virtual Command* build(int commandID, ServiceThread* service) {
CommandMap::iterator i = commandsV1.find((SAFMQ_COM_CMD)commandID);
if (i != commandsV1.end()) {
return (i->second)(service);
}
return NULL;
}
bool CursorDependantKeyHandler::onKeyPressed( QShell& shell, QKeyEvent* e )
{
static CommandMap fns = CreateCursorDependantFunctions();
auto it = fns.find(e->key());
if (it != end(fns))
{
MoveCursorAtEndIfBadPosition(shell);
return it->second(shell, e);
}
return false;
}
CommandMap ParseCommands(int argc, char* argv[]){
CommandMap parameters;
int command_index = -1; //Last command's index
string key; //Last command's name
vector<string> values; //Last command's values
//Parameters beginning with a "-" are keys, the rest are values...
for (int arg_index = 0; arg_index < argc; ++arg_index){
if (argv[arg_index][0] == kCommandToken){
// Add a command_index entry inside the parameter map
key = command_index > -1 ?
argv[command_index] :
kGlobalCommand;
parameters.insert(make_pair(key, values));
values.clear();
command_index = arg_index;
}
else
{
// Add a new value to the previous command
values.push_back(argv[arg_index]);
}
}
//Add the last values...
key = command_index > -1 ?
argv[command_index] :
kGlobalCommand;
parameters.insert(make_pair(key, values));
return parameters;
}
CommandMap CreateCursorDependantFunctions()
{
CommandMap fns;
REGISTER_FUNCTION(Qt::Key_Backspace, [](QShell& shell, QKeyEvent* e){
if (CursorCanWrite(shell) && (shell.textCursor().hasSelection() || CursorBlockDifference(shell) > 0))
{
shell.processKeyEvent(e);
}
return true;
});
REGISTER_FUNCTION(Qt::Key_Enter, [](QShell& shell, QKeyEvent* e){
if (e->modifiers().testFlag(Qt::ShiftModifier))
{
shell.processKeyEvent(e);
return true;
}
return false;
});
fns.insert(make_pair(Qt::Key_Return, fns[Qt::Key_Enter]));
return fns;
}
bool MiscKeyHandler::onKeyPressed( QShell& shell, QKeyEvent* e )
{
static vector<int> specKeys = SpecialKeys();
static CommandMap fns = CreateCursorIndependantFunctions();
auto key = e->key();
if (e->matches(QKeySequence::Copy) || e->matches(QKeySequence::Undo) ||
e->matches(QKeySequence::Redo) || find(begin(specKeys), end(specKeys), key) != end(specKeys))
{
shell.processKeyEvent(e);
return true;
}
auto it = fns.find(key);
if (it != end(fns))
{
auto res = it->second(shell, e);
AcceptEvent(shell, e);
return res;
}
return false;
}
static void ComposeFunctions( const KBData &composition, KBSTATE k )
{
std::string s = composition.data;
while ( s.length() ) {
std::string::size_type where = s.find( " " );
std::string t = s.substr( 0, where );
if (where != std::string::npos)
s = s.substr( where+1 );
else
s = "";
where = t.find( "(" );
std::string args;
if (where != string::npos) {
args = t.substr( where+1 );
std::string::size_type paren = args.find( ")" );
if (paren != string::npos)
args = args.substr( 0, paren );
t = t.substr( 0, where );
}
CommandMap::iterator i = commandMap.find( t );
if ( i != commandMap.end() )
(*i).second( args, k );
}
}
void Run(CommandMap & commands){
FbxScene * scene = nullptr;
try{
auto & fbx = FBX::GetInstance();
// IMPORT
cout << "Importing..." << std::endl;
auto input = commands.find(kInputCommand);
scene = fbx.Import(input->second.front());
//EXECUTION
//if (commands.find(kTriangulateCommand) != commands.end()){
cout << "Triangulating (this could take a couple of minutes)..." << std::endl;
fbx.Triangulate(*scene);
//}
CommandMap::iterator cmd;
if (commands.find(kRemap) != commands.end()){
cout << "Re-mapping mesh attributes..." << std::endl;
fbx.RemapAttributes(*scene);
}
if ((cmd = commands.find(kExtension)) != commands.end()){
cout << "Normalizing texture paths..." << std::endl;
fbx.NormalizeTexturePaths(*scene,
input->second.front(),
cmd->second.size() <= 0 ? "" : cmd->second.front());
}
// EXPORT
cout << "Exporting to FBX..." << std::endl;
auto output = commands.find(kOutputCommand);
fbx.Export(*scene, output->second.front());
// YAY!
cout << "Done!" << std::endl;
}
catch (std::exception & e){
//Darn...
cout << e.what() << std::endl;
}
//Cleanup
if (scene != nullptr){
scene->Destroy();
}
}
