public CPlayer(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> A = bin.getAttributes();
originalPosition_ = EncodeUtil.parseInt(A[ORIGINAL_POSITION]);
position_ = EncodeUtil.parseInt(A[POSITION]);
buypoints_ = EncodeUtil.parseInt(A[BUYPOINTS]);
buypointsSpent_ = EncodeUtil.parseInt(A[BUYPOINTSSPENT]);
score_ = EncodeUtil.parseInt(A[SCORE]);
pcap_ = EncodeUtil.parseInt(A[PCAP]);
ccap_ = EncodeUtil.parseInt(A[CCAP]);
ncap_ = EncodeUtil.parseInt(A[NCAP]);
living_ = EncodeUtil.fromBoolString(A[LIVING]);
type_ = bin.getObjectText(TYPE_TAG);
if (bin.thisTag() == PNAME_TAG)
{
pname_ = bin.getObjectText(PNAME_TAG);
}
else
{
pname_ = null;
}
if (bin.thisTag() == DEAD_REASON_TAG)
{
deadReason_ = bin.getObjectText(DEAD_REASON_TAG);
}
else
{
deadReason_ = null;
}
bin.endTag(TAG);
}
public CGameRules(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> A = bin.getAttributes();
stackCount_ = EncodeUtil.parseUInt(A[STACK_COUNT]);
useExploration_ = EncodeUtil.fromBoolString(A[EXPLORE]);
useCityEff_ = EncodeUtil.fromBoolString(A[CITYEFF]);
useContinue_ = EncodeUtil.fromBoolString(A[CONTINUE]);
useSpec_ = EncodeUtil.fromBoolString(A[SPEC]);
useDrain_ = EncodeUtil.fromBoolString(A[DRAIN]);
useRoads_ = EncodeUtil.fromBoolString(A[ROADS]);
useSupply_ = EncodeUtil.fromBoolString(A[SUPPLY]);
useMines_ = EncodeUtil.fromBoolString(A[MINES]);
useResources_ = EncodeUtil.fromBoolString(A[RESOURCES]);
useNukes_ = EncodeUtil.fromBoolString(A[NUKES]);
useDigin_ = EncodeUtil.fromBoolString(A[DIGIN]);
useExperience_ = EncodeUtil.fromBoolString(A[EXPERIENCE]);
useUnitNames_ = EncodeUtil.fromBoolString(A[UNITNAMES]);
useDefFire_ = EncodeUtil.fromBoolString(A[DEFFIRE]);
useRangeFire_ = EncodeUtil.fromBoolString(A[RANGEFIRE]);
useCrippled_ = EncodeUtil.fromBoolString(A[CRIPPLED]);
useUnitScrap_ = EncodeUtil.fromBoolString(A[SCRAP]);
useDefTer_ = EncodeUtil.fromBoolString(A[DEFTER]);
useHarshSupply_ = EncodeUtil.fromBoolString(A[HARSHSUPPLY]);
useLimitedResources_ = EncodeUtil.fromBoolString(A[LIMITEDREOURCES]);
bin.endTag(TAG);
}
public COrder(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> A = bin.getAttributes();
ordType_ = A[ORDTYPE];
value_ = EncodeUtil.parseInt(A[VALUE]);
if (A.ContainsKey(UTYPE))
{
utype_ = A[UTYPE];
}
flag_ = EncodeUtil.fromBoolString(A[FLAG]);
ugid_ = EncodeUtil.parseUInt(A[UGID]);
useEmbark_ = EncodeUtil.fromBoolString(A[UGID]);
bin.firstChild();
bin.nextTag(LOCS);
if (bin.hasChildren())
{
bin.firstChild();
locs_ = new List <CLoc>();
while (!bin.reachedEndTag(LOCS))
{
CLoc l = CLoc.fromKey(bin.getObjectText(LOC));
locs_.Add(l);
}
}
bin.endTag(LOCS);
bin.endTag(TAG);
}
public CDLLNumericValueHintInfo(Dictionary <string, string> attr, CEncodedObjectInputBufferI bin)
: base(NUMERIC_VALUE_TYPE, attr, bin)
{
def_ = EncodeUtil.parseInt(attr[DEF_ATTR]);
value_ = EncodeUtil.parseInt(attr[VALUE_ATTR]);
if (attr.ContainsKey(POS_ATTR))
{
positiveOnly_ = EncodeUtil.fromBoolString(attr[POS_ATTR]);
}
else
{
positiveOnly_ = false;
}
}
public CVictoryConditions(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> A = bin.getAttributes();
annihilationVictory_ = EncodeUtil.fromBoolString(A[ANNIHILATION]);
percentageCitiesV_ = EncodeUtil.parseInt(A[PERCITIESVALUE]);
percentageCitiesVDuration_ = EncodeUtil.parseInt(A[PERCITIESDUR]);
numImportantV_ = EncodeUtil.parseInt(A[NUMIMPVALUE]);
numImportantVDuration_ = EncodeUtil.parseInt(A[NUMIMPDUR]);
capitalKill_ = EncodeUtil.fromBoolString(A[CAPKILL]);
regicideV_ = EncodeUtil.parseInt(A[REGICIDE]);
bin.endTag(TAG);
}
private CProducerUnit(Dictionary <string, string> A, CEncodedObjectInputBufferI bin, AIQueryI query)
: base(A, bin, query)
{
producing_ = A[PRODUCING];
specialty_ = A[SPECIALTY];
turnsToCompletion_ = EncodeUtil.parseInt(A[TURNSTOCOMPLETE]);
efficiency_ = EncodeUtil.parseInt(A[EFFICIENCY]);
supplyStore_ = EncodeUtil.parseUInt(A[SUPPLYSTORE]);
minStore_ = EncodeUtil.parseUInt(A[MINSTORE]);
scrapVal_ = EncodeUtil.parseUInt(A[SCRAPVAL]);
consumeSupplyForDrain_ = EncodeUtil.fromBoolString(A[CONSUMESUPPFORDRAIN]);
consumePriority_ = EncodeUtil.parseInt(A[CONSUMEPRIORITY]);
autoDrainSupply_ = EncodeUtil.fromBoolString(A[AUTODRAIN]);
isCapital_ = EncodeUtil.fromBoolString(A[CAPITAL]);
isImportant_ = EncodeUtil.fromBoolString(A[IMPORTANT]);
}
public AIMap(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> A = bin.getAttributes();
int width = EncodeUtil.parseInt(A[GAME_MAP_WIDTH_ATTR]);
int height = EncodeUtil.parseInt(A[GAME_MAP_HEIGHT_ATTR]);
bool vwrap = EncodeUtil.fromBoolString(A[GAME_MAP_VWRAP_ATTR]);
bool hwrap = EncodeUtil.fromBoolString(A[GAME_MAP_HWRAP_ATTR]);
mapUtil_ = new CMapUtil(width, hwrap, height, vwrap);
stackCount_ = EncodeUtil.parseUInt(A[STACKCOUNT]);
string mb = bin.getObjectText(TMAP_TAG);
mapBytes_ = mb.ToCharArray();
var tmp = new List <string>();
EncodeUtil.decodeStringList(WASTELAND, tmp, bin);
foreach (string s in tmp)
{
wasteland_.Add(s, true);
}
tmp.Clear();
EncodeUtil.decodeStringList(MINES, tmp, bin);
foreach (string s in tmp)
{
mines_.Add(s, true);
}
tmp.Clear();
EncodeUtil.decodeStringList(ROAD, tmp, bin);
foreach (string s in tmp)
{
roads_.Add(s, true);
}
tmp.Clear();
EncodeUtil.decodeDSI(RESOURCES, resources_, bin);
bin.endTag(TAG);
}
protected CUnit(Dictionary <string, string> A, CEncodedObjectInputBufferI bin, AIQueryI query)
{
utype_ = A[UTYPE];
loc_ = CLoc.fromKey(A[LOC]);
gid_ = EncodeUtil.parseUInt(A[GID]);
owner_ = EncodeUtil.parseInt(A[OWNER]);
stackLayer_ = EncodeUtil.parseUInt(A[STACKLAYER]);
level_ = A[LEVEL];
landed_ = EncodeUtil.fromBoolString(A[LANDED]);
inReentry_ = EncodeUtil.fromBoolString(A[INREENTRY]);
host_ = EncodeUtil.parseUInt(A[HOST]);
turn_ = EncodeUtil.parseInt(A[TURN]);
rmvr_ = EncodeUtil.parseInt(A[RMVR]);
rmvs_ = EncodeUtil.parseInt(A[RMVS]);
fired_ = EncodeUtil.fromBoolString(A[FIRED]);
armed_ = EncodeUtil.fromBoolString(A[ARMED]);
dmg_ = EncodeUtil.parseInt(A[DMG]);
shortFuel_ = EncodeUtil.fromBoolString(A[SHORTFUEL]);
sawEnemy_ = EncodeUtil.fromBoolString(A[SAWENEMY]);
dugIn_ = EncodeUtil.fromBoolString(A[DUGIN]);
experience_ = EncodeUtil.parseUInt(A[EXPERIENCE]);
readiness_ = A[READINESS];
expType_ = A[EXPTYPE];
name_ = bin.getObjectText(NAME);
bin.nextTag(CUNITS);
if (bin.hasChildren())
{
bin.firstChild();
while (!bin.reachedEndTag(CUNITS))
{
bin.nextTag(CUNIT);
Dictionary <string, string> D = bin.getAttributes();
uint u = EncodeUtil.parseUInt(D[CUNITID]);
cunits_.Add(u);
bin.endTag(CUNIT);
}
}
bin.endTag(CUNITS);
ord_ = new COrder(bin);
entry_ = query.unitQuery(utype_);
}
public CGameMapParameters(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
Dictionary <string, string> attr = bin.getAttributes();
numPositions_ = EncodeUtil.parseInt(attr[NUM_POSITION_ATTR]);
needCapitals_ = EncodeUtil.fromBoolString(attr[NEEDCAP_ATTR]);
needImportant_ = EncodeUtil.fromBoolString(attr[NEEDIMPORT_ATTR]);
numImportant_ = EncodeUtil.parseInt(attr[NUMIMPORT_ATTR]);
numStartingCities_ = null;
var plist = new List <KeyValuePair <int, int> >();
bin.nextTag(NUMSTARTCI_TAGS);
if (bin.hasChildren())
{
bin.firstChild();
while (!bin.reachedEndTag(NUMSTARTCI_TAGS))
{
Dictionary <string, string> attrc = bin.getAttributes();
int index = EncodeUtil.parseInt(attrc[POS_ATTR]);
int v = EncodeUtil.parseInt(attrc[VALUE_ATTR]);
plist.Add(new KeyValuePair <int, int>(index, v));
bin.endTag(NUMSTARTCI_TAG);
}
}
if (plist.Count > 0)
{
numStartingCities_ = new int[plist.Count];
foreach (KeyValuePair <int, int> kp in plist)
{
numStartingCities_[kp.Key] = kp.Value;
}
}
bin.endTag(NUMSTARTCI_TAGS);
bin.endTag(TAG);
}
public CDLLContainerHintInfo(Dictionary <string, string> attr, CEncodedObjectInputBufferI bin)
: base(CONTAINER_TYPE, attr, bin)
{
//int nc = EncodeUtil.parseInt(attr[NUM_CHILDREN]);
sig_ = EncodeUtil.parseUInt(attr[SIG_ATTR]);
goStraightToChildren_ = EncodeUtil.fromBoolString(attr[GO_ATTR]);
infos_ = new List <CDLLHintInfo>();
bin.nextTag(CHILDREN_TAGS + Convert.ToString(sig_));
if (bin.hasChildren())
{
bin.firstChild();
while (!bin.reachedEndTag(CHILDREN_TAGS + Convert.ToString(sig_)))
{
CDLLHintInfo hi = decode(bin);
infos_.Add(hi);
}
}
bin.endTag(CHILDREN_TAGS + Convert.ToString(sig_));
}
public CDLLLockableHintInfo(Dictionary <string, string> attr, CEncodedObjectInputBufferI bin)
: base(LOCKED_CONTAINER_TYPE, attr, bin)
{
//int nc = EncodeUtil.parseInt(attr[NUM_CHILDREN]);
sig_ = EncodeUtil.parseUInt(attr[SIG_ATTR]);
locked_ = EncodeUtil.fromBoolString(attr[LOCKED_ATTR]);
infos_ = new List <CDLLHintInfo>();
lockname_ = bin.getObjectText(LOCKNAME_TAG);
bin.nextTag(CHILDREN_TAGS + Convert.ToString(sig_));
if (bin.hasChildren())
{
bin.firstChild();
while (!bin.reachedEndTag(CHILDREN_TAGS + Convert.ToString(sig_)))
{
CDLLHintInfo hi = decode(bin);
infos_.Add(hi);
}
}
bin.endTag(CHILDREN_TAGS + Convert.ToString(sig_));
}
public CDLLBoolHintInfo(Dictionary <string, string> attr, CEncodedObjectInputBufferI bin)
: base(BOOL_TYPE, attr, bin)
{
def_ = EncodeUtil.fromBoolString(attr[DEF_ATTR]);
value_ = EncodeUtil.fromBoolString(attr[VALUE_ATTR]);
}
public override bool update(string attr, string value, CSubLog logger)
{
if (base.update(attr, value, logger))
{
return(true);
}
switch (attr)
{
case CUnitConstants.PRODUCING:
producing_ = value;
return(true);
case CUnitConstants.SPECIALTY:
{
specialty_ = value;
return(true);
}
case CUnitConstants.EFFICIENCY:
{
efficiency_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.TTC:
{
turnsToCompletion_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.SUPPLY_STORE:
{
supplyStore_ = EncodeUtil.parseUInt(value);
return(true);
}
case CUnitConstants.MIN_STORE:
{
minStore_ = EncodeUtil.parseUInt(value);
return(true);
}
case CUnitConstants.SCRAPVAL:
{
scrapVal_ = EncodeUtil.parseUInt(value);
return(true);
}
case CUnitConstants.AUTOSUPPLYDRAIN:
{
autoDrainSupply_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.CONS_FOR_DRAIN:
{
consumeSupplyForDrain_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.CONS_PRIORITY:
{
consumePriority_ = EncodeUtil.parseInt(value);
return(true);
}
}
return(false);
}
public virtual bool update(string attr, string value, CSubLog logger)
{
switch (attr)
{
case CUnitConstants.NAME:
{
name_ = value;
return(true);
}
case CUnitConstants.TURN:
{
turn_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.HOST:
{
host_ = EncodeUtil.parseUInt(value);
logger.info(this + " now has host value [" + Convert.ToString(host_) + "]");
return(true);
}
case CUnitConstants.RMVR:
{
rmvr_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.RMVS:
{
rmvs_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.FIRED:
{
fired_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.ARMED:
{
armed_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.DUGIN:
{
dugIn_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.DMG:
{
dmg_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.SHORT_FUEL:
{
shortFuel_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.READINESS:
{
readiness_ = value;
return(true);
}
case CUnitConstants.EXPERIENCE:
{
experience_ = EncodeUtil.parseUInt(value);
return(true);
}
case CUnitConstants.EXP_LEVEL:
{
expType_ = value;
return(true);
}
case CUnitConstants.CHILD_ADD:
{
uint cgid = EncodeUtil.parseUInt(value);
cunits_.Add(cgid);
logger.info("Unit " + Convert.ToString(gid_) + " adds child " + Convert.ToString(cgid));
return(true);
}
case CUnitConstants.CHILD_REM:
{
uint cgid = EncodeUtil.parseUInt(value);
for (int j = 0; j < cunits_.Count; j++)
{
if (cunits_[j] == cgid)
{
cunits_.RemoveAt(j);
break;
}
}
logger.info("Unit " + Convert.ToString(gid_) + " removes child " + Convert.ToString(cgid));
return(true);
}
case CUnitConstants.LX:
setLoc(new CLoc(EncodeUtil.parseInt(value), loc_.y));
return(true);
case CUnitConstants.LY:
setLoc(new CLoc(loc_.x, EncodeUtil.parseInt(value)));
return(true);
case CUnitConstants.OWNER: //will need to do more here if interested in gifts or giveaways
{
owner_ = EncodeUtil.parseInt(value);
return(true);
}
case CUnitConstants.LANDED:
{
landed_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.REENTRY:
{
inReentry_ = EncodeUtil.fromBoolString(value);
return(true);
}
case CUnitConstants.LEVEL:
{
level_ = value;
return(true);
}
case CUnitConstants.SLAYER:
{
stackLayer_ = EncodeUtil.parseUInt(value);
return(true);
}
}
return(false);
}