json::QuickBuilder
NodeSetFactory::GetSchema()
{
// Iterate over all registrangs, instantiate using function pointer (or functor?), call Configure
// but with special 'don't error out' mode.
//json::Object returnVal;
support_spec_map_t& registrants = getRegisteredClasses();
JsonConfigurable::_dryrun = true;
json::Object nodeSetsJsonArray;
for (auto& entry : registrants)
{
const std::string& class_name = entry.first;
LOG_DEBUG_F("class_name = %s\n", class_name.c_str());
json::Object fakeJson;
fakeJson["class"] = json::String(class_name);
Configuration * fakeConfig = Configuration::CopyFromElement( fakeJson );
instantiator_function_t creator = entry.second;
try
{
// TBD: Handle Node-targeted interventions
ISupports * pNS = CreateInstanceFromSpecs<INodeSet>(fakeConfig, getRegisteredClasses(), true);
if( pNS )
{
//campaignSchema[std::string(class_name)] = dynamic_cast<JsonConfigurable*>(pNS)->GetSchema();
json::QuickBuilder* schema = &dynamic_cast<JsonConfigurable*>(pNS)->GetSchema();
(*schema)[ "class" ] = json::String( class_name );
nodeSetsJsonArray[ class_name ] = *schema;
//nodeSetsJsonArray[jsonArrayIdx][ "class" ] = json::String( class_name );
}
}
catch( DetailedException &e )
{
std::ostringstream msg;
msg << "ConfigException creating nodeset for GetSchema: "
<< e.what()
<< std::endl;
LOG_INFO( msg.str().c_str() );
}
catch( const json::Exception &e )
{
std::ostringstream msg;
msg << "json Exception creating nodeset for GetSchema: "
<< e.what()
<< std::endl;
LOG_INFO( msg.str().c_str() );
}
LOG_DEBUG( "Done with that class....\n" );
delete fakeConfig;
fakeConfig = nullptr;
}
campaignSchema[ "schema" ] = nodeSetsJsonArray;
LOG_DEBUG( "Returning from GetSchema.\n" );
json::QuickBuilder retSchema = json::QuickBuilder(campaignSchema);
return retSchema;
}
json::QuickBuilder
InterventionFactory::GetSchema()
{
// Iterate over all registrangs, instantiate using function pointer (or functor?), call Configure
// but with special 'don't error out' mode.
//json::Object returnVal;
//campaignSchema["hello"] = json::String( "world" );
support_spec_map_t& registrants = getRegisteredClasses();
#ifdef WIN32
JsonConfigurable::_dryrun = true;
#else
setenv( "DRYRUN", "1", 1 );
#endif
for (auto& entry : registrants)
{
const std::string& class_name = entry.first;
LOG_DEBUG_F("class_name = %s\n", class_name.c_str());
json::Object fakeJson;
fakeJson["class"] = json::String(class_name);
Configuration * fakeConfig = Configuration::CopyFromElement( fakeJson );
instantiator_function_t creator = entry.second;
try
{
// TBD: Handle Node-targeted interventions
ISupports * pCampaignForSchema = CreateIntervention((const Configuration*)fakeConfig);
if( pCampaignForSchema )
{
assert( pCampaignForSchema );
json::QuickBuilder* schema = &dynamic_cast<JsonConfigurable*>(pCampaignForSchema)->GetSchema();
(*schema)[std::string("iv_type")] = json::String("IndividualTargeted");
(*schema)[std::string("class")] = json::String(class_name);
campaignSchema[ class_name ] = *schema;
}
else // Try Node-targeted
{
ISupports * pCampaignForSchema = CreateNDIIntervention((const Configuration*)fakeConfig);
json::QuickBuilder* schema = &dynamic_cast<JsonConfigurable*>(pCampaignForSchema)->GetSchema();
(*schema)[std::string("iv_type")] = json::String("NodeTargeted");
(*schema)[std::string("class")] = json::String(class_name);
campaignSchema[ class_name ] = *schema;
}
}
catch( DetailedException &e )
{
std::ostringstream msg;
msg << "ConfigException creating intervention for GetSchema: "
<< e.what()
<< std::endl;
LOG_INFO( msg.str().c_str() );
}
catch( const json::Exception &e )
{
std::ostringstream msg;
msg << "json Exception creating intervention for GetSchema: "
<< e.what()
<< std::endl;
LOG_INFO( msg.str().c_str() );
}
LOG_DEBUG( "Done with that class....\n" );
delete fakeConfig;
fakeConfig = nullptr;
}
LOG_DEBUG( "Returning from GetSchema.\n" );
json::QuickBuilder retSchema = json::QuickBuilder(campaignSchema);
return retSchema;
}
INodeDistributableIntervention* InterventionFactory::CreateNDIIntervention( const Configuration *config )
{
bool reset = JsonConfigurable::_useDefaults;
JsonConfigurable::_useDefaults = useDefaults;
INodeDistributableIntervention* ret = CreateInstanceFromSpecs<INodeDistributableIntervention>(config, getRegisteredClasses(), true);
JsonConfigurable::_useDefaults = reset;
return ret;
}
// new, configurable method
IDistributableIntervention* InterventionFactory::CreateIntervention( const Configuration *config )
{
// Keeping this simple. But bear in mind CreateInstanceFromSpecs can throw exception
// and JC::_useDefaults will not be restored. But we won't keep running in that case.
bool reset = JsonConfigurable::_useDefaults;
JsonConfigurable::_useDefaults = useDefaults;
IDistributableIntervention* ret = CreateInstanceFromSpecs<IDistributableIntervention>(config, getRegisteredClasses(), true);
JsonConfigurable::_useDefaults = reset;
return ret;
}
