chore: cleanup day 7 #10
							
								
								
									
										1000
									
								
								day07/input2.txt
									
									
									
									
									
										Normal file
									
								
							
							
						
						
									
										1000
									
								
								day07/input2.txt
									
									
									
									
									
										Normal file
									
								
							
										
											
												File diff suppressed because it is too large
												Load Diff
											
										
									
								
							
							
								
								
									
										146
									
								
								day07/main.go
									
									
									
									
									
								
							
							
						
						
									
										146
									
								
								day07/main.go
									
									
									
									
									
								
							@ -26,7 +26,7 @@ func main() {
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}
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func run(scan *bufio.Scanner) (uint64, uint64) {
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	var game Game
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	var game1, game2 Game
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	for scan.Scan() {
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		var cards string
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@ -37,15 +37,18 @@ func run(scan *bufio.Scanner) (uint64, uint64) {
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		}
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		fmt.Println("cards", cards, "bid", bid)
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		game.plays = append(game.plays, Play{bid, []rune(cards), &game})
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		game1.Append(cards, bid)
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		game2.Append(cards, bid)
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	}
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	game.cardOrder = getOrder(cardTypes1)
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	product1 := calcProduct(game)
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	game1.cardTypes = cardTypes1
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	game1.cardOrder = getOrder(cardTypes1)
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	product1 := calcProduct(game1)
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	game.cardOrder = getOrder(cardTypes2)
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	game.wildCard = 'J'
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	product2 := calcProduct(game)
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	game2.cardTypes = cardTypes2
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	game2.cardOrder = getOrder(cardTypes2)
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	game2.wildCard = 'J'
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	product2 := calcProduct(game2)
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	return product1, product2
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}
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@ -53,7 +56,7 @@ func run(scan *bufio.Scanner) (uint64, uint64) {
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var cardTypes1 = []rune{'A', 'K', 'Q', 'J', 'T', '9', '8', '7', '6', '5', '4', '3', '2'}
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var cardTypes2 = []rune{'A', 'K', 'Q', 'T', '9', '8', '7', '6', '5', '4', '3', '2', 'J'}
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func calcProduct(game Game) uint64 {
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func calcProduct(game Game) uint64 {	
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	sort.Sort(game.plays)
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	var product uint64
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@ -76,92 +79,108 @@ func getOrder(cardTypes []rune) map[rune]int {
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type Game struct {
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	plays     Plays
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	cardOrder map[rune]int
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	cardTypes []rune
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	wildCard  rune
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}
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func (g *Game) Append(cards string, bid int) {
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	p := Play{bid: bid, hand: []rune(cards), game: g}
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	g.plays = append(g.plays, p)
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}
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type Play struct {
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	bid  int
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	hand Hand
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	cardCounts map[rune]int
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    strength int
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	game *Game
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}
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type Hand []rune
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func (h Play) HandType() string {
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	hc, _ := h.HighCard()
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	switch {
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	case h.IsFiveOfKind():
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func (h *Play) HandType() string {
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	hs := h.HandStrength()
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	kind := hs& 0xf00000
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	hc := h.game.cardTypes[13-hs&0xf0000>>16]
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	switch kind {
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	case 0x700000:
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		return "5K-" + string(hc)
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	case h.IsFourOfKind():
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	case 0x600000:
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		return "4K-" + string(hc)
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	case h.IsFullHouse():
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	case 0x500000:
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		return "FH-" + string(hc)
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	case h.IsThreeOfKind():
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	case 0x400000:
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		return "3K-" + string(hc)
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	case h.IsTwoPair():
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	case 0x300000:
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		return "2P-" + string(hc)
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	case h.IsOnePair():
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	case 0x200000:
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		return "1P-" + string(hc)
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	case h.IsHighCard():
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	case 0x100000:
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		return "HC-" + string(hc)
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	}
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	return "Uno"
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}
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func (h Play) HandStrength() int {
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	_, v := h.HighCard()
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func (p *Play) HandStrength() int {
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	_, v := p.HighCard()
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	switch {
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	case h.IsFiveOfKind():
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		return 0x700000 | v
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	case h.IsFourOfKind():
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		return 0x600000 | v
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	case h.IsFullHouse():
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		return 0x500000 | v
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	case h.IsThreeOfKind():
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		return 0x400000 | v
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	case h.IsTwoPair():
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		return 0x300000 | v
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	case h.IsOnePair():
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		return 0x200000 | v
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	case h.IsHighCard():
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		return 0x100000 | v
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	case p.IsFiveOfKind():
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		p.strength = 0x700000 | v
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	case p.IsFourOfKind():
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		p.strength = 0x600000 | v
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	case p.IsFullHouse():
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		p.strength = 0x500000 | v
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	case p.IsThreeOfKind():
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		p.strength = 0x400000 | v
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	case p.IsTwoPair():
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		p.strength = 0x300000 | v
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	case p.IsOnePair():
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		p.strength = 0x200000 | v
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	case p.IsHighCard():
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		p.strength = 0x100000 | v
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	}
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	return 0
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	return p.strength
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}
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func (h Play) IsFiveOfKind() bool {
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	_, _, _, _, has5 := h.game.hasSame(h.hand)
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	_, _, _, _, has5 := h.game.hasSame(h.cardCounts)
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	return has5
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}
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func (h Play) IsFourOfKind() bool {
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	_, _, _, has4, _ := h.game.hasSame(h.hand)
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	_, _, _, has4, _ := h.game.hasSame(h.cardCounts)
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	return has4
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}
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func (h Play) IsFullHouse() bool {
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	_, has2, has3, _, _ := h.game.hasSame(h.hand)
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	_, has2, has3, _, _ := h.game.hasSame(h.cardCounts)
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	return has3 && has2
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}
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func (h Play) IsThreeOfKind() bool {
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	has1, _, has3, _, _ := h.game.hasSame(h.hand)
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	has1, _, has3, _, _ := h.game.hasSame(h.cardCounts)
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	return has3 && has1
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}
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func (h Play) IsTwoPair() bool {
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	_, has2, has3, _, _ := h.game.hasSame(h.hand)
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	return !has3 && has2 && h.game.pairs(h.hand) == 2
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	_, has2, has3, _, _ := h.game.hasSame(h.cardCounts)
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	return !has3 && has2 && h.game.pairs(h.cardCounts) == 2
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}
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func (h Play) IsOnePair() bool {
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	_, has2, has3, _, _ := h.game.hasSame(h.hand)
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	return !has3 && has2 && h.game.pairs(h.hand) == 1
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	_, has2, has3, _, _ := h.game.hasSame(h.cardCounts)
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	return !has3 && has2 && h.game.pairs(h.cardCounts) == 1
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}
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func (h Play) IsHighCard() bool {
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	has1, has2, has3, has4, _ := h.game.hasSame(h.hand)
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	has1, has2, has3, has4, _ := h.game.hasSame(h.cardCounts)
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	return has1 && !has2 && !has3 && !has4
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}
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func (h Play) HighCard() (rune, int) {
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func (h *Play) HighCard() (rune, int) {
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	if h.cardCounts == nil {
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		h.generateCounts()
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	}
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	var i int
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	pairs := make(Pairs, 5)
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	cnt := h.game.Counts(h.hand)
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	for r, c := range cnt {
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	for r, c := range h.cardCounts {
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		pairs[i].c = c
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		pairs[i].r = r
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		pairs[i].o = h.game.cardOrder[r]
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@ -204,29 +223,32 @@ func (p Plays) Len() int           { return len(p) }
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func (p Plays) Less(i, j int) bool { return p[i].HandStrength() < p[j].HandStrength() }
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func (p Plays) Swap(i, j int)      { p[i], p[j] = p[j], p[i] }
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func (g *Game) Counts(cards []rune) map[rune]int {
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	m := make(map[rune]int, len(g.cardOrder))
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	for _, c := range cards {
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		m[c]++
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func (p *Play) generateCounts() {
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	cardOrder := p.game.cardOrder
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	wildCard := p.game.wildCard
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	p.cardCounts = make(map[rune]int, len(cardOrder))
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	for _, c := range p.hand {
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		p.cardCounts[c]++
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	}
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	if g.wildCard != 0 && m[g.wildCard] > 0 {
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	if wildCard != 0 && p.cardCounts[wildCard] > 0 {
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		var maxK rune
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		var maxV int
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		for k, v := range m {
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			if k != g.wildCard && v > maxV {
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		for k, v := range p.cardCounts {
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			if k != wildCard && v > maxV {
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				maxK, maxV = k, v
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			}
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		}
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		if maxK != 0 {
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			m[maxK] += m[g.wildCard]
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			delete(m, g.wildCard)
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			p.cardCounts[maxK] += p.cardCounts[wildCard]
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			delete(p.cardCounts, wildCard)
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		}
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	}
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	return m
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}
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func (g *Game) hasSame(cards []rune) (has1, has2, has3, has4, has5 bool) {
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	cnt := g.Counts(cards)
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	for _, c := range cnt {
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func (g *Game) hasSame(counts map[rune]int) (has1, has2, has3, has4, has5 bool) {
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	for _, c := range counts {
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		switch c {
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		case 1:
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			has1 = true
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@ -246,9 +268,9 @@ func (g *Game) hasSame(cards []rune) (has1, has2, has3, has4, has5 bool) {
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	}
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	return
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}
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func (g *Game) pairs(cards []rune) int {
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func (g *Game) pairs(counts map[rune]int) int {
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	pairs := 0
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	for _, n := range g.Counts(cards) {
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	for _, n := range counts {
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		if n == 2 {
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			pairs++
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		}
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@ -26,18 +26,21 @@ func TestHands(t *testing.T) {
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	var game Game
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	game.cardOrder = getOrder(cardTypes1)
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	h := Play{0, []rune("AAA23"), &game}
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	h := Play{hand: []rune("AAA23"), game: &game}
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	// h.generateCounts()
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	is.Equal(h.HandType(), "3K-A")
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	h = Play{0, []rune("JJJJJ"), &game}
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	h = Play{hand: []rune("JJJJJ"), game:&game}
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	h.generateCounts()
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	is.Equal(h.HandType(), "5K-J")
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	is.Equal(fmt.Sprintf("%x", h.HandStrength()), "7aaaaa")
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	h = Play{0, []rune("KKKKJ"), &game}
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	h = Play{hand: []rune("KKKKJ"), game: &game}
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	is.Equal(h.HandType(), "4K-K")
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	is.Equal(fmt.Sprintf("%x", h.HandStrength()), "6cccca")
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		||||
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		||||
	h = Play{0, []rune("QQQJA"), &game}
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	h = Play{hand: []rune("QQQJA"), game: &game}
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		||||
	is.Equal(h.HandType(), "3K-Q")
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	is.Equal(fmt.Sprintf("%x", h.HandStrength()), "4bbbad")
 | 
			
		||||
}
 | 
			
		||||
 | 
			
		||||
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