Revision 0df0b16c05a921d856588a141d4cae83dc59d27f authored by Blake Kaplan on 14 January 2014, 00:56:07 UTC, committed by Blake Kaplan on 14 January 2014, 00:56:07 UTC
1 parent be36775
type-printer.js
/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
let dumpTypes = options['dump-types'].split(',');
let interestingList = {};
let typelist = {};
function interestingType(t)
{
let name = t.name;
if (dumpTypes.some(function(n) n == name)) {
interestingList[name] = t;
typelist[name] = t;
return true;
}
for each (let base in t.bases) {
if (base.access == 'public' && interestingType(base.type)) {
typelist[name] = t;
return true;
}
}
return false;
}
function addSubtype(t, subt)
{
if (subt.typedef === undefined &&
subt.kind === undefined)
throw Error("Unexpected subtype: not class or typedef: " + subt);
if (t.subtypes === undefined)
t.subtypes = [];
t.subtypes.push(subt);
}
function process_type(t)
{
interestingType(t);
for each (let base in t.bases)
addSubtype(base.type, t);
}
function process_decl(d)
{
if (d.typedef !== undefined && d.memberOf)
addSubtype(d.memberOf, d);
}
function publicBases(t)
{
yield t;
for each (let base in t.bases)
if (base.access == "public")
for each (let gbase in publicBases(base.type))
yield gbase;
}
function publicMembers(t)
{
for each (let base in publicBases(t)) {
for each (let member in base.members) {
if (member.access === undefined)
throw Error("Harumph: member without access? " + member);
if (member.access != "public")
continue;
yield member;
}
}
}
/**
* Get the short name of a decl name. E.g. turn
* "MyNamespace::MyClass::Method(int j) const" into
* "Method"
*/
function getShortName(decl)
{
let name = decl.name;
let lp = name.lastIndexOf('(');
if (lp != -1)
name = name.slice(0, lp);
lp = name.lastIndexOf('::');
if (lp != -1)
name = name.slice(lp + 2);
return name;
}
/**
* Remove functions in a base class which were overridden in a derived
* class.
*
* Although really, we should perhaps do this the other way around, or even
* group the two together, but that can come later.
*/
function removeOverrides(members)
{
let overrideMap = {};
for (let i = members.length - 1; i >= 0; --i) {
let m = members[i];
if (!m.isFunction)
continue;
let shortName = getShortName(m);
let overrides = overrideMap[shortName];
if (overrides === undefined) {
overrideMap[shortName] = [m];
continue;
}
let found = false;
for each (let override in overrides) {
if (signaturesMatch(override, m)) {
// remove members[i], it was overridden
members.splice(i, 1);
found = true;
}
}
if (found)
continue;
overrides.push(m);
}
}
/**
* Generates the starting position of lines within a file.
*/
function getLineLocations(fdata)
{
yield 0;
let r = /\n/y;
let pos = 0;
let i = 1;
for (;;) {
pos = fdata.indexOf('\n', pos) + 1;
if (pos == 0)
break;
yield pos;
i++;
}
}
/**
* Find and return the doxygen comment immediately prior to the location
* object that was passed in.
*
* @todo: parse doccomment data such as @param, @returns
* @todo: parse comments for markup
*/
function getDocComment(loc)
{
let fdata = read_file(loc.file);
let linemap = [l for (l in getLineLocations(fdata))];
if (loc.line >= linemap.length) {
warning("Location larger than actual header: " + loc);
return <></>;
}
let endpos = linemap[loc.line - 1] + loc.column - 1;
let semipos = fdata.lastIndexOf(';', endpos);
let bracepos = fdata.lastIndexOf('}', endpos);
let searchslice = fdata.slice(Math.max(semipos, bracepos) + 1, endpos);
let m = searchslice.match(/\/\*\*[\s\S]*?\*\//gm);
if (m === null)
return <></>;
let dc = m[m.length - 1].slice(3, -2);
dc = dc.replace(/^\s*(\*+[ \t]*)?/gm, "");
return <pre class="doccomment">{dc}</pre>;
}
function typeName(t)
{
if (t.name !== undefined)
return t.name;
if (t.isPointer)
return "%s%s*".format(t.isConst ? "const " : "", typeName(t.type));
if (t.isReference)
return "%s%s&".format(t.isConst ? "const " : "", typeName(t.type));
return t.toString();
}
function publicBaseList(t)
{
let l = <ul/>;
for each (let b in t.bases) {
if (b.access == 'public')
l.* += <li><a href={"/en/%s".format(b.type.name)}>{b.type.name}</a></li>;
}
if (l.*.length() == 0)
return <></>;
return <>
<h2>Base Classes</h2>
{l}
</>;
}
/**
* Get a source-link for a given location.
*/
function getLocLink(loc, text)
{
return <a class="loc"
href={"http://hg.mozilla.org/mozilla-central/file/%s/[LOC%s]#l%i".format(options.rev, loc.file, loc.line)}>{text}</a>;
}
function dumpType(t)
{
print("DUMP-TYPE(%s)".format(t.name));
let methodOverview = <tbody />;
let methodList = <div/>;
let memberList = <></>;
let shortNameMap = {};
let members = [m for (m in publicMembers(t))];
removeOverrides(members);
for each (let m in members) {
let qname = m.memberOf.name + '::';
// we don't inherit constructors from base classes
if (m.isConstructor && m.memberOf !== t)
continue;
if (m.name.indexOf(qname) != 0)
throw Error("Member name not qualified?");
let name = m.name.slice(qname.length);
if (name.indexOf('~') == 0)
continue;
if (m.isFunction) {
let innerList;
let shortName = getShortName(m);
if (m.isConstructor)
shortName = 'Constructors';
if (shortNameMap.hasOwnProperty(shortName)) {
innerList = shortNameMap[shortName];
}
else {
let overview =
<tr><td>
<a href={'#%s'.format(escape(shortName))}>{shortName}</a>
</td></tr>;
if (m.isConstructor)
methodOverview.insertChildAfter(null, overview);
else
methodOverview.appendChild(overview);
let shortMarkup =
<div>
<h3 id={shortName}>{shortName}</h3>
<dl/>
</div>;
if (m.isConstructor)
methodList.insertChildAfter(null, shortMarkup);
else
methodList.appendChild(shortMarkup);
innerList = shortMarkup.dl;
shortNameMap[shortName] = innerList;
}
let parameters = <ul/>;
for each (p in m.parameters) {
let name = p.name;
if (name == 'this')
continue;
if (/^D_\d+$/.test(name))
name = '<anonymous>';
parameters.* += <li>{typeName(p.type)} {name}</li>;
}
innerList.* +=
<>
<dt id={name} class="methodName">
<code>{typeName(m.type.type)} {name}</code> - {getLocLink(m.loc, "source")}
</dt>
<dd>
{getDocComment(m.loc)}
{parameters.*.length() > 0 ?
<>
<h4>Parameters</h4>
{parameters}
</> : <></>}
</dd>
</>;
}
else {
memberList += <li class="member">{name}</li>;
}
}
let r =
<body>
<p>{getLocLink(t.loc, "Class Declaration")}</p>
{getDocComment(t.loc)}
{dumpTypes.some(function(n) n == t.name) ?
<>
[MAP{t.name}-graph.map]
<img src={"/@api/deki/pages/=en%%252F%s/files/=%s-graph.png".format(t.name, t.name)} usemap="#classes" />
</> : <></>
}
{methodOverview.*.length() > 0 ?
<>
<h2>Method Overview</h2>
<table class="standard-table">{methodOverview}</table>
</> :
""
}
{publicBaseList(t)}
<h2>Data Members</h2>
{memberList.*.length() > 0 ?
memberList :
<p><em>No public members.</em></p>
}
<h2>Methods</h2>
{methodList.*.length() > 0 ?
methodList :
<p><em>No public methods.</em></p>
}
</body>;
write_file(t.name + ".html", r.toXMLString());
}
function graphType(t)
{
print("GRAPH-TYPE(%s)".format(t.name));
let contents = "digraph classes {\n"
+ " node [shape=rectangle fontsize=11]\n"
+ " %s;\n".format(t.name);
function graphClass(c)
{
contents += '%s [URL="http://developer.mozilla.org/en/%s"]\n'.format(c.name, c.name);
for each (let st in c.subtypes) {
contents += " %s -> %s;\n".format(c.name, st.name);
graphClass(st);
}
}
graphClass(t);
contents += "}\n";
write_file(t.name + "-graph.gv", contents);
}
function input_end()
{
for (let p in typelist)
dumpType(typelist[p]);
for (let n in interestingList)
graphType(interestingList[n]);
}
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