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How to use of_length method in hypothesis

Best Python code snippet using hypothesis

q11.py

Source:q11.py

1import random2def multiply(numbers,val):3    if not numbers[1:]: return val*numbers[0]4    return multiply(numbers[1:],val*numbers[0])5class GridTraversal:6    def __init__(self, grid_file = None,dimensions=20,seed=50):7        if grid_file:8            with open('grid.txt') as grid:9                self.grid = [e.strip('\n').split() for e in grid.readlines()]10        else:11            self.grid = self.generate_grid(dimensions,seed)12        self.seed = seed13        self.grid_coords = [(i,j) for i in range(len(self.grid)) for j in range(len(self.grid))]14        self.directions = ['up','up right','right','down right',15                      'down','down left','left','up left']16    def generate_grid(self,dimensions,s):17        random.seed(s)18        return [[str(random.randint(0,100)) for _ in range(dimensions)] for _ in range(dimensions)]19    def get_numbers(self,x,y,path,direction,of_length):20    ##    print(path)21        if of_length >= len(self.grid) or of_length >= len(self.grid[0]):22            return False23        if direction == 'up' and path == [] and x >= of_length-1:24                return self.get_numbers(x-1,y,path+[self.grid[x][y]],direction,of_length)25        elif direction == 'up' and path:26            if len(path) == of_length:27                return path28            else:29                return self.get_numbers(x-1,y,path+[self.grid[x][y]],direction,of_length)30            31        if direction == 'up right' and path == [] and x >= of_length-1 and y <= len(self.grid[-1]) - of_length:32                return self.get_numbers(x-1,y+1,path+[self.grid[x][y]],direction,of_length)33        elif direction == 'up right' and path:34            if len(path) == of_length:35                return path36            else:37                return self.get_numbers(x-1,y+1,path+[self.grid[x][y]],direction,of_length)38        if direction == 'right' and path == [] and y <= len(self.grid[-1]) - of_length:39                return self.get_numbers(x,y+1,path+[self.grid[x][y]],direction,of_length)40        elif direction == 'right' and path:41            if len(path) == of_length:42                return path43            else:44                return self.get_numbers(x,y+1,path+[self.grid[x][y]],direction,of_length)45        if direction == 'down right' and path == [] and x <= len(self.grid[-1]) - of_length and y <= len(self.grid[-1]) - of_length:46                return self.get_numbers(x+1,y+1,path+[self.grid[x][y]],direction,of_length)47        elif direction == 'down right' and path:48            if len(path) == of_length:49                return path50            else:51                return self.get_numbers(x+1,y+1,path+[self.grid[x][y]],direction,of_length)52        if direction == 'down' and path == [] and x <= len(self.grid[-1]) - of_length:53            return self.get_numbers(x+1,y,path+[self.grid[x][y]],direction,of_length)54        elif direction == 'down' and path:55            if len(path) == of_length:56                return path57            else:58                return self.get_numbers(x+1,y,path+[self.grid[x][y]],direction,of_length)59        if direction == 'down left' and path == [] and x <= len(self.grid[-1]) - of_length and y >= of_length-1:60            return self.get_numbers(x+1,y-1,path+[self.grid[x][y]],direction,of_length)61        elif direction == 'down left' and path:62            if len(path) == of_length:63                return path64            else:65                return self.get_numbers(x+1,y-1,path+[self.grid[x][y]],direction,of_length)66        if direction == 'left' and path == [] and x >= of_length-1:67            return self.get_numbers(x,y-1,path+[self.grid[x][y]],direction,of_length)68        elif direction == 'left' and path:69            if len(path) == of_length:70                return path71            else:72                return self.get_numbers(x,y-1,path+[self.grid[x][y]],direction,of_length)73        if direction == 'up left' and path == [] and x >= of_length-1 and y >= of_length-1:74            return self.get_numbers(x-1,y-1,path+[self.grid[x][y]],direction,of_length)75        elif direction == 'up left' and path:76            if len(path) == of_length:77                return path78            else:79                return self.get_numbers(x-1,y-1,path+[self.grid[x][y]],direction,of_length)80    def get_all_possible_paths(self,length=4):81        paths_dict = {}82        for cell in self.grid_coords:83            x,y = cell84            directions_dict = {}85            for d in self.directions:86                path = self.get_numbers(x,y,[],d,length)87                directions_dict[d] = path88            paths_dict[(self.grid[cell[0]][cell[1]],cell)] = directions_dict89        return paths_dict90    def print_current_grid(self):91        with open('grid_'+str(self.seed)+'.txt','w') as grid:92            for line in self.grid:93                print(' '.join(line),file=grid)94traversal = GridTraversal(dimensions=250)95possible_paths = traversal.get_all_possible_paths(length=86)96max_product = max([(multiply([int(i) for i in e],1),e,k1[1],k2) for k1,v in possible_paths.items() for k2,e in v.items() if e],key=lambda x:x[0])97print('The max product is: ',max_product[0])98print('The path is: ',max_product[1])99print('The start position is: ',max_product[2])...

series.py

Source:series.py

1def slices(string, of_length):2    if of_length > len(string) or of_length == 0:3        raise ValueError("Invalid length for slice. Must be greater than 0 and less than string length. String = " +4                           string + " length = " + str(of_length))5    result = []6    for i in range(0,len(string)):7        current_slice = map(int,list(string[i:i+of_length]))8        if len(current_slice) == of_length:9            result.append(current_slice)10    return result11def largest_product(string, of_length):12    if of_length == 0:13        return 1...

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