def test_populate_matrix1(self):
words = ['bitspace', 'extras']
directions = WSdirections()
test = WSmatrix((7, 9), directions.DiagDwnLeft, words)
success, matrix, accepted, rejected = test.populate_matrix(
test.matrix, words)
assert rejected == []
def test_cell_init(self):
test = WSmatrix()
maxx = 30
maxy = 25
matrix, available, minleftover = test.init_cells(maxx, maxy)
assert len(matrix) == maxx
assert len(matrix[0]) == maxy
assert available == (maxx * maxy)
assert minleftover == int(0.01 * available)
def test_init(self):
directions = WSdirections()
test = WSmatrix((11, 11), directions.Right | directions.Left,
self.words)
assert test.maxrow == 11
assert test.maxcol == 11
assert test.directions == [directions.Right, directions.Left]
assert test.wordlist == self.words
print directions
def test_canInsertWord(self):
words = ['this', 'one', 'will', 'do']
directions = WSdirections()
test = WSmatrix((11, 11), directions.Right | directions.Left, words)
for word in words:
answer = test.canInsertWord(word, (0, 0), directions.Right,
test.matrix)
assert answer == True
assert test.canInsertWord(
'this is a very long word not to fit in grid', (0, 0),
directions.Right, test.matrix) == False
def test_populate_matrix(self):
words = [
'bitspaceX', 'this', 'one', 'will', 'do', 'just', 'fine',
'thankyou'
]
directions = WSdirections()
test = WSmatrix((10, 10), directions.DiagDwnRight | directions.Right,
words)
success, matrix, accepted, rejected = test.populate_matrix(
test.matrix, words)
assert rejected == []
def test_startGrid(self):
directions = WSdirections()
test = WSmatrix((10, 10), directions.Right | directions.Left,
self.words)
matrix = test.startGrid(directions.Right, 10)
assert len(matrix) == 10
matrix = test.startGrid(directions.Down, 10)
assert len(matrix) == 10
matrix = test.startGrid(directions.Right, 9)
assert len(matrix) == 20
matrix = test.startGrid(directions.DiagDwnRight, 10)
assert len(matrix) == 1
def test_longlist(self):
words = [
'bitspace', 'extras', 'officious', 'as', 'it', 'may', 'seem', 'to',
'some', 'considering', 'the', 'significance', 'wonderous',
'proposals', 'obstinate', 'peter', 'paul', 'mary', 'children',
'christmas', 'trees', 'foundations', 'thrillseeking', 'frivolous'
]
directions = WSdirections()
test = WSmatrix((7, 9), directions.Right | directions.Left
| directions.Up | directions.Down, words)
success, matrix, accepted, rejected = test.populate_matrix(
test.matrix, words)
def test_directions(self):
test = WSmatrix()
directions = WSdirections()
assert test.directions == [directions.Right]
test.set_directions(directions.Right | directions.Left)
assert test.directions == [directions.Right, directions.Left]
test.set_directions(directions.Right | directions.Left | directions.Up
| directions.Down)
assert test.directions == [
directions.Right, directions.Left, directions.Up, directions.Down
]
def test_populate(self):
words = [
'where', 'is', 'world', 'taking', 'us', 'spontaneously', 'this',
'one', 'will', 'do', 'just', 'fine', 'thankyou'
]
directions = WSdirections()
test = WSmatrix((11, 11),
directions.Right | directions.Left,
words,
wstext=self.wstext)
matrix, accepted, rejected = test.populate()
#assert rejected == ['spontaneously', 'is', 'us']
assert len(accepted) == 10
def setUpAll(self):
words = [
'bitspaceX', 'this', 'one', 'will', 'do', 'just', 'fine',
'thankyou'
]
directions = WSdirections()
test = WSmatrix((5, 9), directions.DiagDwnRight, words)
success, matrix, accepted, rejected = test.populate_matrix(
test.matrix, words)
self.format = WSformats()
self.format.matrix = matrix
self.format.accepted = accepted
self.format.rejected = rejected
self.format.solution = test.wordsplaced
def test_insertWord(self):
words = [
'this', 'one', 'will', 'do', 'nicely', 'fine', 'thankyou',
'seriouslybroken'
]
directions = WSdirections()
test = WSmatrix((5, 9), directions.Right | directions.Left, words)
matrix = test.matrix
assert test.canInsertWord(words[0], (0, 0), directions.Right,
matrix) == True
test.debug = False
assert test.canInsertWord(words[1:][0], (0, 0), directions.Right,
matrix) == True
assert test.canInsertWord(words[1:][0], (1, 0), directions.Right,
matrix) == True
assert test.canInsertWord(words[2], (2, 0), directions.Right,
matrix) == True
assert test.canInsertWord(words[3], (3, 0), directions.Right,
matrix) == True
assert test.canInsertWord(words[4], (4, 0), directions.Right,
matrix) == True
def test_insertWord(self):
test = WSmatrix()
def test_size(self):
test = WSmatrix((15, 15))
assert test.maxrow == 15
assert test.maxcol == 15