def test_expand_columnfixed(self):
""" grow vertically infinitely """
g = Grid(columns=2)
assert g.get(0, 0) is Grid.EMPTY
assert g.get(0, 1) is Grid.EMPTY
assert g.get(5, 1) is Grid.EMPTY
assert g.get(3, 0) is Grid.EMPTY
def test_expand_fixed(self):
""" a fresh grid should size itself appropriately """
g = Grid(rows=2, columns=2)
assert g.get(0, 0) is Grid.EMPTY
assert g.get(1, 0) is Grid.EMPTY
assert g.get(0, 1) is Grid.EMPTY
assert g.get(1, 1) is Grid.EMPTY
def test_expand_rowfixed(self):
""" grow horizontally infinitely """
g = Grid(rows=2)
assert g.get(0, 0) is Grid.EMPTY
assert g.get(0, 1) is Grid.EMPTY
assert g.get(0, 6) is Grid.EMPTY
assert g.get(1, 0) is Grid.EMPTY
assert g.get(1, 12) is Grid.EMPTY
def test_rows_extra(self):
g = Grid(rows=2)
g.set(0, 0, Grid.FULL)
g.set(0, 1, Grid.FULL)
g.set(1, 0, Grid.FULL)
g.set(1, 1, Grid.FULL)
g.set(0, 2, Grid.FULL)
g.size() == (2, 3)
def test_columns_extra(self):
g = Grid(columns=2)
g.set(0, 0, Grid.FULL)
g.set(0, 1, Grid.FULL)
g.set(1, 0, Grid.FULL)
g.set(1, 1, Grid.FULL)
g.set(2, 0, Grid.FULL)
g.size() == (3, 2)
def test_columns_fit(self):
g = Grid(columns=2)
g.set(0, 0, Grid.FULL)
g.set(0, 1, Grid.FULL)
g.set(1, 0, Grid.FULL)
g.set(1, 1, Grid.FULL)
g.size() == (2, 2)
def test_rows_fit(self):
g = Grid(rows=2)
g.set(0, 0, Grid.FULL)
g.set(0, 1, Grid.FULL)
g.set(1, 0, Grid.FULL)
g.set(1, 1, Grid.FULL)
g.size() == (2, 2)
def test_columns_minimal(self):
g = Grid(columns=3)
g.set(0, 0, Grid.FULL)
g.size() == (1, 3)
def test_rows_minimal(self):
g = Grid(rows=3)
g.set(0, 0, Grid.FULL)
g.size() == (3, 1)
def test_columns_empty(self):
g = Grid(columns=3)
g.size() == (1, 3)
def test_rows_empty(self):
g = Grid(rows=3)
g.size() == (3, 1)
def test_fixed(self):
g = Grid(rows=3, columns=6)
assert g.size() == (3, 6)
