protected override void OnPopulate()
{
RELGroupNode g;
g = new RELGroupNode()
{
_name = "Sections"
};
g.Parent = this;
g = new RELGroupNode()
{
_name = "Imports"
};
g.Parent = this;
_sections = new RELSectionNode[_numSections];
for (int i = 0; i < _numSections; i++)
{
(_sections[i] = new RELSectionNode()
{
_name = "Section" + i
}).Initialize(Children[0], &Header->SectionInfo[i], RELSection.Size);
}
for (int i = 0; i < Header->ImportListCount; i++)
{
new RELImportNode().Initialize(Children[1], &Header->Imports[i], RELImport.Size);
}
}
protected override bool OnInitialize()
{
_name = "Module" + ModuleID;
_cmds = new List <RELLinkNode>();
RELLinkNode n;
RELSectionNode memblock = null;
uint offset = 0;
RELImport *header = Header;
RELLink * link = (RELLink *)((VoidPtr)Root.Header + (uint)header->_offset);
while (link->Type != RELLinkType.End)
{
offset += link->_prevOffset;
if (link->Type == RELLinkType.Section)
{
offset = 0;
memblock = Root.Sections[link->_section];
}
else
{
if (memblock != null)
{
memblock.RelocationBuffer[offset.RDown(0x4) / 0x4] = new RelCommand((int)Root._id, memblock.Index, offset, ModuleID, *link);
}
else
{
throw new Exception("Non-block oriented relocation command.");
}
}
(n = new RELLinkNode()
{
_section = memblock
}).Initialize(null, link++, RELImport.Size);
_cmds.Add(n);
}
//Add the end node
(n = new RELLinkNode()
{
_section = memblock
}).Initialize(null, link++, RELImport.Size);
_cmds.Add(n);
return(false);
}
