def goto(self, index):
currentBoard = self.mainarea.getRepresentation()
self.index = index
newBoard = wordClassListToGrid(currentBoard,
self.solutions[1][self.index],
self.solutions[0])
self.mainarea.redraw(newBoard)
def next(self):
currentBoard = self.mainarea.getRepresentation()
self.index += 1
self.index %= len(self.solutions[1])
newBoard = wordClassListToGrid(currentBoard,
self.solutions[1][self.index],
self.solutions[0])
self.mainarea.redraw(newBoard)
def solve(self):
currentBoard = self.mainarea.getRepresentation()
self.mainarea.setNumbers()
self.mainarea.drawNumbers()
self.mainarea.disable()
self.update()
printGrid(currentBoard)
self.solutions = solve(gridToWordClassList(currentBoard))
self.bottombar.reset(len(self.solutions[1]))
newBoard = wordClassListToGrid(currentBoard, self.solutions[1][0],
self.solutions[0])
self.mainarea.redraw(newBoard)
def test_wordClassListToGrid(self):
wids = [WordId(ith=4, dir='Across'), WordId(ith=3, dir='Down'), WordId(ith=2, dir='Down'), WordId(ith=1, dir='Across')]
solution = ["in", "an", "ye", "bye"]
expected = [['b', 'y', 'e', '#'], ['#', 'e', '#', 'a'], ['#', '#', 'i', 'n']]
filledInGrid = wordClassListToGrid(self.example1, solution, wids)
self.assertEqual(filledInGrid, expected)