How to use _rotate method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

main.py

Source:main.py

...15        if dir == 'N':16            self.positionNorthSouth += mov17        if dir == 'S':18            self.positionNorthSouth -= mov19    def _rotate(self, degrees, dirs):20        if (degrees % 360) == 90:21            return dirs[1]22        if (degrees % 360) == 180:23            return dirs[2]24        if (degrees % 360) == 270:25            return dirs[3]26        if (degrees % 360) == 0:27            return dirs[0]28        raise Exception("Unknown direction")29    def navigate(self, dir):30        if dir.direction == 'F':31            self._go(self.facing, dir.movement)32            return33        if dir.direction == 'R':34            if self.facing == 'N':35                self.facing = self._rotate(dir.movement, ['N','E','S','W'])36            elif self.facing == 'E':37                self.facing = self._rotate(dir.movement, ['E','S','W','N'])38            elif self.facing == 'S':39                self.facing = self._rotate(dir.movement, ['S','W','N','E'])40            elif self.facing == 'W':41                self.facing = self._rotate(dir.movement, ['W','N','E','S'])42            else:43                raise Exception("R: Unkown facing")44            return45        if dir.direction == 'L':46            if self.facing == 'N':47                self.facing = self._rotate(dir.movement, ['N','W','S','E'])48            elif self.facing == 'W':49                self.facing = self._rotate(dir.movement, ['W','S','E','N'])50            elif self.facing == 'S':51                self.facing = self._rotate(dir.movement, ['S','E','N','W'])52            elif self.facing == 'E':53                self.facing = self._rotate(dir.movement, ['E','N','W','S'])54            else:55                raise Exception("L: Unkown facing")56            return57        self._go(dir.direction, dir.movement)58if __name__ == '__main__':59    directions = []60    with open("input.txt", "r") as inFile:61        for line in inFile:62            directions.append(Direction(line.rstrip('\n')))63        inFile.close()64    ferry = Ferry('E')65    for dir in directions:66        ferry.navigate(dir)67    print(abs(ferry.positionEastWest))...

splay_tree_map.py

Source:splay_tree_map.py

...8            parent = self.parent(p)9            grand = self.parent(parent)10            if grand is None:11                # zig case12                self._rotate(p)13            elif (parent == self.left(grand)) == (p == self.left(parent)):14                # zig zag case15                self._rotate(parent)    # move parent up16                self._rotate(p)         # then move p up17            else:18                # zig zag case19                self._rotate(p)         # move p up20                self._rotate(p)         # move p up again21    # Override balancing hooks:22    def _rebalance_insert(self, p):23        self._splay(p)24    def _rebalance_delete(self, p):25        self._splay(p)26    def _rebalance_access(self, p):...

P3LAB2B_StallingsJoshua.py

Source:P3LAB2B_StallingsJoshua.py

...10myTurtle.color('green')11myTurtle.fillcolor('red')12myTurtle.pencolor('black')13myTurtle.pensize(4)14myTurtle._rotate(-90)15myTurtle.forward(50)16myTurtle._rotate(90)17myTurtle.forward(50)18myTurtle._rotate(90)19myTurtle.forward(150)20myTurtle._rotate(90)21myTurtle.forward(75)22myTurtle._rotate(180)23myTurtle.forward(150)24myTurtle._rotate(-90)25myTurtle.penup()26myTurtle.forward(149)27myTurtle.pendown()28myTurtle.forward(1)29myTurtle._rotate(90)30myTurtle.penup()31myTurtle.forward(100)32myTurtle.pendown()33myTurtle.forward(75)34myTurtle._rotate(90)35myTurtle.forward(75)36myTurtle._rotate(90)37myTurtle.forward(75)38myTurtle._rotate(-90)39myTurtle.forward(75)40myTurtle._rotate(-90)41myTurtle.forward(75)4243
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