public void EvaluateCode(string code, IReadOnlyCollection <Type> classes, bool outputScript, bool ignoreConfigHash, bool noOutputConfigAssembly)
{
string cachedHash = GetCachedConfigHash();
string currentHash = HashString(code);
bool discardCache = cachedHash != currentHash || ignoreConfigHash;
if (discardCache)
{
_scriptManager.Create(code, classes, _engine.Namespaces);
WriteScript(_scriptManager.Code, outputScript);
_scriptManager.Compile(AppDomain.CurrentDomain.GetAssemblies());
SaveCompiledScript(currentHash, noOutputConfigAssembly);
}
else
{
byte[] cachedConfig = GetCachedConfig();
_scriptManager.LoadCompiledConfig(cachedConfig);
}
_engine.DynamicAssemblies.Add(_scriptManager.RawAssembly);
_scriptManager.Evaluate(_engine);
}
public void EvaluateCode(string code, IReadOnlyCollection <Type> classes, bool outputScript, bool ignoreConfigHash, bool noOutputConfigAssembly)
{
string cachedHash = GetCachedConfigHash();
string currentHash = HashString(code);
byte[] cachedConfig = (cachedHash != currentHash || ignoreConfigHash) ? null : GetCachedConfig();
if (cachedConfig != null)
{
// Load from cache if the hashes match and we got a cached config file
_scriptManager.LoadCompiledConfig(cachedConfig);
}
else
{
// Otherwise compile the config and save it as a (new) cached version
_scriptManager.Create(code, classes, _engine.Namespaces);
WriteScript(_scriptManager.Code, outputScript);
_scriptManager.Compile(AppDomain.CurrentDomain.GetAssemblies());
SaveCompiledScript(currentHash, noOutputConfigAssembly);
}
_engine.DynamicAssemblies.Add(_scriptManager.RawAssembly);
_scriptManager.Evaluate(_engine);
}