BasicSymbol* BasicScope::resolve(string name){
if(isVariable(name)){
return this->variables[name];
}
if(isFunction(name)){
return this->functions[name][0];
}
if(isStructure(name)){
return this->structures[name];
}
throw TypeException("What are you trying to resolve!?");
}
void ObjectData::loadFromINIFile(std::string filename)
{
SDL_RWops *file = pFileManager->OpenFile(filename);
INIFile objectDataFile(file);
SDL_RWclose(file);
// load default structure values
ObjectDataStruct structureDefaultData;
structureDefaultData.hitpoints = objectDataFile.getIntValue("default structure", "HitPoints");
structureDefaultData.price = objectDataFile.getIntValue("default structure", "Price");
structureDefaultData.power = objectDataFile.getIntValue("default structure", "Power");
structureDefaultData.viewrange = objectDataFile.getIntValue("default structure", "ViewRange");
structureDefaultData.capacity = objectDataFile.getIntValue("default structure", "Capacity");
structureDefaultData.weapondamage = objectDataFile.getIntValue("default structure", "WeaponDamage");
structureDefaultData.weaponrange = objectDataFile.getIntValue("default structure", "WeaponRange");
structureDefaultData.maxspeed = objectDataFile.getDoubleValue("default structure", "MaxSpeed");
structureDefaultData.turnspeed = objectDataFile.getDoubleValue("default structure", "TurnSpeed");
structureDefaultData.radius = objectDataFile.getIntValue("default structure", "Radius");
structureDefaultData.buildtime = objectDataFile.getIntValue("default structure", "BuildTime");
// load default unit values
ObjectDataStruct unitDefaultData;
unitDefaultData.hitpoints = objectDataFile.getIntValue("default unit", "HitPoints");
unitDefaultData.price = objectDataFile.getIntValue("default unit", "Price");
unitDefaultData.power = objectDataFile.getIntValue("default unit", "Power");
unitDefaultData.viewrange = objectDataFile.getIntValue("default unit", "ViewRange");
unitDefaultData.capacity = objectDataFile.getIntValue("default unit", "Capacity");
unitDefaultData.weapondamage = objectDataFile.getIntValue("default unit", "WeaponDamage");
unitDefaultData.weaponrange = objectDataFile.getIntValue("default unit", "WeaponRange");
unitDefaultData.maxspeed = objectDataFile.getDoubleValue("default unit", "MaxSpeed");
unitDefaultData.turnspeed = objectDataFile.getDoubleValue("default unit", "TurnSpeed");
unitDefaultData.radius = objectDataFile.getIntValue("default unit", "Radius");
unitDefaultData.buildtime = objectDataFile.getIntValue("default unit", "BuildTime");
// set default values
for(int i=0;i<ItemID_max;i++) {
if(isStructure(i)) {
data[i] = structureDefaultData;
} else {
data[i] = unitDefaultData;
}
}
INIFile::SectionIterator iter;
for(iter = objectDataFile.begin(); iter != objectDataFile.end(); ++iter) {
std::string sectionName = iter->getSectionName();
if(sectionName == "" || sectionName == "default structure" || sectionName == "default unit") {
continue;
}
Uint32 itemID = getItemIDByName(sectionName);
if(itemID == ItemID_Invalid) {
std::cerr << "ObjectData::ObjectData(): \"" << sectionName << "\" is no valid unit/structure name!" << std::endl;
continue;
}
ObjectDataStruct& defaultData = isStructure(itemID) ? structureDefaultData : unitDefaultData;
data[itemID].hitpoints = objectDataFile.getIntValue(sectionName, "HitPoints", defaultData.hitpoints);
data[itemID].price = objectDataFile.getIntValue(sectionName, "Price", defaultData.price);
data[itemID].power = objectDataFile.getIntValue(sectionName, "Power", defaultData.power);
data[itemID].viewrange = objectDataFile.getIntValue(sectionName, "ViewRange", defaultData.viewrange);
data[itemID].capacity = objectDataFile.getIntValue(sectionName, "Capacity", defaultData.capacity);
data[itemID].weapondamage = objectDataFile.getIntValue(sectionName, "WeaponDamage", defaultData.weapondamage);
data[itemID].weaponrange = objectDataFile.getIntValue(sectionName, "WeaponRange", defaultData.weaponrange);
data[itemID].maxspeed = objectDataFile.getDoubleValue(sectionName, "MaxSpeed", defaultData.maxspeed);
data[itemID].turnspeed = objectDataFile.getDoubleValue(sectionName, "TurnSpeed", defaultData.turnspeed);
data[itemID].radius = objectDataFile.getIntValue(sectionName, "Radius", defaultData.radius);
data[itemID].buildtime = objectDataFile.getIntValue(sectionName, "BuildTime", defaultData.buildtime);
}
}
/**
This method loads the structures specified by the [Structures] section.
*/
void INIMapEditorLoader::loadStructures()
{
int genID = -2;
INIFile::KeyIterator iter;
for(iter = inifile->begin("STRUCTURES"); iter != inifile->end("STRUCTURES"); ++iter) {
std::string tmpkey = iter->getKeyName();
std::string tmp = iter->getStringValue();
if(tmpkey.find("GEN") == 0) {
// Gen Object/Structure
std::string PosStr = tmpkey.substr(3,tmpkey.size()-3);
int pos;
if(!parseString(PosStr, pos) || (pos < 0)) {
logWarning(iter->getLineNumber(), "Invalid position string: '" + PosStr + "'!");
continue;
}
std::string HouseStr, BuildingStr;
splitString(tmp,2,&HouseStr,&BuildingStr);
HOUSETYPE houseID = getHouseID(HouseStr);
if(houseID == HOUSE_UNUSED) {
// skip structure for unused house
continue;
} else if(houseID == HOUSE_INVALID) {
logWarning(iter->getLineNumber(), "Invalid house string for '" + BuildingStr + "': '" + HouseStr + "'!");
continue;
}
int itemID = getItemIDByName(BuildingStr);
if((itemID == Structure_Slab1) || (itemID == Structure_Slab4) || (itemID == Structure_Wall)) {
pMapEditor->structures.push_back(MapEditor::Structure(genID, houseID, itemID, 256, Coord(getXPos(pos),getYPos(pos))));
genID--;
} else {
logWarning(iter->getLineNumber(), "Invalid building string: '" + BuildingStr + "' for GEN-Placement!");
continue;
}
} else if(tmpkey.find("ID") == 0) {
// other structure
int structureID = 0;
parseString(tmpkey.substr(2), structureID);
std::string HouseStr, BuildingStr, health, PosStr;
splitString(tmp,6,&HouseStr,&BuildingStr,&health,&PosStr);
int pos;
if(!parseString(PosStr, pos) || (pos < 0)) {
logWarning(iter->getLineNumber(), "Invalid position string for '" + BuildingStr + "': '" + PosStr + "'!");
continue;
}
HOUSETYPE houseID = getHouseID(HouseStr);
if(houseID == HOUSE_UNUSED) {
// skip structure for unused house
continue;
} else if(houseID == HOUSE_INVALID) {
logWarning(iter->getLineNumber(), "Invalid house string for '" + BuildingStr + "': '" + HouseStr + "'!");
continue;
}
int iHealth;
if(!parseString(health, iHealth) || (iHealth < 0) || (iHealth > 256)) {
logWarning(iter->getLineNumber(), "Invalid health string: '" + health + "'!");
iHealth = 256;
}
int itemID = getItemIDByName(BuildingStr);
if((itemID == ItemID_Invalid) || !isStructure(itemID)) {
logWarning(iter->getLineNumber(), "Invalid building string: '" + BuildingStr + "'!");
continue;
}
pMapEditor->structures.push_back(MapEditor::Structure(structureID, houseID, itemID, iHealth, Coord(getXPos(pos),getYPos(pos))));
} else {
logWarning(iter->getLineNumber(), "Invalid structure key: '" + tmpkey + "'!");
continue;
}
}
}
/* See if there is a target in range */
bool aiChooseTarget(BASE_OBJECT *psObj, BASE_OBJECT **ppsTarget, int weapon_slot, bool bUpdateTarget, UWORD *targetOrigin)
{
BASE_OBJECT *psTarget = NULL;
DROID *psCommander;
SDWORD curTargetWeight=-1;
UWORD tmpOrigin = ORIGIN_UNKNOWN;
if (targetOrigin)
{
*targetOrigin = ORIGIN_UNKNOWN;
}
/* Get the sensor range */
switch (psObj->type)
{
case OBJ_DROID:
if (((DROID *)psObj)->asWeaps[weapon_slot].nStat == 0)
{
return false;
}
if (((DROID *)psObj)->asWeaps[0].nStat == 0 &&
((DROID *)psObj)->droidType != DROID_SENSOR)
{
// Can't attack without a weapon
return false;
}
break;
case OBJ_STRUCTURE:
if (((STRUCTURE *)psObj)->numWeaps == 0 || ((STRUCTURE *)psObj)->asWeaps[0].nStat == 0)
{
// Can't attack without a weapon
return false;
}
break;
default:
break;
}
/* See if there is a something in range */
if (psObj->type == OBJ_DROID)
{
BASE_OBJECT *psCurrTarget = ((DROID *)psObj)->psActionTarget[0];
/* find a new target */
int newTargetWeight = aiBestNearestTarget((DROID *)psObj, &psTarget, weapon_slot);
/* Calculate weight of the current target if updating; but take care not to target
* ourselves... */
if (bUpdateTarget && psCurrTarget != psObj)
{
curTargetWeight = targetAttackWeight(psCurrTarget, psObj, weapon_slot);
}
if (newTargetWeight >= 0 // found a new target
&& (!bUpdateTarget // choosing a new target, don't care if current one is better
|| curTargetWeight <= 0 // attacker had no valid target, use new one
|| newTargetWeight > curTargetWeight + OLD_TARGET_THRESHOLD) // updating and new target is better
&& validTarget(psObj, psTarget, weapon_slot)
&& (aiDroidHasRange((DROID *)psObj, psTarget, weapon_slot) || (secondaryGetState((DROID *)psObj, DSO_HALTTYPE) != DSS_HALT_HOLD)))
{
ASSERT(!isDead(psTarget), "aiChooseTarget: Droid found a dead target!");
*ppsTarget = psTarget;
return true;
}
}
else if (psObj->type == OBJ_STRUCTURE)
{
WEAPON_STATS *psWStats = NULL;
bool bCommanderBlock = false;
ASSERT(((STRUCTURE *)psObj)->asWeaps[weapon_slot].nStat > 0, "no weapons on structure");
psWStats = ((STRUCTURE *)psObj)->asWeaps[weapon_slot].nStat + asWeaponStats;
int longRange = proj_GetLongRange(psWStats);
// see if there is a target from the command droids
psTarget = NULL;
psCommander = cmdDroidGetDesignator(psObj->player);
if (!proj_Direct(psWStats) && (psCommander != NULL) &&
aiStructHasRange((STRUCTURE *)psObj, (BASE_OBJECT *)psCommander, weapon_slot))
{
// there is a commander that can fire designate for this structure
// set bCommanderBlock so that the structure does not fire until the commander
// has a target - (slow firing weapons will not be ready to fire otherwise).
bCommanderBlock = true;
// I do believe this will never happen, check for yourself :-)
debug(LOG_NEVER,"Commander %d is good enough for fire designation", psCommander->id);
if (psCommander->action == DACTION_ATTACK
&& psCommander->psActionTarget[0] != NULL
&& !aiObjectIsProbablyDoomed(psCommander->psActionTarget[0]))
{
// the commander has a target to fire on
if (aiStructHasRange((STRUCTURE *)psObj, psCommander->psActionTarget[0], weapon_slot))
{
// target in range - fire on it
tmpOrigin = ORIGIN_COMMANDER;
psTarget = psCommander->psActionTarget[0];
}
else
{
// target out of range - release the commander block
bCommanderBlock = false;
}
}
}
// indirect fire structures use sensor towers first
if (psTarget == NULL && !bCommanderBlock && !proj_Direct(psWStats))
{
psTarget = aiSearchSensorTargets(psObj, weapon_slot, psWStats, &tmpOrigin);
}
if (psTarget == NULL && !bCommanderBlock)
{
int targetValue = -1;
int tarDist = INT32_MAX;
gridStartIterate(psObj->pos.x, psObj->pos.y, std::min(longRange, PREVIOUS_DEFAULT_GRID_SEARCH_RADIUS));
for (BASE_OBJECT *psCurr = gridIterate(); psCurr != NULL; psCurr = gridIterate())
{
// Prefer targets that aren't walls, then prefer finished targets to unfinished targets.
int newTargetValue = 1*!(isStructure(psCurr) && castStructure(psCurr)->status != SS_BUILT)
+ 2*!aiObjIsWall(psCurr);
// See if in sensor range and visible
int distSq = objPosDiffSq(psCurr->pos, psObj->pos);
if (newTargetValue < targetValue || (newTargetValue == targetValue && distSq >= tarDist))
{
continue;
}
/* Check that it is a valid target */
if (psCurr->type != OBJ_FEATURE && !aiObjectIsProbablyDoomed(psCurr)
&& !aiCheckAlliances(psCurr->player, psObj->player)
&& validTarget(psObj, psCurr, weapon_slot) && psCurr->visible[psObj->player] == UBYTE_MAX
&& aiStructHasRange((STRUCTURE *)psObj, psCurr, weapon_slot))
{
tmpOrigin = ORIGIN_VISUAL;
psTarget = psCurr;
tarDist = distSq;
targetValue = newTargetValue;
}
}
}
if (psTarget)
{
ASSERT(!psTarget->died, "aiChooseTarget: Structure found a dead target!");
if (targetOrigin)
{
*targetOrigin = tmpOrigin;
}
*ppsTarget = psTarget;
return true;
}
}
return false;
}
ir::Type* TypeParser::_parseType()
{
std::string nextToken = _lexer->peek();
ir::Type* type = nullptr;
if(isFunction(nextToken))
{
type = _parseFunction();
}
else if(isStructure(nextToken))
{
type = _parseStructure();
}
else if(isPrimitive(_compiler, nextToken))
{
type = _parsePrimitive();
nextToken = _lexer->peek();
if(isFunction(nextToken))
{
type = _parseFunction(type);
}
}
else if(isArray(nextToken))
{
type = _parseArray();
}
else if(isVariadic(nextToken))
{
_lexer->scan("...");
type = *_compiler->getOrInsertType(ir::VariadicType(_compiler));
}
else if(isTypeAlias(nextToken))
{
type = _parseTypeAlias();
}
else if(isOpaqueType(nextToken))
{
_lexer->scan("opaque");
type = *_compiler->getOrInsertType(ir::OpaqueType(_compiler));
}
nextToken = _lexer->peek();
while(isPointer(nextToken))
{
_lexer->scan("*");
type = *_compiler->getOrInsertType(ir::PointerType(_compiler, type));
nextToken = _lexer->peek();
}
if(type == nullptr)
{
throw std::runtime_error("Failed to parse type.");
}
hydrazine::log("TypeParser::Parser") << "Parsed type " << type->name
<< ".\n";
return type;
}