public static void Dump()
{
XElement root = XElement.Load(filename);
var lstDefinition = new List <StructDefinition>(); bool inside = false;
TraverseDefinitions(root, lstDefinition, ref inside);
using (var sw = new System.IO.StreamWriter("Structs.Sizes.gen.cs")) {
sw.WriteLine($"var sizes = new int[] {leftBrace}");
for (int i = 0; i < lstDefinition.Count; i++)
{
StructDefinition definition = lstDefinition[i];
//sw.WriteLine(definition.raw);
string[] definitionLines = definition.Dump();
sw.WriteLine($" // Struct: {i}");
sw.WriteLine($" sizeof({definitionLines[0]}),");
}
sw.WriteLine($"{rightBrace};");
}
Console.WriteLine("Done");
}
public static void Dump()
{
XElement root = XElement.Load(filename);
var lstDefinition = new List <StructDefinition>(); bool inside = false;
TraverseDefinitions(root, lstDefinition, ref inside);
var lstItemComment = new List <StructItemComment>(); inside = false;
TraverseItemComments(root, lstItemComment, ref inside);
var lstComment = new List <string>(); inside = false;
TraverseComments(root, lstComment, ref inside);
//var lstItemDescription = new List<ItemDescription>(); inside = false;
//TraverseDescriptions(root, lstItemDescription, ref inside);
using (var sw = new System.IO.StreamWriter("Structs.gen.cs")) {
for (int i = 0; i < lstDefinition.Count; i++)
{
StructDefinition definition = lstDefinition[i];
//sw.WriteLine(definition.raw);
string[] definitionLines = definition.Dump();
StructItemComment itemComment = lstItemComment[i];
Dictionary <string, string> item2Comment = itemComment.Dump();
//ItemDescription itemDescription = lstItemDescription[i];
sw.WriteLine($"// Struct: {i}");
string comment = lstComment[i];
sw.WriteLine($"/// <summary>{comment}");
// description is too long.
//foreach (var item in itemDescription.lstComment) {
// string s = item.Replace("\r", "");
// s = s.Replace("\n", "");
// string c = RemoveBraces(s);
// sw.WriteLine($"/// <para>{c}</para>");
//}
sw.WriteLine($"/// </summary>");
bool isUnion = false;
{
string line = definitionLines[0];
if (line.StartsWith("/*union*/"))
{
isUnion = true;
}
sw.WriteLine(line); // public struct XXX {
}
for (int j = 1; j < definitionLines.Length - 1; j++)
{
string line = definitionLines[j];
if (item2Comment != null)
{
string strComment = ParseItemComment(line, item2Comment);
if (strComment != string.Empty)
{
strComment = strComment.Replace("\r\n", "\n");
strComment = strComment.Replace("\r", "\n");
strComment = strComment.Replace("\n", $"{Environment.NewLine} /// ");
strComment = Helper.RemoveBraces(strComment);
sw.WriteLine($" /// <summary>{strComment}</summary>");
}
}
{
line = line.Trim();
var l = line.Replace("const char* ", "IntPtr ");
l = l.Replace("const*", "/*-const-*/ *");
l = l.Replace("const ", "/*-const-*/ ");
l = l.Replace(" const", " /*-const-*/");
l = l.Replace("size_t ", "Int32 ");
l = l.Replace("uint8_t* ", "byte* ");
l = l.Replace("uint8_t ", " byte ");
l = l.Replace("uint16_t* ", "UInt16* ");
l = l.Replace("uint16_t ", "UInt16 ");
l = l.Replace("uint32_t* ", "UInt32* ");
l = l.Replace("uint32_t ", "UInt32 ");
l = l.Replace("uint64_t* ", "UInt64* ");
l = l.Replace("uint64_t ", "UInt64 ");
l = l.Replace("int32_t* ", "Int32* ");
l = l.Replace("int32_t ", "Int32 ");
l = l.Replace("int64_t* ", "Int64* ");
l = l.Replace("int64_t ", "Int64 ");
l = l.Replace("struct ", "/*-struct-*/ ");
l = l.Replace(" object", " _object");
l = l.Replace(" event", " _event");
if (l.Contains("["))
{
l = "fixed " + l;
}
l = "public " + l;
if (isUnion)
{
l = "[FieldOffset(0)] " + l;
}
l = " " + l;
sw.WriteLine(l);
}
}
{
string line = definitionLines[definitionLines.Length - 1];
sw.WriteLine(line); // }
}
}
}
Console.WriteLine("Done");
}
public static void Dump()
{
XElement root = XElement.Load(filename);
var lstDefinition = new List <StructDefinition>(); bool inside = false;
TraverseDefinitions(root, lstDefinition, ref inside);
using (var sw = new System.IO.StreamWriter("Structs.Marshal.gen.cs")) {
for (int i = 0; i < lstDefinition.Count; i++)
{
StructDefinition definition = lstDefinition[i];
//sw.WriteLine(definition.raw);
string[] definitionLines = definition.Dump();
sw.WriteLine($"// Struct: {i}");
if (definitionLines[1] != string.Empty)
{
sw.WriteLine($"public unsafe partial struct {definitionLines[0]} {leftBrace}");
{
sw.WriteLine($" /// <summary>");
sw.WriteLine($" /// Allocate <paramref name=\"count\"/> instances of <see cref=\"{definitionLines[0]}\"/> in unmanaged memory.");
sw.WriteLine($" /// <para>The 'sType' member is already set up.</para>");
sw.WriteLine($" /// </summary>");
sw.WriteLine($" /// <param name=\"count\">how many items to allocate?</param>");
sw.WriteLine($" /// <returns>A pointer to the instances of <see cref=\"{definitionLines[0]}\"/>.</returns>");
sw.WriteLine($" public static {definitionLines[0]}* Alloc(int count = 1) {leftBrace}");
{
sw.WriteLine($" if (count <= 0) {leftBrace} return null; {rightBrace}");
sw.WriteLine($" ");
sw.WriteLine($" int size = sizeof({definitionLines[0]});");
sw.WriteLine($" var info = ({definitionLines[0]}*)Marshal.AllocHGlobal(size * count);");
sw.WriteLine($" for (int i = 0; i < count; i++) {leftBrace} Marshal.Copy(Vk.zeros, 0, (IntPtr)(&(info[i])), size); { rightBrace}");
string sType = definitionLines[1] != "0" ? "VkStructureType." + definitionLines[1] : "0";
sw.WriteLine($" for (int i = 0; i < count; i++) {leftBrace} info[i].sType = {sType}; {rightBrace}");
sw.WriteLine();
if (definitionLines[1] == "0" &&
(definitionLines[0] != "VkBaseInStructure") &&
(definitionLines[0] != "VkBaseOutStructure")
)
{
sw.WriteLine($" throw new Exception(\"No suitable sType found!\");");
}
sw.WriteLine($" return info;");
}
sw.WriteLine($" {rightBrace}");
}
sw.WriteLine($"{rightBrace}");
sw.WriteLine();
}
else
{
sw.WriteLine($"public unsafe partial struct {definitionLines[0]} {leftBrace}");
{
sw.WriteLine($" /// <summary>");
sw.WriteLine($" /// Allocate <paramref name=\"count\"/> instances of <see cref=\"{definitionLines[0]}\"/> in unmanaged memory.");
sw.WriteLine($" /// <para>No 'sType' member exists in this struct.</para>");
sw.WriteLine($" /// </summary>");
sw.WriteLine($" /// <param name=\"count\">how many items to allocate?</param>");
sw.WriteLine($" /// <returns>A pointer to the instances of <see cref=\"{definitionLines[0]}\"/>.</returns>");
sw.WriteLine($" public static {definitionLines[0]}* Alloc(int count = 1) {leftBrace}");
{
sw.WriteLine($" if (count <= 0) {leftBrace} return null; {rightBrace}");
sw.WriteLine($" ");
sw.WriteLine($" int size = sizeof({definitionLines[0]});");
sw.WriteLine($" var info = ({definitionLines[0]}*)Marshal.AllocHGlobal(size * count);");
sw.WriteLine($" for (int i = 0; i < count; i++) {leftBrace} Marshal.Copy(Vk.zeros, 0, (IntPtr)(&(info[i])), size); {rightBrace}");
sw.WriteLine();
sw.WriteLine($" return info;");
}
sw.WriteLine($" {rightBrace}");
}
sw.WriteLine($"{rightBrace}");
sw.WriteLine();
}
}
}
Console.WriteLine("Done");
}
