def setup_method(self, method):
"""Creates empty DictGrid"""
self.dict_grid = DictGrid((100, 100, 100))
class TestStringGeneratorMixin(object):
"""Unit tests for StringGeneratorMixin"""
def setup_method(self, method):
"""Creates empty DictGrid"""
self.dict_grid = DictGrid((100, 100, 100))
def test_grid_to_strings(self):
"""Unit test for grid_to_strings"""
self.dict_grid[(3, 2, 1)] = "42"
grid_string_list = list(self.dict_grid.grid_to_strings())
expected_res = [
"[shape]\n",
"100\t100\t100\n",
"[grid]\n",
'3\t2\t1\t42\n',
]
assert grid_string_list == expected_res
def test_attributes_to_strings(self):
"""Unit test for attributes_to_strings"""
line = "[]\t[]\t[]\t[]\t[(3, 4)]\t0\t'borderwidth_bottom'\t42"
self.dict_grid.parse_to_attribute(line)
attr_string_list = list(self.dict_grid.attributes_to_strings())
expected_res = [
"[attributes]\n",
"[]\t[]\t[]\t[]\t[(3, 4)]\t0\t'borderwidth_bottom'\t42\n",
]
assert attr_string_list == expected_res
def test_heights_to_strings(self):
"""Unit test for heights_to_strings"""
self.dict_grid.row_heights[(2, 0)] = 77
expected_res = [
"[row_heights]\n",
"2\t0\t77\n",
]
height_string_list = list(self.dict_grid.heights_to_strings())
assert height_string_list == expected_res
def test_widths_to_strings(self):
"""Unit test for widths_to_strings"""
self.dict_grid.col_widths[(2, 0)] = 77
expected_res = [
"[col_widths]\n",
"2\t0\t77\n",
]
width_string_list = list(self.dict_grid.widths_to_strings())
assert width_string_list == expected_res
def test_macros_to_strings(self):
"""Unit test for macros_to_strings"""
self.dict_grid.macros = "Test"
expected_res = [
"[macros]\n",
"Test\n",
]
macros_string_list = list(self.dict_grid.macros_to_strings())
assert macros_string_list == expected_res
def setup_method(self, method):
"""Creates empty DictGrid"""
self.dict_grid = DictGrid((100, 100, 100))
class TestParserMixin(object):
"""Unit tests for ParserMixin"""
def setup_method(self, method):
"""Creates empty DictGrid"""
self.dict_grid = DictGrid((10, 10, 10))
def test_parse_to_shape(self):
"""Unit test for parse_to_shape"""
line = "12\t12\t32"
self.dict_grid.parse_to_shape(line)
assert self.dict_grid.shape == (12, 12, 32)
def test_parse_to_grid(self):
"""Unit test for parse_to_grid"""
line = "1\t2\t3\t123"
self.dict_grid.parse_to_grid(line)
assert self.dict_grid[(1, 2, 3)] == "123"
def test_parse_to_attribute(self):
"""Unit test for parse_to_attribute"""
line = "[]\t[]\t[]\t[]\t[(3, 4)]\t0\t'borderwidth_bottom'\t42"
self.dict_grid.parse_to_attribute(line)
attrs = self.dict_grid.cell_attributes[(3, 4, 0)]
assert attrs['borderwidth_bottom'] == 42
def test_parse_to_height(self):
"""Unit test for parse_to_height"""
line = "1\t0\t45"
self.dict_grid.parse_to_height(line)
assert self.dict_grid.row_heights[(1, 0)] == 45
def test_parse_to_width(self):
"""Unit test for parse_to_width"""
line = "1\t0\t43"
self.dict_grid.parse_to_width(line)
assert self.dict_grid.col_widths[(1, 0)] == 43
def test_parse_to_macro(self):
"""Unit test for parse_to_macro"""
line = "Test"
self.dict_grid.parse_to_macro(line)
assert self.dict_grid.macros == line
