public EnvDictionary()
{
// get the dictionary from appdomain
_envData = (PythonDictionary)AppDomain.CurrentDomain.GetData(EnvDictionaryKeys.root);
if (_envData.Contains(EnvDictionaryKeys.addonVersion))
{
addonVersion = (string)_envData[EnvDictionaryKeys.addonVersion];
}
if (_envData.Contains(EnvDictionaryKeys.sessionUUID))
{
sessionUUID = (string)_envData[EnvDictionaryKeys.sessionUUID];
}
if (_envData.Contains(EnvDictionaryKeys.usageLogState))
{
usageLogState = (bool)_envData[EnvDictionaryKeys.usageLogState];
}
if (_envData.Contains(EnvDictionaryKeys.usageLogFilePath))
{
usageLogFilePath = (string)_envData[EnvDictionaryKeys.usageLogFilePath];
}
if (_envData.Contains(EnvDictionaryKeys.usageLogServerUrl))
{
usageLogServerUrl = (string)_envData[EnvDictionaryKeys.usageLogServerUrl];
}
}
Dispose(bool disposing)
{
if (!this.alive)
{
return;
}
this.alive = false;
while (this.exitfuncs.Count > 0)
{
this.exitfuncs.Pop()();
}
PythonDictionary modules = (PythonDictionary)this.python.SystemState.Get__dict__()["modules"];
if (!modules.Contains("numpy"))
{
// TODO: FIXME?
// I don't know what it is about numpy, but using it heavily
// makes this step extremely flaky: that's, like, BSOD flaky.
// OTOH, even attempting this operation is very optimistic
// indeed, and it's only really here so that I can repeatedly
// construct/destroy mappers -- without leaking *too* much --
// during test runs. In the wild, all this will be reclaimed
// by the operating system at process shutdown time anyway.
this.map.MapOverBridgePtrs(new PtrFunc(this.DumpPtr));
}
this.allocator.FreeAll();
foreach (IntPtr FILE in this.FILEs.Values)
{
Unmanaged.fclose(FILE);
}
if (this.stub != null)
{
PythonCalls.Call(this.removeSysHacks);
modules.Remove("mmap");
modules.Remove("posix");
modules.Remove("_csv");
if (modules.Contains("csv"))
{
modules.Remove("csv");
}
this.importer.Dispose();
this.stub.Dispose();
}
}
public IEnumerable <string> AnnotationLibraries()
{
//if (_getAnnotationLibsFunc != null)
//{
// List list = _getAnnotationLibsFunc();
// List<string> csharplist = new List<string>();
// foreach (string lib in list)
// csharplist.Add(lib);
// return csharplist;
//}
List <string> libraries = new List <string>();
if (_parameters.Contains("libraries"))
{
foreach (string lib in (IEnumerable <string>)_parameters["libraries"])
{
libraries.Add(lib);
}
}
return(libraries);
}
public EnvDictionary()
{
// get the dictionary from appdomain
_envData = (PythonDictionary)AppDomain.CurrentDomain.GetData(DomainStorageKeys.EnvVarsDictKey);
// base info
if (_envData.Contains(EnvDictionaryKeys.SessionUUID))
{
SessionUUID = (string)_envData[EnvDictionaryKeys.SessionUUID];
}
if (_envData.Contains(EnvDictionaryKeys.RevitVersion))
{
RevitVersion = (string)_envData[EnvDictionaryKeys.RevitVersion];
}
if (_envData.Contains(EnvDictionaryKeys.Version))
{
PyRevitVersion = (string)_envData[EnvDictionaryKeys.Version];
}
if (_envData.Contains(EnvDictionaryKeys.Clone))
{
PyRevitClone = (string)_envData[EnvDictionaryKeys.Clone];
}
if (_envData.Contains(EnvDictionaryKeys.IPYVersion))
{
PyRevitIPYVersion = (string)_envData[EnvDictionaryKeys.IPYVersion];
}
if (_envData.Contains(EnvDictionaryKeys.CPYVersion))
{
PyRevitCPYVersion = (string)_envData[EnvDictionaryKeys.CPYVersion];
}
// logging
if (_envData.Contains(EnvDictionaryKeys.LoggingLevel))
{
LoggingLevel = (int)_envData[EnvDictionaryKeys.LoggingLevel];
}
if (_envData.Contains(EnvDictionaryKeys.FileLogging))
{
FileLogging = (bool)_envData[EnvDictionaryKeys.FileLogging];
}
// assemblies
if (_envData.Contains(EnvDictionaryKeys.LoadedAssms))
{
LoadedAssemblies = ((string)_envData[EnvDictionaryKeys.LoadedAssms]).Split(Path.PathSeparator);
}
if (_envData.Contains(EnvDictionaryKeys.RefedAssms))
{
ReferencedAssemblies = ((string)_envData[EnvDictionaryKeys.RefedAssms]).Split(Path.PathSeparator);
}
// telemetry
if (_envData.Contains(EnvDictionaryKeys.TelemetryUTCTimeStamps))
{
TelemetryUTCTimeStamps = (bool)_envData[EnvDictionaryKeys.TelemetryUTCTimeStamps];
}
// script telemetry
if (_envData.Contains(EnvDictionaryKeys.TelemetryState))
{
TelemetryState = (bool)_envData[EnvDictionaryKeys.TelemetryState];
}
if (_envData.Contains(EnvDictionaryKeys.TelemetryFilePath))
{
TelemetryFilePath = (string)_envData[EnvDictionaryKeys.TelemetryFilePath];
}
if (_envData.Contains(EnvDictionaryKeys.TelemetryServerUrl))
{
TelemetryServerUrl = (string)_envData[EnvDictionaryKeys.TelemetryServerUrl];
}
if (_envData.Contains(EnvDictionaryKeys.TelemetryIncludeHooks))
{
TelemetryIncludeHooks = (bool)_envData[EnvDictionaryKeys.TelemetryIncludeHooks];
}
// app events telemetry
if (_envData.Contains(EnvDictionaryKeys.AppTelemetryState))
{
AppTelemetryState = (bool)_envData[EnvDictionaryKeys.AppTelemetryState];
}
if (_envData.Contains(EnvDictionaryKeys.AppTelemetryServerUrl))
{
AppTelemetryServerUrl = (string)_envData[EnvDictionaryKeys.AppTelemetryServerUrl];
}
if (_envData.Contains(EnvDictionaryKeys.AppTelemetryEventFlags))
{
AppTelemetryEventFlags = (string)_envData[EnvDictionaryKeys.AppTelemetryEventFlags];
}
// hooks
if (_envData.Contains(EnvDictionaryKeys.Hooks))
{
EventHooks = (Dictionary <string, Dictionary <string, string> >)_envData[EnvDictionaryKeys.Hooks];
}
else
{
_envData[EnvDictionaryKeys.Hooks] = EventHooks;
}
// misc
if (_envData.Contains(EnvDictionaryKeys.AutoUpdating))
{
AutoUpdate = (bool)_envData[EnvDictionaryKeys.AutoUpdating];
}
if (_envData.Contains(EnvDictionaryKeys.OutputStyleSheet))
{
ActiveStyleSheet = (string)_envData[EnvDictionaryKeys.OutputStyleSheet];
}
}