public unsafe StructDescriptor BuildStructDescriptor(ulong dllBase, int typeIndex)
{
if (Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.ChildrenCount, out int childrenCount))
{
var structDesc = new StructDescriptor(childrenCount);
if (Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.Length, out ulong size))
{
structDesc.Length = (int)size;
}
var childrenParams = new FindChildrenParams {
Count = childrenCount
};
structDesc.Length = (int)size;
if (Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.FindChildren, ref childrenParams))
{
for (var i = 0; i < childrenParams.Count; i++)
{
var sym = SymbolInfo.Create();
var child = childrenParams.Child[i];
if (GetSymbolFromIndex(dllBase, child, ref sym))
{
if (Win32.SymGetTypeInfo(_hProcess, dllBase, child, SymbolTypeInfo.Offset, out int offset) &&
Win32.SymGetTypeInfo(_hProcess, dllBase, child, SymbolTypeInfo.Tag, out SymbolTag tag))
{
sym.Tag = tag;
sym.TypeIndex = child;
var member = new StructMember(sym, offset);
structDesc.AddMember(member);
}
else if (Win32.SymGetTypeInfo(_hProcess, dllBase, child, SymbolTypeInfo.Value, out Variant value))
{
sym.Tag = SymbolTag.Enum;
sym.Value = value.lValue;
sym.TypeIndex = child;
var member = new StructMember(sym, 0);
switch (sym.Size)
{
case 8:
member.Value = value.lValue;
break;
case 2:
member.Value = value.sValue;
break;
case 1:
member.Value = value.bValue;
break;
default:
member.Value = value.iValue;
break;
}
structDesc.AddMember(member);
}
}
}
}
return(structDesc);
}
return(null);
}
public BasicType GetSymbolBaseType(ulong dllBase, int typeIndex)
{
bool success = Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.BaseType, out int value);
return((BasicType)value);
}
public int GetSymbolChildrenCount(ulong dllBase, int typeIndex)
{
bool success = Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.ChildrenCount, out int value);
return(value);
}
public int GetSymbolType(ulong dllBase, int typeIndex)
{
Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.Type, out int value);
return(value);
}
public int GetSymbolAddressOffset(ulong dllBase, int typeIndex)
{
bool success = Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.AddressOffset, out int value);
return(value);
}
public bool Refresh() => Win32.SymRefreshModuleList(_hProcess);
public ulong GetSymbolLength(ulong dllBase, int typeIndex)
{
Win32.SymGetTypeInfo(_hProcess, dllBase, typeIndex, SymbolTypeInfo.Length, out ulong value);
return(value);
}
public int GetTypeIndexFromName(ulong baseAddress, string name)
{
var symbol = SymbolInfo.Create();
return(Win32.SymGetTypeFromName(_hProcess, baseAddress, name, ref symbol) ? symbol.TypeIndex : 0);
}
public bool GetTypeFromName(ulong baseAddress, string name, ref SymbolInfo type) => Win32.SymGetTypeFromName(_hProcess, baseAddress, name, ref type);
public bool GetSymbolFromIndex(ulong dllBase, int index, ref SymbolInfo symbol)
{
return(Win32.SymFromIndex(_hProcess, dllBase, index, ref symbol));
}
public bool GetSymbolFromName(string name, ref SymbolInfo symbol)
{
return(Win32.SymFromName(_hProcess, name, ref symbol));
}
public bool TryGetSymbolFromAddress(ulong address, ref SymbolInfo symbol, out ulong displacement)
{
symbol.Init();
return(Win32.SymFromAddr(_hProcess, address, out displacement, ref symbol));
}
#pragma warning disable CSE0003 // Use expression-bodied members
public Task <ulong> TryLoadSymbolsForModuleAsync(string imageName, ulong dllBase = 0, string moduleName = null, IntPtr?hFile = null)
{
return(Task.Run(() => Win32.SymLoadModuleEx(_hProcess, hFile ?? IntPtr.Zero, imageName, moduleName, dllBase, 0, IntPtr.Zero, 0)));
}
public ulong TryLoadSymbolsForModule(string imageName, string moduleName = null, IntPtr?hFile = null)
{
var address = Win32.SymLoadModuleEx(_hProcess, hFile ?? IntPtr.Zero, imageName, moduleName, 0, 0, IntPtr.Zero, 0);
return(address);
}