int TestUndelete::execute()
{
bool lSuccess = true;
if (MVTApp::startStore())
{
mSession = MVTApp::startSession();
MVTApp::mapURIs(mSession, "TestUndelete.prop.", sNumProps, mPropIDs);
createMeta();
createData();
doTest() ;
mSession->terminate();
MVTApp::stopStore();
}
else { TVERIFY(!"Unable to start store"); }
return lSuccess?0:1;
}
void TestACLsInfer::doTest()
{
mSession = MVTApp::startSession();
MVTApp::mapURIs(mSession, "TestACLsInfer.prop.", sNumProps, mPropIDs);
createIdentities();
createMeta();
createPINs();
// Test for STORE_OWNER First
testACLs(mSession);
testJoinACLs(mSession);
mSession->terminate();
// Test for other identities
testIdentities();
}
void TestLeftJoin::doTest()
{
mLHSPropID = mPropIDs[0];
mRHSPropID = mPropIDs[1];
mRefPropID = mPropIDs[5];
mPINPropID = PROP_SPEC_PINID;
MVTRand::getString(mClassStr, 10, 10, false, true);
createMeta();
createData();
mLogger.out() << "PINs in LHS Family = " << (long)mLHSPINs.size() << " ";
mLogger.out() << "PINs in RHS Family = " << mNumRHSPINs << std::endl;
// Join Family1 and Family2(OP_EQ Families)
testLeftJoinEQ();
// Join Family3 and Family4(OP_IN Families)
testLeftJoinIN();
// Make Family2Prop a collection
makeRHSPropColl();
// Join Family1 and Family2 with Family2.prop being collection(OP_EQ Families)
testLeftJoinEQ();
// Join Family3 and Family4 with Family4.prop being collection(OP_IN Families)
testLeftJoinIN();
// Make Family1Prop a collection
makeLHSPropColl();
// Join Family1 and Family2 with Family1.prop and Family2.prop being collection(OP_EQ Families)
testLeftJoinEQ();
// Join Family3 and Family4 with Family3.prop and Family4.prop being collection(OP_IN Families)
testLeftJoinIN();
}
extern "C" int DECLSPEC luaopen_luamcuctrl( lua_State * L )
{
createMeta( L );
registerFunctions( L );
return 0;
}
