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Main.hx
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/*
* doxygen2hxcpp - Extern generator for hxcpp using doxygen xml output
* Copyright 2015 Valentin Lemière, Guillaume Desquesnes
*
* This file is part of doxygen2hxcpp.
*
* doxygen2hxcpp is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* doxygen2hxcpp is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with doxygen2hxcpp. If not, see <http://www.gnu.org/licenses/>.
*/
import haxe.io.Path;
import sys.io.File;
import sys.io.FileOutput;
import sys.FileSystem;
#if cpp
import cpp.Lib;
#else
import neko.Lib;
#end
import data.*;
using StringTools;
class Main
{
private static inline var PROG_NAME = "doxygen2hxcpp";
private static inline var PROG_VERSION = "0.0.1";
private static inline var PROG_README = "https://github.com/lemdes/doxygen2hxcpp/blob/master/README.md";
public static function main ()
{
new Main();
}
private var typedefs_list = new Map<String, String>();
private var global : FileData;
private var files : Map<String, FileData>;
private var patches : PatchFile;
private var used = new Map<String, Bool>();
private var nb = 0;
private var counter = { classes: 0, typedefs: 0, unions: 0, enums: 0 };
private var isCurrentlySkipping : Bool = null;
private var inputPath : String;
private var outputPath : String;
private var basePack : String;
private var indentLevel (default, set) : Int = 0;
private var _indent : String = "";
private function set_indentLevel (value:Int) : Int
{
var a = [];
for (i in 0...value)
{
a.push("\t");
}
_indent = a.join("");
return indentLevel = value;
}
public function new ()
{
var args = Sys.args();
if (args.length != 3 && args.length != 4)
{
Lib.println("neko gen.n inputPath outputPath basePackage [patchFile]");
return;
}
inputPath = args[0];
outputPath = args[1];
basePack = args[2];
if (args.length == 4)
{
// load patches
//TODO: actually use them
patches = new PatchFile(Xml.parse(File.getContent(args[3])));
}
else
{
patches = new PatchFile(null);
}
if (!FileSystem.exists(outputPath))
{
FileSystem.createDirectory(outputPath);
}
files = new Map<String, FileData>();
global = getFile("Global");
var c : ClassData = { name: "Global", typedefs: [], doc: null, variables: [], functions: [], variables_stat: [], functions_stat: [], include: "", native: "", sup: "" };
global.classes.push(c);
for (td in patches.typedefs)
{
getFile(td.name).typedefs.push({ name: td.name, value: td.value, doc: null });
}
var index = Xml.parse(File.getContent(Path.join([ inputPath, "index.xml" ]))).firstElement();
if (!index.get("version").startsWith("1.8."))
{
Lib.println("The xml isn't version 1.8.*, may not work");
}
Sys.print(".");
var file;
for (compound in index.elements())
{
var compoundName = compound.firstChild().firstChild().nodeValue;
if (patches.ignores(compoundName))
{
Lib.println("\nIgnoring "+compoundName + " as specified by the patch file");
continue;
}
Sys.print(".");
file = Path.join([ inputPath, compound.get("refid") + ".xml" ]);
switch (compound.get("kind"))
{
case "class", "struct":
var data = Xml.parse(File.getContent(file)).firstElement();
for (compounddef in data.elements())
{
buildClass(compounddef);
}
case "union":
var data = Xml.parse(File.getContent(file)).firstElement();
for (compounddef in data.elements())
{
buildUnion(compounddef);
}
case "file":
var data = Xml.parse(File.getContent(file)).firstElement();
for (compounddef in data.elements())
{
buildFile(compounddef, true);
}
case "group":
var data = Xml.parse(File.getContent(file)).firstElement();
for (compounddef in data.elements())
{
buildFile(compounddef, false);
}
case "dir", "page":
// ignore
//TODO: check the xmls to be sure
continue;
default:
// no "interface" wxWidgets, ignore for now
trace("ignored (for now) compound type: " + compound.get("kind"));
continue;
}
}
Lib.println("\n");
var i = 0;
for (f in files)
{
i++;
Lib.print('\r$i ');
genFile(f);
}
Lib.println('\rDone! $nb files generated from ${counter.classes} class(es), ${counter.typedefs} typedef(s), ${counter.enums} enum(s) and ${counter.unions} union(s).');
}
private function getValue (v:TypeValue) : String
{
return switch (v)
{
case Haxe(s):
s;
case Cpp(s):
getValue(toHaxeType(s));
case Unresolved(s):
//TODO: resolve it
"";
}
}
private function getFile (name:String) : FileData
{
if (files.exists(name))
{
return files.get(name);
}
else
{
var f:FileData = { unions:[], typedefs: [], pack: [], name: name, enums: [], classes: [] };
files.set(name, f);
return f;
}
}
private function getOutputFileStream (pack:Array<String>, classname:String) : FileOutput
{
var pack = pack.copy();
pack.unshift(outputPath);
var path = Path.join(pack);
if (!FileSystem.exists(path))
{
FileSystem.createDirectory(path);
}
var i = classname.indexOf("<");
if (i > -1)
{
classname = classname.substr(0, i) + classname.substr(classname.indexOf(">")+1);
}
pack.push(classname + ".hx");
path = Path.join(pack);
nb++;
if (used.exists(path))
{
// we have a problem
//TODO: throw
Lib.println('$path was already asked');
}
else
{
used.set(path, true);
}
return File.write(path, false);
}
private function genPackage (pack:Array<String>) : String
{
return " " + pack.join(".");
}
private function toHaxeName (name:String, lower:Bool=false) : String
{
//TODO: if ALL_CAP name ignore lower flag
if (name == "")
{
return "";
}
if (name.startsWith(basePack))
{
name = name.substr(basePack.length);
}
return (lower ? name.substr(0,1).toLowerCase() : name.substr(0,1).toUpperCase()) + name.substr(1);
}
private function docRemoveTag (doc:String, tag:String, encase:String, ?replace:String->String) : String
{
var pos:Int;
var pos2:Int;
var pos3:Int;
var tagStart = '<$tag';
var tagEnd = '</$tag>';
var l = tagEnd.length;
if (replace == null)
{
replace = function (s:String) : String { return s; };
}
while ((pos = doc.indexOf(tagStart)) > -1)
{
pos2 = doc.indexOf(">", pos);
pos3 = doc.indexOf(tagEnd, pos);
doc = doc.substr(0, pos) + encase + replace(doc.substr(pos2+1, pos3-pos2-1)) + encase + doc.substr(pos3+l);
}
return doc;
}
private function genDoc (xml:Xml, file:FileOutput) : Void
{
if (xml == null)
{
return;
}
var briefDoc = xml.elementsNamed("briefdescription").next();
var longDoc = xml.elementsNamed("detaileddescription").next();
writeLine(file, "/**");
for (element in briefDoc.elements())
{
var para = element.toString();
para = para.substr(para.indexOf(">") + 1);
para = para.substr(0, para.lastIndexOf("<"));
para = docRemoveTag(para, "ref", "`", function (s) return toHaxeName(s));
para = docRemoveTag(para, "computeroutput", "```");
para = docRemoveTag(para, "emphasis", "*");
writeLine(file, ' * ${para.trim()}');
}
//TODO: hidden for now to ease check of generated files
//TODO: need to clean the <parameterlist> and <itemizedlist>
/*
for (element in longDoc.elements())
{
writeLine(file, " * ");
var para = element.toString();
para = para.substr(para.indexOf(">") + 1);
para = para.substr(0, para.lastIndexOf("<"));
para = docRemoveTag(para, "ref", "`");
para = docRemoveTag(para, "computeroutput", "```");
para = docRemoveTag(para, "emphasis", "*");
writeLine(file, ' * ${para.trim()}');
}
*/
writeLine(file, " */");
}
private function getXmlContent (xml:Xml, nodename:String) : String
{
var element = xml.elementsNamed(nodename).next();
if (element == null)
{
return "";
}
else
{
return element.firstChild().nodeValue;
}
}
private function getType(memberDef:Xml) : String
{
var type = "";
var e = memberDef.elementsNamed("type").next();
if (e != null)
{
var it = e.iterator();
var n;
while (it.hasNext())
{
n = it.next();
if (n.nodeType == Xml.PCData)
{
type += n.nodeValue;
}
else
{
type += n.firstChild().nodeValue;
}
}
}
if (type.startsWith("const "))
{
return type.substr(6);
}
else
{
return type;
}
}
private function fuseType (a:TypeValue, b:TypeValue) : TypeValue
{
return switch ([a, b]) {
case [Haxe(s1), Haxe(s2)]:
Haxe(s1 + s2);
case [Cpp(s1), Cpp(s2)]:
Cpp(s1 + s2);
case [Unresolved(s1), Unresolved(s2)]:
Unresolved(s1 + s2);
default:
throw "Cannot fuse two different type of TypeValue";
}
}
private function toHaxeType (cppType:String) : TypeValue
{
if (cppType == "void *")
{
// any pointer
return Haxe("Dynamic");
}
if (cppType.startsWith("struct "))
{
//TODO: what to do with that?
cppType = cppType.substr(7);
}
if (cppType.indexOf("(") > -1)
{
// returnType(*|T::*)(Type a, Type b)
var tmp = cppType.split("(");
var returnType = toHaxeType(tmp[0]);
var paramString = tmp[tmp.length-1];
var parameters = paramString.substr(0,paramString.length-1).split(",");
var type = Haxe("");
for (param in parameters)
{
type = Haxe(getValue(type) + getValue(toHaxeType(param.ltrim().split(" ")[0])) + " -> ");
}
type = fuseType(type, returnType);
return type;
}
if (cppType.indexOf("::") > -1 && !cppType.startsWith("std::"))
{
var tmp = cppType.split("::");
if (tmp[1].startsWith("const_iterator"))
{
return Haxe("Dynamic");
}
else
{
return Haxe('${getValue(toHaxeType(tmp[0]))}.${getValue(toHaxeType(tmp[1]))}');
}
}
var pointer = cppType.endsWith(" *");
var arrayarray = cppType.endsWith(" **");
if (pointer)
{
cppType = cppType.substr(0, cppType.length-2);
}
if (arrayarray)
{
cppType = cppType.substr(0, cppType.length-3);
}
if (cppType.endsWith(" &"))
{
//TODO: do something? but they already are cpp.Ref so maybe not
cppType = cppType.substr(0, cppType.length-2);
}
var firstIndex = cppType.indexOf("<");
var lastIndex = cppType.indexOf(">");
if (firstIndex != -1 && lastIndex != -1)
{
var mainType = toHaxeType(cppType.substring(0, firstIndex));
var subTypes = cppType.substring(firstIndex+1,lastIndex).split(",").map(StringTools.trim).map(toHaxeType);
var t = subTypes[0];
for (i in 1...subTypes.length)
{
t = fuseType(fuseType(t, Haxe(", ")), subTypes[i]);
}
return Haxe(getValue(mainType) + "<" + getValue(t) + ">");
}
var type = switch (cppType)
{
case "...":
"haxe.extern.Rest<Dynamic>"; //TODO: better than dynamic?
case "bool":
"Bool";
case "char", "signed char":
"cpp.Char";
case "int", "long int", "long":
"Int";
case "", "void":
"Void";
case "Uint8", "unsigned char":
"cpp.UInt8";
case "Uint16", "unsigned short int", "unsigned short":
"cpp.UInt16";
case "Uint32", "unsigned int":
"cpp.UInt32";
case "short int", "signed short":
"cpp.Int16";
case "unsigned", "unsigned long int", "size_t", "UInt", "unsigned long", "ssize_t":
"UInt";
case "float":
"cpp.Float32";
case "double":
"cpp.Float64";
case "std::string", "std::wstring":
"String";
default:
toHaxeName(cppType);
};
if (pointer)
{
return Haxe('cpp.Pointer<$type>');
}
else if (arrayarray)
{
return Haxe('Array<cpp.Pointer<$type>>');
}
else
{
return Haxe(type);
}
}
private function writeLine (file:FileOutput, line:String, lineEnd=true) : Void
{
if (line == "")
{
if (lineEnd)
{
file.writeString("\n");
}
}
else
{
file.writeString('$_indent$line${if (lineEnd) "\n" else ""}');
}
}
private function openBracket (file, lineEnd=true) : Void
{
writeLine(file, "{", lineEnd);
indentLevel++;
}
private function closeBracket (file) : Void
{
indentLevel--;
writeLine(file, "}");
}
private function safeName (name:String) : String
{
return switch (name)
{
case "function":
"fn";
case "operator()":
"operator_fn";
case "break":
"break_";
//TODO: make a case for each operator
//TODO: add all haxe keywords
default:
name.replace("=", "_eq").replace("!", "_neq").replace("[]", "_arraccess").replace("+=", "_eqadd").replace("+", "_add").replace("<<", "_in");
}
}
private function getDefaultValue (param:Xml) : String
{
var defval = "";
var e = param.elementsNamed("defval").next();
if (e != null)
{
var it = e.iterator();
var n;
while (it.hasNext())
{
n = it.next();
if (n.nodeType == Xml.PCData)
{
defval += n.nodeValue;
}
else
{
defval += toHaxeType(n.firstChild().nodeValue);
}
}
}
return defval;
}
private function toHaxeTemplateParams (memberdef:Xml) : Array<String>
{
var templates:Array<String> = [];
for (templatelist in memberdef.elementsNamed("templateparamlist"))
{
for (param in templatelist.elementsNamed("param"))
{
var typename = getXmlContent(param, "type");
if (typename.startsWith("typename "))
{
templates.push(typename.substr(9));
}
}
}
return templates;
}
private function toHaxeArgs (memberdef:Xml) : Args
{
var sep = function (s:String) : TypeValue
{
if (s.indexOf("::") > -1 && !s.startsWith("std::"))
{
var tmp = s.split("::");
return Haxe('${getValue(toHaxeType(tmp[0]))}.${getValue(toHaxeType(tmp[1]))}');
}
else
{
return toHaxeType(s);
}
};
var argsName = [];
var argsType = [];
var argsDefault = -1;
var it = memberdef.elementsNamed("param");
var i = -1;
while (it.hasNext())
{
i++;
var e = it.next();
var type = toHaxeType(getType(e));
var array = getXmlContent(e,"array");
var value = getDefaultValue(e);
if (value != "" && argsDefault == -1)
{
argsDefault = i;
}
if (array != "")
{
var array_number = array.split("[").length - 1;
if (array_number == 0)
{
if (array.split(" ").length == 1)
{
//TODO: Ignore array value?
}
else
{
//TODO: the arg is a call to a function
}
}
else
{
while (array_number > 0)
{
type = Haxe("Array<" + getValue(type) + ">");
array_number--;
}
}
}
argsType.push(type);
if (getValue(type) == "haxe.extern.Rest<Dynamic>")
{
argsName.push("otherArgs");
}
else
{
argsName.push(getXmlContent(e,"declname"));
}
//TODO: default value in wxList value_type() = T*
}
return { argsName: argsName, argsType: argsType, argsDefault: argsDefault };
}
private function argstringToArgs (argstring:String) : Args
{
var sep = function (s:String) : TypeValue
{
if (s.indexOf("::") > -1 && !s.startsWith("std::"))
{
var tmp = s.split("::");
return Haxe('${getValue(toHaxeType(tmp[0]))}.${getValue(toHaxeType(tmp[1]))}');
}
else
{
return toHaxeType(s);
}
};
var argsName = [];
var argsType = [];
var argsDefault = -1;
if (argstring.endsWith("=0"))
{
trace(argstring);
argstring = argstring.substr(0, argstring.length-2);
}
if (argstring.endsWith(" const "))
{
trace(argstring);
argstring = argstring.substr(0, argstring.length-7);
}
if (argstring == "()")
{
return { argsName: [], argsType: [], argsDefault: -1 };
}
var args = argstring.substr(1, argstring.length-2).split(','); //TODO: not reliable, redo function
var haxeArgs = [];
var i = -1;
for (arg in args)
{
i++;
var type = arg.trim().split(" ");
var name = type.pop();
var pointerArg = false;
var defaultValue = "";
if (name.charAt(0) == '*') //TODO: **name (double *)
{
name = name.substr(1);
pointerArg = true;
}
if (name.charAt(0) == '&')
{
//TODO: probably needs something, but they already are cpp.Ref so maybe not
name = name.substr(1);
}
if (name.indexOf("=") > -1)
{
var tmp = name.split("=");
name = tmp[0];
defaultValue = getValue(sep(tmp[1]));
var f = defaultValue.charCodeAt(0);
if (f >= "0".code && f <= "9".code) // number
{
f = defaultValue.charCodeAt(defaultValue.length - 1);
if (f == "u".code)
{
defaultValue = defaultValue.substr(0, defaultValue.length - 1);
}
}
}
if (type[0] == "const")
{
type.shift();
}
if (type.length == 2 && type[0] == "unsigned")
{
type.pop();
if (type[1] == "int" || type[1] == "char")
{
type[0] = "UInt";
}
//~ //else
//~ //{
//~ // type[0] = "long";
//~ //}
}
var t = if (type.length == 0)
{
name = "_";
toHaxeType(arg);
}
else
{
sep(type[0]);
}
if (pointerArg)
{
t = Haxe("cpp.Pointer<" + getValue(t) + ">");
}
//TODO: templated arg type; see Array.sort
//TODO: List.resize default value " = Value_type()"
var raw = name.split("[");
name = raw[0];
var array_number = raw.length -1;
while (array_number > 0)
{
t = Haxe("Array<"+getValue(t)+">");
array_number--;
}
name = safeName(name);
argsName.push(name);
argsType.push(t);
if (defaultValue != "" && argsDefault == -1)
{
argsDefault = i;
}
}
return { argsName: argsName, argsType: argsType, argsDefault: argsDefault };
}
private function toArgString (args:Args, ?bake:TypeValue->String) : String
{
if (bake == null)
{
bake = getValue;
}
var a = [];
for (i in 0...args.argsName.length)
{
a.push('${safeName(args.argsName[i])}:${getValue(args.argsType[i])}');
}
return '(${a.join(", ")})';
}
private function parseFunctionSign (sign:String, name:String, realName:String) : Fn
{
var i = sign.indexOf("(");
var returnType = sign.substr(0, i);
sign = sign.substr(i+1);
var t = sign.split(")(");
if (t.length != 2)
{
return null;
}
if (t[0].startsWith("* "))
{
t[0] = t[0].substr(2);
}
if (t[0] != name && t[0] != '$realName::$name')
{
return null;
}
return { returnType: toHaxeType(returnType), args: argstringToArgs('(${t[1]}') };
}
private function fnType (fn:Fn) : TypeValue
{
var args = if (fn.args.argsType.length > 0) fn.args.argsType.join("->") else "Void";
return Haxe('$args->${fn.returnType}');
}
private function groupOverloadAndDefaultParams (arr:Array<FunctionData>) : Array<FunctionData>
{
//TODO: also remove duplicate (created because haxe has less type than c++, eg. short int and int)
arr.sort(function (a, b) {
return -1 * Reflect.compare(a.name, b.name);
});
var res = [];
var lastName = "";
for (fn in arr)
{
if (fn.name == lastName)
{
fn.overload = true;
}
else
{
lastName = fn.name;
}
res.push(fn);
var f:Int;
if ((f = fn.args.argsDefault) > -1)
{
var n = fn.args.argsName.length;
for (i in 1...(n-f+1))
{
var a = { argsDefault: fn.args.argsDefault, argsType: fn.args.argsType.slice(0, n-i), argsName: fn.args.argsName.slice(0, n-i) };
var c = { returnType: fn.returnType, overload: true, native: "", name: fn.name, templatedParams: fn.templatedParams, doc: null, args: a };
// fn (a:Int, b:Int = 2, c:Int = 3) => @ov(a:Int) + @ov(a:Int, b:Int) + fn(a:Int, b:Int, c:Int)
res.push(c);
}
}
}
res.reverse();
return res;
}
private function buildGlobal (memberdef:Xml, realName:String) : Void
{
switch (memberdef.get("kind"))
{
case "function":
var obj = buildFunction(memberdef, "Global");
if (obj != null)
{
global.classes[0].functions_stat.push(obj);
}
case "typedef":
var obj = buildTypedef(memberdef, "Global");
if (obj != null)
{
// put global typedef in their own files
var f = getFile(obj.name);
f.typedefs.push(obj);
typedefs_list.set(obj.name, getValue(obj.value));
}
case "variable":
var obj = buildVariable(memberdef, "Global");
if (obj != null)
{
global.classes[0].variables_stat.push(obj);
}
default:
trace("ignored (for now) GLOBAL memberdef type: " + memberdef.get("kind") + " in " + realName);
}
}
private function buildFile (compounddef:Xml, inGlobal:Bool) : Void
{
var realName = getXmlContent(compounddef, "compoundname");
for (section in compounddef.elementsNamed("sectiondef"))
{
switch (section.get("kind"))
{
case "enum", "user-defined", "var", "func", "typedef":
for (memberdef in section.elementsNamed("memberdef"))
{