| public static hlItemGetType ( IntPtr pItem ) : HLDirectoryItemType | ||
| pItem | IntPtr | |
| return | HLDirectoryItemType | |
public void RecursiveBuildFromVPK(ref ProjectFolder folder, IntPtr currentFolder)
{
uint folderCount = HLLib.hlFolderGetCount(currentFolder);
for (uint i = 0; i < folderCount; i++)
{
IntPtr subItem = HLLib.hlFolderGetItem(currentFolder, i);
string name = HLLib.hlItemGetName(subItem);
if (HLLib.hlItemGetType(subItem) == HLLib.HLDirectoryItemType.HL_ITEM_FOLDER)
{
DomNode sf = new DomNode(DotaObjectsSchema.FolderType.Type);
sf.SetAttribute(DotaObjectsSchema.FolderType.NameAttribute, name);
sf.SetAttribute(DotaObjectsSchema.FolderType.PathAttribute, folder.Path + "/" + name);
sf.SetAttribute(DotaObjectsSchema.FolderType.InGCFAttribute, true);
DomNode par = folder.As <DomNode>();
par.GetChildList(DotaObjectsSchema.FolderType.FilesChild).Add(sf);
ProjectFolder subFolder = sf.As <ProjectFolder>();
RecursiveBuildFromVPK(ref subFolder, subItem);
}
if (HLLib.hlItemGetType(subItem) == HLLib.HLDirectoryItemType.HL_ITEM_FILE)
{
string ext = name.Substring(name.LastIndexOf('.'));
ProjectFile f;
if (ProjectLoader.FileTypes.ContainsKey(ext))
{
ProjectLoader.FileTypeResolver resolver = ProjectLoader.FileTypes[ext];
f = (ProjectFile)(new DomNode(resolver.DomNodeType)).As(resolver.WrapperType);
}
else
{
f = (new DomNode(DotaObjectsSchema.FileType.Type)).As <ProjectFile>();
}
f.Name = name;
f.Path = folder.Path + "/" + name;
f.InGCF = true;
folder.Files.Add(f);
}
}
}
private void FindFiles(IntPtr dir, PackageNode node, uint package)
{
uint count = HLLib.hlFolderGetCount(dir);
for (uint i = 0; i < count; i++)
{
var item = HLLib.hlFolderGetItem(dir, i);
var itemNode = new PackageNode();
itemNode.Name = HLLib.hlItemGetName(item).ToLower();
itemNode.Directory = HLLib.hlItemGetType(item) == HLLib.HLDirectoryItemType.HL_ITEM_FOLDER;
var pathPtr = Marshal.AllocHGlobal(255);
HLLib.hlItemGetPath(item, pathPtr, 255);
var pathBuffer = new byte[255];
Marshal.Copy(pathPtr, pathBuffer, 0, 255);
itemNode.Path = Encoding.ASCII.GetString(pathBuffer).TrimEnd('\0').ToLower();
uint filesize;
HLLib.hlItemGetSize(item, out filesize);
itemNode.FileSize = filesize;
if (itemNode.Directory)
{
if (node.Directories.ContainsKey(itemNode.Name))
{
FindFiles(item, node.Directories[itemNode.Name], package);
}
else
{
FindFiles(item, itemNode, package);
node.Directories[itemNode.Name] = itemNode;
}
}
else
{
itemNode.FilePtr = item;
itemNode.FilePackage = package;
node.Files[itemNode.Name] = itemNode;
}
}
}
protected void RecursivePopulateFromVPK(ref TreeNode parent, IntPtr CurrentFolder)
{
uint folderCount = HLLib.hlFolderGetCount(CurrentFolder);
for (uint i = 0; i < folderCount; i++)
{
IntPtr subItem = HLLib.hlFolderGetItem(CurrentFolder, i);
string name = HLLib.hlItemGetName(subItem);
if (HLLib.hlItemGetType(subItem) == HLLib.HLDirectoryItemType.HL_ITEM_FOLDER)
{
TreeNode folder = new TreeNode()
{
Name = name,
Text = name,
ImageIndex = 2,
SelectedImageIndex = 2,
Tag = ((string)parent.Tag) + name + "/",
ContextMenu = folder_context_menu,
};
parent.Nodes.Add(folder);
RecursivePopulateFromVPK(ref folder, subItem);
}
else if (HLLib.hlItemGetType(subItem) == HLLib.HLDirectoryItemType.HL_ITEM_FILE)
{
TreeNode folder = new TreeNode()
{
Name = name,
Text = name,
ImageIndex = 0,
Tag = ((string)parent.Tag) + name,
ContextMenu = file_context_menu,
};
parent.Nodes.Add(folder);
}
}
}