private bool LoadXML_OLD_sprite(Sprite s, XmlNodeList xnl)
{
int nNumTiles = s.NumTiles;
int nTileIndex = 0;
foreach (XmlNode xn in xnl)
{
if (xn.Name == "tile")
{
if (nTileIndex >= nNumTiles)
{
// too many tiles in sprite
m_doc.ErrorString("Too many tiles specified for sprite '{0}' (expected {1})", s.Name, nNumTiles);
return(false);
}
uint[] bTile = new uint[32];
int nCurrByte = 0;
Regex rxTile = new Regex(@"\s*0x([0-9A-Fa-f]{2})\s*,");
Match mxTile = rxTile.Match(xn.InnerText);
if (mxTile.Success)
{
while (mxTile.Success)
{
GroupCollection matchGroups = mxTile.Groups;
if (nCurrByte >= 32)
{
// too many data bytes in tile
m_doc.ErrorString("Too many data bytes in tile #{0} of sprite '{0}'", nTileIndex, s.Name);
return(false);
}
bTile[nCurrByte] = Convert.ToUInt32(matchGroups[1].Value, 16);
nCurrByte++;
if (nCurrByte == 32)
{
// After we've read 32 bytes, import the tile into the sprite.
if (!s.ImportTile32(nTileIndex, bTile))
{
// Warning/Error message already displayed.
return(false);
}
nTileIndex++;
}
// Get the next match.
mxTile = mxTile.NextMatch();
}
}
if (nCurrByte != 32)
{
// too few data bytes for tile
m_doc.ErrorString("Too few data bytes in tile #{0} of sprite '{0}'", nTileIndex, s.Name);
return(false);
}
}
}
if (nTileIndex != s.NumTiles)
{
// incorrect number of tiles for this sprite - too few
m_doc.ErrorString("Too few tiles specified for sprite '{0}' (expected {1})", s.Name, nNumTiles);
return(false);
}
return(true);
}
private bool LoadXML_OLD_sprite(Sprite s, XmlNodeList xnl)
{
int nNumTiles = s.NumTiles;
int nTileIndex = 0;
foreach (XmlNode xn in xnl)
{
if (xn.Name == "tile")
{
if (nTileIndex >= nNumTiles)
{
// too many tiles in sprite
m_doc.ErrorString("Too many tiles specified for sprite '{0}' (expected {1})", s.Name, nNumTiles);
return false;
}
uint[] bTile = new uint[32];
int nCurrByte = 0;
Regex rxTile = new Regex(@"\s*0x([0-9A-Fa-f]{2})\s*,");
Match mxTile = rxTile.Match(xn.InnerText);
if (mxTile.Success)
{
while (mxTile.Success)
{
GroupCollection matchGroups = mxTile.Groups;
if (nCurrByte >= 32)
{
// too many data bytes in tile
m_doc.ErrorString("Too many data bytes in tile #{0} of sprite '{0}'", nTileIndex, s.Name);
return false;
}
bTile[nCurrByte] = Convert.ToUInt32(matchGroups[1].Value, 16);
nCurrByte++;
if (nCurrByte == 32)
{
// After we've read 32 bytes, import the tile into the sprite.
if (!s.ImportTile32(nTileIndex, bTile))
{
// Warning/Error message already displayed.
return false;
}
nTileIndex++;
}
// Get the next match.
mxTile = mxTile.NextMatch();
}
}
if (nCurrByte != 32)
{
// too few data bytes for tile
m_doc.ErrorString("Too few data bytes in tile #{0} of sprite '{0}'", nTileIndex, s.Name);
return false;
}
}
}
if (nTileIndex != s.NumTiles)
{
// incorrect number of tiles for this sprite - too few
m_doc.ErrorString("Too few tiles specified for sprite '{0}' (expected {1})", s.Name, nNumTiles);
return false;
}
return true;
}