def test_read_data():
assert read_data("test_solution_01.data") == [
"mask = XXXXXXXXXXXXXXXXXXXXXXXXXXXXX1XXXX0X",
"mem[8] = 11",
"mem[7] = 101",
"mem[8] = 0",
]
def test_parse_instructions_without_parsed_mask():
data = read_data("test_solution_01.data")
assert parse_instructions(data, parsed_mask=False) == [
["mask", "XXXXXXXXXXXXXXXXXXXXXXXXXXXXX1XXXX0X"],
["mem", [8, 11]],
["mem", [7, 101]],
["mem", [8, 0]],
]
def test_parse_instructions_with_parsed_mask():
data = read_data("test_solution_01.data")
assert parse_instructions(data, parsed_mask=True) == [
["mask", {1: 0, 6: 1}],
["mem", [8, 11]],
["mem", [7, 101]],
["mem", [8, 0]],
]
def test_read_data():
rules, data = read_data("test_solution_01.data")
assert rules == {
0: "4 1 5",
1: "2 3 | 3 2",
2: "4 4 | 5 5",
3: "4 5 | 5 4",
4: "a",
5: "b",
}
assert data == [
"ababbb",
"bababa",
"abbbab",
"aaabbb",
"aaaabbb",
]
def test_read_data(source, parsed_data):
assert read_data(source) == parsed_data
def test_ticket_scanning_error_rate():
assert ticket_scanning_error_rate(PARSED_TEST_SOLUTION_01_DATA) == 71
assert ticket_scanning_error_rate(read_data("test_solution_01.data")) == 71
def test_solution_02_check_test_data_expect_false(message):
rules, _ = read_data("test_solution_02.data")
r_42 = convert_to_regex(42, rules)
r_31 = convert_to_regex(31, rules)
assert solution_02_check(message, r_42, r_31) is False
def test_read_data(decks):
assert read_data("test_solution_01.data") == decks
import matplotlib.pyplot as plt
from solution import read_data, plot_temperature_map
dataset = read_data('data')
plot_temperature_map(
dataset, month=1
) # plot the temperature over x and y coordinates in February with an optional colourmap
plot_temperature_map(dataset, month=8, cmap='viridis')
plt.show()
def test_allergens_to_ingredients(source, result):
assert allergens_to_ingredients(read_data(source)[0]) == result
def test_parse_data(parsed_data):
assert read_data("test_solution_01.data")[0] == parsed_data
def test_read_data():
assert read_data("test_solution_01.data") == test_solution_01_data
assert read_data("test_solution_01.data", dimensions=4) == test_solution_02_data
import solution data = solution.read_data() new_data = solution.transform_data(data) outputdata = solution.reduce_duplication(new_data) solution.write_to_csv(outputdata)
def test_read_data():
assert read_data("test_solution_01.data") == (
939,
[(0, 7), (1, 13), (4, 59), (6, 31), (7, 19)],
)
def test_read_data():
assert read_data("test_solution_01.data") == PARSED_TILES
