void TextFileStorage::saveToSingleFile()
{
string str = this->getLocation() + this->getFileName();
ofstream file( str.c_str(), ios::app);
// Get the initial position of the internal iterator of the Datahandler.
int pos = this->getInput()->getPosition();
if( file.is_open() )
{
ObjectData* objectData = NULL;
if( onlyCurrent )
{
// Get the current data object.
objectData = getInput()->getCurrentObject();
}
else
{
// Get the first data object.
objectData = getInput()->getFirstObjectCompleted();
}
// Declare actual field data object.
FieldData* data;
// Loop through all objectData elements in the Datahandler which are finched.
while( objectData != NULL )
{
// Start with a new object.
file << "\n# BEGIN OF OBJECT\n";
// Loop through all fieldData elements in an objectData object.
for( int j = 0; j < objectData->getSize(); j++ )
{
data = objectData->getDataAt(j);
switch( data->getType() )
{
case typeFieldDataInt:
file << data->getInt() << "\n";
break;
case typeFieldDataFloat:
file << data->getFloat() << "\n";
break;
case typeFieldDataDouble:
file << data->getDouble() << "\n";
break;
case typeFieldDataString:
file << data->getString() << "\n";
break;
case typeFieldDataBool:
if( data->getBool() )
{
file << "true\n";
}
else
{
file << "false\n";
}
break;
}
}
// The end of the object
file << "# END OF OBJECT\n";
if( onlyCurrent )
{
// Stop the loop if only the current object is to be executed.
objectData = NULL;
}
else
{
// Get the next data object.
objectData = getInput()->getNextObjectCompleted();
}
}
// Resore the initial position of the internal Datahandler iterator. This is not as it is seposed to be. TODO alter the datahandler internal iterator.
getInput()->getObjectAt( pos );
// Close the file.
file.close();
}
else
{
//TODO throw
}
// Resore the initial position of the internal Datahandler iterator. This is not as it is seposed to be. TODO alter the datahandler internal iterator.
(this->getInput())->getObjectAt( pos );
// Set the output to the full file name.
this->setOutput( this->getLocation() + this->getFileName() );
};
void TextFileStorage::saveToIndividualFile()
{
string str;
ofstream file;
// Declare actual field data object.
FieldData* data;
// Get the initial position of the internal iterator of the Datahandler.
int pos = this->getInput()->getPosition();
ObjectData* objectData = NULL;
if( onlyCurrent )
{
// Get the current data object.
objectData = getInput()->getCurrentObject();
}
else
{
// Get the first data object.
objectData = getInput()->getFirstObjectCompleted();
}
// Loop over all elements in the datahandler
while( objectData != NULL)
{
// Create the file name.
stringstream integerConvertor;
integerConvertor << fileNumber++;
str = this->getLocation() + this->getFileName() + integerConvertor.str();
// Open the file;
file.open( str.c_str() );
if( file.is_open() )
{
// Loop through all fieldData elements in an objectData object.
for( int j = 0; j < objectData->getSize(); j++ )
{
data = objectData->getDataAt(j);
switch( data->getType() )
{
case typeFieldDataInt:
file << data->getInt() << endl;
break;
case typeFieldDataFloat:
file << data->getFloat() << endl;
break;
case typeFieldDataDouble:
file << data->getDouble() << endl;
break;
case typeFieldDataString:
file << data->getString() << endl;
break;
case typeFieldDataBool:
if( data->getBool() )
{
file << "true" << endl;
}
else
{
file << "false" << endl;
}
break;
}
}
file.close();
}
else
{
//TODO throw
}
if( onlyCurrent )
{
// Stop the loop if only the current object is to be executed.
objectData = NULL;
}
else
{
// Get the next data object.
objectData = getInput()->getNextObjectCompleted();
}
}
// Resore the initial position of the internal Datahandler iterator. This is not as it is seposed to be. TODO alter the datahandler internal iterator.
(this->getInput())->getObjectAt( pos );
// Set the output to the location of the files.
this->setOutput( this->getLocation() );
};
int main (int argc, const char* argv[] )
{
// Lets start of by defining a Category
// A vector for the combo field
vector<string> comboOptions;
comboOptions.push_back("option 1");
comboOptions.push_back("option 2");
comboOptions.push_back("option 3");
TextField fieldA( "text_A", true, true );
CheckField fieldB( "check_B", false, true );
CheckField fieldC( "check_C", false, true );
ComboField fieldD( "combo_D", true, false, &comboOptions, ComboRadio);
TextField fieldE( "text_E", false, false );
CheckField fieldF( "check_F", false, true );
double min = -2;
double max = 6;
SpinField fieldG( "spin_G", false, false, NULL, &max, 0.01, true, 3, true );
Category category_test;
category_test.addField(&fieldA);
category_test.addField(&fieldB);
category_test.addField(&fieldC);
category_test.addField(&fieldD);
category_test.addField(&fieldE);
category_test.addField(&fieldF);
category_test.addField(&fieldG);
category_test.setName("testName");
// Lets load a second Category from a definition file.
Category category_GPL;
category_GPL.loadCategory("src/test/testCategory.txt");
// Generate data for these categories and add them to a Datahandler.
Datahandler dataHandler;
string location = ""; URIobject uri(location);
ObjectData* objectData;
FieldData* fieldData;
// Data for the first category
for( int i = 1; i <= 5; i++ )
{
dataHandler.addNewObject( &category_test, &uri );
objectData = dataHandler.getCurrentObject();
(objectData->getDataAt( 0 ))->set( (string)"First string" );
(objectData->getDataAt( 1 ))->set( true );
(objectData->getDataAt( 2 ))->set( false );
(objectData->getDataAt( 3 ))->set( (string)"Second string" );
(objectData->getDataAt( 4 ))->set( (string)"Third string" );
(objectData->getDataAt( 5 ))->set( true );
(objectData->getDataAt( 6 ))->set( i );
//for( int j = 0; j < objectData->getSize(); j++ ) cout << "Type: " << (objectData->getDataAt( j ))->getType() << "\n"; //TODO remove debug line
//cout << "\n"; //TODO remove debug line
}
// Data for the second category
bool read[] = {true, true, false};
string name[] = {"Bart", "Albert", "Zelda"};
string sirName[] = { "Employ", "Boss", "Cat"};
string gender[] = { "Male", "Male", "Male" };
string birthplace[] = { "Here", "There", "Japan" };
double birthYear[] = { 1880, 1870, 1990 };
string birthMonth[] = { "April", "May", "June" };
double birthDay[] = { 1, 2, 3 };
for( int i = 0; i < 3; i++ )
{
dataHandler.addNewObject( &category_GPL, &uri );
objectData = dataHandler.getCurrentObject();
(objectData->getDataAt( 0 ))->set( read[i] );
(objectData->getDataAt( 1 ))->set( name[i] );
(objectData->getDataAt( 2 ))->set( sirName[i] );
(objectData->getDataAt( 3 ))->set( gender[i] );
(objectData->getDataAt( 4 ))->set( birthplace[i] );
(objectData->getDataAt( 5 ))->set( birthYear[i] );
(objectData->getDataAt( 6 ))->set( birthMonth[i] );
(objectData->getDataAt( 7 ))->set( birthDay[i] );
}
// Display the data
objectData = dataHandler.getFirstObject();
for( int i = 0; i < 8; i++ )
{
cout << "\n";
for( int j = 0; j < objectData->getSize(); j++ )
{
fieldData = objectData->getDataAt(j);
printData( fieldData );
}
objectData = dataHandler.getNextObject();
}
// Test of the getObjectAt function, mainly the shortets route calculation.
// Get the 2e data object
objectData = dataHandler.getObjectAt( 2 );
cout << "\nNumber 2:\n";
for( int j = 0; j < objectData->getSize(); j++ )
{
fieldData = objectData->getDataAt(j);
printData( fieldData );
}
// Get the 7e data object
objectData = dataHandler.getObjectAt( 7 );
cout << "\nNumber 7:\n";
for( int j = 0; j < objectData->getSize(); j++ )
{
fieldData = objectData->getDataAt(j);
printData( fieldData );
}
// Get the 4e data object
objectData = dataHandler.getObjectAt( 4 );
cout << "\nNumber 4:\n";
for( int j = 0; j < objectData->getSize(); j++ )
{
fieldData = objectData->getDataAt(j);
printData( fieldData );
}
// Get the 5e data object
objectData = dataHandler.getObjectAt( 5 );
cout << "\nNumber 5:\n";
for( int j = 0; j < objectData->getSize(); j++ )
{
fieldData = objectData->getDataAt(j);
printData( fieldData );
}
}
