5125b52583
- Introduced a new `spin_sessions` table to track user spin activities. - Updated the API to include a new endpoint for spinning games, allowing users to place bets and specify spin counts. - Enhanced game information structure and added validation for bets and spin counts. - Implemented the `Forest Fortune` slot game mechanics, including payline evaluation and scatter functionality. - Updated dependencies in `pyproject.toml` for development and added `httpx` for HTTP requests. - Added unit tests for the new slot mechanics and API endpoints to ensure functionality and reliability.
97 lines
2.4 KiB
Python
97 lines
2.4 KiB
Python
from __future__ import annotations
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from dataclasses import dataclass, field
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from decimal import Decimal
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from typing import Any
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# grid[reel][row], reel 0..4, row 0..4 (0 = top)
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Grid = list[list[str]]
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@dataclass
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class PaylineWin:
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line_index: int
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symbol: str
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count: int
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amount: Decimal
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path: list[int]
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@dataclass
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class SpinOutcome:
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grid: Grid
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line_wins: list[PaylineWin]
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scatter_count: int
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scatter_win: Decimal
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total_win: Decimal
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meta_triggered: bool
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@dataclass
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class SessionMetaState:
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level: int = 1
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multiplier: int = 1
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triggered: bool = False
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def after_trigger(self) -> SessionMetaState:
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level = self.level + 1
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return SessionMetaState(level=level, multiplier=level, triggered=True)
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@dataclass
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class SpinResult:
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index: int
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grid: Grid
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line_wins: list[PaylineWin]
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scatter_count: int
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scatter_win: Decimal
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total_win: Decimal
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level: int
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multiplier: int
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meta_triggered: bool
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@dataclass
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class SessionResult:
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bet: Decimal
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spin_count: int
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total_bet: Decimal
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total_win: Decimal
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max_level: int
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trigger_count: int
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spins: list[SpinResult] = field(default_factory=list)
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def to_payload(self) -> dict[str, Any]:
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return {
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"bet": str(self.bet),
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"spin_count": self.spin_count,
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"total_bet": str(self.total_bet),
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"total_win": str(self.total_win),
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"max_level": self.max_level,
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"trigger_count": self.trigger_count,
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"spins": [
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{
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"index": s.index,
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"grid": s.grid,
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"line_wins": [
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{
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"line_index": w.line_index,
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"symbol": w.symbol,
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"count": w.count,
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"amount": str(w.amount),
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"path": w.path,
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}
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for w in s.line_wins
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],
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"scatter_count": s.scatter_count,
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"scatter_win": str(s.scatter_win),
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"total_win": str(s.total_win),
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"level": s.level,
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"multiplier": s.multiplier,
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"meta_triggered": s.meta_triggered,
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}
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for s in self.spins
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],
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}
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