private void CreateDefaultLoader()
{
var loaderscript = Path.Combine(LibraryRoot, PREDEFINED_LOADER_FILE);
TraceLoadLibrary(
Locale.NStr($"ru = 'Путь поиска package-loader - {loaderscript}';" +
$"en = 'Package-loader path search - {loaderscript}'")
);
if (File.Exists(loaderscript))
{
TraceLoadLibrary(
Locale.NStr($"ru = 'Загружен package-loader по адресу {loaderscript}';" +
$"en = 'Load package-loader from {loaderscript}'")
);
_defaultLoader = LibraryLoader.Create(_engine, _env, loaderscript);
}
else
{
TraceLoadLibrary(
Locale.NStr($"ru = 'Загружен package-loader по умолчанию';" +
$"en = 'Default package-loader is used'")
);
_defaultLoader = LibraryLoader.Create(_engine, _env);
}
}
private bool LoadLibraryInternal(string libraryPath)
{
var id = GetLibraryId(libraryPath);
var existedLib = _libs.FirstOrDefault(x => x.id == id);
if (existedLib != null)
{
if (existedLib.state == ProcessingState.Discovered)
{
string libStack = listToStringStack(_libs, id);
throw new RuntimeException($"Ошибка загрузки библиотеки {id}. Обнаружены циклические зависимости.\n" +
$"{libStack}");
}
TraceLoadLibrary(
Locale.NStr($"ru = 'Использую уже загруженную библиотеку {existedLib.id}';" +
$"en = 'Use allready loaded library {existedLib.id}'")
);
return(true);
}
var newLib = new Library()
{
id = id, state = ProcessingState.Discovered
};
bool hasFiles;
int newLibIndex = _libs.Count;
var customLoaderFile = Path.Combine(libraryPath, PREDEFINED_LOADER_FILE);
if (File.Exists(customLoaderFile))
{
newLib.customLoader = LibraryLoader.Create(_engine, _env, customLoaderFile);
}
try
{
_libs.Add(newLib);
TraceLoadLibrary(
Locale.NStr($"ru = 'Начинаю процессинг {newLib.id}';" +
$"en = 'Start processing {newLib.id}'")
);
hasFiles = ProcessLibrary(newLib);
newLib.state = ProcessingState.Processed;
}
catch (Exception)
{
_libs.RemoveAt(newLibIndex);
throw;
}
TraceLoadLibrary(
Locale.NStr($"ru = 'Библиотека {newLib.id} будет загружена - {hasFiles}';" +
$"en = 'Library {newLib.id} will be loaded - {hasFiles}'")
);
return(hasFiles);
}
private void CreateDefaultLoader()
{
var loaderscript = Path.Combine(LibraryRoot, PREDEFINED_LOADER_FILE);
if (File.Exists(loaderscript))
{
_defaultLoader = LibraryLoader.Create(_engine, _env, loaderscript);
}
else
{
_defaultLoader = LibraryLoader.Create(_engine, _env);
}
}
private bool LoadLibraryInternal(string libraryPath)
{
var id = GetLibraryId(libraryPath);
var existedLib = _libs.FirstOrDefault(x => x.id == id);
if (existedLib != null)
{
if (existedLib.state == ProcessingState.Discovered)
{
throw new RuntimeException(String.Format("Ошибка загрузки библиотеки {0}. Обнаружены циклические зависимости", id));
}
else
{
return(true);
}
}
var newLib = new Library()
{
id = id, state = ProcessingState.Discovered
};
bool hasFiles;
int newLibIndex = _libs.Count;
var customLoaderFile = Path.Combine(libraryPath, PREDEFINED_LOADER_FILE);
if (File.Exists(customLoaderFile))
{
newLib.customLoader = LibraryLoader.Create(_engine, _env, customLoaderFile);
}
try
{
_libs.Add(newLib);
hasFiles = ProcessLibrary(newLib);
newLib.state = ProcessingState.Processed;
}
catch (Exception)
{
_libs.RemoveAt(newLibIndex);
throw;
}
return(hasFiles);
}
private void CreateDefaultLoader()
{
var loaderscript = Path.Combine(LibraryRoot, PREDEFINED_LOADER_FILE);
if (File.Exists(loaderscript))
{
_defaultLoader = LibraryLoader.Create(_engine, _env, loaderscript);
}
else
{
_defaultLoader = LibraryLoader.Create(_engine, _env);
}
}
