def test_coordinates_run_single_glyph_noncomposite_default(
capsys, monkeypatch):
def mock_isatty():
return True
monkeypatch.setattr(pathins.stringbuilder, "IS_A_TTY", mock_isatty)
args = parser.parse_args([TESTFONT_PATH_1, "A"])
coordinates_run(args)
captured = capsys.readouterr()
# must be in a tty to get ANSI color output
# this is mocked above
assert "\x1b[1;96m'A' coordinates\x1b[0m" in captured.out
# check first contour start coordinate appropriately labeled
assert f"(545, 0) {COLORED_START}" in captured.out
assert f"(459, 221) {ON_PATH}" in captured.out
# check first contour end coord appropriately labeled
assert f"(638, 0) {COLORED_END}" in captured.out
# check second contour start coordinate appropriately labeled
assert f"(432, 301) {COLORED_START}" in captured.out
assert "(349, 525)" in captured.out
# check off-curve coordinate appropriately labeled
assert f"(349, 525) {ON_PATH}" not in captured.out
# check second contour end coordinate appropriately labeled
assert f"(206, 301) {COLORED_END}" in captured.out
def test_coordinates_run_single_glyph_composite_nocolor(capsys, monkeypatch):
def mock_isatty():
return True
monkeypatch.setattr(pathins.stringbuilder, "IS_A_TTY", mock_isatty)
args = parser.parse_args(["--nocolor", TESTFONT_PATH_1, "uni2E2E"])
coordinates_run(args)
captured = capsys.readouterr()
# must be in a tty to get ANSI color output
# this is mocked above
assert "\x1b[1;96m'uni2E2E' coordinates\x1b[0m" not in captured.out
assert "'uni2E2E' coordinates" in captured.out
assert f"(303, 201) {UNCOLORED_START}" in captured.out
assert f"(303, 228) {ON_PATH}" in captured.out
assert "(303, 266)" in captured.out
assert f"(303, 266) {ON_PATH}" not in captured.out
assert f"(233, 201) {UNCOLORED_END}" in captured.out
assert f"(326, 54) {UNCOLORED_START}" in captured.out
assert "(326, 91)" in captured.out
assert f"(326, 91) {ON_PATH}" not in captured.out
assert f"(264, -14) {ON_PATH}" in captured.out
assert f"(326, 18) {UNCOLORED_END}" in captured.out
def test_coordinates_run_fail_invalid_glyphname(capsys):
args = parser.parse_args([TESTFONT_PATH_1, "bogus"])
with pytest.raises(SystemExit) as e:
coordinates_run(args)
captured = capsys.readouterr()
assert e.type == SystemExit
assert e.value.code == 1
assert "Failed to open glyph" in captured.err
def test_coordinates_run_error_non_font_path(capsys):
test_path = os.path.join("tests", "testfiles", "text", "test.txt")
args = parser.parse_args([test_path])
with pytest.raises(SystemExit) as e:
coordinates_run(args)
captured = capsys.readouterr()
assert e.type == SystemExit
assert e.value.code == 1
assert "does not appear to be a TTF format font" in captured.err
def test_coordinates_run_error_invalid_path(capsys):
test_path = os.path.join("bogus", "path.txt")
args = parser.parse_args([test_path])
with pytest.raises(SystemExit) as e:
coordinates_run(args)
captured = capsys.readouterr()
assert e.type == SystemExit
assert e.value.code == 1
assert "does not appear to be a file" in captured.err
def test_coordinates_run_multi_glyph_nocolor(capsys, monkeypatch):
def mock_isatty():
return True
monkeypatch.setattr(pathins.stringbuilder, "IS_A_TTY", mock_isatty)
args = parser.parse_args(["--nocolor", TESTFONT_PATH_1])
coordinates_run(args)
captured = capsys.readouterr()
# confirm all expected glyphs are included
assert "\x1b[1;96m'.notdef' coordinates\x1b[0m" not in captured.out
assert "\x1b[1;96m'space' coordinates\x1b[0m" not in captured.out
assert "\x1b[1;96m'comma' coordinates\x1b[0m" not in captured.out
assert "\x1b[1;96m'question' coordinates\x1b[0m" not in captured.out
assert "\x1b[1;96m'A' coordinates\x1b[0m" not in captured.out
assert "\x1b[1;96m'uni2E2E' coordinates\x1b[0m" not in captured.out
assert "'.notdef' coordinates" in captured.out
assert "'space' coordinates" in captured.out
assert "'comma' coordinates" in captured.out
assert "'question' coordinates" in captured.out
assert "'A' coordinates" in captured.out
assert "'uni2E2E' coordinates" in captured.out
# check start paths across the glyphs
assert f"(185, 116) {COLORED_START}" not in captured.out
assert f"(140, 201) {COLORED_START}" not in captured.out
assert f"(117, 54) {COLORED_START}" not in captured.out
assert f"(545, 0) {COLORED_START}" not in captured.out
assert f"(432, 301) {COLORED_START}" not in captured.out
assert f"(303, 201) {COLORED_START}" not in captured.out
assert f"(326, 54) {COLORED_START}" not in captured.out
assert f"(185, 116) {UNCOLORED_START}" in captured.out
assert f"(140, 201) {UNCOLORED_START}" in captured.out
assert f"(117, 54) {UNCOLORED_START}" in captured.out
assert f"(545, 0) {UNCOLORED_START}" in captured.out
assert f"(432, 301) {UNCOLORED_START}" in captured.out
assert f"(303, 201) {UNCOLORED_START}" in captured.out
assert f"(326, 54) {UNCOLORED_START}" in captured.out
# check end paths across the glyphs
assert f"(91, 116) {COLORED_END}" not in captured.out
assert f"(210, 201) {COLORED_END}" not in captured.out
assert f"(117, 18) {COLORED_END}" not in captured.out
assert f"(638, 0) {COLORED_END}" not in captured.out
assert f"(206, 301) {COLORED_END}" not in captured.out
assert f"(233, 201) {COLORED_END}" not in captured.out
assert f"(326, 18) {COLORED_END}" not in captured.out
assert f"(91, 116) {UNCOLORED_END}" in captured.out
assert f"(210, 201) {UNCOLORED_END}" in captured.out
assert f"(117, 18) {UNCOLORED_END}" in captured.out
assert f"(638, 0) {UNCOLORED_END}" in captured.out
assert f"(206, 301) {UNCOLORED_END}" in captured.out
assert f"(233, 201) {UNCOLORED_END}" in captured.out
assert f"(326, 18) {UNCOLORED_END}" in captured.out
# check glyphs with no contours across the glyphs
x = 1
lines = captured.out.split("\n")
for line in lines:
if x == 4 or x == 9:
assert "No contours" in line
x += 1
# spot check on-path coordinates in noncomposite glyphs
assert f"(140, 228) {ON_PATH}" in captured.out
assert f"(352, 517) {ON_PATH}" in captured.out
assert f"(240, 54) {ON_PATH}" in captured.out
# spot check off-path coordinates in noncomposite glyphs
assert f"(130, -75) {ON_PATH}" not in captured.out
assert "(130, -75)" in captured.out
assert f"(210, 246) {ON_PATH}" not in captured.out
assert "(210, 246)" in captured.out
assert f"(322, 612) {ON_PATH}" not in captured.out
assert "(322, 612)" in captured.out
assert f"(251, 370) {ON_PATH}" not in captured.out
assert "(251, 370)" in captured.out
assert f"(203, 91) {ON_PATH}" not in captured.out
assert "(203, 91)" in captured.out