CCR Languages Quick Reference

A quick reference guide for the language-specific commands included with Caster. Use the "enable <language>" command to activate a particular module.

Classic Install Location: castervoice\rules\ccr in Caster source code.

Bash

Command Output Command Output
add comment # lodge and &&
breaker break lodge not !
case of TOKEN) ;; lodge or ||
continue continue print to console echo
default *) ;; push TOKEN+=()
do loop until [ ]; do return return
end switch esac she bang #!/bin/bash
for each for TOKEN in TOKEN; do shell iffae elif [[ ]];
for loop for (( i=0; i<=TOKEN; i++ )); do shells else
function TOKEN(){} sue iffae [[ ]]
iffae if [[ ]]; switch case TOKEN in
import . /path/to/functions value false false
key do do value not -z "$var"
key done done value true true
key fee fi while loop while [ ]; do
length of ${#TOKEN[@]}

C++

Command Output Command Output
([global] scope / name) :: integer int
(pointer / D reference) * lodge and &&
(reference to / address of) & lodge not !
Vic vector lodge or ||
add comment // long comment /**/
array Brackets member ->
big integer Integer new new new
breaker break; print to console cout <<
case of case : private private
character char public public
class class TOKEN{} pushback push_back
constant const return return
convert to floating point (double) shells else{}
convert to integer (int) standard std
convert to string std::to_string() static static
default default: static cast double static_cast<double>()
do loop do {} static cast integer static_cast<int>()
double double string string
final final switch switch(){ case : break; default: break;}
for each for_each (TOKEN, TOKEN, TOKEN); ternary ()?;
for loop for (int i=0; i<TOKEN; i++) value false false
function TOKEN TOKEN(){} value not null
iffae if(){} value true true
import #include while loop while ()

CSharp

Command Output Command Output
lambda/goes to => internal internal
add comment // list List<>
array Brackets lodge and &&
big integer Integer lodge not !
breaker break; lodge or ||
case of case : long comment /**/
cast double (double) new new new
cast integer (int) print to console Console.WriteLine()
character char private private
class class TOKEN{} public public
constant const return return
convert to floating point Convert.ToDouble() shells else{
}
convert to integer Convert.ToInt32() static static
convert to string Convert.ToString() string string
default default: struct struct TOKEN {}
do loop do {
}		 switch switch(){
case : break;
default: break;
}
double double ternary ()?t:f
enum enum TOKEN {} using using
for each foreach (TOKEN in Collection) value false false
for loop for (int i=0; i<TOKEN; i++) value not null
function TOKEN TOKEN(){} value true true
iffae if(){
}		 var var TOKEN = TOKEN;
integer int while loop while ()
interface interface TOKEN {}

VoiceDevCommands

Command Output
dev key Key(""),
dev text Text("")
dev pause + Pause("")
dev function Function()
dev repeat * Repeat(extra='n')
dev choice Choice("", {})
dev mouse [<mouse_button>] Mouse("left")
dev mouse current [position] Mouse("[1003, 537]")
dev bring app BringApp()
dev descript rdescript="MyGrammar: "
dev mimic [<text>] Mimic("")
dev split dictation [<text>] "this", "is", "an", "example"
dev execute .execute()
command [<spec>] key "example": Key(""),
command [<spec>] key repeat "example [<n>]": Key("") * Repeat(extra="n"),
command [<spec>] text "example": Text(""),
command [<spec>] [bring] app "example": BringApp(),
command [<spec>] function "example": Function()
command [<spec>] mimic [<text>] "example": Mimic("test"),
command [<spec>] playback [<text>] "example": Playback([(["test", "command"], 0.0), ,
command [<spec>] mouse [<mouse_button>] "example": Mouse("[693, 468], left,
commander [<spec>] key "example": R(Key(""), rdescript="MyGrammar: ",
commander [<spec>] key repeat "example [<n>]": R(Key(""), rdescript="MyGrammar: " * Repeat(extra='n'),
commander [<spec>] text "example": R(Text(""), rdescript="MyGrammar: ",
commander [<spec>] [bring] app "example": R(BringApp(), rdescript="MyGrammar: ",
commander [<spec>] function "example": R(Function(), rdescript="MyGrammar: ",
commander [<spec>] mimic [<text>] "example": R(Mimic("test"), rdescript="MyGrammar: ",
commander [<spec>] mouse [<mouse_button>] "example": R(Mouse("[1244, 690], left, rdescript="" ,

Go

Command Output Command Output
iffae if {
}		 shells else {
}
switch switch {
}		 case of case :
breaker break default default:
while loop for {
}		 for loop for i := 0; i<; i++ {
}
for each for i := range {
}		 convert to integer strconv.Atoi()
convert to string strconv.Itoa() lodge and &&
lodge or | | lodge not !
print to console fmt.Println() import import (
)
function func class type struct {
}
add comment // long comment /**/
value not nil return return
value true true value false false
(inter / integer) | | boolean |
string string assign :=
(function / funk) main func main() {
}		 make map make(map[])
package package ``

Haxe

Command Output Command Output
add comment // integer Int
anon funk -> lodge and &&
array of Array<TOKEN>() lodge not !
boolean Bool lodge or lodge or;
breaker break; long comment /**/
case of case : map of Map<TOKEN, TOKEN>()
class class new new new
convert to floating point Std.parseFloat() print to console trace()
convert to integer Std.int() private private
convert to string Std.string() public public
default default: return return
do loop do TOKEN while(
)		 safe cast cast (TOKEN, TOKEN)
double Float shells else
dynamic Dynamic static static
far / variable var string String
for each for (TOKEN in TOKEN) switch switch(){
case : TOKEN;
default: TOKEN;
}
for loop for (i in 0...TOKEN) this this
function function value false false
get class Type.getClass() value not null
get name Type.getClassName() value true true
iffae if() void Void
import import while loop while ()
instance of Std.is()

HTML

Command Output Command Output
DOC TYPE <!DOCTYPE html> list item / LI <li></li>
H 1 / heading one <h1></h1> main <main>
</main>
H 2 / heading to <h2></h2> make link <a href=''></a>
H 3 / heading three <h3></h3> map <map>
</map>
H 4 / heading for <h4></h4> mark / highlight <mark></mark>
H 5 / heading five <h5></h5> menu <menu>
H 6 / heading six <h6></h6> menu item <menuitem>
H are / HR <hr> meta <meta >
H group / headings group <hgroup></hgroup> meter <meter >
HTML <html>
</html>		 meter close </meter>
abbreviation <abbr></abbr> navigation / navigate <nav></nav>
address <address>
</address>		 noscript <noscript>
</noscript>
anchor <a></a> object/ embedded object <object >
area <area /> opt group <optgroup>
</optgroup>
article <article > option <option >
audio <audio> option close </option>
base <base > optional break <option <br>
>
body <body>
</body>		 ordered list / OL <ol>
</ol>
bold <b></b> output <output >
break / be are / BR <br> output close </output>
button <button></button> override <bdo></bdo>
canvas <canvas > paragraph <p>
</p>
canvas close </canvas> parameter <param >
check box <input type="checkbox"> pre format <pre>
</pre>
close article </article> progress <progress >
close tag / quote <q></q>
code <code></code> ruby / pronounce asian <ruby></ruby>
content <content> sample output <samp></samp>
data <data></data> script <script></script>
data list <datalist>
</datalist>		 section <section></section>
decorator <decorator> select <select>
</select>
defining instance <dfn></dfn> semantics / italics <i></i>
deleted text / deleted / replaced <del></del> shadow <shadow>
description / DD <dd> source <source >
details <details> span <span></span>
dialog <dialog> strong <strong></strong>
division <div></div> style <style >
element <element> style close </style>
embedded <embed > subscript <sub></sub>
embraces pronunciation / RT <rt></rt> summary <summary>
emphasis / EM <em></em> super script <sup></sup>
fall back parenthesis / RP <rp></rp> table <table>
field set <fieldset>
</fieldset>		 table body <tbody>
field set close </fieldset> table caption / tee caption <caption>
fig caption <figcaption> table cell / TD / tee D <td></td>
figure <figure> table column group / tee group <colgroup>
footer <footer>
</footer>		 table column / tee column <col>
form <form>
</form>		 table foot <tfoot>
head <head>
</head>		 table head / thead <thead>
header <header>
</header>		 table header / TH <th>
image <img></img> table macro <table>
<tr>
<td></td>
</tr>
</table>
inline frame <iframe > table row / tee are <tr></tr>
inline frame close </iframe> template <template>
input <input > text area <textarea >
inserted text / inserted <ins></ins> text area close </textarea>
isolate / bi directional isolation <bdi></bdi> title <title></title>
keyboard input <kbd></kbd> track <track >
key gen <keygen > underline <u></u>
label <label> unordered list / UL <ul>
</ul>
label close </label> variable <var></var>
legend <legend> video <video >
link <link > video close </video>
list element / DL <dl> small <small></small>
time <time></time>

CSS

The CSS commands are designed just like human language. Basically you can write CSS exactly as you read it. For writing selector, you just dictate as you normally would and then say selector to put brackets input: dot example selector output: .example{ } You can also use pseudo-classes, just say the name. Input: dot example before selector output: .example::before{ }

Input: dot example hover selector output: .example:hover{ }

For writing properties, just say the name of a property to write it And put the cursor where you need to insert value. example: input: border radius output: border-radius:;

input: background color output: background-color:; you can use any property just like this

For writing units just say the value and unit. for example: input: 10 pixel output: 10px list of units Pixel or px, percentage or percent, centimeter or cm, inch or in, millimeter or mm, pica or pc, points or pt, ch, em, rem, ex, viewport height or vh, viewport width or vw, millisecond or ms, second or S

Java

Command Output Command Output
add comment // iterate and remove for (Iterator<TOKEN> iterator = TOKEN.iterator();
iterator.hasNext();) {
String string = iterator.next();
if (CONDITION) {
iterator.remove();
}
}
array list ArrayList lodge and &&
arrow -> lodge not !
big double Double lodge or | |
big integer Integer long comment /**/
boolean boolean new new new
breaker break; print to console java.lang.System.out.println()
case of case : private private
cast to double (double)() public public

Javascript

Command Output Command Output
Let let lodge and &&
add comment // lodge not !
anon funk () => {
}		 lodge or | |
breaker break; long comment /**/
case of case : new new new
catch catch(e) {
}		 print to console console.log()
const const push push
continue continue return return
convert to floating point parseFloat() self self
convert to integer parseInt() shell iffae else if ()
convert to string ""+ shells else {
}
default default: switch switch() {
}
do loop do {
}		 this this
document document throw throw
for each for (TOKEN in TOKEN) timeout setTimeout()
for loop for (var i=0; i<TOKEN; i++) timer setInterval()
function function TOKEN() {
};		 try try {
}
has own property hasOwnProperty() value false false
iffae if () {
}		 value not null
index of indexOf() value true true
inner HTML innerHTML var var
instance of instanceof while loop while ()
length length

LaTeX

Commands are designed to follow LaTeX syntax as closely as possible, for example insert document class produces \documentclass{}. See lines 69- of caster/lib/ccr/latex/latex.py for a full list of available inputs.

Command Output Command Output
[use] package [<packages>] \usepackage{<packages>} insert quote ``''
[use] package bib latex \usepackage[style=authoryear]{biblatex} math fraction \frac{}{}
add comment % subscript _{}
begin <element> \begin{<element>}

\end{<element>}		 super script ^{}
insert <command> \<command>{} symbol [<big>] <symbol> \<symbol>
insert <commandnoarg> \<commandnoarg>

Matlab

Command Output Command Output
add comment % lodge not ~
assign = lodge or | |
breaker break long comment %[%]]
class classdef print to console disp()
convert to floating point str2num() return return
convert to integer str2num() section %%
convert to string num2str() shell iffae / LFA elseif
for each for m = 1: shells else
for loop for sprint F sprintf()
function function [] = value false false
iffae if value not NaN
import library() value true true
length of length() while loop while
lodge and &&

Markdown

Command Command
heading [<num>] [<dict>] table row <n>
table (break / split) <n> insert header
insert list insert numbered list
insert [block] quote insert link
insert image insert reference
insert equation insert math
insert (italics / italic text) insert bold [text]
insert strike through [text] insert horizontal rule
insert R code insert in line code
insert code [block]

Prolog

Command Output Command Output
Anonymous _ Rule () :-.
Close Block comment *\ comment %
Fail Fail cut !
Not \+ iffae ( ; )
Open Block comment /* implies :-
Or ;

Python

Command Output Command Output
[dot] (pie / pi) .py lodge not !
add comment # lodge or or
breaker break long comment ''''''
class class long not not
convert to character chr() make assertion assert
convert to floating point float() open file open('filename', 'r') as f:
convert to integer int() print to console print()
convert to string str() read lines content = f.readlines()
for each for in : return return
for loop for i in range(0, ): self self
from from shell iffae / LFA elif :
function def shells else:
global global sue iffae if
identity is is sue shells else
iffae if : try catch try: except Exception:
import import value false False
it are in in value not None
jason json value true True
length of len() while loop while :
list comprehension [x for x in TOKEN if TOKEN] with with
lodge and and

R

Command Output Command Output
<function> <function>() lodge not !
NA NA lodge or | |
add comment # print to console print()
assign <- return return()
breaker break see as vee csv
contained in %in% shells else
dot (our/are) .R slurp / chain %>%
for each for ( in ): tell (slurp / chain) {end of line} %>% {newline}
for loop for (i in 1:) tell add {end of line} + {newline}
function function() tidy verse tidyverse
graph <ggfun> <ggfun>() value false FALSE
iffae if () value not NULL
import library() value true TRUE
lodge and && while loop while ()

Core/TidyVerse Functions

If you are having trouble with over-recognition (R commands appearing where you don't want them) due to the large number of commands, consider adding a prefix to the <function> command - line 93 - in lib/ccr/r/r.py to increase phonetic distinctness.

Command Output Command Output
(LM / linear model) lm() library library()
arrange arrange() list list()
as character as.character() mean mean()
as data frame as.data.frame() mutate mutate()
as double as.double() names names()
as factor as.factor() paste paste0()
as numeric as.numeric() read CSV read_csv()
bind rows bind_rows() rename rename()
case when case_when() select select()
count count() starts with starts_with()
drop NA drop_na() string contains str_contains()
filter filter() string detect str_detect()
full join full_join() string replace str_replace()
gather gather() string replace all str_replace_all()
group by group_by() sum sum()
head head() summarise summarise()
inner join inner_join() tail tail()
install packages install.packages() trim white space trimws()
is NA is.na() ungroup ungroup()
left join left_join() vector c()
length length()

Graph Plotting Functions

Should all be prefixed with graph

Command Output Command Output
path [plot] geom_path() density [plot] geom_density()
line [plot] geom_line() smooth [plot] geom_smooth()
column [plot] geom_col() histogram [plot] geom_histogram()
point [plot] geom_point() ex label xlab()
save ggsave() ex limit xlim()
facet grid facet_grid() plot ggplot()
why label ylab() labels labs()
theme minimal theme_minimal()

Pacman Functions

Should all be prefixed with pack

Command Output Command Output
install version p_install_version() load p_load()
nstall p_install() install hub p_install_gh()
unload p_unload() update p_update()
install temp p_temp()

Rust

Command Output Command Output
[unsigned] integer [<ibits>] [u32] i32 long comment ///
add comment // macro assertion assert_eq!()
array [of] size <n> [TOKEN; 0..1000] macro debug dbg!(&)
bind [mute] let [mut ] macro format string format!()
boolean bool macro panic panic!()
brace pan macro vector vec![]
breaker break; name space ::
case of => of type :
class + print to console println!()
convert to floating point parse::<f64>().unwrap() refer to [mute] &[mut ]
convert to integer parse::<i32>().unwrap() self self
convert to string to_string() return return
default _ shells else {}
do loop while {TOKEN;TOKEN}{} static static
enumerate for each [<a> <b>] for (i, j) in TOKEN.enumerate() {} string String
enumerate for loop [of <a> [in <n>]] for (i, TOKEN) in (0..1).enumerate(){} switch match
float [<fbits>] f32 ternary if TOKEN == TOKEN { TOKEN } else { TOKEN }
for each for TOKEN in TOKEN {} value false false
for loop [of <a> [in <n>]] for i in 0..1 {} value not None
function [<return>] fn TOKEN(TOKEN) [-> TOKEN {}] value some Some()
iffae if {} value true true
import use unwrap .unwrap()
infinite loop loop {} while loop while TOKEN {}
lifetime ''
lodge and &&
lodge not !
lodge or &#124; &#124;

SQL

Command Output Command Output
alias as AS it are in IN
ascending ASC join JOIN
between BETWEEN left join LEFT JOIN
delete DELETE like LIKE '%'
descending DESC lodge and AND
equals / equal to = lodge or OR
from FROM not equals / not equal to <>
full join FULL JOIN on columns ON
fun average AVG() order by ORDER BY
fun count COUNT() over partition by OVER (PARTITION BY )
fun max MAX() right join RIGHT JOIN
fun min MIN() select SELECT
group by GROUP BY select (all / every) SELECT *
inner join INNER JOIN union UNION
insert into INSERT INTO update UPDATE TOKEN SET
is not null IS NOT NULL using USING ()
is null IS NULL where WHERE

VHDL

Command Output Command Output
Architecture architecture TOKEN is
begin
TOKEN
end architecture;		 conditional component TOKEN:
if () GENERATE TOKEN : TOKEN port mapping ();end generate TOKEN;
Assignment <= convert to integer to_integer()
Association => converts to integer specific conv_integer(,)
Concatenate & converts to signed signed()
Down To downto converts to unsigned specific conv_unsigned(,)
Input in entity entity TOKEN is
port (TOKEN: in std_logic;
);
end entity;
Not Equal /= for loop for in to loop
Output out generate GENERATE
Signal signal : generate components TOKEN:
for TOKEN in to GENERATE TOKEN : TOKEN port mapping ();end generate TOKEN;
Standard Logic std_logic iffae if () then end if;
Standard Logic Vector std_logic_vector integer integer TOKEN to TOKEN
Up To upto length length'
X NOR xnor lodge not not
XOR xor lodge or or
add comment -- not and nand
alternate elsif TOKEN then process TOKEN: process()
begin
TOKEN
end process;
binary [<amount>] <digit> 01 shells else
case of case TOKEN is switch case TOKEN is
when 'TOKEN' => TOKEN
end case;
type type : when when

VHDL Components

Command Output
component TOKEN: TOKEN
(
port map(
TOKEN <= TOKEN,

)
);
component declaration component TOKEN is
port (TOKEN: in std_logic;
);
end component;
component declaration component TOKEN is
port (TOKEN: in std_logic;
);
end component;