public Map(string name, MapInfo mapInfo)
{
Name = name;
Description = mapInfo.Description;
TidalStrength = mapInfo.TidalStrength;
Gravity = mapInfo.Gravity;
MaxMetal = mapInfo.MaxMetal;
ExtractorRadius = mapInfo.ExtractorRadius;
MinWind = mapInfo.MinWind;
MaxWind = mapInfo.MaxWind;
Author = mapInfo.Author;
Size = new Size(mapInfo.Width, mapInfo.Height);
StartPos[] positions = mapInfo.Positions;
Positions = new Point[mapInfo.PosCount];
for (int i = 0; i < mapInfo.PosCount; i++) {
Positions[i] = new Point(positions[i].X, positions[i].Z);
}
HumanName = GetHumanName(name);
}
public MapInfo GetMapInfo(uint checksum, int mapInfoVersion)
{
if (disposed) {
throw new ObjectDisposedException("Unitsync has already been released.");
}
string mapName = maps[checksum];
if (!mapName.ToLower().EndsWith(".smf") && !(mapName.ToLower().EndsWith(".sm3"))) {
throw new ArgumentException("Map name is invalid, must end with \".smf\" or \".sm3\".");
}
if (!new[] {0, 1}.Contains(mapInfoVersion)) {
throw new ArgumentOutOfRangeException("mapInfoVersion", "must be 0 or 1.");
}
if (!GetMapNames().ContainsValue(mapName)) {
throw new UnitSyncException(String.Format("Map not found ({0}).", mapName));
}
var mapInfo = new MapInfo
{
// make buffers
Author = new String(' ', AuthorBufferSize),
Description = new String(' ', DescriptionBufferSize)
};
if (!NativeMethods.GetMapInfoEx(mapName, ref mapInfo, mapInfoVersion)) {
throw new UnitSyncException("Error getting map information.");
}
TestMapInfo(mapInfo);
return mapInfo;
}
public Map(string name, MapInfo mapInfo, uint? checksum) : this(name, mapInfo)
{
Checksum = checksum;
}
static void TestMapInfo(MapInfo mapInfo)
{
if (mapInfo.Description == null) {
throw new UnitSyncException("Null description.");
}
if (mapInfo.Description.StartsWith("Parse error")) {
throw new UnitSyncException("Parse error. This usually means the map is broken.");
}
if (mapInfo.Description.EndsWith("not found")) {
throw new UnitSyncException("Map file not found. This usually means the map is broken.");
}
if (mapInfo.Width <= 0 || mapInfo.Height <= 0) {
throw new UnitSyncException(
String.Format("Invalid map size. ({0}, {1})", mapInfo.Width, mapInfo.Height));
}
StartPos[] positions = mapInfo.Positions;
if (positions == null) {
throw new UnitSyncException("Error in loading start positions.");
}
if (mapInfo.ExtractorRadius < 0) {
throw new UnitSyncException(String.Format("Invalid extractor radius ({0}).", mapInfo.ExtractorRadius));
}
if (mapInfo.Gravity < 0) {
throw new UnitSyncException(String.Format("Invalid gravity ({0}).", mapInfo.Gravity));
}
if (mapInfo.MaxMetal < 0) {
throw new UnitSyncException(string.Format("Invalid maximum metal ({0}).", mapInfo.MaxMetal));
}
if (mapInfo.MaxWind < 0) {
throw new UnitSyncException(string.Format("Invalid maximum wind ({0}).", mapInfo.MaxWind));
}
if (mapInfo.MinWind < 0) {
throw new UnitSyncException(string.Format("Invalid minimum wind ({0}).", mapInfo.MinWind));
}
if (mapInfo.MinWind > mapInfo.MaxWind) {
throw new UnitSyncException(
string.Format(
"Minimum wind is higher than maximum wind ({0}, {1})", mapInfo.MinWind, mapInfo.MaxWind));
}
if (mapInfo.TidalStrength < 0) {
throw new UnitSyncException(string.Format("Invalid tidal strength ({0}).", mapInfo.TidalStrength));
}
}
