{n/a}	{n/a}	global	all	
}	-a	-	-	Complete an array begun by `{`. Returns a pointer to the data.			class:word	{n/a}	{n/a}	global	all	
}as	f-	-	-	End an assembly section.			class:macro	{n/a}	{n/a}	global	all	
}}	-	-	-	End a lexically scoped area. This will hide any headers between `{{` and `---reveal---`, leaving only headers between `---reveal---` and the `}}` visible.			class:word	{n/a}	{n/a}	global	all	
