void RefreshMapsForGroupChildren(string projectPath, string realPath, PBXSourceTree realPathTree, PBXGroupData parent)
{
var children = new List <string>(parent.children);
foreach (string guid in children)
{
PBXFileReferenceData fileRef = fileRefs[guid];
string pPath;
string rPath;
PBXSourceTree rTree;
if (fileRef != null)
{
pPath = PBXPath.Combine(projectPath, fileRef.name);
PBXPath.Combine(realPath, realPathTree, fileRef.path, fileRef.tree, out rPath, out rTree);
if (!m_ProjectPathToFileRefMap.ContainsKey(pPath))
{
m_ProjectPathToFileRefMap.Add(pPath, fileRef);
}
if (!m_FileRefGuidToProjectPathMap.ContainsKey(fileRef.guid))
{
m_FileRefGuidToProjectPathMap.Add(fileRef.guid, pPath);
}
if (!m_RealPathToFileRefMap[rTree].ContainsKey(rPath))
{
m_RealPathToFileRefMap[rTree].Add(rPath, fileRef);
}
if (!m_GuidToParentGroupMap.ContainsKey(guid))
{
m_GuidToParentGroupMap.Add(guid, parent);
}
continue;
}
PBXGroupData gr = groups[guid];
if (gr != null)
{
pPath = PBXPath.Combine(projectPath, gr.name);
PBXPath.Combine(realPath, realPathTree, gr.path, gr.tree, out rPath, out rTree);
if (!m_ProjectPathToGroupMap.ContainsKey(pPath))
{
m_ProjectPathToGroupMap.Add(pPath, gr);
}
if (!m_GroupGuidToProjectPathMap.ContainsKey(gr.guid))
{
m_GroupGuidToProjectPathMap.Add(gr.guid, pPath);
}
if (!m_GuidToParentGroupMap.ContainsKey(guid))
{
m_GuidToParentGroupMap.Add(guid, parent);
}
RefreshMapsForGroupChildren(pPath, rPath, rTree, gr);
}
}
}
// Write the actual file to the disk.
// If you don't call this method nothing will change.
public void WriteToFile()
{
File.WriteAllText(m_PBXProjectPath, project.WriteToString());
if (m_Entitlements != null)
{
m_Entitlements.WriteToFile(PBXPath.Combine(m_BuildPath, m_EntitlementFilePath));
}
if (m_InfoPlist != null)
{
m_InfoPlist.WriteToFile(PBXPath.Combine(m_BuildPath, "Info.plist"));
}
}
// Creates a directory structure with "provides namespace" attribute.
// First, retrieves or creates the directory at relativeBasePath, creating parent
// directories if needed. Effectively calls OpenFolder(relativeBasePath).
// Then, relative to this directory, creates namespacePath directories with "provides
// namespace" attribute set. Fails if the attribute can't be set.
public AssetFolder OpenNamespacedFolder(string relativeBasePath, string namespacePath)
{
var folder = OpenFolder(relativeBasePath);
var pathItems = PBXPath.Split(namespacePath);
foreach (var pathItem in pathItems)
{
folder = folder.OpenFolder(pathItem);
folder.providesNamespace = true;
}
return(folder);
}
AssetFolder OpenFolderForResource(string relativePath)
{
var pathItems = PBXPath.Split(relativePath).ToList();
// remove path filename
pathItems.RemoveAt(pathItems.Count - 1);
AssetFolder folder = root;
foreach (var pathItem in pathItems)
{
folder = folder.OpenFolder(pathItem);
}
return(folder);
}
// Checks if a folder with given path exists and returns it if it does.
// Otherwise, creates a new folder. Parent folders are created if needed.
public AssetFolder OpenFolder(string relativePath)
{
if (relativePath == null)
{
return(root);
}
var pathItems = PBXPath.Split(relativePath);
if (pathItems.Length == 0)
{
return(root);
}
AssetFolder folder = root;
foreach (var pathItem in pathItems)
{
folder = folder.OpenFolder(pathItem);
}
return(folder);
}
