⚠️ Warning: This is a draft ⚠️
This means it might contain formatting issues, incorrect code, conceptual problems, or other severe issues.
If you want to help to improve and eventually enable this page, please fork RosettaGit's repository and open a merge request on GitHub.
{{task|Text processing}} [[Category:Rosetta Code related]]
;Task: Fix Rosetta Code deprecated code tags, with these rules:
Change <%s> to <lang %s>
Change </%s> to
Change <code %s> to <lang %s> Change to
;Usage:
./convert.py < wikisource.txt > converted.txt
AutoHotkey
fixtags.ahk input.txt ouput.txt
FileRead, text, %1%
langs = ada,awk,autohotkey,etc
slang = /lang
slang := "<" . slang . "/>"
Loop, Parse, langs, `,
{
tag1 = <%A_LoopField%>
tag2 = </%A_LoopField%>
text := RegExReplace(text, tag1, "<lang " . A_LoopField . ">")
text := RegExReplace(text, tag2, slang)
text := RegExReplace(text, "<code (.+?)>(.*?)</code>"
, "<lang $1>$2" . slang)
}
FileAppend, % text, %2%
D
{{trans|Python}}
import std.stdio, std.regex, std.string, std.array;
immutable langs = "_div abap actionscript actionscript3 ada apache
applescript apt_sources asm asp autoit avisynth bash basic4gl bf
blitzbasic bnf boo c c_mac caddcl cadlisp cfdg cfm cil cobol cpp
cpp-qt csharp css d delphi diff dos dot eiffel email fortran
freebasic genero gettext glsl gml gnuplot groovy haskell hq9plus
html4strict idl ini inno intercal io java java5 javascript kixtart
klonec klonecpp latex lisp lolcode lotusformulas lotusscript
lscript lua m68k make matlab mirc modula3 mpasm mxml mysql nsis
objc ocaml ocaml-brief oobas oracle11 oracle8 pascal per perl php
php-brief pic16 pixelbender plsql povray powershell progress
prolog providex python qbasic rails reg robots ruby sas scala
scheme scilab sdlbasic smalltalk smarty sql tcl teraterm text
thinbasic tsql typoscript vb vbnet verilog vhdl vim visualfoxpro
visualprolog whitespace winbatch xml xorg_conf xpp z80".split;
string fixTags(string text) {
static immutable slang = "/lang";
static immutable code = "code";
foreach (immutable lang; langs) {
text = text.replace("<%s>".format(lang),
"<lang %s>".format(lang));
text = text.replace("</%s>".format(lang),
"<%s>".format(slang));
}
return text.replace("<%s (.+?)>(.*?)</%s>"
.format(code, code).regex("g"),
"<lang $1>$2<%s>".format(slang));
}
void main() {
("lorem ipsum <c>some c code</c>dolor sit amet, <csharp>some " ~
"csharp code</csharp> consectetur adipisicing elit, <code r>" ~
" some r code </code>sed do eiusmod tempor incididunt")
.fixTags
.writeln;
}
{{out}}
lorem ipsum
```c>some c code</lang
dolor sit amet,
```csharp>some csharp code</lang
consectetur adipisicing elit,
```r> some r code
sed do eiusmod tempor incididunt</pre
Erlang
Commented away are 3 lines that would create a dict of the existing languages on Rosetta Code. Since the examples have 3 imaginary code tags, I replaced that code this way.
#! /usr/bin/env escript
-module( fix_code_tags ).
-mode( compile ).
main( _ ) ->
File_lines = loop( io:get_line(""), [] ),
Code_fixed_lines = fix_code_tag( binary:list_to_bin(File_lines) ),
% true = code:add_pathz( "ebin" ),
% ok = find_unimplemented_tasks:init(),
% Dict = dict:from_list( [dict_tuple(X) || X <- rank_languages_by_popularity:rosettacode_languages()],
Dict = dict:from_list( [dict_tuple(X) || X <- ["foo", "bar", "baz"]] ),
{_Dict, All_fixed_lines} = lists:foldl( fun fix_language_tag/2, {Dict, Code_fixed_lines}, dict:fetch_keys(Dict) ),
io:fwrite( "~s", [binary:bin_to_list(All_fixed_lines)] ).
dict_tuple( Language ) -> {binary:list_to_bin(string:to_lower(Language)), binary:list_to_bin(Language)}.
fix_code_tag( Binary ) ->
Avoid_wiki = binary:list_to_bin( [<<"<">>, <<"lang ">>] ),
Code_fixed_lines = binary:replace( Binary, <<"<code ">>, Avoid_wiki, [global] ),
Avoid_wiki_again = binary:list_to_bin( [<<"</">>, <<"lang ">>] ),
binary:replace( Code_fixed_lines, <<"</code>">>, Avoid_wiki_again, [global] ).
fix_language_tag( Language_key, {Dict, Binary} ) ->
Language = fix_language_tag_rosettacode_language( Language_key, dict:find(Language_key, Dict) ),
Language_start_old = binary:list_to_bin( [<<"<">>, Language, <<">">>] ),
Language_start_new = binary:list_to_bin( [<<"<">>, <<"lang ">>, Language, <<">">>] ),
Fixed_lines = binary:replace( Binary, Language_start_old, Language_start_new, [global] ),
Language_stop_old = binary:list_to_bin( [<<"</">>, Language, <<">">>] ),
Language_stop_new = binary:list_to_bin( [<<"</">>, <<"lang>">>] ),
{Dict, binary:replace( Fixed_lines, Language_stop_old, Language_stop_new, [global] )}.
fix_language_tag_rosettacode_language( _Language_key, {ok, Language} ) -> Language;
fix_language_tag_rosettacode_language( Language_key, error ) -> Language_key.
loop( eof, Acc ) -> lists:reverse( Acc );
loop( Line, Acc ) -> loop( io:get_line(""), [Line | Acc] ).
{{out}}
% cat fix_code_tags
Lorem ipsum <code foo>saepe audire</code> elaboraret ne quo, id equidem
atomorum inciderint usu. <foo>In sit inermis deleniti percipit</foo>,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea, <code bar>soluta appetere ut mel</bar>.
Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu</code>. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
% fix_code_tags.escript < fix_code_tags
Lorem ipsum
```foo>saepe audire</lang
elaboraret ne quo, id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</lang
,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea,
```bar>soluta appetere ut mel</lang
.
Quo quis graecis vivendo te,
```baz>posse nullam lobortis ex usu</lang
. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
=={{header|F_Sharp|F#}}== While the ubiquitous loop over languages approach can be used, here we capture all tag variations to fix in one dotNet regex.
open System
open System.Text.RegularExpressions
[<EntryPoint>]
let main argv =
let langs = [| "foo"; "foo 2"; "bar"; "baz" |]; // An array of (pseudo) languages we handle
let regexStringAlternationOfLanguageNames = String.Join("|", (Array.map Regex.Escape langs))
let regexForOldLangSyntax =
new Regex(String.Format("""
< # Opening of a tag.
( # Group alternation of 2 cases
( # Group for alternation of 2 cases with a language name
(?<CloseMarker>/) # Might be a closing tag,
| # Or
code\s # an old <code ...> tag
)? # End of alternation; optional
\b(?<Lang>{0})\b # Followed by the captured Language alternation
| # Or
(?<CloseMarker>/code)# An old </code> end tag
) # End of group
> # The final tag closing
""", regexStringAlternationOfLanguageNames),
RegexOptions.IgnorePatternWhitespace ||| RegexOptions.ExplicitCapture)
let replaceEvaluator (m : Match) =
if m.Groups.Item("CloseMarker").Length > 0 then "</" + "lang>"
else "<lang " + m.Groups.Item("Lang").Value + ">"
printfn "%s" (regexForOldLangSyntax.Replace(Console.In.ReadToEnd(), replaceEvaluator))
0
Output
>Rosetta.exe
<foo 2>...</foo 2>
<code bar>...</code>
^Z
```foo 2>...</lang
```bar>...
</pre
Go
package main
import "fmt"
import "io/ioutil"
import "log"
import "os"
import "regexp"
import "strings"
func main() {
err := fix()
if err != nil {
log.Fatalln(err)
}
}
func fix() (err error) {
buf, err := ioutil.ReadAll(os.Stdin)
if err != nil {
return err
}
out, err := Lang(string(buf))
if err != nil {
return err
}
fmt.Println(out)
return nil
}
func Lang(in string) (out string, err error) {
reg := regexp.MustCompile("<[^>]+>")
out = reg.ReplaceAllStringFunc(in, repl)
return out, nil
}
func repl(in string) (out string) {
if in == "</code>" {
// Change </code> to </ lang>
return "</"+"lang>"
}
// mid is the content in between '<' and '>'.
mid := in[1 : len(in)-1]
// thanks, random lua guy
var langs = []string{
"abap", "actionscript", "actionscript3", "ada", "apache", "applescript",
"apt_sources", "asm", "asp", "autoit", "avisynth", "bash", "basic4gl",
"bf", "blitzbasic", "bnf", "boo", "c", "caddcl", "cadlisp", "cfdg", "cfm",
"cil", "c_mac", "cobol", "cpp", "cpp-qt", "csharp", "css", "d", "delphi",
"diff", "_div", "dos", "dot", "eiffel", "email", "fortran", "freebasic",
"genero", "gettext", "glsl", "gml", "gnuplot", "go", "groovy", "haskell",
"hq9plus", "html4strict", "idl", "ini", "inno", "intercal", "io", "java",
"java5", "javascript", "kixtart", "klonec", "klonecpp", "latex", "lisp",
"lolcode", "lotusformulas", "lotusscript", "lscript", "lua", "m68k",
"make", "matlab", "mirc", "modula3", "mpasm", "mxml", "mysql", "nsis",
"objc", "ocaml", "ocaml-brief", "oobas", "oracle11", "oracle8", "pascal",
"per", "perl", "php", "php-brief", "pic16", "pixelbender", "plsql",
"povray", "powershell", "progress", "prolog", "providex", "python",
"qbasic", "rails", "reg", "robots", "ruby", "sas", "scala", "scheme",
"scilab", "sdlbasic", "smalltalk", "smarty", "sql", "tcl", "teraterm",
"text", "thinbasic", "tsql", "typoscript", "vb", "vbnet", "verilog",
"vhdl", "vim", "visualfoxpro", "visualprolog", "whitespace", "winbatch",
"xml", "xorg_conf", "xpp", "z80",
}
for _, lang := range langs {
if mid == lang {
// Change <%s> to <lang %s>
return fmt.Sprintf("<lang %s>", lang)
}
if strings.HasPrefix(mid, "/") {
if mid[len("/"):] == lang {
// Change </%s> to </ lang>
return "</"+"lang>"
}
}
if strings.HasPrefix(mid, "code ") {
if mid[len("code "):] == lang {
// Change <code %s> to <lang %s>
return fmt.Sprintf("<lang %s>", lang)
}
}
}
return in
}
J
'''Solution:'''
require 'printf strings files'
langs=. <;._1 LF -.~ noun define NB. replace with real lang strings
foo bar
baz
)
patterns=. noun define
<%s>|<lang %s>|
</%s>|
| <code %s>|<lang %s>| |
|
)
fixCodeTags=: rplc&(, <;._2;._2 &> patterns vbsprintf _5]\ 5#langs)
'''Example Usage:'''
SampleText=: noun define
Lorem ipsum <code foo>saepe audire</code> elaboraret ne quo, id equidem
atomorum inciderint usu. <foo>In sit inermis deleniti percipit</foo>,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea, <code bar>soluta appetere ut mel</bar>.
Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu</code>. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
)
fixCodeTags SampleText
Lorem ipsum
```foo>saepe audire</lang
elaboraret ne quo, id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</lang
,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea,
```bar>soluta appetere ut mel</lang
.
Quo quis graecis vivendo te,
```baz>posse nullam lobortis ex usu</lang
. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
Reading/writing file:
'converted.txt' fwrite~ fixCodeTags fread 'wikisource.txt'
Java
import java.io.BufferedReader;
import java.io.File;
import java.io.FileReader;
import java.io.FileWriter;
public class FixCodeTags
{
public static void main(String[] args)
{
String sourcefile=args[0];
String convertedfile=args[1];
convert(sourcefile,convertedfile);
}
static String[] languages = {"abap", "actionscript", "actionscript3",
"ada", "apache", "applescript", "apt_sources", "asm", "asp",
"autoit", "avisynth", "bar", "bash", "basic4gl", "bf",
"blitzbasic", "bnf", "boo", "c", "caddcl", "cadlisp", "cfdg",
"cfm", "cil", "c_mac", "cobol", "cpp", "cpp-qt", "csharp", "css",
"d", "delphi", "diff", "_div", "dos", "dot", "eiffel", "email",
"foo", "fortran", "freebasic", "genero", "gettext", "glsl", "gml",
"gnuplot", "go", "groovy", "haskell", "hq9plus", "html4strict",
"idl", "ini", "inno", "intercal", "io", "java", "java5",
"javascript", "kixtart", "klonec", "klonecpp", "latex", "lisp",
"lolcode", "lotusformulas", "lotusscript", "lscript", "lua",
"m68k", "make", "matlab", "mirc", "modula3", "mpasm", "mxml",
"mysql", "nsis", "objc", "ocaml", "ocaml-brief", "oobas",
"oracle11", "oracle8", "pascal", "per", "perl", "php", "php-brief",
"pic16", "pixelbender", "plsql", "povray", "powershell",
"progress", "prolog", "providex", "python", "qbasic", "rails",
"reg", "robots", "ruby", "sas", "scala", "scheme", "scilab",
"sdlbasic", "smalltalk", "smarty", "sql", "tcl", "teraterm",
"text", "thinbasic", "tsql", "typoscript", "vb", "vbnet",
"verilog", "vhdl", "vim", "visualfoxpro", "visualprolog",
"whitespace", "winbatch", "xml", "xorg_conf", "xpp", "z80"};
static void convert(String sourcefile,String convertedfile)
{
try
{
BufferedReader br=new BufferedReader(new FileReader(sourcefile));
//String buffer to store contents of the file
StringBuffer sb=new StringBuffer("");
String line;
while((line=br.readLine())!=null)
{
for(int i=0;i<languages.length;i++)
{
String lang=languages[i];
line=line.replaceAll("<"+lang+">", "<lang "+lang+">");
line=line.replaceAll("</"+lang+">", "</"+lang+">");
line=line.replaceAll("<code "+lang+">", "<lang "+lang+">");
line=line.replaceAll("</code>", "</"+"lang>");
}
sb.append(line);
}
br.close();
FileWriter fw=new FileWriter(new File(convertedfile));
//Write entire string buffer into the file
fw.write(sb.toString());
fw.close();
}
catch (Exception e)
{
System.out.println("Something went horribly wrong: "+e.getMessage());
}
}
}
Example:
user@ubuntu:~$ cat fix.in
Lorem ipsum <code foo>saepe audire</code> elaboraret ne quo, id equidem
atomorum inciderint usu. <foo>In sit inermis deleniti percipit</foo>,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea, <code bar>soluta appetere ut mel</bar>.
Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu</code>. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
user@ubuntu:~$ java FixCodeTags fix.in fix.out
user@ubuntu:~$ cat fix.out
Lorem ipsum
```foo>saepe audire</lang
elaboraret ne quo, id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</foo
,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea,
```bar>soluta appetere ut mel</bar
.
Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu
. Eam volumus perpetua constituto id, mea an omittam fierent vituperatoribus.
## JavaScript
{{works with|SpiderMonkey}}
```javascript
var langs = ['foo', 'bar', 'baz']; // real list of langs goes here
var end_tag = '</'+'lang>';
var line;
while (line = readline()) {
line = line.replace(new RegExp('</code>', 'gi'), end_tag);
for (var i = 0; i < langs.length; i++)
line = line.replace(new RegExp('<(?:code )?(' + langs[i] + ')>', 'gi'), '<lang $1>')
.replace(new RegExp('</' + langs[i] + '>', 'gi'), end_tag);
print(line);
}
Julia
{{works with|Julia|0.6}} {{trans|Python}}
function fixtags(text::AbstractString)
langs = ["ada", "cpp-qt", "pascal", "lscript", "z80", "visualprolog",
"html4strict", "cil", "objc", "asm", "progress", "teraterm", "hq9plus",
"genero", "tsql", "email", "pic16", "tcl", "apt_sources", "io", "apache",
"vhdl", "avisynth", "winbatch", "vbnet", "ini", "scilab", "ocaml-brief",
"sas", "actionscript3", "qbasic", "perl", "bnf", "cobol", "powershell",
"php", "kixtart", "visualfoxpro", "mirc", "make", "javascript", "cpp",
"sdlbasic", "cadlisp", "php-brief", "rails", "verilog", "xml", "csharp",
"actionscript", "nsis", "bash", "typoscript", "freebasic", "dot",
"applescript", "haskell", "dos", "oracle8", "cfdg", "glsl", "lotusscript",
"mpasm", "latex", "sql", "klonec", "ruby", "ocaml", "smarty", "python",
"oracle11", "caddcl", "robots", "groovy", "smalltalk", "diff", "fortran",
"cfm", "lua", "modula3", "vb", "autoit", "java", "text", "scala",
"lotusformulas", "pixelbender", "reg", "_div", "whitespace", "providex",
"asp", "css", "lolcode", "lisp", "inno", "mysql", "plsql", "matlab",
"oobas", "vim", "delphi", "xorg_conf", "gml", "prolog", "bf", "per",
"scheme", "mxml", "d", "basic4gl", "m68k", "gnuplot", "idl", "abap",
"intercal", "c_mac", "thinbasic", "java5", "xpp", "boo", "klonecpp",
"blitzbasic", "eiffel", "povray", "c", "gettext"]
slang = "/lang"
code = "code"
for l in langs
text = replace(text, "<$l>","<lang $l>")
text = replace(text, "</$l>", "<$slang>")
end
text = replace(text, Regex("(?s)<$code (.+?)>(.*?)</$code>"), "
```\\1
\\2<$slang>")
end
const txt = readstring(ARGS[1])
println(fixtags(txt))
Lua
--thanks, random python guy
langs = {'ada', 'cpp-qt', 'pascal', 'lscript', 'z80', 'visualprolog',
'html4strict', 'cil', 'objc', 'asm', 'progress', 'teraterm', 'hq9plus',
'genero', 'tsql', 'email', 'pic16', 'tcl', 'apt_sources', 'io', 'apache',
'vhdl', 'avisynth', 'winbatch', 'vbnet', 'ini', 'scilab', 'ocaml-brief',
'sas', 'actionscript3', 'qbasic', 'perl', 'bnf', 'cobol', 'powershell',
'php', 'kixtart', 'visualfoxpro', 'mirc', 'make', 'javascript', 'cpp',
'sdlbasic', 'cadlisp', 'php-brief', 'rails', 'verilog', 'xml', 'csharp',
'actionscript', 'nsis', 'bash', 'typoscript', 'freebasic', 'dot',
'applescript', 'haskell', 'dos', 'oracle8', 'cfdg', 'glsl', 'lotusscript',
'mpasm', 'latex', 'sql', 'klonec', 'ruby', 'ocaml', 'smarty', 'python',
'oracle11', 'caddcl', 'robots', 'groovy', 'smalltalk', 'diff', 'fortran',
'cfm', 'lua', 'modula3', 'vb', 'autoit', 'java', 'text', 'scala',
'lotusformulas', 'pixelbender', 'reg', '_div', 'whitespace', 'providex',
'asp', 'css', 'lolcode', 'lisp', 'inno', 'mysql', 'plsql', 'matlab',
'oobas', 'vim', 'delphi', 'xorg_conf', 'gml', 'prolog', 'bf', 'per',
'scheme', 'mxml', 'd', 'basic4gl', 'm68k', 'gnuplot', 'idl', 'abap',
'intercal', 'c_mac', 'thinbasic', 'java5', 'xpp', 'boo', 'klonecpp',
'blitzbasic', 'eiffel', 'povray', 'c', 'gettext'}
for line in io.lines() do
for i, v in ipairs(langs) do
line = line:gsub("<" .. v .. ">", "<lang " .. v .. ">")
line = line:gsub("<code " .. v .. ">", "<lang " .. v .. ">")
line = line:gsub("</" .. v .. ">", "</" .. "lang>") --the weird concatenation is to prevent the markup from breaking
line = line:gsub("</" .. "code>", "</" .. "lang>")
end
print(line)
end
Maple
to desensitize wiki
txt := FileTools[Text][ReadFile]("C:/Users/username/Desktop/text.txt"):
#langs should be a real list of programming languages
langs := ['foo', 'bar', 'baz', 'barf'];
for lan in langs do
txt := StringTools:-SubstituteAll(txt, cat("<", lan, ">"), cat ("<lang ", lan, ">")):
txt := StringTools:-SubstituteAll(txt, cat("</", lan, ">"), "<#/lang>"):
txt := StringTools:-SubstituteAll(txt, cat("<code ", lan, ">"), cat ("<lang ", lan, ">")):
txt := StringTools:-SubstituteAll(txt, "</code>", "<#/lang>"):
end do;
print(txt);
{{Out|Output}}
"Lorem ipsum
```foo>saepe audire</lang
elaboraret ne quo, id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</lang
,
ius ex tale civibus omittam.
```barf>Vix ut doctus cetero invenire</lang
, his eu
altera electram. Tota adhuc altera te sea,
```bar>soluta appetere ut mel</lang
.
Quo quis graecis vivendo te,
```baz>posse nullam lobortis ex usu</lang
. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus. "
Mathematica
StringReplace[Import["wikisource.txt"],
{"</"~~Shortest[__]~~">"->"
",
("<code "|"<")Shortest[x__]">"->"<lang "~~ x~~">"}
]>>"converted.txt"
->conversion of sample text Lorem ipsum
elaboraret ne quo,id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</lang
,
ius ex tale civibus omittam.
```barf>Vix ut doctus cetero invenire</lang
,
his eualtera electram.Tota adhuc altera te sea,
```bar>soluta appetere ut mel</lang
.
Quo quis graecis vivendo te,
```baz>posse nullam lobortis ex usu</lang
.
Eam volumus perpetua constituto id,mea an omittam fierent vituperatoribus
OCaml
#load "str.cma"
let langs =
Str.split (Str.regexp " ")
"actionscript ada algol68 amigae applescript autohotkey awk bash basic \
befunge bf c cfm cobol cpp csharp d delphi e eiffel factor false forth \
fortran fsharp haskell haxe j java javascript lisaac lisp logo lua m4 \
mathematica maxscript modula3 moo objc ocaml octave oz pascal perl \
perl6 php pike pop11 powershell prolog python qbasic r rebol ruby \
scala scheme slate smalltalk tcl ti89b vbnet vedit"
let read_in ic =
let buf = Buffer.create 16384
and tmp = String.create 4096 in
let rec aux() =
let bytes = input ic tmp 0 4096 in
if bytes > 0 then begin
Buffer.add_substring buf tmp 0 bytes;
aux()
end
in
(try aux() with End_of_file -> ());
(Buffer.contents buf)
let repl pat tpl str =
let reg = Str.regexp_string_case_fold pat in
let str = Str.global_replace reg tpl str in
(str)
(* change <%s> to <lang %s> *)
let repl1 lang str =
let pat = "<" ^ lang ^ ">"
and tpl = "<lang " ^ lang ^ ">" in
(repl pat tpl str)
(* change </%s> to </la\ng> *)
let repl2 lang str =
let pat = "</" ^ lang ^ ">"
and tpl = "</lang"^">" in
(repl pat tpl str)
(* change <code %s> to <lang %s> *)
let repl3 lang str =
let pat = "<code " ^ lang ^ ">"
and tpl = "<lang " ^ lang ^ ">" in
(repl pat tpl str)
(* change </code> to </la\ng> *)
let repl4 lang str =
let pat = "</code>"
and tpl = "</lang"^">" in
(repl pat tpl str)
let () =
print_string (
List.fold_left (fun str lang ->
(repl4 lang (repl3 lang (repl2 lang (repl1 lang str))))
) (read_in stdin) langs)
(in the code the strings
</nowiki> have been split in order to not confuse the wiki)
this line of code:
```ocaml
(repl4 lang (repl3 lang (repl2 lang (repl1 lang str))))
could also be written like this:
List.fold_right (fun repl -> repl lang) [repl1; repl2; repl3; repl4] str
Here we implement the read_in function to read all the content from an input channel because there is no such function in the standard library, but we can use the [http://code.google.com/p/ocaml-extlib/ extLib] which provides the function Std.input_all (in its module [http://ocaml-extlib.googlecode.com/svn/doc/apiref/Std.html Std]).
Perl
my @langs = qw(ada cpp-qt pascal lscript z80 visualprolog
html4strict cil objc asm progress teraterm hq9plus genero tsql
email pic16 tcl apt_sources io apache vhdl avisynth winbatch
vbnet ini scilab ocaml-brief sas actionscript3 qbasic perl bnf
cobol powershell php kixtart visualfoxpro mirc make javascript
cpp sdlbasic cadlisp php-brief rails verilog xml csharp
actionscript nsis bash typoscript freebasic dot applescript
haskell dos oracle8 cfdg glsl lotusscript mpasm latex sql klonec
ruby ocaml smarty python oracle11 caddcl robots groovy smalltalk
diff fortran cfm lua modula3 vb autoit java text scala
lotusformulas pixelbender reg _div whitespace providex asp css
lolcode lisp inno mysql plsql matlab oobas vim delphi xorg_conf
gml prolog bf per scheme mxml d basic4gl m68k gnuplot idl abap
intercal c_mac thinbasic java5 xpp boo klonecpp blitzbasic eiffel
povray c gettext);
my $text = join "", <STDIN>;
my $slang="/lang";
for (@langs) {
$text =~ s|<$_>|<lang $_>|g;
$text =~ s|</$_>|<$slang>|g;
}
$text =~ s|<code (.+?)>(.*?)</code>|<lang $1>$2<$slang>|sg;
print $text;
Perl 6
my @langs = <
abap actionscript actionscript3 ada apache applescript apt_sources
asm asp autoit avisynth bash basic4gl bf blitzbasic bnf boo c caddcl
cadlisp cfdg cfm cil c_mac cobol cpp cpp-qt csharp css d delphi
diff _div dos dot eiffel email fortran freebasic genero gettext
glsl gml gnuplot groovy haskell hq9plus html4strict idl ini inno
intercal io java java5 javascript kixtart klonec klonecpp latex lisp
lolcode lotusformulas lotusscript lscript lua m68k make matlab mirc
modula3 mpasm mxml mysql nsis objc ocaml ocaml-brief oobas oracle11
oracle8 pascal per perl php php-brief pic16 pixelbender plsql povray
powershell progress prolog providex python qbasic rails reg robots
ruby sas scala scheme scilab sdlbasic smalltalk smarty sql tcl teraterm
text thinbasic tsql typoscript vb vbnet verilog vhdl vim visualfoxpro
visualprolog whitespace winbatch xml xorg_conf xpp z80
>;
$_ = slurp;
for @langs -> $l {
s:g:i [ '<' 'lang '? $l '>' ] = "<lang $l>";
s:g [ '</' $l '>' ] = '</' ~ 'lang>';
}
s:g [ '<code '(.+?) '>' (.*?) '</code>' ] = "<lang $0>{$1}</"~"lang>";
.say;
use v6;
constant @langs = < abap actionscript actionscript3 ada … >;
slurp().subst(
rx:r{
| '<' <( $<need-add-space>=<?> )> @langs '>'
| '</' <( @langs )> '>'
| '<' '/'? <( code )> [<.ws> @langs]? '>'
},
'lang' ~ " " x *<need-add-space>.so,
:g,
).print
Phix
{{trans|D}}
constant ltext = `_div abap actionscript actionscript3 ada apache
applescript apt_sources asm asp autoit avisynth bash basic4gl bf
blitzbasic bnf boo c c_mac caddcl cadlisp cfdg cfm cil cobol cpp
cpp-qt csharp css d delphi diff dos dot eiffel email fortran
freebasic genero gettext glsl gml gnuplot groovy haskell hq9plus
html4strict idl ini inno intercal io java java5 javascript kixtart
klonec klonecpp latex lisp lolcode lotusformulas lotusscript
lscript lua m68k make matlab mirc modula3 mpasm mxml mysql nsis
objc ocaml ocaml-brief oobas oracle11 oracle8 pascal per perl php
php-brief pic16 pixelbender plsql povray powershell progress
prolog providex python qbasic r rails reg robots ruby sas scala
scheme scilab sdlbasic smalltalk smarty sql tcl teraterm text
thinbasic tsql typoscript vb vbnet verilog vhdl vim visualfoxpro
visualprolog whitespace winbatch xml xorg_conf xpp z80`,
langs = split(substitute(ltext,"\n"," "))
function fix_tags(string text)
for i=1 to length(langs) do
string lang = langs[i],
openl = sprintf("<%s>",{lang}),
openc = sprintf("<code %s>",{lang}),
lopen = sprintf("<lang %s>",{lang}),
closl = sprintf("</%s>",{lang}),
closc = sprintf("</%s>",{"code"}),
lclos = sprintf("</%s>",{"lang"})
text = substitute_all(text,{openl,openc,closl,closc},
{lopen,lopen,lclos,lclos})
end for
return text
end function
constant test = """
lorem ipsum <c>some c code</c>dolor sit amet, <csharp>some
csharp code</csharp> consectetur adipisicing elit, <code r>
some r code </code>sed do eiusmod tempor incididunt
"""
puts(1,fix_tags(test))
{{out}}
lorem ipsum
```c>some c code</lang
dolor sit amet,
```c#
some
csharp code
consectetur adipisicing elit,
some r code
sed do eiusmod tempor incididunt
## PicoLisp
```PicoLisp
#!/usr/bin/picolisp /usr/lib/picolisp/lib.l
(let Lang '("ada" "awk" "c" "forth" "prolog" "python" "z80")
(in NIL
(while (echo "<")
(let S (till ">" T)
(cond
((pre? "code " S) (prin "<lang" (cddddr (chop S))))
((member S Lang) (prin "<lang " S))
((= S "/code") (prin "</lang"))
((and (pre? "/" S) (member (pack (cdr (chop S))) Lang))
(prin "</lang") )
(T (prin "<" S)) ) ) ) ) )
(bye)
PureBasic
If Not OpenConsole()
End
ElseIf CountProgramParameters() <> 2
PrintN("Usage: "+GetFilePart(ProgramFilename())+" InFile OutFile")
End
EndIf
Define Infile$ =ProgramParameter(), Outfile$=ProgramParameter()
If ReadFile(0,Infile$)
NewList Out$()
Define line$, part$, new$, pos1, pos2
While Not Eof(0)
line$=ReadString(0): pos2=0
Repeat
pos1=FindString(line$,"<",pos2)
pos2=FindString(line$,">",pos1)
If pos1 And pos2
part$=Mid(line$,pos1+1,pos2-pos1-1)
If Mid(part$,1,1)="/"
new$="<"+"/lang>" ; Line split to avoid problem forum coding
ElseIf Mid(part$,1,5)="code "
new$="<lang "+Mid(part$,6)+">"
Else
new$="<lang "+part$+">"
EndIf
line$=ReplaceString(line$,"<"+part$+">",new$)
Else
Break
EndIf
ForEver
AddElement(Out$()): Out$()=line$
Wend
CloseFile(0)
If CreateFile(1, Outfile$)
ForEach Out$()
WriteStringN(1,Out$())
Next
CloseFile(1)
EndIf
EndIf
Python
# coding: utf-8
import sys
import re
langs = ['ada', 'cpp-qt', 'pascal', 'lscript', 'z80', 'visualprolog',
'html4strict', 'cil', 'objc', 'asm', 'progress', 'teraterm', 'hq9plus',
'genero', 'tsql', 'email', 'pic16', 'tcl', 'apt_sources', 'io', 'apache',
'vhdl', 'avisynth', 'winbatch', 'vbnet', 'ini', 'scilab', 'ocaml-brief',
'sas', 'actionscript3', 'qbasic', 'perl', 'bnf', 'cobol', 'powershell',
'php', 'kixtart', 'visualfoxpro', 'mirc', 'make', 'javascript', 'cpp',
'sdlbasic', 'cadlisp', 'php-brief', 'rails', 'verilog', 'xml', 'csharp',
'actionscript', 'nsis', 'bash', 'typoscript', 'freebasic', 'dot',
'applescript', 'haskell', 'dos', 'oracle8', 'cfdg', 'glsl', 'lotusscript',
'mpasm', 'latex', 'sql', 'klonec', 'ruby', 'ocaml', 'smarty', 'python',
'oracle11', 'caddcl', 'robots', 'groovy', 'smalltalk', 'diff', 'fortran',
'cfm', 'lua', 'modula3', 'vb', 'autoit', 'java', 'text', 'scala',
'lotusformulas', 'pixelbender', 'reg', '_div', 'whitespace', 'providex',
'asp', 'css', 'lolcode', 'lisp', 'inno', 'mysql', 'plsql', 'matlab',
'oobas', 'vim', 'delphi', 'xorg_conf', 'gml', 'prolog', 'bf', 'per',
'scheme', 'mxml', 'd', 'basic4gl', 'm68k', 'gnuplot', 'idl', 'abap',
'intercal', 'c_mac', 'thinbasic', 'java5', 'xpp', 'boo', 'klonecpp',
'blitzbasic', 'eiffel', 'povray', 'c', 'gettext']
slang = '/lang'
code='code'
text = sys.stdin.read()
for i in langs:
text = text.replace("<%s>" % i,"<lang %s>" % i)
text = text.replace("</%s>" % i, "<%s>" % slang)
text = re.sub("(?s)<%s (.+?)>(.*?)</%s>"%(code,code), r"
```\1
\2<%s>" % slang, text)
sys.stdout.write(text)
R
Note that the instances of ##### are to stop the wiki getting confused. Please remove them before running the code.
fixtags <- function(page)
{
langs <- c("c", "c-sharp", "r") # a complete list is required, obviously
langs <- paste(langs, collapse="|")
page <- gsub(paste("<(", langs, ")>", sep=""), "
```\\1
", page)
page <- gsub(paste("</(", langs, ")>", sep=""), "</#####lang>", page)
page <- gsub(paste("<code(", langs, ")>", sep=""), "
```\\1
", page)
page <- gsub(paste("</code>", sep=""), "</#####lang>", page)
page
}
page <- "lorem ipsum <c>some c code</c>dolor sit amet,<c-sharp>some c-sharp code</c-sharp>
consectetur adipisicing elit,<code r>some r code</code>sed do eiusmod tempor incididunt"
fixtags(page)
Racket
#lang racket
(define lang-names '("X" "Y" "Z"))
(define rx
(regexp (string-join lang-names "|"
#:before-first "<((/?(?:code)?)(?:( )?("
#:after-last "))?)>")))
(let loop () ; does all in a single scan
(define m (regexp-match rx (current-input-port) 0 #f (current-output-port)))
(when m
(define-values [all pfx space lang] (apply values (cdr m)))
(printf "<~a>"
(cond [(not lang) (if (equal? pfx #"/code") #"/lang" all)]
[space (if (equal? pfx #"code") (bytes-append #"lang " lang) all)]
[(equal? pfx #"") (bytes-append #"lang " lang)]
[(equal? pfx #"/") #"/lang"]
[else all]))
(loop)))
REXX
/*REXX program fixes (changes) depreciated HTML code tags with newer tags. */
@="<"; old.=; old.1 = @'%s>' ; new.1 = @"lang %s>"
old.2 = @'/%s>' ; new.2 = @"/lang>"
old.3 = @'code %s>' ; new.3 = @"lang %s>"
old.4 = @'/code>' ; new.4 = @"/lang>"
iFID = 'Wikisource.txt' /*the Input File IDentifier. */
oFID = 'converted.txt' /*the Output " " */
do while lines(iFID)\==0 /*keep reading the file until finished.*/
$=linein(iFID) /*read a record from the input file. */
do j=1 while old.j \== '' /*change old ──► new until finished. */
$=changestr(old.j,$,new.j) /*let REXX do the heavy lifting. */
end /*j*/
call lineout oFID,$ /*write re-formatted record to output. */
end /*while*/ /*stick a fork in it, we're all done. */
Some older REXXes don't have a '''changestr''' BIF, so one is included here ───► [[CHANGESTR.REX]].
Ruby
# get all stdin in one string
#text = $stdin.read
# for testing, use
text = DATA.read
slash_lang = '/lang'
langs = %w(foo bar baz) # actual list of languages declared here
for lang in langs
text.gsub!(Regexp.new("<(#{lang})>")) {"<lang #$1>"}
text.gsub!(Regexp.new("</#{lang}>"), "<#{slash_lang}>")
end
text.gsub!(/<code (.*?)>/, '
```\1
')
text.gsub!(/<\/code>/, "<#{slash_lang}>")
print text
__END__
Lorem ipsum <code foo>saepe audire</code> elaboraret ne quo, id equidem
atomorum inciderint usu. <foo>In sit inermis deleniti percipit</foo>,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea, <code bar>soluta appetere ut mel</bar>.
Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu</code>. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
Lorem ipsum
```foo>saepe audire</lang
elaboraret ne quo, id equidem
atomorum inciderint usu.
```foo>In sit inermis deleniti percipit</lang
,
ius ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
altera electram. Tota adhuc altera te sea,
```bar>soluta appetere ut mel</lang
.
Quo quis graecis vivendo te,
```baz>posse nullam lobortis ex usu</lang
. Eam volumus perpetua
constituto id, mea an omittam fierent vituperatoribus.
Scala
Single pass converter
Tackles e.g. also multiple whitespaces. {{Out}} Experience it running in your browser at [https://scastie.scala-lang.org/5U6vqsOaTi6AU5FcqfA2lA Scastie (remote JVM)].
object FixCodeTags extends App {
val rx = // See for regex explanation: https://regex101.com/r/N8X4x7/3/
// Flags ignore case, dot matching line breaks, unicode support
s"(?is)<(?:(?:code\\s+)?(${langs.mkString("|")}))>(.+?|)<\\/(?:code|\\1)>".r
def langs = // Real list of langs goes here
Seq("bar", "baz", "foo", "Scala", "உயிர்/Uyir", "Müller")
def markDown =
"""Lorem ipsum <Code foo>saepe audire</code> elaboraret ne quo, id equidem
|atomorum inciderint usu. <foo>In sit inermis deleniti percipit</foo>, ius
|ex tale civibus omittam. <barf>Vix ut doctus cetero invenire</barf>, his eu
|altera electram. Tota adhuc altera te sea, <code bar>soluta appetere ut mel
|</bar>. Quo quis graecis vivendo te, <baz>posse nullam lobortis ex usu</code>.
|Eam volumus perpetua constituto id, mea an omittam fierent vituperatoribus.
|Empty element: <Müller></Müller><scaLa></Scala><உயிர்/Uyir></உயிர்/Uyir>""".stripMargin
println(rx.replaceAllIn(markDown, _ match {
case rx(langName, langCode) => s"<lang ${langName.capitalize}>${langCode}<${"/lan"}g>"
})) // ${"/lan"}g is the <noWiki> escape.
}
Sidef
var langs = %w(ada cpp-qt pascal lscript z80 visualprolog
html4strict cil objc asm progress teraterm hq9plus genero tsql
email pic16 tcl apt_sources io apache vhdl avisynth winbatch
vbnet ini scilab ocaml-brief sas actionscript3 qbasic perl bnf
cobol powershell php kixtart visualfoxpro mirc make javascript
cpp sdlbasic cadlisp php-brief rails verilog xml csharp
actionscript nsis bash typoscript freebasic dot applescript
haskell dos oracle8 cfdg glsl lotusscript mpasm latex sql klonec
ruby ocaml smarty python oracle11 caddcl robots groovy smalltalk
diff fortran cfm lua modula3 vb autoit java text scala
lotusformulas pixelbender reg _div whitespace providex asp css
lolcode lisp inno mysql plsql matlab oobas vim delphi xorg_conf
gml prolog bf per scheme mxml d basic4gl m68k gnuplot idl abap
intercal c_mac thinbasic java5 xpp boo klonecpp blitzbasic eiffel
povray c gettext).join('|');
var text = ARGF.slurp;
text.gsub!(Regex.new('<(' + langs + ')>'), {|s1| "<lang #{s1}>" });
text.gsub!(Regex.new('</(' + langs + ')>'), "</" + "lang>");
text.gsub!(
Regex.new('<code\h+(' + langs + ')>(.*?)</code>', 's'),
{|s1,s2| "<lang #{s1}>#{s2}</" + "lang>"}
);
print text;
Tcl
set langs {
ada cpp-qt pascal lscript z80 visualprolog html4strict cil objc asm progress teraterm
hq9plus genero tsql email pic16 tcl apt_sources io apache vhdl avisynth winbatch vbnet
ini scilab ocaml-brief sas actionscript3 qbasic perl bnf cobol powershell php kixtart
visualfoxpro mirc make javascript cpp sdlbasic cadlisp php-brief rails verilog xml
csharp actionscript nsis bash typoscript freebasic dot applescript haskell dos oracle8
cfdg glsl lotusscript mpasm latex sql klonec ruby ocaml smarty python oracle11 caddcl
robots groovy smalltalk diff fortran cfm lua modula3 vb autoit java text scala lotusformulas
pixelbender reg _div whitespace providex asp css lolcode lisp inno mysql plsql matlab
oobas vim delphi xorg_conf gml prolog bf per scheme mxml d basic4gl m68k gnuplot idl
abap intercal c_mac thinbasic java5 xpp boo klonecpp blitzbasic eiffel povray c gettext
}
set text [read stdin]
set slang /lang
foreach lang $langs {
set text [regsub -all "<$lang>" $text "<lang $lang>"]
set text [regsub -all "</$lang>" $text "<$slang>"]
}
set text [regsub -all "<code (.+?)>(.+?)</code>" $text "
```\\1
\\2<$slang>"]
Alternatively, for foreach loop may be replaced with:
set text [regexp -all "<([join $langs |])>" $text {
```\1
}]
set text [regexp -all "</(?:[join $langs |])>" $text "<$slang>"]
This task does not require regular expressions at all:
<$slang>]
foreach lang $langs {
lappend replacements "<$lang>" "<lang $lang>"
lappend replacements "</$lang>" "<$slang>"
lappend replacements "<code $lang>" "<lang $lang>"
}
set text [string map $replacements $text]
zkl
fcn replace(data,src,dstpat){
re,n,buf:=RegExp(src),0,Data();
while(re.search(data,True,n)){
matched:=re.matched; // L(L(12,3),"c")
data[matched[0].xplode()]=re.sub(data,dstpat,buf); // "\1" --> "c"
n=matched[0].sum(0); // move past change
}
}
data:=File.stdin.read();
foreach src,dst in (T(
T(0'|<(\w+)>|, 0'|
```\1
|), T(0'|</(\w+)>|,"</" "lang>"),
T(0'|<code (\w+)>|,0'|
```\1
|) )){
replace(data,src,dst)
}
print(data.text);
Note: the "</" "lang>" to keep /lang the wiki from getting confused (it is string concatenation). {{out}}
$ cat wikisource.txt
lorem ipsum <c>some c code</c>dolor sit amet, <csharp>some
csharp code</csharp> consectetur adipisicing elit, <code r>
some r code </code>sed do eiusmod tempor incididunt
$ zkl bbb < wikisource.txt
lorem ipsum
```c
some c code
dolor sit amet,
some
csharp code
consectetur adipisicing elit,
some r code
sed do eiusmod tempor incididunt
{{omit from|Brlcad}}
{{omit from|GUISS}}
{{omit from|Lilypond}}
{{omit from|Maxima}}
{{omit from|Openscad}}
{{omit from|TPP}}