rename references to old names in doc

FossilOrigin-Name: 0b0cd20ed69027a7d9b5f2d905d7b9e033e2976208385652d888da35432a4482
This commit is contained in:
crc 2018-05-07 16:39:49 +00:00
parent 73493f92f4
commit ed89e0bde8
5 changed files with 30 additions and 30 deletions

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@ -128,7 +128,7 @@ To create new functions, you use the compiler. This is generally
started by using the `:` (pronounced *colon*) prefix. A simple
example:
:foo #1 #2 + putn ;
:foo #1 #2 + n:put ;
Breaking this apart:
@ -157,13 +157,13 @@ calls the corresponding class handler. The class handler for
normal words calls the code at the address if interpreting, or
compiles a call to it if the `Compiler` is active.
putn
n:put
The process is repeated for `putn`.
The process is repeated for `n:put`.
;
The last word has a slight difference. Like `+` and `putn`, this
The last word has a slight difference. Like `+` and `n:put`, this
is a word, not a prefixed token. But the class handler for this
one always calls the associated code. In this case, `;` is the
word which ends a definition and turns off the `Compiler`.
@ -178,15 +178,15 @@ difficult to explain, so let's take a quick look at how it works:
>>> A ?
#1000 'A var<n>
:scale (x-y) A fetch * ;
#3 scale putn
#3 scale n:put
>>> 3000
#100 A store
#3 scale putn
#3 scale n:put
>>> 300
#5 'A var<n>
#3 scale putn
#3 scale n:put
>>> 300
A fetch putn
A fetch n:put
>>> 5
Output is marked with **>>>**.
@ -321,9 +321,9 @@ Comparisons
-----------
Strings can be compared using `s:eq?`:
'test_1 'test_2 s:eq? putn
'test_1 'test_2 s:eq? n:put
>>> 0
'test_3 'test_3 s:eq? putn
'test_3 'test_3 s:eq? n:put
>>> -1
The comparisons are case sensitive.

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@ -7,15 +7,15 @@ take a quick look at how it works:
~~~
#1000 'a var<n>
:scale (x-y) @a * ;
#3 scale putn
#3 scale n:put
>>> 3000
#100 !a
#3 scale putn
#3 scale n:put
>>> 300
#5 'a var<n>
#3 scale putn
#3 scale n:put
>>> 300
@a putn
@a n:put
>>> 5
~~~

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@ -6,26 +6,26 @@ Displaying Things
Numbers
=======
#100 putn
#100 n:put
Characters
==========
$a putc
$a c:put
Strings
=======
'hello,_world puts
'hello,_world s:put
Mixed
=====
#1 #2 #3 '%n_-_%n_=_%n\n s:format puts
'Charles' 'Hello_%s\n s:format puts
#1 #2 #3 '%n_-_%n_=_%n\n s:format s:put
'Charles' 'Hello_%s\n s:format s:put
Conditionals
@ -134,13 +134,13 @@ Counted
=======
(simple,_no_index_on_stack)
#10 [ $a putc ] times
#10 [ $a c:put ] times
Conditional
===========
#10 [ n:dec dup putn dup n:-zero? ] while
#10 [ n:dec dup n:put dup n:-zero? ] while
Math

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@ -25,22 +25,22 @@ flag is `TRUE`:
~~~
#1 #2 eq?
[ 'True! puts ] if
[ 'True! s:put ] if
~~~
Or if it's `FALSE`:
~~~
#1 #2 eq?
[ 'Not_true! puts ] -if
[ 'Not_true! s:put ] -if
~~~
There's also a `choose` combinator:
~~~
#1 #2 eq?
[ 'True! puts ]
[ 'Not_true! puts ] choose
[ 'True! s:put ]
[ 'Not_true! s:put ] choose
~~~
RETRO also uses combinators for loops:
@ -48,7 +48,7 @@ RETRO also uses combinators for loops:
A counted loop takes a count and a quote:
~~~
#0 #100 [ dup putn sp n:inc ] times
#0 #100 [ dup n:put sp n:inc ] times
~~~
You can also loop while a quote returns a flag of `TRUE`:
@ -68,7 +68,7 @@ instance, many structures provide a `for-each` combinator which can be run
once for each item in the structure. E.g., with a string:
~~~
'Hello [ putc ] s:for-each
'Hello [ c:put ] s:for-each
~~~
Moving further, combinators are also used for filters and operations on

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@ -31,7 +31,7 @@ Example:
(Define_some_words)
:hello (-)
'Hello_World! puts nl ;
'Hello_World! s:put nl ;
:n:square (n-m)
dup * ;
@ -44,9 +44,9 @@ hello
$a (this_is_the_ASCII_'a')
'Use_underscores_in_place_of_spaces_in_strings
&puts call
&s:put call
'Foo var
#100 !Foo
@Foo putn
@Foo n:put
~~~