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...

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.