def test_to_regex_match():
assert Parser.from_lines([
"from here to there", "from anywhere to somewhere"
]).to_regex_match(f"from {WORD} to {WORD}") == [["here", "there"],
["anywhere", "somewhere"]]
assert Parser.from_lines(["from here to 99",
"from anywhere to 42"]).to_regex_match(
f"from {WORD} to {NUMBER}",
[str, int]) == [["here", 99],
["anywhere", 42]]
assert Parser.from_lines(["from 1 to 99", "from 0 to 42"
]).to_regex_match(f"from {NUMBER} to {NUMBER}",
int) == [[1, 99], [0, 42]]
assert Parser.from_lines([
"alfanum 4lf4n1m", "alfanum 0a1b2c"
]).to_regex_match(f"alfanum {ALFANUM}") == [["4lf4n1m"], ["0a1b2c"]]
with pytest.raises(ValueError):
Parser.from_lines(["abc"]).to_regex_match(WORD, "no_type")
with pytest.raises(ValueError):
Parser.from_lines(["some line"]).to_regex_match("not that line")
with pytest.raises(ValueError):
Parser.from_lines(["abc"]).to_regex_match(NUMBER)
def test_to_number_grid():
assert Parser.from_lines(["123", "456"]).to_number_grid() == \
Grid.from_values([[1, 2, 3], [4, 5, 6]])
assert Parser.from_lines(["1 2 3", "4 5 6"]).to_number_grid(separator=None) == \
Grid.from_values([[1, 2, 3], [4, 5, 6]])
assert Parser.from_lines(["1, 2, 3", "4, 5, 6"]).to_number_grid(separator=",") == \
Grid.from_values([[1, 2, 3], [4, 5, 6]])
def test_to_character_grid():
assert Parser.from_lines(["..#",
"#.#"]).to_character_grid() == Grid.from_values(
[[".", ".", "#"], ["#", ".", "#"]])
def test_to_coordinate_list():
assert Parser.from_lines(["1 2", "3 4"]).to_coordinate_list() == \
[Coordinate.from_point(1, 2), Coordinate.from_point(3, 4)]
assert Parser.from_lines(["1, 2", "3, 4"]).to_coordinate_list(separator=",") == \
[Coordinate.from_point(1, 2), Coordinate.from_point(3, 4)]
def test_to_bitstring_list():
assert [
bit_string.to_int() for bit_string in Parser.from_lines(
["10101", "101"]).to_bitstring_list()
] == [21, 5]
def test_to_number_list_from_single_line():
assert Parser.from_lines(
["1 2 3 4"]).to_number_list_from_single_line() == [1, 2, 3, 4]
assert Parser.from_lines([
"1, 2, 3, 4"
]).to_number_list_from_single_line(separator=",") == [1, 2, 3, 4]
def test_to_number_list_from_multi_line():
assert Parser.from_lines(
["1", "2", "3", "4"]).to_number_list_from_multi_line() == [1, 2, 3, 4]
def test_to_number_lists():
assert Parser.from_lines(["1 2", "3 4"]).to_number_lists() == [[1, 2],
[3, 4]]
assert Parser.from_lines(["1, 2", "3, 4"
]).to_number_lists(separator=",") == [[1, 2],
[3, 4]]
def test_to_word_lists():
assert Parser.from_lines(["word1 word2", "word3 word4"]).to_word_lists() == \
[["word1", "word2"], ["word3", "word4"]]
assert Parser.from_lines(["word1, word2", "word3, word4"]).to_word_lists(separator=",") == \
[["word1", "word2"], ["word3", "word4"]]
def test_from_lines():
assert Parser.from_lines(["123", "456"]).to_lines() == ["123", "456"]
def test_to_number_graph():
number_graph = Parser.from_lines(["12 -> 34", "34 -> 56",
"56 -> 78"]).to_number_graph("->")
assert number_graph.get_nodes() == [12, 34, 56, 78]
assert number_graph.get_edges() == [((12, 34), 1), ((34, 56), 1),
((56, 78), 1)]
def test_to_string_graph():
number_graph = Parser.from_lines(
["Haarlem to Utrecht", "Utrecht to Driebergen"]).to_string_graph("to")
assert number_graph.get_nodes() == ["Haarlem", "Utrecht", "Driebergen"]
assert number_graph.get_edges() == [(("Haarlem", "Utrecht"), 1),
(("Utrecht", "Driebergen"), 1)]