automizy-email-editor

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> <html> <head> <title>Code Prettifier</title> <script>(function () { var sourceBaseUrl = /[&?]distrib/.test(location.search) ? "../distrib/google-code-prettify/" : "../src/"; var sources = [ "prettify.js", "lang-css.js", "lang-erlang.js", "lang-go.js", "lang-hs.js", "lang-lisp.js", "lang-lua.js", "lang-ml.js", "lang-proto.js", "lang-rust.js", "lang-scala.js", "lang-sql.js", "lang-wiki.js", "lang-vhdl.js", "lang-vb.js", "lang-yaml.js", ]; var styles = [ "prettify.css" ]; if (window.console) { console.log("sourceBaseUrl=" + sourceBaseUrl); } for (var i = 0; i < sources.length; ++i) { document.write( "<script src=\"" + sourceBaseUrl + sources[i] + "\"><\/script>"); } document.write( "<script src=\"test_base.js\" type=\"text/javascript\"><\/script>"); for (var i = 0; i < styles.length; ++i) { document.write( "<link rel=\"stylesheet\" href=\"" + sourceBaseUrl + styles[i] + "\">"); } })(); window.onload = (function() { var attempt = function() { var go = window["go"]; var prettyPrint = window["prettyPrint"]; var goldens = window["goldens"]; if(go && prettyPrint && goldens) { go(goldens); } else { setTimeout(attempt, 20); } }; return attempt; })(); </script> <link rel="stylesheet" type="text/css" href="test_styles.css" /> </head> <body bgcolor="white"> <div id="timing"></div> <div id="errorReport" style="white-space: pre"></div> <h1>Bash</h1> <pre class="prettyprint" id="bash">#!/bin/bash # Fibonacci numbers # Writes an infinite series to stdout, one entry per line function fib() { local a=1 local b=1 while true ; do echo $a local tmp=$a a=$(( $a + $b )) b=$tmp done } # output the 10th element of the series and halt fib | head -10 | tail -1 </pre> <h1>Bash w/ language specified</h1> <pre class="prettyprint lang-sh linenums" id="bash_lang">#!/bin/bash # Fibonacci numbers # Writes an infinite series to stdout, one entry per line function fib() { local a=1 local b=1 while true ; do echo $a local tmp=$a a=$(( $a + $b )) b=$tmp done } # output the 10th element of the series and halt fib | /usr/bin/*head -10 | tail -1 </pre> <h1>Issue 165</h1> <pre class="prettyprint lang-sh" id="issue_165"># Comment local $x = ${#x[@]} # Previous is not a comment # A comment</pre> <h1>C</h1> <pre class="prettyprint" id="C"> #include <stdio.h> /* the n-th fibonacci number. */ unsigned int fib(unsigned int n) { unsigned int a = 1, b = 1; unsigned int tmp; while (--n >= 0) { tmp = a; a += b; b = tmp; } return a; } main() { printf("%u", fib(10)); } </pre> <h1>C w/ language specified</h1> <pre class="prettyprint lang-c" id="C_lang"> #include <stdio.h> /* the n<sup>th</sup> fibonacci number. */ uint32 fib(unsigned int n) { uint32 a = 1, b = 1; uint32 tmp; while (--n >= 0) { tmp = a; a += b; b = tmp; } return a; } void main() { size_t size = sizeof(wchar_t); ASSERT_EQ(size, 1); printf("%u", fib(10)); } #define ZERO 0 /* a multiline comment */ </pre> <h1>C++</h1> <pre class="prettyprint" id="Cpp"> #include <iostream> using namespace std; //! fibonacci numbers with gratuitous use of templates. //! \param n an index into the fibonacci series //! \param fib0 element 0 of the series //! \return the nth element of the fibonacci series template <class T> T fib(unsigned int n, const T& fib0) { T a(fib0), b(fib0); for (; n; --n) { T tmp(a); a += b; b = tmp; } return a; } int main(int argc, char **argv) { cout << fib(10, 1U); } </pre> <h1>C++ w/ language specified</h1> <pre class="prettyprint lang-cc" id="Cpp_lang"> #include <iostream> using namespace std; //! fibonacci numbers with gratuitous use of templates. //! \param n an index into the fibonacci series //! \param fib0 element 0 of the series //! \return the nth element of the fibonacci series template <class T> T fib(int n, const T& fib0) { T a(fib0), b(fib0); while (--n >= 0) { T tmp(a); a += b; b = tmp; } return a; } int main(int argc, char **argv) { cout << fib(10, 1U); } </pre> <h1>Java</h1> <pre class="prettyprint" id="java"> package foo; import java.util.Iterator; /** * the fibonacci series implemented as an Iterable. */ public final class Fibonacci implements Iterable<Integer> { /** the next and previous members of the series. */ private int a = 1, b = 1; @Override public Iterator<Integer> iterator() { return new Iterator<Integer>() { /** the series is infinite. */ public boolean hasNext() { return true; } public Integer next() { int tmp = a; a += b; b = tmp; return a; } public void remove() { throw new UnsupportedOperationException(); } }; } /** * the n<sup>th</sup> element of the given series. * @throws NoSuchElementException if there are less than n elements in the * given Iterable's {@link Iterable#iterator iterator}. */ public static <T> T nth(int n, Iterable<T> iterable) { Iterator<? extends T> it = iterable.iterator(); while (--n > 0) { it.next(); } return it.next(); } public static void main(String[] args) { System.out.print(nth(10, new Fibonacci())); } } </pre> <h1>Java w/ language specified<small>(first line shown is line 12)</small></h1> <pre class="prettyprint lang-java linenums:12" id="java_lang"> package foo; import java.util.Iterator; /** * the fibonacci series implemented as an Iterable. */ public final class Fibonacci implements Iterable<Integer> { /** the next and previous members of the series. */ private int a = 1, b = 1; @Override public Iterator<Integer> iterator() { return new Iterator<Integer>() { /** the series is infinite. */ public boolean hasNext() { return true; } public Integer next() { int tmp = a; a += b; b = tmp; return a; } public void remove() { throw new UnsupportedOperationException(); } }; } /** * the n<sup>th</sup> element of the given series. * @throws NoSuchElementException if there are less than n elements in the * given Iterable's {@link Iterable#iterator iterator}. */ public static <T> T nth(int n, Iterable<T> iterable) { Iterator<? extends T> in = iterable.iterator(); while (--n > 0) { in.next(); } return in.next(); } public static void main(String[] args) { System.out.print(nth(10, new Fibonacci())); } } # not a java comment # not keywords: static_cast and namespace </pre> <h1>Javascript</h1> <pre class="prettyprint" id="javascript"> /** * nth element in the fibonacci series. * @param n >= 0 * @return the nth element, >= 0. */ function fib(n) { var a = 1, b = 1; var tmp; while (--n >= 0) { tmp = a; a += b; b = tmp; } return a; } document.write(fib(10)); </pre> <h1>Issue 12 - Javascript Regular Expressions</h1> <pre class="prettyprint" id="issue12"> /foo/; // a slash starting a line treated as a regexp beginning "foo".match(/fo+$/); // this line comment not treated as a regular expressions "foo /bar/".test(/"baz"/); // test string and regexp boundaries var division = /\b\d+\/\d+/g; // test char sets and escaping of specials var allSpecials = /([^\[\]\{\}\-\?\+\*\.\^\$\/]+)\\/; var slashInCharset = /[^/]/g, notCloseSq = /[^\]]/; // test that slash used in numeric context treated as an operator 1 / 2; 1. / x; x / y; (x) / y; 1 /* foo */ / 2; 1 /* foo *// 2; 1/2; 1./x; x/y; (x)/y; // test split over two lines. line comment should not fool it 1// /2; x++/y; x--/y; x[y] / z; f() / n; // test that slash after non postfix operator is start of regexp log('matches = ' + /foo/.test(foo)); // test keyword preceders return /a regexp/; division = notreturn / not_a_regexp / 2; // keyword suffix does not match // & not used as prefix operator in javascript but this should still work &/foo/; extends = /extends/; </pre> <h1>Issue 12 - Javascript Regular Expressions w/ language specified</h1> <pre class="prettyprint lang-js" id="issue12_lang"> /foo/; // a slash starting a line treated as a regexp beginning "foo".match(/fo+$/); // this line comment not treated as a regular expressions "foo /bar/".test(/"baz"/); // test string and regexp boundaries var division = /\b\d+\/\d+/g; // test char sets and escaping of specials var allSpecials = /([^\[\]\{\}\-\?\+\*\.\^\$\/]+)\\/; var slashInCharset = /[^/]/g, notCloseSq = /[^\]]/; // test that slash used in numeric context treated as an operator 1 / 2; 1. / x; x / y; (x) / y; 1 /* foo */ / 2; 1 /* foo *// 2; 1/2; 1./x; x/y; (x)/y; // test split over two lines. line comment should not fool it 1// /2; x++/y; x--/y; x[y] / z; f() / n; // test that slash after non postfix operator is start of regexp log('matches = ' + /foo/.test(foo)); // test keyword preceders return /a regexp/; division = notreturn / not_a_regexp / 2; // keyword suffix does not match // & not used as prefix operator in javascript but this should still work &/foo/; extends = /extends/; </pre> <h1>Coffee</h1> <pre class="prettyprint lang-coffee" id="coffee"> class Animal constructor: (@name) -> move: (meters, loc) -> alert @name + " moved " + meters + "m." travel: (path...) -> for place in path @move place.distance, place.location class Horse extends Animal ### @param name Horse name @param jumper Jumping ability ### constructor: (name, jumper) -> super name @capable = jumper step: -> alert ''' Step, step... ''' jump: -> @capable move: (meters, where) -> switch where when "ground" @step() super meters when "hurdle" super meters if @jump() # Create horse tom = new Horse "Tommy", yes street = location: "ground" distance: 12 car = location: "hurdle" distance: 2 ### Tell him to travel: 1. through the street 2. over the car ### tom.travel street, car </pre> <h1>Perl</h1> <pre class="prettyprint" id="perl"> #!/usr/bin/perl use strict; use integer; # the nth element of the fibonacci series # param n - an int >= 0 # return an int >= 0 sub fib($) { my $n = shift, $a = 1, $b = 1; ($a, $b) = ($a + $b, $a) until (--$n < 0); return $a; } print fib(10); </pre> <h1>Python</h1> <pre class="prettyprint" id="python"> #!/usr/bin/python2.4 def fib(): ''' a generator that produces the elements of the fibonacci series ''' a = 1 b = 1 while True: a, b = a + b, a yield a def nth(series, n): ''' returns the nth element of a series, consuming the earlier elements of the series ''' for x in series: n = n - 1 if n <= 0: return x print nth(fib(), 10) </pre> <h1>Python w/ language specified</h1> <pre class="prettyprint lang-py" id="python_lang"> #!/usr/bin/python2.4 def fib(): ''' a generator that produces the fibonacci series's elements ''' a = 1 b = 1 while True: a, b = a + b, a yield a def nth(series, n): ''' returns the nth element of a series, consuming the series' earlier elements. ''' for x in series: n -= 1 if n <= 0: return x print nth(fib(), 10) /* not a comment and not keywords: null char true */ </pre> <h1>SQL w/ language specified</h1> <pre class="prettyprint lang-sql" id="sql_lang"> /* A multi-line * comment */ 'Another string /* Isn\'t a comment', "A string */" -- A line comment SELECT * FROM users WHERE id IN (1, 2.0, +30e-1); -- keywords are case-insensitive. -- Note: user-table is a single identifier, not a pair of keywords select * from user-table where id in (x, y, z); </pre> <h1>XML</h1> <pre class="prettyprint" id="xml"> <!DOCTYPE series PUBLIC "fibonacci numbers"> <series.root base="1" step="s(n-2) + s(n-1)"> <element i="0">1</element> <element i="1">1</element> <element i="2">2</element> <element i="3">3</element> <element i="4">5</element> <element i="5">8</element> ... </series.root> </pre> <h1>HTML</h1> <pre class="prettyprint" id="html"> <html> <head> <title>Fibonacci number</title> <style></style> <script src="foo.js"></script> <script src="bar.js"></script> </head> <body> <noscript> <dl> <dt>Fibonacci numbers</dt> <dd>1</dd> <dd>1</dd> <dd>2</dd> <dd>3</dd> <dd>5</dd> <dd>8</dd> &hellip; </dl> </noscript> <script type="text/javascript"> </script> </body> </html> </pre> <h1>HTML w/ language specified</h1> <pre class="prettyprint lang-html" id="html_lang"> Fibonacci Numbers <noscript> <dl style="list-style: disc"> <dt>Fibonacci numbers</dt> <dd>1</dd> <dd>1</dd> <dd>2</dd> <dd>3</dd> <dd>5</dd> <dd>8</dd> &hellip; </dl> </noscript> <script type="text/javascript"> </script> </pre> <h1>HTML using XMP</h1> <xmp class="prettyprint" id="htmlXmp" ><html> <head> <title>Fibonacci number</title> </head> <body> <noscript> <dl> <dt>Fibonacci numbers</dt> <dd>1</dd> <dd>1</dd> <dd>2</dd> <dd>3</dd> <dd>5</dd> <dd>8</dd> … </dl> </noscript> <script type="text/javascript"> </script> </body> </html> </xmp> <h1>XHTML</h1> <pre class="prettyprint" id="xhtml" ><xhtml> <head> <title>Fibonacci number</title> </head> <body onload="alert(fib(10))"> <script type="text/javascript"><![CDATA[ function fib(n) { var a = 1, b = 1; var tmp; while (--n >= 0) { tmp = a; a += b; b = tmp; } return a; } ]]> </script> </body> </xhtml> </pre> <h1>PHP</h1> <pre class="prettyprint" id="PHP"> <html> <head> <title><?= 'Fibonacci numbers' ?></title> <?php // PHP has a plethora of comment types /* What is a "plethora"? */ function fib($n) { # I don't know. $a = 1; $b = 1; while (--$n >= 0) { echo "$a\n"; $tmp = $a; $a += $b; $b = $tmp; } } ?> </head> <body> <?= fib(10) ?> </body> </html> </pre> <h1>XSL (Issue 19)</h1> <pre class="prettyprint" id="xsl">  <xsl:stylesheet xml:lang="en"> <xsl:template match="."> <xsl:text>Hello World</xsl:text> </xsl:template> </xsl:stylesheet> </pre> <h1>Whitespace</h1> <pre class=prettyprint id="whitespace"></pre> <h1>Misc</h1> <pre class=prettyprint id="misc1">// ends with line comment token //</pre> <h1>User submitted testcase for Bug 4</h1> <p> Javascript Snippets wrapped in HTML SCRIPT tags hides/destroys inner content </p> <pre class=prettyprint id="issue4"> <script type="text/javascript"> var savedTarget=null; // The target layer (effectively vidPane) var orgCursor=null; // The original mouse style so we can restore it var dragOK=false; // True if we're allowed to move the element under mouse var dragXoffset=0; // How much we've moved the element on the horozontal var dragYoffset=0; // How much we've moved the element on the verticle vidPaneID = document.getElementById('vidPane'); // Our movable layer vidPaneID.style.top='75px'; // Starting location horozontal vidPaneID.style.left='75px'; // Starting location verticle <script> </pre> <p>The fact that the script tag was not closed properly was causing PR_splitSourceNodes to end without emitting the script contents.</p> <h1>Bug 8 - tabs mangled</h1> <p>If tabs are used to indent code inside <pre> IE6 and 7 won't honor them after the script runs. Code indented with tabs will be shown aligned to the left margin instead of the proper indenting shown in Firefox. I'm using Revision 20 of prettify.js, IE 6.0.29.00 in English and IE 7.0.5730.11 in Spanish. </p> <pre class=prettyprint id="issue8"> <b>one</b>	<b>Two</b>	<b>three</b>	Four	<b>five</b>	| Six	<b>seven</b>	Eight	nine	Ten	| <b>eleven</b>	Twelve	<b>thirteen</b>	Fourteen	fifteen	| </pre> <h1>Bug 14a - does not recognize <code><br></code> as newline</h1> <pre class="prettyprint" id="issue14a" >//comment<br />int main(int argc, char **argv) {}</pre> <h1>Bug 14b - comments not ignored</h1> <pre class="prettyprint" id="issue14b" ><acronym title="tag soup">HTML</acronym> comment in my comment --> <p>And another one inside the end tag</p> </pre> <h1>Bug 20 - missing blank lines</h1> <pre class="prettyprint" id="issue20" ><html> <head></pre> <h1>Bug 21 - code doesn't copy and paste well in IE</h1> <pre class="prettyprint" id="issue21" ><html> <head> <title>Test</title> </head> </html></pre> <p>To test this bug, disable overriding of _pr_isIE6 in test_base.js by putting #testcopypaste on the end of the URL and reloading the page, then copy and paste the above into Notepad.</p> <h1>Bug 22 - Line numbers and other non-code spans in code</h1> <pre class="prettyprint" id="issue22" ><span class=nocode>01: </span>// This is a line of code <span class=nocode>02: </span>/* Multiline comments can <span class=nocode>03: </span> * span over and around <span class=nocode>04: </span> * line markers <span class="nocode annot">And can even be interrupted</span> <span class="nocode annot">by inline code annotations</span> <span class=nocode>05: </span> */ <span class=nocode>06: </span>class MyClass extends Foo { <span class=nocode>07: </span> public static void main(String... argv) { <span class=nocode>08: </span> System.out.print("Hello World"); <span class=nocode>09: </span> } <span class=nocode>10: </span>}</pre> <h1>Bug 24 - Lua Syntax Highlighting</h1> <pre class="prettyprint lang-lua" id="issue24"> os=require("os") math=require("math") -- Examples from the language reference a = 'alo\n123"' a = "alo\n123\"" a = '\97lo\10\04923"' a = [[alo 123"]] a = [==[ alo 123"]==] 3 3.0 3.1416 314.16e-2 0.31416E1 0xff 0x56 -- Some comments that demonstrate long brackets double_quoted = "Not a long bracket [=[" --[=[ quoting out [[ foo ]] [==[does not end comment either]==] ]=] past_end_of_comment --]=] -- Example code courtesy Joseph Harmbruster # do local function ssgeneral(t, n, before) for _, h in ipairs(incs) do for i = h + 1, n do local v = t[i] for j = i - h, 1, -h do local testval = t[j] if not before(v, testval) then break end t[i] = testval; i = j end t[i] = v end end return t end function shellsort(t, before, n) n = n or #t if not before or before == "<" then return ssup(t, n) elseif before == ">" then return ssdown(t, n) else return ssgeneral(t, n, before) end end return shellsort end</pre> <h1>Bug 27 - VBScript w/ language specified</h1> <pre class="prettyprint lang-vb" id="issue27"> Imports System Class [class] Shared Sub [shared](ByVal [boolean] As Boolean) If [boolean] Then Console.WriteLine("true") Else Console.WriteLine("false") End If End Sub End Class ' Comment ‘ Second Line comment with a smart quote _ continued line using VB6 syntax. Module [module] Sub Main() [class].[shared](True) ' This prints out: ". Console.WriteLine("""") ' This prints out: a"b. Console.WriteLine("a""b") ' This prints out: a. Console.WriteLine("a"c) ' This prints out: ". Console.WriteLine(""""c) REM an old-style comment REMOVE(not_a_comment) End Sub End Module Dim d As Date d = # 8/23/1970 3:45:39AM # d = # 8/23/1970 # d = # 3:45:39AM # d = # 3:45:39 # d = # 13:45:39 # d = # 13:45:39PM # Dim n As Float n = (0.0, .99F, 1.0E-2D, 1.0E+3D, .5E4, 1E3R, 4D) Dim i As Integer i = (0, 123, 45L, &HA0I, &O177S) </pre> <h1>Bug 30 - Haskell w/ language specified</h1> <pre class="prettyprint lang-hs" id="issue30"> -- A comment Not(--"a comment") Also.not(--(A.comment)) module Foo(bar) where import Blah import BlahBlah(blah) import Monads(Exception(..), FIO(..),unFIO,handle,runFIO,fixFIO,fio, write,writeln,HasNext(..),HasOutput(..)) {- nested comments - don't work {-yet-} -} instance Thingy Foo where a = b data Foo :: (* -> * -> *) -> * > * -> * where Nil :: Foo a b c Cons :: a b c -> Foo abc -> Foo a b c str = "Foo\\Bar" char = 'x' Not.A.Char = 'too long' -- Don't barf. Show that 't is a lexical error. (ident, ident', Fo''o.b'ar) (0, 12, 0x45, 0xA7, 0o177, 0O377, 0.1, 1.0, 1e3, 0.5E-3, 1.0E+45) </pre> <h1>Bug 33 - OCaml and F#</h1> <pre class="prettyprint lang-ml" id="issue33"> (* * Print the 10th fibonacci number *) //// A line comment "A string";; (0, 125, 0xa0, -1.0, 1e6, 1.2e-3);; // number literals #if fibby let rec fib = function (0, a, _) -> a | (n, a, b) -> fib(n - 1, a + b, a) in print_int(fib(10, 1, 1));; #endif let zed = 'z' let f' x' = x' + 1 </pre> <p>Still TODO: handle nested <code>(* (* comments *) *)</code> properly.</p> <h1>Bug 42 - Lisp Syntax Highlighting</h1> <pre class="prettyprint lang-el" id="issue42" >; -*- mode: lisp -*- (defun back-six-lines () (interactive) (forward-line -6)) (defun forward-six-lines () (interactive) (forward-line 6)) (global-set-key "\M-l" 'goto-line) (global-set-key "\C-z" 'advertised-undo) (global-set-key [C-insert] 'clipboard-kill-ring-save) (global-set-key [S-insert] 'clipboard-yank) (global-set-key [C-up] 'back-six-lines) (global-set-key [C-down] 'forward-six-lines) (setq visible-bell t) (setq user-mail-address "foo@bar.com") (setq default-major-mode 'text-mode) (setenv "TERM" "emacs") (c-set-offset 'case-label 2) (setq c-basic-offset 2) (setq perl-indent-level 0x2) (setq delete-key-deletes-forward t) (setq indent-tabs-mode nil) ;; Text mode (add-hook 'text-mode-hook '(lambda () (turn-on-auto-fill) ) ) ;; Fundamental mode (add-hook 'fundamental-mode-hook '(lambda () (turn-on-auto-fill) ) ) ;; Define and cond are keywords in scheme (define (sqt x) (sqrt-iter 1.0 2.0 x)) </pre> <h1>Bug 45 - Square brackets in strings</h1> <pre class="prettyprint" id="issue45"> throw new RuntimeException("Element [" + element.getName() + "] missing attribute."); variable++; </pre> <h1>Protocol Buffers</h1> <pre class="prettyprint lang-proto" id="proto" >message SearchRequest { required string query = 1; optional int32 page_number = 2; optional int32 result_per_page = 3 [default = 10]; enum Corpus { UNIVERSAL = 0; WEB = 1; IMAGES = 2; LOCAL = 3; NEWS = 4; PRODUCTS = 5; VIDEO = 6; } optional Corpus corpus = 4 [default = UNIVERSAL]; }</pre> <h1>Wiki syntax w/ language specified</h1> <pre class="prettyprint lang-wiki" id="wiki"> #summary hello world #labels HelloWorld WikiWord Hiya [http://www.google.com/?q=WikiSyntax+site:code.google.com WikiSyntax] Lorem Ipsum `while (1) print("blah blah");` * Bullet * Points * NestedBullet ==DroningOnAndOn== {{{ // Some EmbeddedSourceCode void main() { Print('hello world'); } }}} {{{  <foo bar="baz"><boo /><foo> }}} </pre> <h1>CSS w/ language specified</h1> <pre class="prettyprint lang-css" id="css">  </pre> <h1>Issue 79 CSS highlighting</h1> <pre class="prettyprint" id="issue79"> <style type='text/css'> /* desert scheme ported from vim to google prettify */ code.prettyprint { display: block; padding: 2px; border: 1px solid #888; background-color: #333; } .str { color: #ffa0a0; } /* string - pink */ .kwd { color: #f0e68c; font-weight: bold; } .com { color: #87ceeb; } /* comment - skyblue */ .typ { color: #98fb98; } /* type - lightgreen */ .lit { color: #cd5c5c; } /* literal - darkred */ .pun { color: #fff; } /* punctuation */ .pln { color: #fff; } /* plaintext */ .tag { color: #f0e68c; font-weight: bold; } /* html/xml tag - lightyellow*/ .atn { color: #bdb76b; font-weight: bold; } /* attribute name - khaki*/ .atv { color: #ffa0a0; } /* attribute value - pink */ .dec { color: #98fb98; } /* decimal - lightgreen */ </style> </pre> <h1>Issue 84 NBSPs</h1> <pre class="prettyprint lang-java" id="issue84">super("&nbsp;");</pre> <h1>Issue 86</h1> <p><code class="prettyprint" id="issue86_0">#One Two words</code></p> <p><code class="prettyprint known_ie6_failure" id="issue86_1" style="white-space: pre">#One Two lines</code></p> <pre class="prettyprint" id="issue86_2">#One Two lines</pre> <pre><code class="prettyprint known_ie6_failure" id="issue86_3">#One Two lines</code></pre> <xmp class="prettyprint" id="issue86_4">#One Two lines</xmp> <p><code class="prettyprint" id="issue86_5">#One<br> Two lines</code></p> <h1>Issue 92 -- capital letters in tag names</h1> <pre class="prettyprint" id="issue92"> <?xml version="1.0" encoding="UTF-8"?> <kml xmlns="http://www.opengis.net/kml/2.2"> <Placemark> <name>Simple placemark</name> <description Lang="en">Attached to the ground. Intelligently places itself at the height of the underlying terrain.</description> <Point> <coordinates>-122.0822035425683,37.42228990140251,0</coordinates> </Point> </Placemark> </kml> </pre> <h1>Issue 93 -- C# verbatim strings</h1> <pre class="prettyprint lang-cs" id="issue93"> // The normal string syntax string a = "C:\\"; // is equivalent to a verbatim string string b = @"C:\"; </pre> <h1>VHDL mode</h1> <pre class="prettyprint lang-vhdl" id="vhdl"> library ieee; use ieee.std_logic_1164.all; use ieee.numeric_std.all; -- A line comment entity foo_entity is generic (-- comment after punc a : natural := 42; x : real := 16#ab.cd#-3 ); port ( clk_i : in std_logic; b_i : in natural range 0 to 100; c_o : out std_logic_vector(5 downto 0); \a "name"\ : out integer -- extended identifier ); end entity foo_entity; architecture foo_architecture of foo_entity is signal bar_s : std_logic_vector(2 downto 0); begin bar_s <= b"101"; dummy_p : process (clk_i) begin if b_i = 1 then c_o <= (others => '0'); elsif rising_edge(clk_i) then c_o <= "1011" & bar_s(1 downto 0); end if; end process dummy_p; end architecture foo_architecture; </pre> <h1>YAML mode</h1> <pre class="prettyprint lang-yaml" id="yaml1"> application: mirah-lang version: 1 # Here's a comment handlers: - url: /red/* servlet: mysite.server.TeamServlet init_params: teamColor: red bgColor: "#CC0000" name: redteam - url: /blue/* servlet: mysite.server.TeamServlet init_params: teamColor: blue bgColor: "#0000CC" name: blueteam - url: /register/* jsp: /register/start.jsp - url: *.special filter: mysite.server.LogFilterImpl init_params: logType: special </pre> <pre class="prettyprint lang-yaml" id="yaml2"> %YAML 1.1 --- !!map { ? !!str "" : !!str "value", ? !!str "explicit key" : !!str "value", ? !!str "simple key" : !!str "value", ? !!seq [ !!str "collection", !!str "simple", !!str "key" ] : !!str "value" }</pre> <h1>Scala mode</h1> <pre class="prettyprint lang-scala" id="scala"> /* comment 1 */ /* comment 2 */ /* comment / * comment 3 **/ // strings "Hello, World!", "\n", `an-identifier`, `\n`, 'A', '\n', 'aSymbol, """Hello, World""", """Hello,\nWorld""", """Hello, "World"!""", """Hello, \"World\"""" // Numbers 0 0123 0xa0 0XA0L 123 123.45 1.50F 0.50 .50 123e-1 123.45e+1 1.50e2 0.50e-6 .50e+42f // Values false, true, null, this; // Keywords class MyClass; import foo.bar; package baz; // From scala-lang.org/node/242 def act() { var pongCount = 0 loop { react { case Ping => if (pongCount % 1000 == 0) Console.println("Pong: ping "+pongCount) sender ! Pong pongCount = pongCount + 1 case Stop => Console.println("Pong: stop") exit() } } } </pre> <h1>Go mode</h1> <pre class="prettyprint lang-go" id="go"> package main /* Package of which this program is part. */ import fmt "fmt" // Package implementing formatted I/O. func main() { fmt.Printf("Hello, world; or Καλημέρα κόσμε; or こんにちは 世界\n") // Semicolon inserted here } /* " */ "foo /* " /*/ */ /* ` */ `foo /* ` /*/ */ </pre> <h1>Erlang mode</h1> <pre class="prettyprint lang-erlang" id="erlang"> % Sample comment -module(my_test). -include_lib("my_sample_lib.hrl"). -export([ test/2 ]). %% @doc Define a macro -define(my_macro, Variable). %% @doc My function test(Variables, MoreVariables) -> % Inline comment {ok,Scanned,_} = my_lib:do_stuff(), Variable = fun(V) -> {ok, V} end, try ?my_macro({value, test}) of {value, Result, _} -> {ok, Result} catch Type:Error -> {'error', Type, Error} end. </pre> <h1>Rust mode</h1> <pre class="prettyprint lang-rust" id="rust"> // Single line comment /* Multi-line (nesting not highlighted properly, sorry) comment */ #![feature(code_prettification)] use std::io::{self, Write}; impl<'a, T: 'a + ?Sized> Foo<'a, 'static> for Bar<'b> where T: Iterator<Item = Box<Fn() -> u32>> { fn something(&mut self) -> u32 { if let Some(ref x) = self.foo("multi li\ne s\tring") { panic!(r"\things is going wrong!"); panic!(r#"Things is "really" goig\n wront!"#); panic!(r##"Raw strings are #"#fancy#"#"##); } } } pub type CowString<'a> = std::cow::Cow<'a, str>; fn main() { let (i, r) = (1u8, 'c'); let s = r#"Take a raw egg, "break" it (or the line), and beat it"#; } </pre> Test IE by copy/pasting content here. <textarea cols="80" rows="40"></textarea> </body> <script type="text/javascript"> /** * maps ids of rewritten code to the expected output. * For brevity, <span class="foo"> has been changed to `FOO and </span> * has been changed to `END. */ var goldens = { bash: ( '`COM#!/bin/bash`END`PLN\n' + '\n' + '`END`COM# Fibonacci numbers`END`PLN\n' + '`END`COM# Writes an infinite series to stdout, one entry per line`END' + '`PLN\n' + '`END`KWDfunction`END`PLN fib`END`PUN()`END`PLN `END`PUN{`END`PLN\n' + ' `END`KWDlocal`END`PLN a`END`PUN=`END`LIT1`END`PLN\n' + ' `END`KWDlocal`END`PLN b`END`PUN=`END`LIT1`END`PLN\n' + ' `END`KWDwhile`END`PLN `END`KWDtrue`END`PLN `END`PUN;`END' + '`PLN `END`KWDdo`END`PLN\n' + ' echo $a\n' + ' `END`KWDlocal`END`PLN tmp`END`PUN=`END`PLN$a\n' + ' a`END`PUN=`END`PLN$`END`PUN((`END`PLN $a `END`PUN+`END' + '`PLN $b `END`PUN))`END`PLN\n' + ' b`END`PUN=`END`PLN$tmp\n' + ' `END`KWDdone`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + '`END`COM# output the 10th element of the series and halt`END`PLN\n' + 'fib `END`PUN|`END`PLN head `END`PUN-`END`LIT10`END`PLN `END`PUN|`END' + '`PLN tail `END`PUN-`END`LIT1`END'), bash_lang: ( '<ol class="linenums">`#`COM#!/bin/bash`END' + '`#1`PLN `END' + '`#2`COM# Fibonacci numbers`END' + '`#3`COM# Writes an infinite series to stdout, one entry per line`END' + '`#4`KWDfunction`END`PLN fib`END`PUN()`END`PLN `END`PUN{`END' + '`#5`PLN `END`KWDlocal`END`PLN a`END`PUN=`END`LIT1`END' + '`#6`PLN `END`KWDlocal`END`PLN b`END`PUN=`END`LIT1`END' + '`#7`PLN `END`KWDwhile`END`PLN true `END`PUN;`END' + '`PLN `END`KWDdo`END' + '`#8`PLN echo $a`END' + '`#9`PLN `END`KWDlocal`END`PLN tmp`END`PUN=`END`PLN$a`END' + '`#0`PLN a`END`PUN=`END`PLN$`END`PUN((`END`PLN $a `END`PUN+`END' + '`PLN $b `END`PUN))`END' + '`#1`PLN b`END`PUN=`END`PLN$tmp`END' + '`#2`PLN `END`KWDdone`END' + '`#3`PUN}`END' + '`#4`PLN `END' + '`#5`COM# output the 10th element of the series and halt`END' + '`#6`PLNfib `END`PUN|`END`PLN `END`PUN/`END`PLNusr`END`PUN/`END`PLNbin`END' + '`PUN/*`END`PLNhead `END`PUN-`END`LIT10`END`PLN `END`PUN|`END' + '`PLN tail `END`PUN-`END`LIT1`END</li></ol>'), issue_165: ( '`COM# Comment`END`PLN\n' + '`END`KWDlocal`END`PLN $x `END`PUN=`END`PLN $`END`PUN{#`END`PLNx`END`PUN[@]}`END`PLN `END' + '`COM# Previous is not a comment`END`PLN\n' + '`END`COM# A comment`END'), C: ( '`COM#include`END`PLN `END`STR<stdio.h>`END`PLN\n' + '\n' + '`END`COM/* the n-th fibonacci number.\n' + ' *\/`END`PLN\n' + '`END`KWDunsigned`END`PLN `END`KWDint`END`PLN fib`END`PUN(`END' + '`KWDunsigned`END`PLN `END`KWDint`END`PLN n`END`PUN)`END`PLN `END' + '`PUN{`END`PLN\n' + ' `END`KWDunsigned`END`PLN `END`KWDint`END`PLN a `END`PUN=`END' + '`PLN `END`LIT1`END`PUN,`END`PLN b `END`PUN=`END`PLN `END`LIT1`END' + '`PUN;`END`PLN\n' + ' `END`KWDunsigned`END`PLN `END`KWDint`END`PLN tmp`END`PUN;`END' + '`PLN\n' + ' `END`KWDwhile`END`PLN `END`PUN(--`END`PLNn `END`PUN>=`END' + '`PLN `END`LIT0`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' tmp `END`PUN=`END`PLN a`END`PUN;`END`PLN\n' + ' a `END`PUN+=`END`PLN b`END`PUN;`END`PLN\n' + ' b `END`PUN=`END`PLN tmp`END`PUN;`END`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDreturn`END`PLN a`END`PUN;`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + 'main`END`PUN()`END`PLN `END`PUN{`END`PLN\n' + ' printf`END`PUN(`END`STR"%u"`END`PUN,`END`PLN fib`END`PUN(`END' + '`LIT10`END`PUN));`END`PLN\n' + '`END`PUN}`END'), C_lang: ( '`COM#include`END`PLN `END`STR<stdio.h>`END`PLN\n' + '\n' + '`END`COM/* the n`END<sup>`COMth`END<\/sup>`COM fibonacci number. *\/`END`PLN\n' + '`END`TYPuint32`END`PLN fib`END`PUN(`END' + '`KWDunsigned`END`PLN `END`TYPint`END`PLN n`END`PUN)`END`PLN `END' + '`PUN{`END`PLN\n' + ' `END`TYPuint32`END`PLN a `END`PUN=`END`PLN `END`LIT1`END`PUN,`END' + '`PLN b `END`PUN=`END`PLN `END`LIT1`END`PUN;`END`PLN\n' + ' `END`TYPuint32`END`PLN tmp`END`PUN;`END`PLN\n' + ' `END`KWDwhile`END`PLN `END`PUN(--`END`PLNn `END`PUN>=`END' + '`PLN `END`LIT0`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' tmp `END`PUN=`END`PLN a`END`PUN;`END`PLN\n' + ' a `END`PUN+=`END`PLN b`END`PUN;`END`PLN\n' + ' b `END`PUN=`END`PLN tmp`END`PUN;`END`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDreturn`END`PLN a`END`PUN;`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + '`END`KWDvoid`END`PLN main`END`PUN()`END`PLN `END`PUN{`END`PLN\n' + ' `END`TYPsize_t`END`PLN size `END`PUN=`END`PLN `END`KWDsizeof`END' + '`PUN(`END`TYPwchar_t`END`PUN);`END`PLN\n' + ' ASSERT_EQ`END`PUN(`END`PLNsize`END`PUN,`END`PLN `END`LIT1`END' + '`PUN);`END`PLN\n' + ' printf`END`PUN(`END`STR"%u"`END`PUN,`END`PLN fib`END`PUN(`END' + '`LIT10`END`PUN));`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + '`END`COM#define`END`PLN ZERO `END`LIT0`END`PLN `END`COM/* a\n' + ' multiline comment *\/`END'), Cpp: ( '`COM#include`END`PLN `END`STR<iostream>`END`PLN\n' + '\n' + '`END`KWDusing`END`PLN `END`KWDnamespace`END`PLN std`END`PUN;`END' + '`PLN\n' + '\n' + '`END`COM//! fibonacci numbers with gratuitous use of templates.`END' + '`PLN\n' + '`END`COM//! \\param n an index into the fibonacci series`END`PLN\n' + '`END`COM//! \\param fib0 element 0 of the series`END`PLN\n' + '`END`COM//! \\return the nth element of the fibonacci series`END' + '`PLN\n' + '`END`KWDtemplate`END`PLN `END`PUN<`END`KWDclass`END`PLN T`END' + '`PUN>`END`PLN\n' + 'T fib`END`PUN(`END`KWDunsigned`END`PLN `END`KWDint`END`PLN n`END' + '`PUN,`END`PLN `END`KWDconst`END`PLN T`END`PUN&`END`PLN fib0' + '`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' T a`END`PUN(`END`PLNfib0`END`PUN),`END`PLN b`END`PUN(`END' + '`PLNfib0`END`PUN);`END`PLN\n' + ' `END`KWDfor`END`PLN `END`PUN(;`END`PLN n`END`PUN;`END' + '`PLN `END`PUN--`END`PLNn`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' T tmp`END`PUN(`END`PLNa`END`PUN);`END`PLN\n' + ' a `END`PUN+=`END`PLN b`END`PUN;`END`PLN\n' + ' b `END`PUN=`END`PLN tmp`END`PUN;`END`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDreturn`END`PLN a`END`PUN;`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + '`END`KWDint`END`PLN main`END`PUN(`END`KWDint`END`PLN argc`END' + '`PUN,`END`PLN `END`KWDchar`END`PLN `END`PUN**`END`PLNargv`END' + '`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' cout `END`PUN<<`END`PLN fib`END`PUN(`END`LIT10`END' + '`PUN,`END`PLN `END`LIT1U`END`PUN);`END`PLN\n' + '`END`PUN}`END'), Cpp_lang: ( '`COM#include`END`PLN `END`STR<iostream>`END`PLN\n' + '\n' + '`END`KWDusing`END`PLN `END`KWDnamespace`END`PLN std`END`PUN;`END' + '`PLN\n' + '\n' + '`END`COM//! fibonacci numbers with gratuitous use of templates.`END' + '`PLN\n' + '`END`COM//! \\param n an index into the fibonacci series`END`PLN\n' + '`END`COM//! \\param fib0 element 0 of the series`END`PLN\n' + '`END`COM//! \\return the nth element of the fibonacci series`END' + '`PLN\n' + '`END`KWDtemplate`END`PLN `END`PUN<`END`KWDclass`END`PLN T`END' + '`PUN>`END`PLN\n' + 'T fib`END`PUN(`END`TYPint`END`PLN n`END' + '`PUN,`END`PLN `END`KWDconst`END`PLN T`END`PUN&`END`PLN fib0' + '`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' T a`END`PUN(`END`PLNfib0`END`PUN),`END`PLN b`END`PUN(`END' + '`PLNfib0`END`PUN);`END`PLN\n' + ' `END`KWDwhile`END`PLN `END`PUN(--`END`PLNn `END`PUN>=`END' + '`PLN `END`LIT0`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' T tmp`END`PUN(`END`PLNa`END`PUN);`END`PLN\n' + ' a `END`PUN+=`END`PLN b`END`PUN;`END`PLN\n' + ' b `END`PUN=`END`PLN tmp`END`PUN;`END`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDreturn`END`PLN a`END`PUN;`END`PLN\n' + '`END`PUN}`END`PLN\n' + '\n' + '`END`TYPint`END`PLN main`END`PUN(`END`TYPint`END`PLN argc`END' + '`PUN,`END`PLN `END`KWDchar`END`PLN `END`PUN**`END`PLNargv`END' + '`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' cout `END`PUN<<`END`PLN fib`END`PUN(`END`LIT10`END' + '`PUN,`END`PLN `END`LIT1U`END`PUN);`END`PLN\n' + '`END`PUN}`END'), java: ( '`KWDpackage`END`PLN foo`END`PUN;`END`PLN\n' + '\n' + '`END`KWDimport`END`PLN java`END`PUN.`END`PLNutil`END`PUN.`END' + '`TYPIterator`END`PUN;`END`PLN\n' + '\n' + '`END`COM/**\n' + ' * the fibonacci series implemented as an Iterable.\n' + ' *\/`END`PLN\n' + '`END`KWDpublic`END`PLN `END`KWDfinal`END`PLN `END`KWDclass`END' + '`PLN `END`TYPFibonacci`END`PLN `END`KWDimplements`END`PLN `END' + '`TYPIterable`END`PUN<`END`TYPInteger`END`PUN>`END`PLN `END`' + 'PUN{`END`PLN\n' + ' `END' + '`COM/** the next and previous members of the series. *\/`END' + '`PLN\n' + ' `END`KWDprivate`END`PLN `END`KWDint`END`PLN a `END`PUN=`END' + '`PLN `END`LIT1`END`PUN,`END`PLN b `END`PUN=`END`PLN `END`LIT1`END' + '`PUN;`END`PLN\n' + '\n' + ' `END`LIT@Override`END`PLN\n' + ' `END`KWDpublic`END`PLN `END`TYPIterator`END`PUN<`END' + '`TYPInteger`END`PUN>`END`PLN iterator`END`PUN()`END`PLN `END' + '`PUN{`END`PLN\n' + ' `END`KWDreturn`END`PLN `END`KWDnew`END`PLN `END' + '`TYPIterator`END`PUN<`END`TYPInteger`END`PUN>()`END`PLN `END' + '`PUN{`END`PLN\n' + ' `END`COM/** the series is infinite. *\/`END' + '`PLN\n' + ' `END`KWDpublic`END`PLN `END`KWDboolean`END' + '`PLN hasNext`END`PUN()`END`PLN `END`PUN{`END`PLN `END' + '`KWDreturn`END`PLN `END`KWDtrue`END`PUN;`END`PLN `END`PUN}`END' + '`PLN\n' + ' `END`KWDpublic`END`PLN `END`TYPInteger`END' + '`PLN `END`KWDnext`END`PUN()`END`PLN `END`PUN{`END`PLN\n' + ' `END`KWDint`END`PLN tmp `END`PUN=`END' + '`PLN a`END`PUN;`END`PLN\n' + ' a `END`PUN+=`END`PLN b`END`PUN;`END' + '`PLN\n' + ' b `END`PUN=`END`PLN tmp`END`PUN;`END' + '`PLN\n' + ' `END`KWDreturn`END`PLN a`END`PUN;`END' + '`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDpublic`END`PLN `END`KWDvoid`END' + '`PLN remove`END`PUN()`END`PLN `END`PUN{`END`PLN `END`KWDthrow`END' + '`PLN `END`KWDnew`END`PLN `END' + '`TYPUnsupportedOperationException`END`PUN();`END`PLN `END' + '`PUN}`END`PLN\n' + ' `END`PUN};`END`PLN\n' + ' `END`PUN}`END`PLN\n' + '\n' + ' `END`COM/**\n' + ' * the n<sup>th</sup> element of the given ' + 'series.\n' + ' * @throws NoSuchElementException if there are less than ' + 'n elements in the\n' + ' * given Iterable\'s {@link Iterable#iterator ' + 'iterator}.\n' + ' *\/`END`PLN\n' + ' `END`KWDpublic`END`PLN `END`KWDstatic`END`PLN `END' + '`PUN<`END`PLNT`END`PUN>`END`PLN\n' + ' T nth`END`PUN(`END`KWDint`END`PLN n`END`PUN,`END`PLN `END' + '`TYPIterable`END`PUN<`END`PLNT`END`PUN>`END' + '`PLN iterable`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' `END`TYPIterator`END`PUN<?`END`PLN `END' + '`KWDextends`END`PLN T`END`PUN>`END`PLN it `END`PUN=`END' + '`PLN iterable`END`PUN.`END`PLNiterator`END`PUN();`END`PLN\n' + ' `END`KWDwhile`END`PLN `END`PUN(--`END`PLNn `END' + '`PUN>`END`PLN `END`LIT0`END`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' it`END`PUN.`END`KWDnext`END`PUN();`END`PLN\n' + ' `END`PUN}`END`PLN\n' + ' `END`KWDreturn`END`PLN it`END`PUN.`END`KWDnext`END' + '`PUN();`END`PLN\n' + ' `END`PUN}`END`PLN\n' + '\n' + ' `END`KWDpublic`END`PLN `END`KWDstatic`END`PLN `END`KWDvoid`END' + '`PLN main`END`PUN(`END`TYPString`END`PUN[]`END`PLN args`END' + '`PUN)`END`PLN `END`PUN{`END`PLN\n' + ' `END`TYPSystem`END`PUN.`END`KWDout`END`PUN.`END' + '`KWDprint`END`PUN(`END`PLNnth`END`PUN(`END`LIT10`END`PUN,`END' + '`PLN `END`KWDnew`END`PLN `END`TYPFibonacci`END`PUN()));`END' + '`PLN\n' + ' `END`PUN}`END`PLN\n' + '`END`PUN}`END'), java_lang: ( '<ol class="linenums"><li class="L1" value="12">' + '`KWDpackage`END`PLN foo`END`PUN;`END' + '`#2`PLN `END' + '`#3`KWDimport`END`PLN java`END`PUN.`END`PLNutil`END`PUN.`END' + '`TYPIterator`END`PUN;`END' + '`#4`PLN `END' + '`#5`COM/**`END' + '`#6`COM * the fibonacci series implemented as an Iterable.`END' + '`#7`COM *\/`END' + '`#8`KWDpublic`END`PLN `END`KWDfinal`END`PLN `END`KWDclass`END' + '`PLN `END`TYPFibonacci`END`PLN `END`KWDimplements`END`PLN `END' + '`TYPIterable`END`PUN<`END`TYPInteger`END`PUN>`END`PLN `END`' + 'PUN{`END' + '`#9`PLN `END' + '`COM/** the next and previous members of the series. *\/`END' + '' + '`#0`PLN `END`KWDprivate`END`PLN `END`KWDint`END`PLN a `END`PUN=`END' + '`PLN `END`LIT1`END`PUN,`END`PLN b `END`PUN=`END`PLN `END`LIT1`END' + '`PUN;`END' + '`#1`PLN `END' + '`#2`PLN `END`LIT@Override`END' + '`#3`PLN `END`KWDpublic`END`PLN `END`TYPIterator`END`PUN<`END' + '`TYPInteger`END`PUN>`END`PLN iterator`END`PUN()`END`PLN `END' + '`PUN{`END' + '`#4`PLN `END`KWDreturn`END`PLN `END`KWDnew`END`PLN `END' + '`TYPIterator`END`PUN<`END`TYPInteger`END`PUN>()`END`PLN `END' + '`PUN{`END' + '`#5`PLN `END`COM/** the series is infinite. *\/`END' + '' + '`#6`PLN `END`KWDpublic`END`PLN `END`KWDboolean`END' + '`PLN hasNext`END`PUN()`END`PLN `END`PUN{`END`PLN `END' + '`KWDreturn`END`PLN `END`KWDtrue`END`PUN;`END`PLN `END`PUN}`END' + '' + '`#7`PLN `END`KWDpublic`END`PLN `END`TYPInteger`END' + '`PLN next`END`PUN()`END`PLN `END`PUN{`END' + '`#8`PLN `END`KWDint`END`PLN tmp `END`PUN=`END' + '`PLN a`END`PUN;`END' + '`#9`PLN a `END`PUN+=`END`PLN b`END`PUN;`END' + '' + '`#0`PLN b `END`PUN=`END`PLN tmp`END`PUN;`END' + '' + '`#1`PLN `END`KWDreturn`END`PLN a`END`PUN;`END' + '' + '`#2`PLN `END`PUN}`END' + '`#3`PLN `END`KWDpublic`END`PLN `END`KWDvoid`END' + '`PLN remove`END`PUN()`END`PLN `END`PUN{`END`PLN `END`KWDthrow`END' + '`PLN `END`KWDnew`END`PLN `END' + '`TYPUnsupportedOperationException`END`PUN();`END`PLN `END' + '`PUN}`END' + '`#4`PLN `END`PUN};`END' + '`#5`PLN `END`PUN}`END' + '`#6`PLN `END' + '`#7`PLN `END`COM/**`END' + '`#8`COM * the n<sup>th</sup> element of the given ' + 'series