void Search( vector<Computer> & list, Computer p ) { // Search for members in list based on template person p
vector<Computer> SearchList; // Create search result vector
for( unsigned int x = 0; x < list.size(); x++) { // Search each entry of list
bool add = true; // We say the entry should be added by default then exclude it based on the template person
if( p.getName() != "" )
if( !list[x].getName().contains( p.getName(), Qt::CaseInsensitive ) )
add = false;
if( p.getType() != "" )
if( !list[x].getType().contains( p.getType() , Qt::CaseInsensitive ) )
add = false;
if( p.getWasBuilt() != 2 )
if( !(list[x].getWasBuilt() == p.getWasBuilt() ) )
add = false;
if( p.getYear() != "" )
if( !(list[x].getYear() == p.getYear() ) )
add = false;
if(add)
SearchList.push_back( list[x] );
}
displayComputer( SearchList ); // Display search results
}
vector<int> addRelation(vector<Person>& p, vector<Computer>& c) {
QTextStream in(stdin);
vector<int> relation;
unsigned int x, y;
QString value;
displayPerson(p);
do{
cout <<"Select a person: ";
cin.ignore();
value = in.readLine();
x = value.toInt();
if( x > p.size() || x < 1 )
cout << "Please choose a number from 1 to " << p.size() << endl;
else
relation.push_back(x);
} while( x > p.size() || x < 1 );
displayComputer(c);
do{
cout << "Select a computer to connect to the chosen person: ";
value = in.readLine();
y = value.toInt();
if( y > c.size() || y < 1 )
cout << "Please choose a number from 1 to " << c.size() << endl;
else
relation.push_back(y);
} while( y > c.size() || y < 1 );
return relation;
}
vector<int> removeRelation(vector<Person>& p, vector<Computer>& c) {
QTextStream in(stdin);
vector<int> relation;
unsigned int x, y;
QString value;
displayPerson(p);
do{
cout <<"Select a person: ";
value = in.readLine();
x = value.toInt();
if(x > p.size() || x < 1)
cout << "Please choose a number from 1 to " << p.size() << endl;
else
relation.push_back(x - 1);
} while(x > p.size() || x < 1);
Person pers = p[x - 1];
vector<Computer> comps;
for(int i = 0; i < pers.getSize(); i++){
for(unsigned int j = 0; j < c.size(); j++){
if(pers.getComputer(i) == c[j].getId()){
comps.push_back(c[j]);
}
}
}
displayComputer(comps);
do{
cout << "Select a connected computer to remove from chosen person: ";
value = in.readLine();
y = value.toInt();
if(y > comps.size() || y < 1)
cout << "Please choose a number from 1 to " << comps.size() << endl;
else{
Computer comp = comps[y - 1];
int z = -1;
while( c[z].getId() != comp.getId() ) {
z++;
if( c[z].getId() == comp.getId() )
relation.push_back(z);
}
}
} while( y > c.size() || y < 1 );
return relation;
}
void ViewComputerDialog::setup() {
setTable();
displayComputer();
ui->scientist_table->setColumnWidth(0,35);
ui->scientist_table->setColumnWidth(1,200);
}
void MainWindow::on_input_filter_computers_textChanged(const QString& arg1) {
string userInput = ui->input_filter_computers->text().toStdString();
vector<Computer> computers = compService.search(userInput, getCurrentComputerOrderBy(), getComputerOrderByAscending());
displayComputer(computers);
}
void MainWindow::displayAllComputers() {
vector<Computer> computers = compService.sort(getCurrentComputerOrderBy(), getComputerOrderByAscending());
displayComputer(computers);
}
void ClickComputer::setSelectedComputer(computersWithPeople MSelectedComputer)
{
selectedComputer = MSelectedComputer;
displayComputer();
}
void editComputers::setSelectedComputer(const computersWithPeople &MSelectedComputer)
{
selectedComputer = MSelectedComputer;
displayComputer();
}