/**
* instantiate a strategy from a config property. requires conf to have already been set (as well
* as anything the provider might need to read).
*/
RegionGroupingStrategy getStrategy(
final Configuration conf, final String key, final String defaultValue) throws IOException {
Class<? extends RegionGroupingStrategy> clazz;
try {
clazz = Strategies.valueOf(conf.get(key, defaultValue)).clazz;
} catch (IllegalArgumentException exception) {
// Fall back to them specifying a class name
// Note that the passed default class shouldn't actually be used, since the above only fails
// when there is a config value present.
clazz = conf.getClass(key, IdentityGroupingStrategy.class, RegionGroupingStrategy.class);
}
LOG.info("Instantiating RegionGroupingStrategy of type " + clazz);
try {
final RegionGroupingStrategy result = clazz.newInstance();
result.init(conf);
return result;
} catch (InstantiationException exception) {
LOG.error(
"couldn't set up region grouping strategy, check config key " + REGION_GROUPING_STRATEGY);
LOG.debug("Exception details for failure to load region grouping strategy.", exception);
throw new IOException("couldn't set up region grouping strategy", exception);
} catch (IllegalAccessException exception) {
LOG.error(
"couldn't set up region grouping strategy, check config key " + REGION_GROUPING_STRATEGY);
LOG.debug("Exception details for failure to load region grouping strategy.", exception);
throw new IOException("couldn't set up region grouping strategy", exception);
}
}
public static void main(String[] args) {
if (args.length != 1) {
System.out.println(
"Usage: java FoosBasic GAMEID"
+ "\n\tGAMEID = 0 creates a new game"
+ "\n\tGAMEID = WXYZ connect to a specific game");
return;
}
// Connect to a FoosGame with id from the command line
FoosGame game = new FoosGame(args[0]);
// Initial roster: select the better ones with high probability
// TODO: might be more aggressive about this
myType = Strategies.chooseInitType(GAME_TYPE_RESULT);
if (v) {
System.out.println("the type is:" + myType);
System.out.println("the row assignment is:" + Arrays.toString(Strategies.INIT_TYPES[myType]));
}
int[] roster = helper.rowNumToRoster(Strategies.INIT_TYPES[myType]);
if (v) {
System.out.println("my roaster: " + Arrays.toString(roster));
}
System.out.println("{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{");
int[] game_state;
while (true) {
// Send the roster and get the game state
game_state = game.make_move(roster);
if (game_state[2] == 4 * ITER_PER_QUARTER) break;
// keep track of performance
if (game_state[0] > teamScore) {
GAME_TYPE_RESULT[myType] += 1;
}
// Use the game state to determine the next move
if (game_state[2] % ITER_PER_QUARTER == 0)
roster = helper.rowNumToRoster(Strategies.INIT_TYPES[myType]);
else roster = new_move(game_state);
}
System.out.println("Final Score: " + game_state[0] + " - " + game_state[1]);
if (game_state[0] > game_state[1]) System.out.println("WIN!");
if (game_state[0] == game_state[1]) System.out.println("Tie Game");
}
/**
* Determine a roster for the next round from the current game state. Input: game_state[0]: team
* score game_state[1]: opponent team score game_state[2]: game round number game_state[3]: row
* number of the ball game_state[4 ]-[ 29]: team foosplayer row positions game_state[30]-[ 55]:
* team foosplayer fatigues game_state[56]-[ 81]: opponent foosplayer row positions
* game_state[81]-[107]: opponent foosplayer fatigues Output: roster[0]-[NUM_FOOSPLAYERS-1]: team
* foosplayer row positions for next round
*/
public static int[] new_move(int[] game_state) {
// Trivial strategy, null move
return Strategies.movePlayerTowardBall(game_state);
}