void wb_dbms::copy(wb_export &e, const char *fileName)
{
pwr_tStatus sts;
char l_fileName[512];
dcli_translate_filename(l_fileName, fileName);
if (!m_env) {
m_env = new wb_dbms_env(l_fileName);
m_env->open();
}
createDb();
importVolume(e);
close();
open();
try {
m_env->txn_begin(0, (wb_dbms_txn **)&m_txn);
wb_dbms_info i(this);
i.get(m_txn);
m_vid = i.vid();
m_cid = i.cid();
strcpy(m_volumeName, i.name());
commit(&sts);
}
catch (wb_dbms_error &e) {
m_txn->abort();
printf("exeption: %s\n", e.what().c_str());
}
}
void wb_db::copy(wb_export &e, const char *fileName)
{
pwr_tStatus sts;
dcli_translate_filename(m_fileName, fileName);
openDb(false);
importVolume(e);
close();
openDb(true);
try {
m_env->txn_begin(0, (DbTxn **)&m_txn, 0);
wb_db_info i(this);
i.get(m_txn);
m_vid = i.vid();
m_cid = i.cid();
strcpy(m_volumeName, i.name());
commit(&sts);
}
catch (DbException &e) {
//txn->abort();
printf("exeption: %s\n", e.what());
}
}
void wb_dbms::copy(wb_export &e, wb_dbms_env *env)
{
pwr_tStatus sts;
m_env = env;
m_env->open();
createDb();
importVolume(e);
close();
open();
try {
m_env->txn_begin(0, (wb_dbms_txn **)&m_txn);
wb_dbms_info i(this);
i.get(m_txn);
m_vid = i.vid();
m_cid = i.cid();
strcpy(m_volumeName, i.name());
commit(&sts);
}
catch (wb_dbms_error &e) {
m_txn->abort();
printf("exeption: %s\n", e.what().c_str());
}
}
OSPObjectCatalog OSPObjectFile::importObject(const tinyxml2::XMLNode *node) {
//! OSPRay light object.
if (!strcmp(node->ToElement()->Name(), "light")) return(importLight(node));
//! OSPRay triangle mesh object.
if (!strcmp(node->ToElement()->Name(), "triangleMesh")) return(importTriangleMesh(node));
//! OSPRay volume object.
if (!strcmp(node->ToElement()->Name(), "volume")) return(importVolume(node));
//! No other object types are currently supported.
exitOnCondition(true, "unrecognized XML element type '" + std::string(node->ToElement()->Name()) + "'"); return(NULL);
}
