public ServicesContainer()
{
// In the constructor we only need to worry about creating a brand new instance.
// In the case of assembly reload, a deserialize step will automatically happen after the constructor
// to restore all the serializable states/services and we don't need to worry about that
m_HttpClientFactory = new HttpClientFactory();
m_UnityOAuthProxy = new UnityOAuthProxy();
m_SelectionProxy = new SelectionProxy();
m_UnityConnectProxy = new UnityConnectProxy();
m_ApplicationProxy = new ApplicationProxy();
m_IOProxy = new IOProxy();
m_ResourceLoader = new ResourceLoader();
m_AssetStoreCache = new AssetStoreCache();
m_AssetStoreClient = new AssetStoreClient();
m_AssetStoreOAuth = new AssetStoreOAuth();
m_AssetStoreUtils = new AssetStoreUtils();
m_AssetStoreRestAPI = new AssetStoreRestAPI();
m_AssetStoreDownloadManager = new AssetStoreDownloadManager();
m_UpmCache = new UpmCache();
m_UpmClient = new UpmClient();
m_PackageFiltering = new PackageFiltering();
m_PackageManagerPrefs = new PackageManagerPrefs();
m_PackageDatabase = new PackageDatabase();
m_PageManager = new PageManager();
// Since dictionaries doesn't survive through serialization, we always re-create the default registration
m_RegisteredObjects = new Dictionary <Type, object>();
RegisterDefaultServices();
m_DependenciesResolved = false;
}
private void ResolveDependencies(ResourceLoader resourceLoader, PageManager pageManager)
{
m_ResourceLoader = resourceLoader;
m_PageManager = pageManager;
}
private void ResolveDependencies()
{
var container = ServicesContainer.instance;
m_PageManager = container.Resolve <PageManager>();
}
