func ParsePlayers(inputFilename string) []Player {
mappedRows := baseutil.MapReader(inputFilename)
players := make([]Player, len(mappedRows))
for i, row := range mappedRows {
firstName := row["First Name"]
lastName := row["Last Name"]
gender, err := StringToGender(row["Gender"])
baseutil.Check(err)
rating, err := strconv.ParseFloat(row["Balanced Rating"], 32)
baseutil.Check(err)
players[i] = Player{
Name{firstName, lastName}, float32(rating), gender, uint8(0), []Name{}}
}
return players
}
// ParseBaggages has the side effect of setting the .baggage for all Players
func ParseBaggages(inputFilename string, players []Player) {
for _, baggage := range baseutil.MapReader(inputFilename) {
playerPointer, err := FindPlayer(
players, Name{baggage["firstname1"], baggage["lastname1"]})
baseutil.Check(err)
playerPointer.baggages = append(
playerPointer.baggages, Name{baggage["firstname2"], baggage["lastname2"]})
newLog.Debug("Found baggage of %v for %v",
playerPointer.baggages[len(playerPointer.baggages)-1], playerPointer.String())
}
}
func NewGame() (state GameState) {
// Combine two decks to make our game deck
newDeck := deck.NewDeck(false)
newDeck2 := deck.NewDeck(false)
newDeck.Cards = append(newDeck.Cards, newDeck2.Cards...)
newDeck.Shuffle()
// All cards start in the stock, and our foundations start empty
state.Stock.Cards = newDeck.Cards
state.Foundations = make([]deck.Deck, 8)
// Populate our tableaus with cards off the stock
state.Tableaus = make([]deck.Deck, 10)
for i, _ := range state.Tableaus {
for j := 0; j < numStartingCardsPerTableau; j++ {
card, err := state.popFromStock()
baseutil.Check(err)
state.Tableaus[i].Cards = append(state.Tableaus[i].Cards, card)
}
}
state.updateScore()
return
}
