void AnimatedScene::createGrid()
{
size_t objectCount = m_objectCount[0] * m_objectCount[1];
m_primitives.resize( objectCount );
m_materials.resize( objectCount );
m_geoNodes.resize( objectCount );
m_transforms.resize( objectCount );
m_animators.resize( objectCount );
size_t index = 0;
for ( size_t y = 0; y < m_objectCount[1]; ++y )
{
for ( size_t x = 0; x < m_objectCount[0]; ++x )
{
m_primitives[index] = createPrimitive( x, y );
m_materials[index] = createMaterial( x, y );
m_geoNodes[index] = dp::sg::core::GeoNode::create();
{
m_geoNodes[index]->setMaterialEffect( m_materials[index] );
m_geoNodes[index]->setPrimitive( m_primitives[index] );
}
m_transforms[index] = createTransform( x, y );
{
m_transforms[index]->addChild( m_geoNodes[index] );
}
m_root->addChild( m_transforms[index] );
++index;
}
}
}
/*
*----------------------------------------------------------
* Primitive Sub Menu
*----------------------------------------------------------
*/
void primitiveMenu(int item)
{
switch(item){
case CYLINDER:
createPrimitive(CYLINDER);
break;
case LANDMARK:
/* createPrimitive(LANDMARK); */
createLandMark();
break;
case SPHERE:
createPrimitive(SPHERE);
break;
default:
break;
}
glutPostRedisplay();
}
void pushElement( const XMLElement& element ){
if ( string_equal( element.name(), "epair" ) ) {
ASSERT_MESSAGE( string_equal( element.name(), "epair" ), PARSE_ERROR );
Node_getEntity( m_parent )->setKeyValue( element.attribute( "key" ), element.attribute( "value" ) );
}
else
{
NodeSmartReference node( createPrimitive( element.name() ) );
m_importer = Node_getXMLImporter( node );
constructor( subprimitive(), m_importer );
m_importer->pushElement( element );
Node_getTraversable( m_parent )->insert( node );
}
}
void AnonModule::addAnonymization(uint16_t id, int len, AnonMethod::Method methodName, const std::string& parameter)
{
static const struct ipfix_identifier* ident;
AnonPrimitive* a = createPrimitive(methodName, parameter);
if (methods.find(id) != methods.end()) {
methods[id].primitive.push_back(a);
} else {
AnonIE ie;
if (len == -1) {
if (!(ident = ipfix_id_lookup(id))) {
msg(MSG_ERROR, "Unknown or unsupported id %i detected.", id);
return;
}
len = ident->length;
}
ie.offset = ie.header = ie.packetClass = 0;
ie.len = len;
ie.primitive.push_back(a);
methods[id] = ie;
}
}
void AnonModule::addAnonymization(InformationElement::IeInfo id, int len, AnonMethod::Method methodName, std::vector<map_info> mapping, const std::string& parameter)
{
static const struct ipfix_identifier* ident;
AnonPrimitive* a = createPrimitive(methodName, parameter, mapping);
if (methods.find(id) != methods.end()) {
methods[id].primitive.push_back(a);
} else {
AnonIE ie;
if (len == -1) {
if (!(ident = ipfix_id_lookup(id.id, id.enterprise))) {
msg(MSG_ERROR, "Unknown or unsupported id %s detected.", id.toString().c_str());
return;
}
len = ident->length;
}
ie.offset = ie.header = ie.packetClass = 0;
// attention: if ie.len==0, anonField() assumes that it is a variable length field and the whole information element will be processed
ie.len = len;
ie.primitive.push_back(a);
methods[id] = ie;
}
}
void PredicateParser::parse(const std::string& fullExpression, size_t& fromPos, size_t endPos)
{
assert(0 != fromPos);
std::stack<char> unmatched;
if(mRootParser)
{
unmatched.push('{');
++fromPos;
}
fromPos = skipSpace(fullExpression, fromPos, endPos);
auto oldFrom = fromPos;
size_t outerSize = unmatched.size();
for(; fromPos < endPos && !(mRootParser && unmatched.empty()); ++fromPos)
{
char c = fullExpression.at(fromPos);
if(!matchRange(unmatched, fullExpression, fromPos, endPos) && outerSize == unmatched.size())
{
switch(c)
{
case '=':
parseEqual(fullExpression, fromPos);
break;
case '!':
parseNonEqual(fullExpression, fromPos);
break;
case '>':
parseGreat(fullExpression, fromPos);
break;
case '<':
parseLess(fullExpression, fromPos);
break;
case '^':
parseStartsWith(fullExpression, fromPos);
break;
case '$':
parseEndsWith(fullExpression, fromPos);
break;
case '*':
parseContains(fullExpression, fromPos);
break;
case '~':
parseMatch(fullExpression, fromPos);
break;
case '&':
parseAnd(fullExpression, fromPos);
break;
case '|':
parseOr(fullExpression, fromPos);
break;
case '+':
mOperators.emplace_back(OpInfo{OpInfo::Add, fromPos, fromPos + 1, mOperators.size()});
break;
case '-':
{
size_t lastOpEnd = mOperators.empty() ? oldFrom : mOperators.back().to;
int from = fromPos - 1;
bool isMinus = isSpace(fullExpression, from , lastOpEnd - 1, -1);
if(isMinus)
{
mOperators.emplace_back(OpInfo{OpInfo::Minus, fromPos, fromPos + 1, mOperators.size()});
}
else
{
mOperators.emplace_back(OpInfo{OpInfo::Sub, fromPos, fromPos + 1, mOperators.size()});
}
break;
}
case '/':
{
auto lastOp = mOperators.empty() ? nullptr : &mOperators.back();
size_t lastOpEnd = nullptr == lastOp ? oldFrom : lastOp->to;
int from = fromPos - 1;
bool allSpace = isSpace(fullExpression, from , lastOpEnd - 1, -1);
if(nullptr != lastOp && (lastOp->op >= OpInfo::Match) && (lastOp->op <= OpInfo::iNotMatch) && lastOp->to == (from - 1))
{
}
if((oldFrom != fromPos) && (mOperators.empty() || (mOperators.back().op < OpInfo::Match) && (mOperators.back().op > OpInfo::iNotMatch)))
{
mOperators.emplace_back(OpInfo{OpInfo::Div, fromPos, fromPos + 1, mOperators.size()});
}
else
{
fromPos = skip2(fullExpression, fromPos + 1, '/', endPos) + 1;
}
}
break;
case '%':
mOperators.emplace_back(OpInfo{OpInfo::Mod, fromPos, fromPos + 1, mOperators.size()});
break;
default:
break;
}
}//match range
}//foreach char
auto newEnd = fromPos - (mRootParser ? 1 : 0);
if(mOperators.empty() && '(' != fullExpression.at(oldFrom))
{
auto pOperand = createPrimitive(fullExpression, oldFrom, newEnd);
mResult = pOperand;
}
else
{
auto pPredicate = createPredicate(fullExpression, 0, mOperators.size(), oldFrom, newEnd);
mResult = pPredicate;
}
}