CTileLoader::CTileLoader(CExeFile &Exefile)
{
m_episode = Exefile.getEpisode();
m_version = Exefile.getEXEVersion();
m_data = Exefile.getRawData();
m_offset = 0;
setupOffsetMap();
}
bool CGameLauncher::scanExecutables(const std::string& path)
{
bool result = false;
gLogging.ftextOut("Search: %s<br>", path.c_str() );
// Episode 1-6 and 7 stands for Keen Dreams
for(int i = 1; i <= 7; ++i)
{
CExeFile executable;
// Load the exe into memory
if(!executable.readData(i, path))
continue;
// Process the exe for type
GameEntry newentry;
newentry.crcpass = executable.getEXECrc();
newentry.version = executable.getEXEVersion();
newentry.supported = executable.Supported();
newentry.episode = i;
newentry.path = path;
newentry.exefilename = executable.getFileName();
// Check for an existing custom label for the menu
newentry.name = scanLabels(executable.getFileName());
std::string verstr;
std::string gamespecstring = "Detected game Name: " + executable.getFileName();
if( newentry.version<=0 ) // Version couldn't be read!
{
verstr = "unknown";
gamespecstring += " (Unknown Version)<br>";
}
else
{
verstr = "v" + itoa(newentry.version/100) + "." + itoa(newentry.version%100);
gamespecstring += " Version: ";
gamespecstring += verstr;
gamespecstring += "<br>";
}
if( newentry.name.length() <= 0 )
{
newentry.name = filterGameName(newentry.path);
}
newentry.name += " ";
// Save the type information about the exe
m_Entries.push_back(newentry);
gLogging.textOut(gamespecstring);
// The original episode 1 exe is needed to load gfx's for game launcher menu
if ( m_ep1slot <= -1 && newentry.crcpass == true )
{
m_ep1slot = m_Entries.size()-1;
gLogging.ftextOut(" Using for in-game menu resources<br>" );
}
result = true;
}
return result;
}
COrderingInfo::COrderingInfo( CExeFile &ExeFile ) {
std::string datadirectory = ExeFile.getDataDirectory();
char episode = ExeFile.getEpisode();
mp_Scrollsurface = g_pVideoDriver->mp_VideoEngine->getScrollSurface();
CMapLoader Maploader(&m_Map);
Maploader.load(episode, 90, datadirectory);
m_Map.gotoPos( 22<<4, 32 );
// Get the offset where in the data the info is...
size_t offset = 0;
switch(episode)
{
case 1:
m_starty = 4; // start of y-coordinate in textheights
m_numberoflines = 21; // numberof lines to print
if(ExeFile.getEXEVersion() == 131)
offset = 0x1652B-512;
// Change the ugly lower Tiles which are seen, when using 320x240 base resolution
for(int i=0; i<20 ; i++)
{
m_Map.changeTile(22+i, 15, 14*13);
m_Map.changeTile(22+i, 16, 14*13+3);
}
break;
case 2:
m_starty = 3; // start of y-coordinate in textheights
m_numberoflines = 19; // numberof lines to print
m_Map.gotoPos( 22<<4, 28 );
if(ExeFile.getEXEVersion() == 131)
offset = 0x1ACD9-512;
break;
case 3:
m_starty = 4; // start of y-coordinate in textheights
m_numberoflines = 17; // numberof lines to print
if(ExeFile.getEXEVersion() == 131)
offset = 0x1CDED-512;
break;
}
m_Map.drawAll();
// Read the strings and save them the string array of the class
if(offset)
{
char *data;
data = (char*)ExeFile.getRawData() + offset;
std::string buf;
for(int i=0 ; i<m_numberoflines ; i++)
{
if(*data == '\0')
{
data++;
while(*data == '\0')
data++;
}
while(*data != '\n' and *data != '\0') // For the next line
{
buf.push_back(*data);
data++;
}
data++;
m_Textline.push_back(buf);
buf.clear();
}
}
//This just makes them all line up exactly like in the original games.
switch(episode)
{
case 1:
m_Textline[1] = " " + m_Textline[1];
m_Textline[2] = m_Textline[2] + " ";
m_Textline[3] = m_Textline[3] + " ";
m_Textline[4] = " " + m_Textline[4];
m_Textline[5] = " " + m_Textline[5];
m_Textline[6] = " " + m_Textline[6];
m_Textline[8] = m_Textline[8] + " ";
m_Textline[9] = m_Textline[9] + " ";
m_Textline[10] = m_Textline[10] + " ";
m_Textline[11] = m_Textline[11] + " ";
m_Textline[13] = m_Textline[13] + " ";
m_Textline[14] = m_Textline[14] + " ";
m_Textline[15] = m_Textline[15] + " ";
m_Textline[20] = m_Textline[20] + " ";
break;
case 2:
m_Textline[2] = m_Textline[2] + " ";
m_Textline[4] = m_Textline[4] + " ";
m_Textline[5] = m_Textline[5] + " ";
m_Textline[6] = m_Textline[6] + " ";
m_Textline[7] = m_Textline[7] + " ";
m_Textline[8] = m_Textline[8] + " ";
m_Textline[10] = m_Textline[10] + " ";
m_Textline[11] = m_Textline[11] + " ";
m_Textline[12] = m_Textline[12] + " ";
m_Textline[13] = m_Textline[13] + " ";
m_Textline[15] = m_Textline[15] + " ";
m_Textline[16] = m_Textline[16] + " ";
break;
case 3:
m_Textline[0] = m_Textline[0] + " ";
m_Textline[1] = m_Textline[1] + " ";
m_Textline[2] = m_Textline[2] + " ";
m_Textline[4] = m_Textline[4] + " ";
m_Textline[5] = m_Textline[5] + " ";
m_Textline[6] = m_Textline[6] + " ";
m_Textline[7] = m_Textline[7] + " ";
m_Textline[8] = m_Textline[8] + " ";
m_Textline[10] = m_Textline[10] + " ";
m_Textline[11] = m_Textline[11] + " ";
m_Textline[12] = m_Textline[12] + " ";
m_Textline[13] = m_Textline[13] + " ";
m_Textline[16] = m_Textline[16] + " ";
break;
}
}