public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addAttr(ORIGINAL_POSITION, Convert.ToString(originalPosition_));
output.addAttr(POSITION, Convert.ToString(position_));
output.addAttr(BUYPOINTS, Convert.ToString(buypoints_));
output.addAttr(BUYPOINTSSPENT, Convert.ToString(buypointsSpent_));
output.addAttr(SCORE, Convert.ToString(score_));
output.addAttr(PCAP, Convert.ToString(pcap_));
output.addAttr(CCAP, Convert.ToString(ccap_));
output.addAttr(NCAP, Convert.ToString(ncap_));
output.addAttr(LIVING, EncodeUtil.makeBoolString(living_));
output.addTextObject(TYPE_TAG, type_);
if (pname_ != null)
{
output.addTextObject(PNAME_TAG, pname_);
}
if (deadReason_ != null)
{
output.addTextObject(DEAD_REASON_TAG, deadReason_);
}
output.objectEnd();
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addAttr(VALUE, Convert.ToString(value_));
output.addAttr(PKEY, Convert.ToString(pkey_));
output.addAttr(CKEY, Convert.ToString(ckey_));
output.addTextObject(RTYPE, rtype_);
if (report_ != null)
{
output.addTextObject(REPORT, report_);
}
if (ptype_ != null)
{
output.addTextObject(PTYPE, ptype_);
}
if (ctype_ != null)
{
output.addTextObject(CTYPE, ctype_);
}
if (loc_ != null)
{
output.addTextObject(LOC, loc_.getKey());
}
output.objectEnd();
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addTextObject(KTAG, key_);
output.addTextObject(NTAG, name_);
output.addTextObject(DTAG, desc_);
output.addTextObject(VTAG, version_);
output.objectEnd();
}
public void encode(string tag, CEncodedObjectOutputBufferI output)
{
output.openObject(tag);
output.addAttr(USE_COUNT_ATTR, Convert.ToString(useCount_));
output.addTextObject(SEED_TAG, Convert.ToString(seedUsed_));
output.objectEnd();
}
protected override void encodeChildren(CEncodedObjectOutputBufferI output)
{
base.encodeChildren(output);
output.openObject(SETS_TAG);
foreach (KeyValuePair <string, string> kp in set_)
{
output.openObject(SET_TAG);
output.addTextObject(KEY_TAG, kp.Key);
output.addTextObject(VALUE_TAG, kp.Value);
output.objectEnd();
}
output.objectEnd();
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addAttr(ORDTYPE, ordType_);
output.addAttr(VALUE, Convert.ToString(value_));
if (utype_ != null)
{
output.addAttr(UTYPE, utype_);
}
output.addAttr(FLAG, EncodeUtil.makeBoolString(flag_));
output.addAttr(UGID, Convert.ToString(ugid_));
output.addAttr(USEEMBARK, EncodeUtil.makeBoolString(useEmbark_));
output.openObject(LOCS);
if (locs_ != null)
{
foreach (CLoc l in locs_)
{
output.addTextObject(LOC, l.getKey());
}
}
output.objectEnd();
output.objectEnd();
}
protected override void encodeChildren(CEncodedObjectOutputBufferI output)
{
base.encodeChildren(output);
output.openObject(LIST_TAGS + Convert.ToString(sig_));
foreach (List <CDLLHintInfo> infos in minfos_)
{
output.openObject(LIST_TAG + Convert.ToString(sig_));
foreach (CDLLHintInfo hi in infos)
{
hi.encode(output);
}
output.objectEnd();
}
output.objectEnd();
output.openObject(KEY_TAGS);
foreach (string catkey in catkeys_)
{
output.addTextObject(KEY_TAG, catkey);
}
output.objectEnd();
output.openObject(CATNAME_TAGS);
foreach (string catname in catnames_)
{
output.addTextObject(CATNAME_TAG, catname);
}
output.objectEnd();
output.openObject(RBNAME_TAGS);
foreach (string rbname in rbnames_)
{
output.addTextObject(RBNAME_TAG, rbname);
}
output.objectEnd();
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addAttr(TYPE, type_);
output.addAttr(FROM, Convert.ToString(fromP_));
output.addAttr(TO, Convert.ToString(toP_));
output.addAttr(GID, Convert.ToString(gid_));
output.addAttr(ID, Convert.ToString(id_));
output.addAttr(STATUS, status_);
output.addTextObject(NAME, name_);
output.objectEnd();
}
protected override void encodeChildren(CEncodedObjectOutputBufferI output)
{
base.encodeChildren(output);
output.addTextObject(LOCKNAME_TAG, lockname_);
output.openObject(CHILDREN_TAGS + Convert.ToString(sig_));
foreach (CDLLHintInfo hi in infos_)
{
hi.encode(output);
}
output.objectEnd();
}
protected virtual void encodeChildren(CEncodedObjectOutputBufferI output)
{
output.addTextObject(NAME, name_);
output.openObject(CUNITS);
foreach (uint u in cunits_)
{
output.openObject(CUNIT);
output.addAttr(CUNITID, Convert.ToString(u));
output.objectEnd();
}
output.objectEnd();
ord_.encode(output);
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
output.addAttr(GAME_MAP_WIDTH_ATTR, Convert.ToString(mapUtil_.width_));
output.addAttr(GAME_MAP_HWRAP_ATTR, EncodeUtil.makeBoolString(mapUtil_.hwrap_));
output.addAttr(GAME_MAP_HEIGHT_ATTR, Convert.ToString(mapUtil_.height_));
output.addAttr(GAME_MAP_VWRAP_ATTR, EncodeUtil.makeBoolString(mapUtil_.vwrap_));
output.addAttr(STACKCOUNT, Convert.ToString(stackCount_));
output.addTextObject(TMAP_TAG, new string(mapBytes_));
EncodeUtil.encodeStringList(WASTELAND, new List <string>(wasteland_.Keys), output);
EncodeUtil.encodeStringList(MINES, new List <string>(mines_.Keys), output);
EncodeUtil.encodeStringList(ROAD, new List <string>(roads_.Keys), output);
EncodeUtil.encodeDSI(RESOURCES, resources_, output);
output.objectEnd();
}
protected override void encodeChildren(CEncodedObjectOutputBufferI output)
{
base.encodeChildren(output);
output.addTextObject(DEF_ATTR, def_);
output.addTextObject(VALUE_ATTR, value_);
}
public virtual void encodeInternal(CEncodedObjectOutputBufferI output)
{
output.addTextObject(PNAME_TAG, pname_);
}
protected virtual void encodeChildren(CEncodedObjectOutputBufferI output)
{
output.addTextObject(KTAG, key_);
output.addTextObject(NTAG, name_);
output.addTextObject(DTAG, desc_);
}
