/**
* This method does the actual trade by interacting with the bank and the Current Player to
* ascertain the port type and what if they can trade or not.
*
* @pre the resource types it receives are valid, and that tradeIn is what the player performing
* the trade already has
* @throws Exception
*/
public void doMaritimeTrade(ResourceType tradeIn, ResourceType receive) throws Exception {
if (canDoPlayerDoMaritimeTrade(tradeIn, receive)) {
ResourceCard[] tradingCards = currentPlayer.prepareBankTrade(tradeIn);
bank.playerTurnInResources(tradingCards);
currentPlayer.getResourceCardHand().addCard(bank.playerTakeResource(receive));
} else throw new Exception("Cannot do Maritime Trade");
}
/**
* The art of placing a settlement on the vertex.
*
* @pre the Can do is true
* @param vertexLocation
* @throws Exception
* @post a settlement is placed on a vertex
*/
public void placeSettlementOnVertex(int UserId, VertexLocation vertexLocation) throws Exception {
if (canDoPlaceSettlementOnVertex(UserId, vertexLocation) == false) {
throw new Exception(
"Cannot build Settlement on this vertex, this should not have been allowed to get this far.");
}
// If we are in the first two rounds of the game
if (turnNumber < 2) {
board.placeInitialSettlementOnVertex(currentPlayer, vertexLocation);
versionNumber++;
// Here we collect the resources for the second placed settlement in setup round
if (turnNumber == 1) {
Hex[] adjacentHexes = board.getVertex(vertexLocation).getAdjacentHexes();
for (Hex hex : adjacentHexes) {
if (hex != null) {
ResourceType hexResourceType = hex.getHexResourceType();
ResourceCard card = bank.playerTakeResource(hexResourceType);
currentPlayer.getResourceCardHand().addCard(card);
}
}
}
} else {
board.placeSettlementOnVertex(currentPlayer, vertexLocation);
versionNumber++;
}
}
/**
* This card is special because it is the only development card that references the bank, so
* additional checks need to be made, and so for security reasons it gets its own method to do so.
*/
public boolean canDoPlayerUseYearOfPlenty(ResourceType[] resourceType, int userID) {
// This is important because the bank not have the cards they need.
if (currentPlayer.getPlayerId() == userID) {
if (resourceType.length == 1) {
if (!canDoPlayerTake2OfResource(resourceType[0])) {
return false;
}
} else {
for (int i = 0; i < resourceType.length; i++) {
if (!bank.canDoPlayerTakeResource(resourceType[i])) return false;
}
}
return currentPlayer.canDoPlayDevelopmentCard(turnNumber, DevCardType.YEAR_OF_PLENTY);
}
return false;
}
/**
* For Year of Plenty Retrieves whether the player can take 2 of the specified resource from the
* bank
*
* @param resourceType
* @return whether the player can take 2 of the specified resource from the bank
*/
public boolean canDoPlayerTake2OfResource(ResourceType resourceType) {
return bank.canDoPlayerTake2OfResource(resourceType);
}
/**
* TODO Javadoc and Implement
*
* @param devCardType
* @param resourceType
* @return
* @throws Exception
*/
public boolean useDevelopmentCard(
int userID, DevCardType devCardType, ResourceType[] resourceType) throws Exception {
if (currentPlayer.getPlayerId() == userID) {
if (currentPlayer.canDoPlayDevelopmentCard(turnNumber, devCardType)) {
switch (devCardType) {
case MONOPOLY:
if (resourceType == null || resourceType.length > 1) {
throw new Exception("Trying to use monopoly on more than one resource!");
}
// Declare a Resource the player wants, and then extract it from all players who have
// it.
for (int i = 0; i < players.length; i++) {
if (players[i] != currentPlayer) {
// If not the current player, ask the player for an Array list of it's resource card
// of that type
currentPlayer
.conformToMonopoly(resourceType[0])
.addAll(players[i].conformToMonopoly(resourceType[0]));
players[i].conformToMonopoly(resourceType[0]).clear();
}
}
currentPlayer.playDevelopmentCard(turnNumber, DevCardType.MONOPOLY);
currentPlayer.setHasPlayedDevCardThisTurn(true);
setVersionNumber(versionNumber++);
return doWeHaveAWinner();
case YEAR_OF_PLENTY:
if (canDoPlayerUseYearOfPlenty(resourceType, userID)) {
// Add two resources of the types specified to the currentPlayers hand
if (resourceType.length == 1) {
ResourceCard resource = bank.playerTakeResource(resourceType[0]);
// some sneaky idea that realizes conformToMonopoly returns the arraylist of that
// players cards of a specified type.
currentPlayer.conformToMonopoly(resourceType[0]).add(resource);
;
// repeat
resource = bank.playerTakeResource(resource.getResourceType());
currentPlayer.conformToMonopoly(resourceType[0]).add(resource);
} else if (resourceType.length == 2) {
for (int g = 0; g < resourceType.length; g++) {
ResourceCard resource = bank.playerTakeResource(resourceType[g]);
// some sneaky idea that realizes conformToMonopoly returns the arraylist of that
// players cards of a specified type.
currentPlayer.conformToMonopoly(resourceType[g]).add(resource);
}
}
currentPlayer.playDevelopmentCard(turnNumber, DevCardType.YEAR_OF_PLENTY);
currentPlayer.setHasPlayedDevCardThisTurn(true);
setVersionNumber(versionNumber++);
return doWeHaveAWinner();
} else {
throw new Exception("The bank has not what you seek.");
}
default:
throw new Exception("Wrong declaration for a development card of this type.");
}
}
} else {
throw new Exception("You cannot use a development Card");
}
return doWeHaveAWinner();
}
