VAttrList VReadFile (FILE *f, VReadFileFilterProc *filter)
{
VAttrList list;
long offset;
int i;
/* Ensure that the correct FIL_Vista data file header is there: */
if (! ReadHeader (f))
return NULL;
/* Read all attributes in the file: */
if (! (list = ReadAttrList (f)))
return NULL;
/* Swallow the delimiter and read the binary data following it: */
offset = 0;
if (! ReadDelimiter (f) || ! ReadData (f, list, filter, &offset)) {
VDestroyAttrList (list);
return NULL;
}
/* Now we should be at the end of the file: */
i = fgetc (f);
if (i != EOF) {
ungetc (i, f);
VWarning ("VReadFile: File continues beyond expected EOF");
}
return list;
}
void CSelectionKeyHandler::LoadSelectionKeys()
{
std::ifstream ifs(filesystem.LocateFile("selectkeys.txt").c_str());
selectNumber = 0;
while (ifs.peek() != EOF && !ifs.eof()) {
std::string key, sel;
ifs >> key;
if (ifs.peek() == EOF || ifs.eof())
break;
ifs >> sel;
bool shift=false;
bool control=false;
bool alt=false;
unsigned char keyname=0;
while(true){
std::string s=ReadToken(key);
if(s=="Shift"){
shift=true;
} else if (s=="Control"){
control=true;
} else if (s=="Alt"){
alt=true;
} else {
char c=s[0];
if(c>='A' && c<='Z')
keyname=SDLK_a + (c - 'A');
if(c>='0' && c<='9')
keyname=SDLK_0 + (c -'0');
break;
}
ReadDelimiter(key);
}
std::string keybindstring;
if ( alt ) keybindstring += "Alt";
if ( control ) {
if ( keybindstring.size() != 0 ) keybindstring += "+";
keybindstring += "Ctrl";
}
if ( shift ) {
if ( keybindstring.size() != 0 ) keybindstring += "+";
keybindstring += "Shift";
}
if ( keybindstring.size() != 0 ) keybindstring += "+";
keybindstring += keyname;
keyBindings->Command( "bind " + keybindstring + " select " + sel );
}
}
EXPORT_VISTA VistaIOAttrList VistaIOReadFile (FILE * f, VistaIOReadFileFilterProc * filter)
{
VistaIOAttrList list;
int i;
ReadStringBuf sbuf = {0,0};
#ifdef SupportUbcIff
/* If the first byte of the file is "I", it looks like a UBC IFF file: */
{
i = fgetc (f);
ungetc (i, f);
if (i == 'I') {
VistaIOImage image = VistaIOReadUbcIff (f);
if (!image)
return FALSE;
list = VistaIOCreateAttrList ();
VistaIOSetAttr (list, "image", NULL, VistaIOImageRepn, image);
return list;
}
}
#endif
/* Ensure that the correct Vista data file header is there: */
if (!ReadHeader (f))
return NULL;
list = ReadAttrList (f, &sbuf);
if (sbuf.max_len)
VistaIOFree(sbuf.buf);
/* Read all attributes in the file: */
if (!list)
return NULL;
/* Swallow the delimiter and read the binary data following it: */
offset = 0;
if (!ReadDelimiter (f) || !ReadData (f, list, filter)) {
VistaIODestroyAttrList (list);
return NULL;
}
/* Now we should be at the end of the file: */
i = fgetc (f);
if (i != EOF) {
ungetc (i, f);
VistaIOWarning ("VistaIOReadFile: File continues beyond expected EOF");
}
return list;
}
CSelectionKeyHandler::CSelectionKeyHandler(void)
{
selectNumber=0;
boost::filesystem::path fn("selectkeys.txt");
std::ifstream ifs(fn.native_file_string().c_str());
char buf[10000];
while(ifs.peek()!=EOF && !ifs.eof()){
ifs >> buf;
string key(buf);
if(ifs.peek()==EOF || ifs.eof())
break;
ifs >> buf;
string sel(buf);
HotKey hk;
hk.select=sel;
hk.shift=false;
hk.control=false;
hk.alt=false;
while(true){
string s=ReadToken(key);
if(s=="Shift"){
hk.shift=true;
} else if (s=="Control"){
hk.control=true;
} else if (s=="Alt"){
hk.alt=true;
} else {
char c=s[0];
if(c>='A' && c<='Z')
hk.key=SDLK_a + (c - 'A');
if(c>='0' && c<='9')
hk.key=SDLK_0 + (c -'0');
break;
}
ReadDelimiter(key);
}
hotkeys.push_back(hk);
}
}
void CSelectionKeyHandler::DoSelection(string selectString)
{
list<CUnit*> selection;
// guicontroller->AddText(selectString.c_str());
string s=ReadToken(selectString);
if(s=="AllMap"){
set<CUnit*>* tu=&gs->Team(gu->myTeam)->units;
for(set<CUnit*>::iterator ui=tu->begin();ui!=tu->end();++ui){
selection.push_back(*ui);
}
} else if(s=="Visible"){
set<CUnit*>* tu=&gs->Team(gu->myTeam)->units;
for(set<CUnit*>::iterator ui=tu->begin();ui!=tu->end();++ui){
if(camera->InView((*ui)->midPos,(*ui)->radius))
selection.push_back(*ui);
}
} else if(s=="FromMouse"){
ReadDelimiter(selectString);
float maxDist=atof(ReadToken(selectString).c_str());
float dist=ground->LineGroundCol(camera->pos,camera->pos+mouse->dir*8000);
float3 mp=camera->pos+mouse->dir*dist;
set<CUnit*>* tu=&gs->Team(gu->myTeam)->units;
for(set<CUnit*>::iterator ui=tu->begin();ui!=tu->end();++ui){
if(mp.distance((*ui)->pos)<maxDist)
selection.push_back(*ui);
}
} else if(s=="PrevSelection"){
set<CUnit*>* tu=&selectedUnits.selectedUnits;
for(set<CUnit*>::iterator ui=tu->begin();ui!=tu->end();++ui){
selection.push_back(*ui);
}
} else {
info->AddLine("Unknown source token %s",s.c_str());
return;
}
ReadDelimiter(selectString);
while(true){
string s=ReadDelimiter(selectString);
if(s=="+")
break;
s=ReadToken(selectString);
bool _not=false;
if(s=="Not"){
_not=true;
ReadDelimiter(selectString);
s=ReadToken(selectString);
}
if(s=="Builder"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->unitDef->buildSpeed>0){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Building"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if(dynamic_cast<CBuilding*>(*ui)){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Commander"){
unsigned int comCat=CCategoryHandler::Instance()->GetCategory("COMMANDER");
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->category & comCat){ //fix with better test for commander
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Transport"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->unitDef->transportCapacity>0){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Aircraft"){
unsigned int acCat=CCategoryHandler::Instance()->GetCategory("VTOL");
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->category & acCat){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Weapons"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if(!(*ui)->weapons.empty()){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="WeaponRange"){
ReadDelimiter(selectString);
float minRange=atof(ReadToken(selectString).c_str());
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->maxRange>minRange){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="AbsoluteHealth"){
ReadDelimiter(selectString);
float minHealth=atof(ReadToken(selectString).c_str());
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->health>minHealth){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="RelativeHealth"){
ReadDelimiter(selectString);
float minHealth=atof(ReadToken(selectString).c_str())*0.01;//convert from percent
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->health/(*ui)->maxHealth > minHealth){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="InPrevSel"){
set<int> prevTypes;
set<CUnit*>* tu=&selectedUnits.selectedUnits;
for(set<CUnit*>::iterator si=tu->begin();si!=tu->end();++si){
prevTypes.insert((*si)->aihint);
}
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if(prevTypes.find((*ui)->aihint)!=prevTypes.end()){ //should move away from aihint
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="NameContain"){
ReadDelimiter(selectString);
string name=ReadToken(selectString);
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->unitDef->humanName.find(name)!=string::npos){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Idle"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->commandAI->commandQue.empty()){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Radar"){
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->radarRadius || (*ui)->sonarRadius || (*ui)->jammerRadius){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else if(s=="Category"){
ReadDelimiter(selectString);
string catname=ReadToken(selectString);
unsigned int cat=CCategoryHandler::Instance()->GetCategory(catname);
list<CUnit*>::iterator ui=selection.begin();
while(ui!=selection.end()){
bool filterTrue=false;
if((*ui)->category==cat){
filterTrue=true;
}
if(filterTrue ^ _not){
++ui;
} else {
list<CUnit*>::iterator prev=ui++;
selection.erase(prev);
}
}
} else {
info->AddLine("Unknown token in filter %s",s.c_str());
return;
}
}
ReadDelimiter(selectString);
s=ReadToken(selectString);
if(s=="ClearSelection"){
selectedUnits.ClearSelected();
ReadDelimiter(selectString);
s=ReadToken(selectString);
}
if(s=="SelectAll"){
for(list<CUnit*>::iterator ui=selection.begin();ui!=selection.end();++ui)
selectedUnits.AddUnit(*ui);
} else if(s=="SelectOne"){
if(selection.empty())
return;
if(++selectNumber>=selection.size())
selectNumber=0;
CUnit* sel;
int a=0;
for(list<CUnit*>::iterator ui=selection.begin();ui!=selection.end() && a<=selectNumber;++ui,++a)
sel=*ui;
selectedUnits.AddUnit(sel);
mouse->inStateTransit=true;
mouse->transitSpeed=0.7;
if(mouse->currentCamController!=mouse->camControllers[0]){
mouse->currentCamController->SetPos(sel->pos);
} else { //fps camera
if(camera->rot.x>-1)
camera->rot.x=-1;
float3 wantedCamDir;
wantedCamDir.x=(float)(sin(camera->rot.y)*cos(camera->rot.x));
wantedCamDir.y=(float)(sin(camera->rot.x));
wantedCamDir.z=(float)(cos(camera->rot.y)*cos(camera->rot.x));
wantedCamDir.Normalize();
((CFPSController*)mouse->camControllers[0])->pos=sel->pos - wantedCamDir*800;
}
} else if(s=="SelectNum"){
ReadDelimiter(selectString);
int num=atoi(ReadToken(selectString).c_str());
if(selection.empty())
return;
if(selectNumber>=selection.size())
selectNumber=0;
list<CUnit*>::iterator ui=selection.begin();
for(int a=0;a<selectNumber;++a)
++ui;
for(int a=0;a<num;++ui,++a){
if(ui==selection.end())
ui=selection.begin();
selectedUnits.AddUnit(*ui);
}
selectNumber+=num;
} else if(s=="SelectPart"){
ReadDelimiter(selectString);
float part=atof(ReadToken(selectString).c_str())*0.01;//convert from percent
int num=(int)(selection.size()*part);
if(selection.empty())
return;
if(selectNumber>=selection.size())
selectNumber=0;
list<CUnit*>::iterator ui=selection.begin();
for(int a=0;a<selectNumber;++a)
++ui;
for(int a=0;a<num;++ui,++a){
if(ui==selection.end())
ui=selection.begin();
selectedUnits.AddUnit(*ui);
}
selectNumber+=num;
} else {
info->AddLine("Unknown token in conclusion %s",s.c_str());
return;
}
}