digitalmars.D - D CHM (HTML Help) update (1.011)
- "Vladimir Panteleev" <thecybershadow gmail.com> Apr 12 2007
"Vladimir Panteleev" <thecybershadow gmail.com> ------------sZDT2ooyerO0WrUrbEQ4EV Content-Type: text/plain; charset=koi8-r Content-Transfer-Encoding: Quoted-Printable Greetings, Some time ago I released a program which would automatically create an H= TML Help project from D's HTML help files. The original release is here: http://www.digitalmars.com/webnews/newsgro= ups.php?article_id=3D51175 I've made some improvements, and here's the next version. Most importantly, the program now inserts anchors for Phobos DDOC keywor= ds - thus, when looking up Phobos identifiers from the help index, the p= age will automatically scroll down to the identifier's documentation. Th= is could make looking up Phobos functions from IDEs much more comfortabl= e. As suggested by Jussi Jumppanen, I've changed the title to "D Programmin= g Language". The program also uses the current version of Kirk McDonald'= s keyword index ( http://www.prowiki.org/wiki4d/wiki.cgi?LanguageSpecifi= cation/KeywordIndex ). I've attached the program; to make the CHM yourself, place it to dmd/htm= l/, compile and run it. It will generate a Microsoft HTML Help Workshop = project, along with the required files. After it's done, open the projec= t file (d.hhp) with Microsoft's CHM compiler, and compile it. I have also updated my pre-built version of the CHM, located here: http://thecybershadow.net/d/docs/d.chm This one is built from 1.011's HTML help files. -- = Best regards, Vladimir mailto:thecybershadow gmail.com ------------sZDT2ooyerO0WrUrbEQ4EV Content-Disposition: attachment; filename=chmgen.d Content-Type: text/x-dsrc; name=chmgen.d Content-Transfer-Encoding: Quoted-Printable import std.stdio; import std.file; import std.string; import std.regexp; // ******************************************************************** int min(int a, int b) { return a < b ? a : b; } void backSlash(char[] s) // replace path delimiters in-place { //s=3Ds.dup; foreach(inout c;s) if(c=3D=3D'/') c=3D'\\'; } bool match(char[] line, char[] pattern) { return std.regexp.find(line, pattern)>=3D0; } char[] getAnchor(char[] s) { int i =3D std.string.find(s, '#'); if(i<0) return ""; else return s[i..$]; } char[] removeAnchor(char[] s) { int i =3D std.string.find(s, '#'); if(i<0) return s; else return s[0..i]; } char[] absoluteUrl(char[] base, char[] url) { backSlash(base); backSlash(url); = if (url[0]=3D=3D'#') return base ~ url; while(base[$-1]!=3D'\\') base =3D base[0..$-1]; = while(url[0..3]=3D=3D"..\\") { url =3D url[3..$]; do { base =3D base[0..$-1]; if(base.length=3D=3D0) return ""; } while(base[$-1]!=3D'\\'); } return base ~ url; } char[] movePath(char[] s) { if(s.length>1 && s[0..2]=3D=3D"d\\") s =3D "chm" ~ s[1..$]; return s; } char[] normalize(char[] s) { s =3D tolower(s); char[] t; foreach(c;s) if(!iswhite(c)) t ~=3D c; return t; } // ******************************************************************** struct Link { char[] url, title, text; static Link opCall(char[] url, char[] title, char[] text) { backSlash(url); Link my; my.url =3D strip(url); my.title =3D strip(title); my.text =3D strip(text); return my; } } struct LinkBlock { Link caption; Link[] links; static LinkBlock opCall(char[] url, char[] title, char[] text) { backSlash(url); LinkBlock my; my.caption.url =3D strip(url); my.caption.title =3D strip(title); my.caption.text =3D strip(text); return my; } } class Page { char[] newFileName; char[] title; char[] src; Link[] toctop; LinkBlock[] linkBlocks; bool[char[]] anchors; } struct KeyLink { char[] anchor; char[] title; static KeyLink opCall(char[] anchor, char[] title) { KeyLink my; my.anchor =3D strip(anchor); my.title =3D strip(title); return my; } } // ******************************************************************** char[][] listdirrec(char[] pathname) { char[][] files =3D null; = bool listing(char[] filename) { char[] file =3D std.path.join(pathname, filename); if(isdir(file)) { char[] oldpath =3D pathname; pathname =3D file; listdir(pathname, &listing); pathname =3D oldpath; } else { files ~=3D std.path.join(pathname, filename); } return true; // continue } = listdir(pathname, &listing); return files; } Page[char[]] pages; KeyLink[char[]][char[]] keywords; // keywords[normalize(keyword)][orig= inal url w/o anchor] =3D anchor/title char[][char[]] keyTable; void addKeyword(char[] keyword, char[] link, char[] title =3D null) { keyword =3D strip(keyword); char[] norm =3D normalize(keyword); char[] file =3D removeAnchor(link); backSlash(file); char[] anchor =3D getAnchor(link); if(title=3D=3Dnull && norm in keywords && file in keywords[norm]) // = when title is present, it overrides any existing anchors/etc. { if(keywords[norm][file].anchor>anchor) // "less" is better keywords[norm][file] =3D KeyLink(anchor, title); } else keywords[norm][file] =3D KeyLink(anchor, title); if(title=3D=3Dnull && norm in keyTable) { if(keyTable[norm]>keyword) // "less" is better keyTable[norm] =3D keyword; } else keyTable[norm] =3D keyword; } void main() { // clean up if(exists("chm")) foreach(file;listdirrec("chm\\")) std.file.remove(file); else mkdir("chm"); = char[][] files =3D listdirrec("d\\"); = foreach(i,file;files) pages[file] =3D new Page; RegExp re_title =3D new RegExp(`<title>(Digital Mars - The )?D Programm= ing Language - (.*)</title>`); RegExp re_title2 =3D new RegExp(`<h1>(.*)</h1>`); RegExp re_heading =3D new RegExp(`<h2>(.*)</h2>`); RegExp re_heading_link =3D new RegExp(`<h2><a href=3D"([^"]*)"( title=3D= "([^"]*)")?>(.*)</a></h2>`); RegExp re_nav_link =3D new RegExp(`<li><a href=3D"([^"]*)"( title=3D"(.= *)")?>(.*)</a></li>`); RegExp re_anchor =3D new RegExp(`<a name=3D"([^"]*)">(<.{1,2}>)*([^<]+)= <`); RegExp re_anchor_2 =3D new RegExp(`<a name=3D([^>]*)>(<.{1,2}>)*([^<]+)= <`); RegExp re_link =3D new RegExp(`<a href=3D"([^"]*)">(<.{1,2}>)*([^<]+)= <`); RegExp re_def =3D new RegExp(`<dt><big>(.*)<u>([^<]+)<`); foreach(fileName,page;pages) with(page) { char[] destdir =3D movePath(std.path.getDirName(fileName)); if(!exists(destdir)) mkdir(destdir); newFileName =3D movePath(fileName); if(match(fileName, `\.html$`)) { writefln("Processing "~fileName); src =3D cast(char[])read(fileName); char[][] lines =3D splitlines(src); char[][] newlines =3D null; bool skip =3D false, intoctop =3D false, innavblock =3D false, innav= block2 =3D false; int dl =3D 0; char[] anchor =3D null; anchors[""] =3D true; foreach(line;lines) { bool nextSkip =3D skip; = if (re_title.test(line)) { title =3D strip(re_title.match(2)); line =3D re_title.replace(`<title>` ~ title ~ `</title>`); } if (re_title2.test(line)) if(title=3D=3D"") title =3D strip(re_title2.match(1)); = if (re_anchor.test(line)) { anchor =3D '#' ~ re_anchor.match(1); anchors[anchor] =3D true; } else if (re_anchor_2.test(line)) { anchor =3D '#' ~ re_anchor_2.match(1); anchors[anchor] =3D true; } if(match(line, `<div id=3D"toctop">`)) intoctop =3D true; if(match(line, `<div class=3D"navblock">`)) if(innavblock) { innavblock2 =3D true; linkBlocks ~=3D LinkBlock("", "", ""); } else innavblock =3D true; if(match(line, `</div>`)) intoctop =3D innavblock2 =3D false; if(std.string.find(line, `<dl>`)>=3D0) dl++; if(dl=3D=3D1) { if(re_def.test(line)) { anchor =3D re_def.match(2); while("#"~anchor in anchors) anchor ~=3D '_'; anchors["#"~anchor] =3D true; line =3D re_def.pre ~ re_def.replace(`<dt><big>$1<u><a name=3D"` = ~ anchor ~ `">$2</a><`) ~ re_def.post; //writefln("new line: ", line); addKeyword(re_def.match(2), fileName ~ "#" ~ anchor); } } if(std.string.find(line, `</dl>`)>=3D0) dl--; if(re_heading_link.test(line)) { if(innavblock2) linkBlocks ~=3D LinkBlock(re_heading_link.match(1), re_heading_li= nk.match(3), re_heading_link.match(4)); } else if(re_heading.test(line)) { if(innavblock2) linkBlocks ~=3D LinkBlock("", "", re_heading.match(1)); } if(re_nav_link.test(line)) if(intoctop) toctop ~=3D Link(re_nav_link.match(1), re_nav_link.match(3), re= _nav_link.match(4)); else if(innavblock2) if(re_nav_link.match(1)[0..7]!=3D"http://" && exists(absoluteUrl(= fileName, re_nav_link.match(1)))) linkBlocks[$-1].links ~=3D Link(re_nav_link.match(1), re_nav_lin= k.match(3), re_nav_link.match(4)); //else // writefln("Displaced link: ", line); = if(re_anchor.test(line)) addKeyword(re_anchor.match(3), fileName ~ "#" ~ re_anchor.match(1)= ); else if(re_anchor_2.test(line)) addKeyword(re_anchor_2.match(3), fileName ~ "#" ~ re_anchor_2.matc= h(1)); = if(re_link.test(line)) if(re_link.match(1)[0..min($,7)]!=3D"http://") addKeyword(re_link.match(3), absoluteUrl(fileName, re_link.match(= 1))); = // skip Google ads if(match(line, `^<!-- Google ad -->$`)) skip =3D nextSkip =3D true; if(match(line, `^</script>$`)) nextSkip =3D false; // skip navigation bar if(match(line, `^<div id=3D"navigation">$`)) skip =3D nextSkip =3D true; if(match(line, `^<div id=3D"content">$`)) skip =3D nextSkip =3D false; if(!skip) newlines ~=3D line; skip =3D nextSkip; } src =3D join(newlines, newline); write(newFileName, src); } else if(match(fileName, `\.css$`)) { writefln("Processing "~fileName); src =3D cast(char[])read(fileName); char[][] lines =3D splitlines(src); char[][] newlines =3D null; foreach(line;lines) { // skip #div.content positioning if(!match(line, `margin-left:13em;`)) newlines ~=3D line; } src =3D join(newlines, newline); write(newFileName, src); } else { copy(fileName, newFileName); } } = // ************************************************************ Link[] topLinks; bool[char[]] gotLink; foreach(fileName,page;pages) foreach(link;page.toctop) { char[] url =3D absoluteUrl(fileName, link.url); if(!(url in gotLink)) { topLinks ~=3D Link(url, link.title, link.text); gotLink[url] =3D true; } } // retreive keyword link titles foreach(keyNorm,urls;keywords) foreach(url,inout link;urls) if(url in pages) link.title =3D pages[url].title; // ************************************************************ RegExp re_key_new =3D new RegExp(`<tt>(.*)</tt>`); RegExp re_key_link =3D new RegExp(`^\* (.*)\[http://www\.digitalmars\.c= om/([^ ]*) (.*)\]`); char[][] keywordLines =3D splitlines(keywordIndex); char[] keyword; foreach(line;keywordLines) { if(re_key_new.test(line)) keyword =3D re_key_new.match(1); if(re_key_link.test(line)) { char[] url =3D re_key_link.match(2); char[] file =3D removeAnchor(url); char[] anchor =3D getAnchor(url); backSlash(url); = if(file in pages) { if(!(anchor in pages[file].anchors)) { //char[] anchors; foreach(anch,b;pages[file].anchors) anchors~=3Dan= ch~","; //writefln("Invalid URL: " ~ url ~ " out of: " ~ anchors); char[] cmp1 =3D normalize(anchor); foreach(realAnchor,b;pages[file].anchors) { char[] cmp2 =3D normalize(realAnchor); int n =3D min(cmp1.length, cmp2.length); if(n>=3D3 && cmp1[0..n] =3D=3D cmp2[0..n]) { //writefln("Fixing broken anchor " ~ anchor ~ " to " ~ realAnchor= ); anchor =3D realAnchor; break; } = } } if(anchor in pages[file].anchors) { addKeyword(keyword, file ~ anchor, re_key_link.match(1) ~ re_key_li= nk.match(3)); // writefln("Adding keyword " ~ keyword ~ " to " ~ file ~ anchor ~ "= as " ~ re_key_link.match(1) ~ re_key_link.match(3)); } //else // writefln("Broken anchor link to keyword "~ keyword ~ " to " ~ re_= key_link.match(2) ~ " as " ~ re_key_link.match(1) ~ re_key_link.match(3)= ); } //else // writefln("Unfound URL: " ~ url); } } // ************************************************************ FILE* f =3D fopen("d.hhp", "wt"); fwritefln(f, = `[OPTIONS] Binary Index=3DNo Compatibility=3D1.1 or later Compiled file=3Dd.chm Contents file=3Dd.hhc Default Window=3Dmain Default topic=3D` ~ movePath(topLinks[0].url) ~ ` Display compile progress=3DNo Full-text search=3DYes Index file=3Dd.hhk Language=3D0x409 English (United States) Title=3DD [WINDOWS] main=3D"D Programming Language","d.hhc","d.hhk","` ~ movePath(topLinks[0= ].url) ~ `","` ~ movePath(topLinks[0].url) ~ `",,,,,0x63520,,0x380e,[0,0= ,800,570],0x918f0000,,,,,,0 [FILES]`); char[][] htmlList; foreach(page;pages) if(match(page.newFileName, `\.html$`)) htmlList ~=3D page.newFileName; htmlList.sort; foreach(s;htmlList) fwritefln(f, s); fwritefln(f, ` [INFOTYPES]`); fclose(f); // ************************************************************ f =3D fopen("d.hhc", "wt"); fwritefln(f, = `<!DOCTYPE HTML PUBLIC "-//IETF//DTD HTML//EN"><HTML><BODY> <OBJECT type=3D"text/site properties"><param name=3D"Window Styles" valu= e=3D"0x800025"></OBJECT> <UL>`); foreach(toplink;topLinks) { fwritefln(f, = ` <LI><OBJECT type=3D"text/sitemap"> <param name=3D"Name" value=3D"` ~ toplink.title ~ `"> <param name=3D"Local" value=3D"` ~ movePath(toplink.url) ~ `"> </OBJECT> <UL>`); Page topPage =3D pages[toplink.url]; foreach(link;topPage.linkBlocks[0].links) fwritefln(f, = ` <LI> <OBJECT type=3D"text/sitemap"> <param name=3D"Name" value=3D"` ~ link.text ~ `"> <param name=3D"Local" value=3D"` ~ movePath(absoluteUrl(toplink.url, = link.url)) ~ `"> </OBJECT>`); foreach(linkBlock;topPage.linkBlocks[1..$]) { fwritefln(f, = ` <LI> <OBJECT type=3D"text/sitemap"> <param name=3D"Name" value=3D"` ~ linkBlock.caption.text ~ `">`); if(linkBlock.caption.url!=3D"") fwritefln(f, = ` <param name=3D"Local" value=3D"` ~ movePath(absoluteUrl(toplink.url,= linkBlock.caption.url)) ~ `">`); fwritefln(f, = ` </OBJECT> <UL>`); foreach(link;linkBlock.links) fwritefln(f, = ` <LI> <OBJECT type=3D"text/sitemap"> <param name=3D"Name" value=3D"` ~ link.text ~ `"> <param name=3D"Local" value=3D"` ~ movePath(absoluteUrl(toplink.url,= link.url)) ~ `"> </OBJECT>`); fwritefln(f, = ` </UL>`); } fwritefln(f, = ` </UL>`); } fwritefln(f, `</UL> </BODY></HTML>`); fclose(f); // ************************************************************ char[][] keywordList; foreach(keyNorm,urlList;keywords) keywordList ~=3D keyNorm; keywordList.sort; f =3D fopen("d.hhk", "wt"); fwritefln(f, = `<!DOCTYPE HTML PUBLIC "-//IETF//DTD HTML//EN"><HTML><BODY> <UL>`); foreach(keyNorm;keywordList) { auto urlList =3D keywords[keyNorm]; fwritefln(f, = ` <LI> <OBJECT type=3D"text/sitemap"> <param name=3D"Name" value=3D"` ~ keyTable[keyNorm] ~ `">`); foreach(url,link;urlList) if(url in pages) { fwritefln(f, = ` <param name=3D"Name" value=3D"` ~ link.title ~ `"> <param name=3D"Local" value=3D"` ~ movePath(url) ~ link.anchor ~ `">`)= ; } fwritefln(f, = ` </OBJECT>`); } fwritefln(f, = `</UL> </BODY></HTML>`); fclose(f); } // ******************************************************************** // retreived on 2007.04.12 from http://www.prowiki.org/wiki4d/wiki.cgi?L= anguageSpecification/KeywordIndex const keywordIndex =3D ` <tt>abstract</tt> * [http://www.digitalmars.com/d/attribute.html#abstract Attributes] <tt>alias</tt> * [http://www.digitalmars.com/d/declaration.html#alias Declarations] * template parameters: [http://www.digitalmars.com/d/template.html#alias= parameters Templates] <tt>align</tt> * [http://www.digitalmars.com/d/attribute.html#align Attributes] <tt>asm</tt> * [http://www.digitalmars.com/d/statement.html#asm Statements] * x86 inline assembler: [http://www.digitalmars.com/d/iasm.html Inline = Assembler] <tt>assert</tt> * [http://www.digitalmars.com/d/expression.html#AssertExpression Express= ions] * static assert: [http://www.digitalmars.com/d/version.html#staticasser= t Conditional Compilation] <tt>auto</tt> * class attribute: [http://www.digitalmars.com/d/class.html#auto Classe= s] * RAII attribute: [http://www.digitalmars.com/d/attribute.html#auto Att= ributes] * type inference: [http://www.digitalmars.com/d/declaration.html#AutoDe= claration Declarations] ---- <tt>body</tt> * in function contract: [http://www.digitalmars.com/d/dbc.html Contract= s] <tt>bool</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>break</tt> * in switch: [http://www.digitalmars.com/d/statement.html#SwitchStateme= nt Statements] * statement: [http://www.digitalmars.com/d/statement.html#BreakStatemen= t Statements] <tt>byte</tt> * [http://www.digitalmars.com/d/type.html Types] ---- <tt>case</tt> * in switch: [http://www.digitalmars.com/d/statement.html#SwitchStateme= nt Statements] <tt>cast</tt> * [http://www.digitalmars.com/d/expression.html#CastExpression Expressio= ns] <tt>catch</tt> * [http://www.digitalmars.com/d/statement.html#TryStatement Statements] <tt>cdouble</tt> * [http://www.digitalmars.com/d/type.html Types] * complex types: [http://www.digitalmars.com/d/float.html Floating Poin= t] <tt>cent</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>cfloat</tt> * [http://www.digitalmars.com/d/type.html Types] * complex types: [http://www.digitalmars.com/d/float.html Floating Poin= t] <tt>char</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>class</tt> * [http://www.digitalmars.com/d/class.html Classes] * properties of: [http://www.digitalmars.com/d/property.html#classprope= rties Properties] <tt>const</tt> * [http://www.digitalmars.com/d/attribute.html#const Attributes] <tt>continue</tt> * [http://www.digitalmars.com/d/statement.html#ContinueStatement Stateme= nts] <tt>creal</tt> * [http://www.digitalmars.com/d/type.html Types] * complex types: [http://www.digitalmars.com/d/float.html Floating Poin= t] ---- <tt>dchar</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>debug</tt> * [http://www.digitalmars.com/d/version.html#debug Conditional Compilati= on] <tt>default</tt> * in switch: [http://www.digitalmars.com/d/statement.html#SwitchStateme= nt Statements] <tt>delegate</tt> * as datatype and replacement for pointer-to-member-function: [http://w= ww.digitalmars.com/d/type.html#delegates Types] * as dynamic closure: [http://www.digitalmars.com/d/function.html#closu= res Functions] * in function literal: [http://www.digitalmars.com/d/expression.html#Fu= nctionLiteral Expressions] <tt>delete</tt> * expression: [http://www.digitalmars.com/d/expression.html#DeleteExpre= ssion Expressions] * overloading: [http://www.digitalmars.com/d/class.html#deallocators Cl= asses] <tt>deprecated</tt> * [http://www.digitalmars.com/d/attribute.html#deprecated Attributes] <tt>do</tt> * [http://www.digitalmars.com/d/statement.html#DoStatement Statements] <tt>double</tt> * [http://www.digitalmars.com/d/type.html Types] * floating point types: [http://www.digitalmars.com/d/float.html Floati= ng Point] ---- <tt>else</tt> * [http://www.digitalmars.com/d/statement.html#IfStatement Statements] <tt>enum</tt> * [http://www.digitalmars.com/d/enum.html Enums] <tt>export</tt> * protection attribute: [http://www.digitalmars.com/d/attribute.html At= tributes] <tt>extern</tt> * linkage attribute: [http://www.digitalmars.com/d/attribute.html#linka= ge Attributes] * interfacing to C: [http://www.digitalmars.com/d/interfaceToC.html Int= erfacing to C] * in variable declaration: [http://www.digitalmars.com/d/declaration.ht= ml#extern Declarations] ---- <tt>false</tt> * [http://www.digitalmars.com/d/expression.html#PrimaryExpression Expres= sions] <tt>final</tt> * [http://www.digitalmars.com/d/function.html Functions] <tt>finally</tt> * [http://www.digitalmars.com/d/statement.html#TryStatement Statements] <tt>float</tt> * [http://www.digitalmars.com/d/type.html Types] * floating point types: [http://www.digitalmars.com/d/float.html Floati= ng Point] <tt>for</tt> * [http://www.digitalmars.com/d/statement.html#ForStatement Statements] <tt>foreach</tt> * [http://www.digitalmars.com/d/statement.html#ForeachStatement Statemen= ts] <tt>foreach_reverse</tt> * [http://www.digitalmars.com/d/statement.html#ForeachStatement Statemen= ts] <tt>function</tt> * as datatype: [http://www.digitalmars.com/d/type.html Types] * in function literal: [http://www.digitalmars.com/d/expression.html#Fu= nctionLiteral Expressions] * function pointers: [http://www.digitalmars.com/d/function.html#closur= es Functions] ---- <tt>goto</tt> * [http://www.digitalmars.com/d/statement.html#GotoStatement Statements]= ---- <tt>idouble</tt> * [http://www.digitalmars.com/d/type.html Types] * imaginary types: [http://www.digitalmars.com/d/float.html Floating Po= int] <tt>if</tt> * [http://www.digitalmars.com/d/statement.html#IfStatement Statements] * static if: [http://www.digitalmars.com/d/version.html#staticif Condit= ional Compilation] <tt>ifloat</tt> * [http://www.digitalmars.com/d/type.html Types] * imaginary types: [http://www.digitalmars.com/d/float.html Floating Po= int] <tt>import</tt> * [http://www.digitalmars.com/d/module.html#ImportDeclaration Modules] * import expression: [http://digitalmars.com/d/expression.html#ImportEx= pression Expressions] <tt>in</tt> * in pre contract: [http://www.digitalmars.com/d/dbc.html Contracts] * containment test: [http://www.digitalmars.com/d/expression.html#InExp= ression Expressions] * function parameter: [http://www.digitalmars.com/d/function.html#param= eters Functions] <tt>inout</tt> ''(deprecated, use <tt>ref</tt> instead)'' * in foreach statement: [http://www.digitalmars.com/d/statement.html#Fo= reachStatement Statements] * function parameter: [http://www.digitalmars.com/d/function.html#param= eters Functions] <tt>int</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>interface</tt> * [http://www.digitalmars.com/d/interface.html Interfaces] <tt>invariant</tt> * [http://www.digitalmars.com/d/class.html#invariants Classes] <tt>ireal</tt> * [http://www.digitalmars.com/d/type.html Types] * imaginary types: [http://www.digitalmars.com/d/float.html Floating Po= int] <tt>is</tt> * identity comparison: [http://www.digitalmars.com/d/expression.html#Eq= ualExpression Expressions] * type comparison: [http://www.digitalmars.com/d/expression.html#IsExpr= ession Expressions] ---- <tt>lazy</tt> * function parameter: [http://www.digitalmars.com/d/function.html#param= eters Functions] <tt>long</tt> * [http://www.digitalmars.com/d/type.html Types] ---- <tt>macro</tt> * ''Unused'' <tt>mixin</tt> * [http://www.digitalmars.com/d/template-mixin.html Template Mixins] * Mixin declarations: [http://digitalmars.com/d/module.html#MixinDeclar= ation Modules] * Mixin expressions: [http://digitalmars.com/d/expression.html#MixinExp= ression Expressions] * Mixin statements: [http://digitalmars.com/d/statement.html#MixinState= ment Statements] <tt>module</tt> * [http://www.digitalmars.com/d/module.html Modules] ---- <tt>new</tt> * anonymous nested classes and: [http://www.digitalmars.com/d/class.htm= l#anonymous Classes] * expression: [http://www.digitalmars.com/d/expression.html#NewExpressi= on Expressions] * overloading: [http://www.digitalmars.com/d/class.html#allocators Clas= ses] <tt>null</tt> * [http://www.digitalmars.com/d/expression.html#PrimaryExpression Expres= sions] ---- <tt>out</tt> * in post contract: [http://www.digitalmars.com/d/dbc.html Contracts] * function parameter: [http://www.digitalmars.com/d/function.html#param= eters Functions] <tt>override</tt> * [http://www.digitalmars.com/d/attribute.html#override Attributes] ---- <tt>package</tt> * [http://www.digitalmars.com/d/attribute.html Attributes] <tt>pragma</tt> * [http://www.digitalmars.com/d/pragma.html Pragmas] <tt>private</tt> * and import: [http://www.digitalmars.com/d/module.html Modules] * protection attribute: [http://www.digitalmars.com/d/attribute.html At= tributes] <tt>protected</tt> * [http://www.digitalmars.com/d/attribute.html Attributes] <tt>public</tt> * [http://www.digitalmars.com/d/attribute.html Attributes] ---- <tt>real</tt> * [http://www.digitalmars.com/d/type.html Types] * floating point types: [http://www.digitalmars.com/d/float.html Floati= ng Point] <tt>ref</tt> * in foreach statement: [http://www.digitalmars.com/d/statement.html#Fo= reachStatement Statements] * function parameter: [http://www.digitalmars.com/d/function.html#param= eters Functions] <tt>return</tt> * [http://www.digitalmars.com/d/statement.html#ReturnStatement Statement= s] ---- <tt>scope</tt> * statement: [http://www.digitalmars.com/d/statement.html#ScopeGuardStat= ement Statements] * RAII attribute: [http://www.digitalmars.com/d/attribute.html#scope At= tributes] <tt>short</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>static</tt> * attribute: [http://www.digitalmars.com/d/attribute.html Attributes] * constructors: [http://www.digitalmars.com/d/class.html#staticconstruc= tor Classes] * destructors: [http://www.digitalmars.com/d/class.html#staticdestructo= r Classes] * order of static constructors and destructors: [http://www.digitalmars= .com/d/module.html#staticorder Modules] * static assert: [http://www.digitalmars.com/d/version.html#staticasser= t Conditional Compilation] * static if: [http://www.digitalmars.com/d/version.html#staticif Condit= ional Compilation] * static import: [http://www.digitalmars.com/d/module.html#ImportDeclar= ation Modules] <tt>struct</tt> * [http://www.digitalmars.com/d/struct.html Structs & Unions] * properties of: [http://www.digitalmars.com/d/property.html#classprope= rties Properties] <tt>super</tt> * [http://www.digitalmars.com/d/expression.html#PrimaryExpression Expres= sions] * as name of superclass constructor: [http://www.digitalmars.com/d/clas= s.html#constructors Classes] <tt>switch</tt> * [http://www.digitalmars.com/d/statement.html#SwitchStatement Statement= s] <tt>synchronized</tt> * [http://www.digitalmars.com/d/statement.html#SynchronizedStatement Sta= tements] ---- <tt>template</tt> * [http://www.digitalmars.com/d/template.html Templates] <tt>this</tt> * [http://www.digitalmars.com/d/expression.html#PrimaryExpression Expres= sions] * as constructor name: [http://www.digitalmars.com/d/class.html#constru= ctors Classes] * with ~, as destructor name: [http://www.digitalmars.com/d/class.html#= destructors Classes] <tt>throw</tt> * [http://www.digitalmars.com/d/statement.html#ThrowStatement Statements= ] <tt>true</tt> * [http://www.digitalmars.com/d/expression.html#PrimaryExpression Expres= sions] <tt>try</tt> * [http://www.digitalmars.com/d/statement.html#TryStatement Statements] <tt>typedef</tt> * [http://www.digitalmars.com/d/declaration.html#typedef Declarations] <tt>typeid</tt> * [http://www.digitalmars.com/d/expression.html#typeidexpression Express= ions] <tt>typeof</tt> * [http://www.digitalmars.com/d/declaration.html#typeof Declarations] ---- <tt>ubyte</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>ucent</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>uint</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>ulong</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>union</tt> * [http://www.digitalmars.com/d/struct.html Structs & Unions] <tt>unittest</tt> * in classes: [http://www.digitalmars.com/d/class.html#unittest Classes= ] <tt>ushort</tt> * [http://www.digitalmars.com/d/type.html Types] ---- <tt>version</tt> * [http://www.digitalmars.com/d/version.html#version Conditional Compila= tion] <tt>void</tt> * as initializer: [http://www.digitalmars.com/d/declaration.html Declar= ations] * as type: [http://www.digitalmars.com/d/type.html Types] <tt>volatile</tt> * [http://www.digitalmars.com/d/statement.html#VolatileStatement Stateme= nts] ---- <tt>wchar</tt> * [http://www.digitalmars.com/d/type.html Types] <tt>while</tt> * [http://www.digitalmars.com/d/statement.html#WhileStatement Statements= ] <tt>with</tt> * [http://www.digitalmars.com/d/statement.html#WithStatement Statements]= ---- Source: Kirk <n>McDonald</n>, http://216.190.88.10:8087/media/d_index.ht= ml (NG:digitalmars.D/38550) `; ------------sZDT2ooyerO0WrUrbEQ4EV--
Apr 12 2007