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|
package game
import (
"fmt"
"strings"
"testing"
"unicode/utf8"
"thehouseoficarus/internal/casino"
"thehouseoficarus/internal/color"
)
func TestCashHuntCommandsAndReceipt(t *testing.T) {
for _, choice := range []string{"100", "pick"} {
t.Run(choice, func(t *testing.T) {
g, s, conn := casinoCrapsGame(t, "name: Vault\ncasino_tables:\n - id: cash_hunt\n game: cash_hunt\n")
s.Player.Options = map[string]any{"color": "none", "casino_hints": "off"}
g.executePlay(s, []string{"cash", "hunt"}, "play cash hunt")
table, ok := g.Casino.Participation(s.Player.Name)
if !ok || table == nil || table.Config.Game != casino.GameCashHunt {
t.Fatal("Cash Hunt alias did not seat player")
}
g.executeCommand(s, "difficulty", []string{"hard"}, "difficulty hard")
conn.data = nil
g.executeBet(s, []string{"1"}, "bet 1")
text := string(conn.data)
preview, hidden := strings.Index(text, "PRIZE PREVIEW"), strings.Index(text, "hidden and mixed")
if preview < 0 || hidden <= preview || !strings.Contains(text, cashHuntCenter("100")) || len(s.Player.PendingWagers) != 1 {
t.Fatalf("preview/shuffle sequence missing: %s", text)
}
if table.Busy(s.Player.Name) {
t.Fatal("choosing must not suppress the input prompt")
}
conn.data = nil
g.doLookTarget(s, "cash hunt")
if strings.Contains(string(conn.data), "PRIZE PREVIEW") || !strings.Contains(string(conn.data), "hidden and mixed") {
t.Fatal("look leaked sealed positions")
}
conn.data = nil
if choice == "pick" {
g.executeCommand(s, "pick", []string{"100"}, "pick 100")
} else {
// Exercise the real input path: a bare square number must survive
// classification instead of being rejected as an unknown verb.
g.handleGameCommand(s, choice)
}
text = string(conn.data)
if strings.Contains(text, "Unknown command") {
t.Fatalf("bare square number rejected: %s", text)
}
if len(s.Player.PendingWagers) != 0 || strings.Count(text, "Returned:") != 1 || !strings.Contains(text, ">100<") {
t.Fatalf("selection/receipt failed: %s", text)
}
conn.data = nil
g.executeCommand(s, "100", nil, "100")
if strings.Contains(string(conn.data), "Returned:") {
t.Fatal("duplicate selection paid again")
}
g.executeCommand(s, "paytable", nil, "paytable")
if !strings.Contains(string(conn.data), "50000x") {
t.Fatal("paytable missing jackpots")
}
})
}
}
func TestCashHuntBareNumberReachesGame(t *testing.T) {
// A player typing any square number, including 1 and 100, must select it.
g, s, conn := casinoCrapsGame(t, "name: Vault\ncasino_tables:\n - id: cash_hunt\n game: cash_hunt\n")
s.Player.Options = map[string]any{"color": "none", "casino_hints": "off"}
g.executePlay(s, []string{"cash", "hunt"}, "play cash hunt")
for _, square := range []string{"1", "9", "10", "99", "100"} {
g.executeBet(s, []string{"1"}, "bet 1")
conn.data = nil
g.handleGameCommand(s, square)
if !strings.Contains(string(conn.data), fmt.Sprintf(">%s<", square)) {
t.Fatalf("square %s was not selected: %s", square, conn.data)
}
}
}
func TestCashHuntSettleReachesGame(t *testing.T) {
// settle is not a shared-registry verb; a seated player must reach the game.
g, s, conn := casinoCrapsGame(t, "name: Vault\ncasino_tables:\n - id: cash_hunt\n game: cash_hunt\n")
s.Player.Options = map[string]any{"color": "none", "casino_hints": "off"}
g.executePlay(s, []string{"cash", "hunt"}, "play cash hunt")
conn.data = nil
g.handleGameCommand(s, "settle")
if strings.Contains(string(conn.data), "Unknown command") {
t.Fatalf("settle was rejected before reaching Cash Hunt: %s", conn.data)
}
}
func TestCashHuntPlayAliasesWithWager(t *testing.T) {
for _, name := range []string{"cash hunt", "cash_hunt", "cashhunt", "cash-hunt"} {
g, s, conn := casinoCrapsGame(t, "name: Vault\ncasino_tables:\n - id: cash_hunt\n game: cash_hunt\n")
args := append(strings.Fields(name), "1")
g.executePlay(s, args, "play "+name+" 1")
if len(s.Player.PendingWagers) != 1 || !strings.Contains(stripANSI(string(conn.data)), "PRIZE PREVIEW") {
t.Fatalf("inline wager failed for %q: %s", name, conn.data)
}
}
}
func TestCashHuntBoardRendering(t *testing.T) {
prizes := []int{0, 1, 2, 5, 10, 20, 100, 200, 500, 1000, 10000, 50000}
for _, mode := range []string{"none", "ansi", "xterm256"} {
for _, unicode := range []bool{false, true} {
for _, phase := range []string{"preview", "result"} {
s := &casino.CashHuntSnapshot{Phase: phase, Risk: "hard"}
for i := range s.Squares {
s.Squares[i] = prizes[i%len(prizes)]
}
if phase == "result" {
s.Selected = 100
}
rendered := renderCashHunt(s, mode, unicode, "98%")
if mode == "none" && strings.Contains(rendered, "\x1b") {
t.Fatal("plain board has ANSI escapes")
}
lines := strings.Split(stripANSI(rendered), "\n")
// One subtitle, a header top border + header row, a grid top
// separator, ten rows of (number, prize, separator), and a bottom
// border.
if len(lines) != 34 {
t.Fatalf("want a headed bordered 10x10 grid, got %d lines", len(lines))
}
for _, line := range lines[1:] {
if utf8.RuneCountInString(line) != cashHuntBoardWidth {
t.Fatalf("grid line is not %d columns: %q", cashHuntBoardWidth, line)
}
}
board := strings.Join(lines[1:], "\n")
if strings.ContainsAny(board, "[]") {
t.Fatalf("square numbers must not use brackets: %q", board)
}
header := lines[2]
if !strings.Contains(header, "HARD 98%") || !strings.Contains(header, "CASH HUNT") || !strings.Contains(header, "TOP PRIZE: 50000x") {
t.Fatalf("header row wrong: %q", header)
}
if unicode {
// The header is one merged cell, so its bottom border meets the
// grid columns with down-T junctions, not crosses.
if !strings.Contains(lines[3], "┬") || strings.Contains(lines[3], "┼") {
t.Fatalf("grid top border should use down-T junctions: %q", lines[3])
}
}
for row := 0; row < 10; row++ {
numberRunes := []rune(lines[4+3*row])
for col := 0; col < 10; col++ {
square := row*10 + col + 1
label := fmt.Sprintf("%d", square)
if square == s.Selected {
label = fmt.Sprintf(">%d<", square)
}
start := 1 + col*(cashHuntTileWidth+1)
got := string(numberRunes[start : start+cashHuntTileWidth])
if want := cashHuntCenter(label); got != want {
t.Fatalf("square %d label: got %q want %q", square, got, want)
}
}
}
if !strings.Contains(board, "50000x") {
t.Fatal("largest prize clipped")
}
if !unicode {
for _, c := range stripANSI(rendered) {
if c > 127 {
t.Fatal("ASCII mode printed Unicode")
}
}
}
if mode == "xterm256" {
// The whole board is black; the box-drawing grid supplies the
// separation.
if !strings.Contains(rendered, color.BgCode("xterm256", cashHuntTileBlack)) {
t.Fatal("missing black tile background")
}
if strings.Contains(rendered, color.BgCode("xterm256", 234)) {
t.Fatal("checkerboard gray should be gone")
}
for _, shade := range []int{88, 94, 100, 28, 29, 30, 24, 18, 90, 89} {
if strings.Contains(rendered, color.BgCode("xterm256", shade)) {
t.Fatalf("rainbow tile shade %d should be gone", shade)
}
}
if !strings.Contains(rendered, color.FgCode("xterm256", 244)) {
t.Fatal("square numbers should be dimmer than the header")
}
if !strings.Contains(rendered, color.FgCode("xterm256", cashHuntBoxFg)) {
t.Fatal("grid characters should be darkened")
}
// 0x is not a prize: it stays dim and is never bold.
if !strings.Contains(board, cashHuntCenter("0x")) {
t.Fatal("0x prize missing")
}
if strings.Contains(rendered, "\x1b[1m"+color.FgCode("xterm256", 237)) {
t.Fatal("0x should not render bold")
}
if !strings.Contains(rendered, "\x1b[1m"+color.FgCode("xterm256", 225)) {
t.Fatal("real multipliers should render bold")
}
}
}
hidden := renderCashHunt(&casino.CashHuntSnapshot{Phase: "hidden"}, mode, unicode, "")
for _, line := range strings.Split(stripANSI(hidden), "\n") {
if utf8.RuneCountInString(line) != cashHuntBoardWidth {
t.Fatalf("shuffle banner width changed: %q", line)
}
}
if mode == "xterm256" {
if !strings.Contains(hidden, color.FgCode("xterm256", 196)) {
t.Fatal("hidden gradient should start on red")
}
if !strings.Contains(hidden, color.FgCode("xterm256", 129)) {
t.Fatal("hidden gradient should end on purple")
}
}
}
}
}
// TestCashHuntHeader pins the board header contents: difficulty left, title
// centered, top multiplier right, and the RTP readout only when a house-edge
// item was carried (the renderer receives an empty rtp otherwise).
func TestCashHuntHeader(t *testing.T) {
s := &casino.CashHuntSnapshot{Phase: "preview", Risk: "medium"}
s.Squares[0] = 50000
withRTP := stripANSI(renderCashHunt(s, "none", true, "98.00%"))
header := strings.Split(withRTP, "\n")[2]
if !strings.Contains(header, "MEDIUM 98.00%") || !strings.Contains(header, "CASH HUNT") || !strings.Contains(header, "TOP PRIZE: 50000x") {
t.Fatalf("header row wrong: %q", header)
}
withoutRTP := stripANSI(renderCashHunt(s, "none", true, ""))
header = strings.Split(withoutRTP, "\n")[2]
if strings.Contains(header, "98") {
t.Fatalf("header showed RTP without a house-edge item: %q", header)
}
}
// TestCashHuntHeaderRTPWithHouseEdgeItem verifies the full path: carrying a
// house-edge item makes the board header show the RTP beside the difficulty,
// at the item's precision.
func TestCashHuntHeaderRTPWithHouseEdgeItem(t *testing.T) {
g, s, conn := houseEdgeGame(t, "name: Vault\ncasino_tables:\n - id: cash_hunt\n game: cash_hunt\n")
s.Player.Options = map[string]any{"color": "none", "casino_hints": "off"}
writeHouseEdgeManual(t, g, s, 2)
g.executePlay(s, []string{"cash", "hunt"}, "play cash hunt")
g.executeBet(s, []string{"1"}, "bet 1")
text := stripANSI(string(conn.data))
if !strings.Contains(text, "EASY 98.00%") {
t.Fatalf("header missing item RTP readout:\n%s", text)
}
}
|
