Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

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...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.