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How to use del_cell method in avocado

Best Python code snippet using avocado_python

test_combinationRow.py

Source:test_combinationRow.py

...83        self.assertEqual(self.row.hash_table[(0, 1)], 0, "completely_uncover don't uncover value")84        self.assertEqual(self.row.hash_table[(0, 2)], None, "completely_uncover change disabled value")85    # Tests of del_cell function86    def test_del_cell_uncovered_value(self):87        self.assertEqual(self.row.del_cell((0, 0)), -1, "del_cell return wrong values")88        self.assertEqual(self.row.uncovered, 11, "del_cell create wrong uncovered value")89        self.assertEqual(self.row.covered_more_than_ones, 0, "del_cell create wrong covered_more_than_ones value")90        self.assertEqual(self.row.hash_table[(0, 0)], None, "del_cell don't disable value")91    def test_del_cell_disabled_value(self):92        self.row.hash_table[(0, 0)] = None93        self.row.uncovered = 1194        self.assertEqual(self.row.del_cell((0, 0)), 0, "del_cell return wrong values")95        self.assertEqual(self.row.uncovered, 11, "del_cell create wrong uncovered value")96        self.assertEqual(self.row.covered_more_than_ones, 0, "del_cell create wrong covered_more_than_ones value")97        self.assertEqual(self.row.hash_table[(0, 0)], None, "del_cell don't disable value")98    # Tests of is_valid function99    def test_is_valid_valid(self):100        self.assertEqual(self.row.is_valid((0, 0)), True, "is_valid return wrong values")101    def test_is_valid_invalid(self):102        self.row.hash_table[(0, 0)] = None103        self.assertEqual(self.row.is_valid((0, 0)), False, "is_valid return wrong values")104    # Test of get_all_uncovered_combinations function105    def test_get_all_uncovered_combinations(self):106        self.row.hash_table[(0, 0)] = None107        self.row.hash_table[(0, 1)] = 1108        self.row.hash_table[(0, 2)] = 2...

GAME.py

Source:GAME.py

1# Copyright (c) Durbich2# Licensed under the MIT License. See LICENSE file for license information.345from configparser import ConfigParser6from threading import Thread7import random8import time9import os1011import control12import snake13import field141516# before draw a new frame we need to erase old, but comand depends on OS17screen_clear_comand = 'cls' if os.name == 'nt' else 'clear'1819config = ConfigParser()20config.read('game_data.cfg')21highscore = int(config['player']['highscore'])22x, y = int(config['field']['x']), int(config['field']['y'])23bounds_around = True if config['field']['bounds_around'] == 'yes' else False2425room_size = (x, y)26room = field.Field(room_size, bounds_around)27player = snake.Snake(room_size)28room.snake_draw(player.body)29room.spawn_food()30keypress = control.Control()31key_daemon = Thread(target=keypress.key_wait, daemon=True)32key_daemon.start()333435def make_next_frame():36    # Let's update snake and super_food if is37    player.move()38    del_cell = player.check_released_cell()39    if del_cell:40        room.clear_cell(del_cell)41    if room.super_food_x_y:42        room.update_super_food()43    # checking for collision44    head = player.body[0]45    where_is_head = room.head_in_cell_out(head)46    if where_is_head == 'bound':47        player.die('wall bump')48    if where_is_head == 'food':49        player.food_eating()50        need_super_food = (player.length-4) % 5 == 051        room.spawn_food(super_food=need_super_food)52        if need_super_food:53            room.update_super_food()54    if where_is_head == 'super food':55        player.food_eating(room.super_food_score)56    if player.is_dead:57        room.cells[head[1]][head[0]] = 'FF'58    if room.is_have_emptycell is False:59        player.die('There is no space for me in this world')60    os.system(screen_clear_comand)  # erase old screen61    room.framebuild()626364dir_dict = {'w': 'U', 'a': 'L', 's': 'D', 'd': 'R'}65while True:66    time.sleep(0.2)67    if keypress.last_key:68        player.change_direction(dir_dict[keypress.last_key])69        keypress.last_key = None70    make_next_frame()71    if player.is_dead:72        break73    print('Score:', player.score)74    print('Highscore:', highscore)7576print('GAME OVER! Reason of death:', player.reason_of_death)77print('You reach:', player.score)78if player.score > highscore:79    config['player']['highscore'] = str(player.score)80    with open('game_data.cfg', 'w') as storefile:81        config.write(storefile)82    print('New highscore! Previous:', highscore)83else:
...

d09ring.py

Source:d09ring.py

1class Cell:2    __slots__ = ['value', 'next', 'prev']3    def __init__(self, *, value, next, prev):4        self.value = value5        self.next = next6        self.prev = prev7    def __str__(self):8        return '(%s%d%s)' % (9            ('< ' if self.prev else ': '),10            self.value,11            (' >' if self.next else ' :'),12        )13class Ring:14    def __init__(self, initial_value):15        self.current = cell = Cell(value=initial_value, next=None, prev=None)16        cell.next = cell.prev = cell17        self._len = 118    def seek(self, delta):19        if delta > 0:20            for x in range(delta):21                self.current = self.current.next22        elif delta < 0:23            for x in range(-delta):24                self.current = self.current.prev25    def insert(self, rel_index, value, make_current=False):26        self.seek(rel_index)27        insert_after_cell = self.current28        cell = Cell(value=value, next=insert_after_cell.next, prev=insert_after_cell)29        insert_after_cell.next.prev = cell30        insert_after_cell.next = cell31        if make_current:32            self.current = cell33        self._len += 134        self.verify()35    def pop(self, rel_index):36        assert self._len >= 137        self.seek(rel_index)38        del_cell = self.current39        del_cell.next.prev = del_cell.prev40        del_cell.prev.next = del_cell.next41        self.current = del_cell.next42        del_cell.next = del_cell.prev = None43        self._len -= 144        self.verify()45        return del_cell.value46    def __len__(self):47        return self._len48    def iter(self, back=False):49        cell = self.current50        seen = set()51        while cell not in seen:52            yield cell.value53            seen.add(cell)54            cell = (cell.prev if back else cell.next)55    def __iter__(self):56        return self.iter()57    def riter(self):58        return self.iter(back=True)59    def verify(self):60        pass61if __name__ == '__main__':62    r = Ring('1')63    r.seek(1)64    r.insert(0, '2')65    r.seek(1)66    r.insert(0, '3')67    r.seek(-1)...

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