PDF_GLWADS_DK_hh_Dmix::PDF_GLWADS_DK_hh_Dmix(config cObs, config cErr, config cCor,
double Mxy, ParametersAbs* pars, TString d)
: PDF_GLWADS_DK_hh(cObs,cErr,cCor,pars,d)
{
name = "glwads-dk-hh-dmix";
_Mxy = Mxy;
initParameters();
initRelations();
delete pdf; // it was built already by the super class constructor
buildPdf();
}
PDF_GLW_DK_2var::PDF_GLW_DK_2var(config cObs, config cErr, config cCor)
: PDF_Abs(2)
{
name = "glw_dk_2var";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_D_HFAGfit_4D::PDF_D_HFAGfit_4D(config cObs, config cErr, config cCor)
: PDF_Abs(4)
{
name = "d-hfagfit_4D";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_Dmixing_xy::PDF_Dmixing_xy(config cObs, config cErr, config cCor)
: PDF_Abs(2)
{
name = "DmixingXY";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_gamma::PDF_gamma(config cObs, config cErr, config cCor)
: PDF_Abs(1)
{
name = "gamma";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_D_Cleo::PDF_D_Cleo(config cObs, config cType, config cUseKdDdK3pi, TString d)
: PDF_Abs(13)
{
constructorBody(cObs, cType, cUseKdDdK3pi, d);
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cleo);
setCorrelations(cleo);
buildCov();
buildPdf();
}
PDF_CrossCorTest1::PDF_CrossCorTest1(config cObs, config cErr, config cCor)
: PDF_Abs(3)
{
name = "CrossCorTest1";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_D_hhpi0_dilution::PDF_D_hhpi0_dilution(config cObs, config cErr, config cCor)
: PDF_Abs(2)
{
name = "CleoDhhpi0Dilution";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GLWADS_Dpi_K3pi::PDF_GLWADS_Dpi_K3pi(config cObs, config cErr, config cCor, ParametersAbs* pars, TString d)
: PDF_GLWADS_DKDpi_K3pi(pars,d,3)
{
name = "glwads-dpi-k3pi";
this->dir = d;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_D_KSKpi_RWS::PDF_D_KSKpi_RWS(config cObs, config cErr, config cCor):
PDF_Abs(1)
{
name = "dkskpiRWS";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_ADS_DK_Kpi::PDF_ADS_DK_Kpi(config cObs, config cErr, config cCor, config cTrad)
: PDF_Abs(3)
{
name = "ads-dk-kpi";
this->cTrad = cTrad;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_ADS_DKstz_Kpi::PDF_ADS_DKstz_Kpi(config cObs, config cErr, config cCor, ParametersAbs* pars, TString d)
: PDF_Abs(3)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "ads-dkstz-kpi";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_Dmixing::PDF_Dmixing(config cObs, config cErr, config cCor, ParametersAbs* pars)
: PDF_Abs(3)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "Dmixing";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_D_CleoNoK2pi::PDF_D_CleoNoK2pi(config cObs, config cType, ParametersAbs* pars, config cUseKdDdK3pi, TString d)
: PDF_D_Cleo(cObs, cType, cUseKdDdK3pi, d, 9)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "dcleo-nok2pi";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cleo);
setCorrelations(cleo);
buildCov();
buildPdf();
}
PDF_GLWADS_DKDpi_hh_2012::PDF_GLWADS_DKDpi_hh_2012(config cObs, config cErr, config cCor, ParametersAbs* pars)
: PDF_Abs(13)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "GlwadsDkdpiKpi2012";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GGSZ_DstK::PDF_GGSZ_DstK(config cObs, config cErr, config cCor, ParametersAbs* pars)
: PDF_Abs(4)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "ggsz_dstk";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GLWADS_DKDpi_KSKpi_Dmix::PDF_GLWADS_DKDpi_KSKpi_Dmix(config cObs, config cErr, config cCor,
double Mxy, ParametersAbs* pars, TString d)
: PDF_GLWADS_DKDpi_KSKpi(cObs,cErr,cCor,pars,d)
{
name = "glwads-dkdpi-kskpi-dmix";
_Mxy = Mxy;
initParameters();
initRelations();
// initObservables();
// setObservables(cObs);
// setUncertainties(cErr);
// setCorrelations(cCor);
// buildCov();
delete pdf; // it was built already by the super class constructor
buildPdf();
}
PDF_D_KSKpi_noDmix::PDF_D_KSKpi_noDmix(config cObs, config cErr, config cCor, config cType, TString d)
: PDF_Abs(3)
{
name = "dkskpi-nodmix";
this->cType = cType;
this->cObs = cObs;
this->dir = d;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GLWADS_DKDpi_KSKpi::PDF_GLWADS_DKDpi_KSKpi(config cObs, config cErr, config cCor, ParametersAbs* pars, TString d)
: PDF_Abs(7)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "glwads-dkdpi-KSKpi";
this->dir = d;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GLWADS_DKDpi_K3pi_newVars::PDF_GLWADS_DKDpi_K3pi_newVars(config cObs, config cErr, config cCor,
ParametersAbs* pars, TString d)
: PDF_Abs(9)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "glwads-dkdpi-k3pi-newvars";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_Dmixing_CLEO2D::PDF_Dmixing_CLEO2D(config cObs, config cErr, config cCor, config cType, TString d):
PDF_Abs(2)
{
name = "dk3pi_dmixing_cleo";
this->cType = cType;
this->cObs = cObs;
this->dir = d;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
PDF_GLWADS_DKDpi_hh_Dmix_newVars_uv::PDF_GLWADS_DKDpi_hh_Dmix_newVars_uv(config cObs, config cErr, config cCor,
double Mxy, ParametersAbs* pars, TString d)
: PDF_Abs(12)
{
if ( pars ) p = pars;
else p = new ParametersGammaCombo();
name = "glwads-dkdpi-hh-dmix-newvars";
_Mxy = Mxy;
initParameters();
initRelations();
initObservables();
setObservables(cObs);
setUncertainties(cErr);
setCorrelations(cCor);
buildCov();
buildPdf();
}
static void checkActivePatches()
{
loadActivePatches();
const int nActivePatches = getNumActivePatches();
for (int i = 0; i < nActivePatches; i++) {
for (int j = 0; j < nNumPatches; j++) {
if (!_tcsicmp(szActivePatches[i], szPatchFileNames[j])) {
_TreeView_SetCheckState(hIpsList, hPatchHandlesIndex[j], TRUE);
}
}
}
// ips relation
initRelations();
}
PDF_GGSZ_ExpNLL::PDF_GGSZ_ExpNLL(config cObs, config cType, TString d)
{
this->dir = d;
this->cType = cType;
name = "ggsz";
initParameters();
initRelations();
initObservables();
setObservables(cObs);
xm_obs = (RooRealVar*)observables->find("xm_dk_obs");
xm_th = (RooRealVar*)theory ->find("xm_dk_th");
ym_obs = (RooRealVar*)observables->find("ym_dk_obs");
ym_th = (RooRealVar*)theory ->find("ym_dk_th");
xp_obs = (RooRealVar*)observables->find("xp_dk_obs");
xp_th = (RooRealVar*)theory ->find("xp_dk_th");
yp_obs = (RooRealVar*)observables->find("yp_dk_obs");
yp_th = (RooRealVar*)theory ->find("yp_dk_th");
buildPdf();
}
void Admin_Init(Admin* const me, RiCTask * p_task) {
/* Virtual tables Initialization */
static const RiCReactive_Vtbl Admin_reactiveVtbl = {
rootState_dispatchEvent,
rootState_entDef,
ROOT_STATE_SERIALIZE_STATES(rootState_serializeStates),
(RiCObjectDestroyMethod) Admin_Destroy,
NULL,
NULL,
NULL,
(RiCObjectCleanupMethod) Admin_Cleanup,
(RiCObjectFreeMethod) FreeInstance
};
RiCReactive_init(&(me->ric_reactive), (void*)me, p_task, &Admin_reactiveVtbl);
NOTIFY_REACTIVE_CONSTRUCTOR(me, &me, NULL, Admin, Admin_Init, Admin_Init(), 0, ActorPkg_Admin_Admin_SERIALIZE);
RiCReactive_setActive(&(me->ric_reactive), RiCFALSE);
initRelations(me);
initStatechart(me);
Admin_initWebAdapters(me);
NOTIFY_END_CONSTRUCTOR(me);
}
int main() {
DBMSAPI dbms; //Declare the dbms api
initRelations(&dbms);
cout << displayMainMenu() << endl;
int searchResults = 0;
while (1) { //input loop
string in;
getline(cin, in);
vector<string> tokens = splitAtSpace(in); //split the command given by spaces
if (tokens[0] == "HELP") { //process HELP
cout << displayMainMenu() << endl;
}
else if (tokens[0] == "EXIT") { //process EXIT
saveRelations(&dbms);
exit(0);
}
else if (tokens[0] == "ADD") {
if (tokens[1] == "CAR") { //process ADD CAR
vector<string> values;
for (int i = 2; i < tokens.size(); i++) {
values.push_back(tokens[i]);
}
insertValue("cars", values, &dbms);
cout << "Addition approved!" << endl << endl;
}
else if (tokens[1] == "DEALERSHIP") {//process ADD DEALERSHIP
vector<string> values;
for (int i = 2; i < tokens.size(); i++) {
values.push_back(tokens[i]);
}
insertValue("dealerships", values, &dbms);
cout << "Addition approved!" << endl << endl;
}
}
else if (tokens[0] == "LIST") { //process LIST
if (tokens.size() != 5) {
cout << "Invalid number of arguments!" << endl << endl;
}
else {
//Price INTEGER, Date_Listed VARCHAR(20), VIN VARCHAR(17), Dealership_Name VARCHAR(30)
string listing = "INSERT INTO listings VALUES FROM (" + tokens[1] + ", " + tokens[2] + ", " + tokens[3] + ", " + tokens[4] + ");";
dbms.execute(listing);
cout << "Listing approved!" << endl << endl;
}
}
else if (tokens[0] == "UNLIST") { //process UNLIST
if (tokens.size() != 2) {
cout << "Invalid number of arguments!" << endl << endl;
}
else {
string removeListing = "DELETE FROM listings WHERE (VIN == \"" + tokens[1] + "\");";
dbms.execute(removeListing);
}
}
else if (tokens[0] == "SELL") { //process SELL
if (tokens.size() != 6) {
cout << "Invalid number of arguments!" << endl << endl;
}
else {
//Price INTEGER, Date_Sold VARCHAR(20), VIN VARCHAR(17), Dealership_Name VARCHAR(30), Buyer_Name VARCHAR(50)
string sale = "INSERT INTO sales VALUES FROM (" + tokens[1] + ", " + tokens[2] + ", " + tokens[3] + ", " + tokens[4] + ", " + tokens[5] + ");";
dbms.execute(sale);
string removeListing = "DELETE FROM listings WHERE (VIN == \"" + tokens[3] + "\");";
dbms.execute(removeListing);
string removeInventory = "DELETE FROM cars WHERE (VIN == \"" + tokens[3] + "\");";
dbms.execute(removeInventory);
cout << "Sale approved!" << endl << endl;
}
}
else if (tokens[0] == "INVENTORY") { //process INVENTORY
showRelation("cars", &dbms);
}
else if (tokens[0] == "DEALERSHIPS") { //process DEALERSHIPS
showRelation("dealerships", &dbms);
}
else if (tokens[0] == "LISTINGS") { //process LISTINGS
showRelation("listings", &dbms);
}
else if (tokens[0] == "SALES") { //process SALES
showRelation("sales", &dbms);
}
else if (tokens[0] == "SEARCH") { //process SEARCH
searchResults++;
stringstream ss;
ss << searchResults;
string query = "searchresult" + ss.str() + " <- select (";
for (int i = 2; i < tokens.size(); i++) {
query += tokens[i];
if (i + 1 < tokens.size()) { query += " "; }
}
query += ") " + tokens[1] + ";";
dbms.execute(query);
string showResult = "SHOW searchresult" + ss.str() + ";";
dbms.execute(showResult);
cout << endl;
}
else if (tokens[0] == "UPDATE") {
if (tokens[1] == "LISTING") { //process UPDATE LISTING
if (tokens.size() != 4) {
cout << "Invalid number of arguments!" << endl;
}
else {
string updateListings = "UPDATE listings SET Price = " + tokens[3] + " WHERE VIN == " + tokens[2] + ";";
dbms.execute(updateListings);
}
}
}
else if (tokens[0] == "CROSS") { //process CROSS
string cross = "crossResult <- dealerships * cars;";
dbms.execute(cross);
string showCross = "SHOW crossResult;";
dbms.execute(showCross);
string closeCross = "CLOSE crossResult;";
dbms.execute(closeCross);
}
else if (tokens[0] == "PROJECT") { //process PROJECT
string project = "projectResult <- project (";
for (int i = 2; i < tokens.size(); i++) {
project += tokens[i];
if (i + 1 < tokens.size()) { project += ", "; }
}
project += ") " + tokens[1] + ";";
dbms.execute(project);
string showProject = "SHOW projectResult;";
dbms.execute(showProject);
string closeProject = "CLOSE projectResult;";
dbms.execute(closeProject);
}
else if (tokens[0] == "UNION") {
if (tokens[1] == "SEARCHES") { //process UNION SEARCHES
string unionQuery = "unionResult <- " + tokens[2] + " + " + tokens[3] + ";";
dbms.execute(unionQuery);
string showUnion = "SHOW unionResult;";
dbms.execute(showUnion);
string closeUnion = "CLOSE unionResult;";
dbms.execute(closeUnion);
}
}
else if (tokens[0] == "DIFFERENCE") {
if (tokens[1] == "SEARCHES") { //process DIFFERENCE SEARCHES
string diffQuery = "diffResult <- " + tokens[2] + " - " + tokens[3] + ";";
dbms.execute(diffQuery);
string showDiff = "SHOW diffResult;";
dbms.execute(showDiff);
string closeDiff = "CLOSE diffResult;";
dbms.execute(closeDiff);
}
}
else { //process unknown command
cout << "Unknown command!" << endl << endl;
}
}
}
//## class EngineCls
EngineCls::EngineCls() {
// Aselsan: autogenerated:
initRelations();
}
EcuCls::EcuCls() {
initRelations();
}
EcuCls::ep1_C::ep1_C() : _p_(0) {
initRelations();
}