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How to use _remaining method in autotest

Best Python code snippet using autotest_python

game_master.py

Source:game_master.py

1import random2from solutions.exercises.ch2.ex36.bear import Bear3from solutions.exercises.ch2.ex36.fish import Fish4class GameMaster:5    _board: list6    _fish: int7    _bears: int8    _remaining: list[int]9    def __init__(self, size: int, fish: int, bears: int):10        self._board = [None] * size11        self._fish = fish12        self._bears = bears13        self._remaining = [i for i in range(len(self._board))]14    def _setup_board(self):15        """Initialize board before a game."""16        fish = self._fish17        bears = self._bears18        while fish > 0 or bears > 0:19            rand = random.choice(self._remaining)20            self._remaining.remove(rand)21            if fish > 0:22                self._board[rand] = Fish()23                fish -= 124            else:25                self._board[rand] = Bear()26                bears -= 127        self._show_board()28    def _teardown_board(self):29        """Teardown the board after a game."""30        for i in range(len(self._board)):31            if self._board[i] is not None:32                self._board[i] = None33        self._remaining = [i for i in range(len(self._board))]34    def __str__(self):35        result = ["|"] * (2 * len(self._board) + 1)36        for i in range(len(self._board)):37            result[2*i + 1] = " " if self._board[i] is None else self._board[i].__str__()38        return " ".join(result)39    def _show_board(self):40        """Print the current state of the board."""41        print(self)42    def officiate_game(self):43        """Run the simulation."""44        self._setup_board()45        fish = self._fish46        bears = self._bears47        while fish > 0 and bears > 0:48            for i in range(len(self._board)):49                curr = self._board[i]50                if curr is not None:51                    move = curr.make_move()52                    if move == 0 or i + move < 0 or i + move == len(self._board):53                        continue54                    else:55                        other = self._board[i + move]56                        if type(curr) == type(other):57                            if len(self._remaining) > 0:58                                j = random.choice(self._remaining)59                                self._remaining.remove(j)60                                self._board[j] = type(curr)()61                                if type(curr) == Fish:62                                    fish += 163                                else:64                                    bears += 165                        else:66                            if type(curr) == Bear or other is None:67                                self._board[i + move] = curr68                            self._board[i] = None69                            self._remaining.append(i)70                            if other is not None:71                                fish -= 172                            else:73                                self._remaining.remove(i + move)74            self._show_board()...

bitbuffer.py

Source:bitbuffer.py

1from __future__ import annotations2from typing import BinaryIO, TYPE_CHECKING3if TYPE_CHECKING:4    from dissect.cstruct.types import RawType5class BitBuffer:6    """Implements a bit buffer that can read and write bit fields."""7    def __init__(self, stream: BinaryIO, endian: str):8        self.stream = stream9        self.endian = endian10        self._type = None11        self._buffer = 012        self._remaining = 013    def read(self, field_type: RawType, bits: int) -> int:14        if self._remaining == 0 or self._type != field_type:15            self._type = field_type16            self._remaining = field_type.size * 817            self._buffer = field_type._read(self.stream)18        if bits > self._remaining:19            raise ValueError("Reading straddled bits is unsupported")20        if self.endian != ">":21            v = self._buffer & ((1 << bits) - 1)22            self._buffer >>= bits23            self._remaining -= bits24        else:25            v = self._buffer & (((1 << (self._remaining - bits)) - 1) ^ ((1 << self._remaining) - 1))26            v >>= self._remaining - bits27            self._remaining -= bits28        return v29    def write(self, field_type: RawType, data: int, bits: int) -> None:30        if self._remaining == 0 or self._type != field_type:31            if self._type:32                self.flush()33            self._remaining = field_type.size * 834            self._type = field_type35        if self.endian != ">":36            self._buffer |= data << (self._type.size * 8 - self._remaining)37        else:38            self._buffer |= data << (self._remaining - bits)39        self._remaining -= bits40        if self._remaining == 0:41            self.flush()42    def flush(self) -> None:43        self._type._write(self.stream, self._buffer)44        self._type = None45        self._remaining = 046        self._buffer = 047    def reset(self) -> None:48        self._type = None49        self._buffer = 0...

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