func disqualifyPlayer(player *player.Entity, table *table.Entity, log *log.Entity, reason string) {
player.Kill()
disqualifiedPlayerFaceupDeck := table.FaceupDecks()[player.Name()]
if disqualifiedPlayerFaceupDeck[0] != 0 {
disqualifiedPlayerFaceupDeck[1] = disqualifiedPlayerFaceupDeck[0]
}
disqualifiedPlayerFaceupDeck[0] = player.Deck().TakeTopCard()
if player.Deck().Size() > 0 {
disqualifiedPlayerFaceupDeck := table.FaceupDecks()[player.Name()]
if disqualifiedPlayerFaceupDeck[0] != 0 {
disqualifiedPlayerFaceupDeck[1] = disqualifiedPlayerFaceupDeck[0]
}
disqualifiedPlayerFaceupDeck[0] = player.Deck().TakeTopCard()
}
log.CreateDisqualify(reason)
}
func revealCard(player *player.Entity, table *table.Entity, log *log.Entity) int {
var cardLoss int
lossChoice := player.Strategy().GetLossChoice(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck())
if lossChoice == 0 {
cardLoss = player.Deck().TakeBottomCard()
} else if lossChoice == 1 {
cardLoss = player.Deck().TakeTopCard()
} else {
disqualifyPlayer(player, table, log, "invalid logChoice value"+strconv.Itoa(lossChoice))
cardLoss = 0
}
if !player.Dead() {
losingPlayerFaceupDeck := table.FaceupDecks()[player.Name()]
if losingPlayerFaceupDeck[0] != 0 {
losingPlayerFaceupDeck[1] = losingPlayerFaceupDeck[0]
}
losingPlayerFaceupDeck[0] = cardLoss
if table.FaceupDecks()[player.Name()][0] != 0 && table.FaceupDecks()[player.Name()][1] != 0 {
player.Kill()
}
}
return cardLoss
}
//order of turn operation:
//1. Assign action and target
//2. Check general challenge concerning action
//3. Check block from targeted player
//4. Check challenge concerning block from source player
//5. Set action results given challenge/block success
func DoTurn(player *player.Entity, otherPlayers []*player.Entity, log *log.Entity, table *table.Entity, turnCounter int) (*log.Entity, *table.Entity) {
log.SetPlayerName(player.Name())
action := player.Strategy().GetAction(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck())
targetedPlayer := player //set default - not used unless assassinate or steal happens
log.SetActionName(action)
challengeLoss := false
var target string
//mid-game coin outputs
// fmt.Print(player.Name() + ": ")
// fmt.Print(player.Coins())
// fmt.Println()
if !player.Dead() && action != "tax" && action != "income" && action != "foreign_aid" && action != "coup" && action != "steal" && action != "assassinate" && action != "exchange" && action != "coup" {
disqualifyPlayer(player, table, log, "Player attempted invalid action "+action)
}
if action != "coup" && player.Coins() >= 10 && !player.Dead() {
disqualifyPlayer(player, table, log, "Player had 10+ coins and did not coup")
}
if action == "coup" && player.Coins() < 7 && !player.Dead() {
disqualifyPlayer(player, table, log, "Player had "+strconv.Itoa(player.Coins())+" coins and needed 7 to Coup")
}
if action == "assassinate" && !player.Dead() {
if player.Coins() < 3 {
disqualifyPlayer(player, table, log, "Player had "+strconv.Itoa(player.Coins())+" coins and needed 3 to Assassinate")
} else {
player.AddCoins(-3)
}
}
//get target for certain actions
if action == "steal" || action == "assassinate" || action == "coup" && !player.Dead() {
target = player.Strategy().GetTarget(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck())
if validLiveOtherPlayerName(otherPlayers, target) {
targetedPlayer = playerByName(otherPlayers, target)
log.CreateTarget(target)
} else {
disqualifyPlayer(player, table, log, "Target '"+target+"' is not a valid opposing-player name")
}
}
//top-level challenge logic - it can only happen with these actions
if (action == "tax" || action == "steal" || action == "assassinate" || action == "exchange") && !player.Dead() {
for i := 0; i < len(otherPlayers); i++ {
if !otherPlayers[i].Dead() && otherPlayers[i].Strategy().GetChallenge(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), otherPlayers[i].Deck()) {
challengeSuccess := !player.Deck().HasCardForAction(action)
losingPlayer := player
if challengeSuccess {
challengeLoss = true
losingPlayer = player
} else {
losingPlayer = otherPlayers[i]
var cardValue int
switch action {
case "tax":
cardValue = 1
case "steal":
cardValue = 2
case "assassinate":
cardValue = 3
case "block":
cardValue = 4
case "exchange":
cardValue = 5
}
swapChallengedCard(player, table, log, cardValue)
}
log.CreateChallenge(otherPlayers[i].Name(), challengeSuccess)
cardLoss := revealCard(losingPlayer, table, log)
log.CreateChallengeCardLoss(cardLoss)
break
}
}
}
if (action == "steal" || action == "assassinate") && !player.Dead() && !challengeLoss && !targetedPlayer.Dead() {
if targetedPlayer.Strategy().GetBlock(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), targetedPlayer.Deck()) {
log.CreateBlock()
var blockCardClaim int
if action == "steal" {
blockCardClaim = targetedPlayer.Strategy().GetStealBlockCardChoice(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), targetedPlayer.Deck())
log.CreateBlockCardClaim(blockCardClaim)
if blockCardClaim != 2 && blockCardClaim != 5 {
disqualifyPlayer(targetedPlayer, table, log, "Block card '"+strconv.Itoa(blockCardClaim)+"' is not valid for blocking steal'")
}
}
if player.Strategy().GetChallenge(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck()) {
var neededCardAction string
if action == "steal" {
if blockCardClaim == 2 {
neededCardAction = "steal"
} else if blockCardClaim == 5 {
neededCardAction = "exchange"
} else {
disqualifyPlayer(targetedPlayer, table, log, "Block card '"+strconv.Itoa(blockCardClaim)+"' is not valid for blocking steal'")
}
} else if action == "assassinate" {
neededCardAction = "block"
}
challengeSuccess := !targetedPlayer.Deck().HasCardForAction(neededCardAction)
losingPlayer := player
var cardValue int
if challengeSuccess {
losingPlayer = targetedPlayer
} else {
challengeLoss = true
losingPlayer = player
switch neededCardAction {
case "tax":
cardValue = 1
case "steal":
cardValue = 2
case "assassinate":
cardValue = 3
case "block":
cardValue = 4
case "exchange":
cardValue = 5
}
swapChallengedCard(targetedPlayer, table, log, cardValue)
}
log.CreateBlockChallenge(challengeSuccess)
cardLoss := revealCard(losingPlayer, table, log)
log.CreateBlockChallengeCardLoss(cardLoss)
} else {
challengeLoss = true
}
}
}
if action == "foreign_aid" && !player.Dead() && !challengeLoss && !targetedPlayer.Dead() {
for i := 0; i < len(otherPlayers); i++ {
if !otherPlayers[i].Dead() && otherPlayers[i].Strategy().GetBlock(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), otherPlayers[i].Deck()) {
log.CreateBlock()
challengeLoss = true
log.CreateBlocker(otherPlayers[i].Name())
if player.Strategy().GetChallenge(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck()) {
challengeSuccess := !otherPlayers[i].Deck().HasCardForAction("tax")
losingPlayer := player
if challengeSuccess {
losingPlayer = otherPlayers[i]
challengeLoss = false
} else {
losingPlayer = player
swapChallengedCard(otherPlayers[i], table, log, 1)
}
log.CreateBlockChallenge(challengeSuccess)
cardLoss := revealCard(losingPlayer, table, log)
log.CreateBlockChallengeCardLoss(cardLoss)
}
break
}
}
}
if action == "income" {
player.AddCoins(1)
table.AddCoins(-1)
}
if action == "foreign_aid" && !challengeLoss && !player.Dead() {
player.AddCoins(2)
table.AddCoins(-2)
}
if (action == "tax" || action == "steal" || action == "coup") && !player.Dead() {
targetedPlayer = playerByName(otherPlayers, target)
}
if action == "tax" && !challengeLoss && !player.Dead() {
player.AddCoins(3)
table.AddCoins(-3)
}
if action == "steal" && !challengeLoss && !player.Dead() {
player.AddCoins(2)
targetedPlayer.AddCoins(-2)
}
if action == "coup" && !player.Dead() {
player.AddCoins(-7)
log.CreateCardKilled(revealCard(targetedPlayer, table, log))
}
if action == "assassinate" && !challengeLoss && !player.Dead() && !targetedPlayer.Dead() {
log.CreateCardKilled(revealCard(targetedPlayer, table, log))
}
if action == "exchange" && !challengeLoss && !player.Dead() {
table.CenterDeck().ShuffleCards()
player.Deck().ShuffleCards()
c1 := table.CenterDeck().TakeCards(1)[0]
c2 := table.CenterDeck().TakeCards(1)[0]
player.Deck().GiveCards([]int{c1, c2})
r1, r2 := player.Strategy().GetExchangeReturnChoices(log, table.PlayerNames(), table.PlayerCoins(), table.FaceupDecks(), player.Deck())
if !player.Deck().HasCards(r1, r2) {
disqualifyPlayer(player, table, log, "Player gave invalid card returns "+strconv.Itoa(r1)+","+strconv.Itoa(r2))
table.CenterDeck().GiveCards([]int{c1, c2})
} else {
fourCards := player.Deck().TakeCards(player.Deck().Size())
returnToTableCards := make([]int, 2)
r1found := false
r2found := false
for i := range fourCards {
var index int
if returnToTableCards[1] == 0 {
index = 1
}
if returnToTableCards[0] == 0 {
index = 0
}
if fourCards[i] == r1 && !r1found {
r1found = true
returnToTableCards[index] = fourCards[i]
} else if fourCards[i] == r2 && !r2found {
r2found = true
returnToTableCards[index] = fourCards[i]
} else {
player.Deck().GiveCards([]int{fourCards[i]})
}
}
table.CenterDeck().GiveCards(returnToTableCards)
player.Deck().ShuffleCards()
}
}
if table.FaceupDecks()[player.Name()][0] != 0 && table.FaceupDecks()[player.Name()][1] != 0 {
player.Kill()
}
for i := 0; i < len(otherPlayers); i++ {
if table.FaceupDecks()[otherPlayers[i].Name()][0] != 0 && table.FaceupDecks()[otherPlayers[i].Name()][1] != 0 {
otherPlayers[i].Kill()
}
}
return log, table
}
func swapChallengedCard(player *player.Entity, table *table.Entity, log *log.Entity, card int) {
table.CenterDeck().GiveCards([]int{card})
table.CenterDeck().ShuffleCards()
player.Deck().ReplaceCardWithCard(card, table.CenterDeck().TakeCards(1)[0])
}