/* The test requires a db named "test" on localhost and a user "lksm" in
* "test" database. The tests are run against a table called "dpak"
* which has the following ddl:
* create table dpak
* (col1 int not null
* col2 char(20) null);
* create unique index index1 on dpak(col1);
*/
int main(int argc, char** argv)
{
if(argc < 3)
{
cerr << "usage: pgdbtest mode col1_val col2_val" << endl;
}
string mode(argv[1]);
int col1_val = atoi(argv[2]);
string col2_val(argv[3]);
ConnectionPtr conn = DBManager::getConnection("lksm", "", "localhost/test", DBConnection::POSTGRES_CONNECTION);
try
{
if(strcmp(mode.c_str(), "0")==0)
{
string query = col2_val;
PreparedStatementPtr stmt = conn->prepareStatement(query.c_str());
cerr<<"PSTMT created successfully." << endl;
executePreparedStatement(stmt);
}
else if(strcmp(mode.c_str(), "1")==0)
{
begin(conn);
sleep(5);
updateVal(conn, col1_val, col2_val.c_str());
sleep(10);
commit(conn);
}
else if(strcmp(mode.c_str(), "2")==0)
{
begin(conn);
sleep(5);
updateVal(conn, col1_val, col2_val.c_str());
sleep(10);
commit(conn);
}
else if(strcmp(mode.c_str(), "3")==0)
{
begin(conn);
sleep(2);
updateVal(conn, col1_val, col2_val.c_str());
sleep(5);
rollback(conn);
}
}catch(DBException &e){
cerr << "DBException: " << e.getMessage() << endl;
}catch(BaseException &e){
cerr << "BaseException: " << e.getMessage() << endl;
}
return 0;
}
void BCS_wf::getParmDepVal(Wavefunction_data * wfdata,
Sample_point * sample,
int e,
Array1 <doublevar> & oldval,
Wf_return & newval)
{
updateVal(wfdata,sample);
getVal(wfdata,e,newval);
}
void OutputNode::connect(Node *node)
{
next = node;
// update the new input node with the component value
lastVal = component->getValue(index);
updateVal(lastVal, true);
// update the component about the connection
component->outputConnected(index);
}
void GAdsr::setState(SoundCompEvent* e)
{
DASSERT(e!=NULL);
if(e->empty())return;
if(e->getSize()!=sizeof(State))
{
DERROR("size missmatch");
if(e->getSize() < sizeof(State))return;
DERROR("trying to read...");
}
const State* state = (const State*)e->getData();
//set
af=state->af;
ac=state->ac;
df=state->df;
dc=state->dc;
rf=state->rf;
rc=state->rc;
s=state->s;
//update knobs
coarse[0]->setValue(ac);
fine[0]->setValue(af);
coarse[1]->setValue(dc);
fine[1]->setValue(df);
coarse[3]->setValue(rc);
fine[3]->setValue(rf);
sustain->setValue(s);
gate_knob->setValue(state->g);
smp_t as = gate_knob->getValue();
sig->setGateLevel(as);
led->setThreshold(as);
rb->setValue(state->hrd);
sig->setHardCut(rb->getValue());
//update
for(int i=0;i<4;i++)
{
updateVal(i);
}
usein->setValue(state->usein);
if(!usein->getValue())
{
out = sig;
led->setData(sig->gateOn());
}
else
{
out = sig_gen;
led->setData(sig_gen->gateOn());
}
}
