def test_empty_line(self):
self._test_section(
cleandoc('''
200,100,10000,1,0,0:0:0:0:
300,100,15000,1,0,0:0:0:0:
'''), [
osufile.HitCircle(x=200,
y=100,
time=10000,
type=1,
sound=0,
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename='')),
osufile.HitCircle(x=300,
y=100,
time=15000,
type=1,
sound=0,
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
def test_slider_edgesounds(self):
expected = [
osufile.Slider(x=343,
y=300,
time=12570,
type=2,
sound=0,
curvetype='P',
curvepoints=[(308, 266), (266, 254)],
slides=1,
length=83.9999974365235,
edgesounds=[2, 0],
edgesets=[(2, 2), (0, 0)],
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
]
check = lambda x: self._test_section(x, expected)
# extra pipes (ignored)
check(
'343,300,12570,2,0,P|308:266|266:254,1,83.9999974365235,2|0|5,2:2|0:0,0:0:0:0:'
)
# missing pipes (should be filled with 0)
check(
'343,300,12570,2,0,P|308:266|266:254,1,83.9999974365235,2,2:2|0:0,0:0:0:0:'
)
# invalid pipes (should be filled with 0)
check(
'343,300,12570,2,0,P|308:266|266:254,1,83.9999974365235,2|asdf,2:2|0:0,0:0:0:0:'
)
def test_slider_optional_arguments(self):
sliders = [
'56,7,11670,2,0,L|152:-2,1,83.9999974365235,0,0:0,0:0:0:0:',
'56,7,11670,2,0,L|152:-2,1,83.9999974365235,0,0:0',
'56,7,11670,2,0,L|152:-2,1,83.9999974365235,0',
'56,7,11670,2,0,L|152:-2,1,83.9999974365235',
'56,7,11670,2,0,L|152:-2,1'
]
EXPECTED = [
osufile.Slider(x=56,
y=7,
time=11670,
type=2,
sound=0,
curvetype='L',
curvepoints=[(152, -2)],
slides=1,
length=83.9999974365235,
edgesounds=[0],
edgesets=[(0, 0)],
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
for i in range(len(sliders))
]
# the parser doesn't recalculate omitted lengths, it sets the lengths to 0,
# so for all sliders with omitted lengths we'll set the expected data to 0
for i in range(4, len(EXPECTED)):
EXPECTED[i].length = 0
for s, e in zip(sliders, EXPECTED):
self._test_section(s, [e])
def test_hitsample_extra_arguments(self):
sample = '1:2:3:4:hi.wav:adsfasdf'
EXPECTED = osufile.HitSample(normal_set=1,
addition_set=2,
index=3,
volume=4,
filename='hi.wav')
actual = self._get_sample_parser().parse_hitsample(sample)
self.assertEqual(actual, EXPECTED)
def test_slider(self):
self._test_section(
'442,316,10170,2,0,P|459:276|452:220,1,83.9999974365235,2|0,0:0|0:0,0:0:0:0:',
[
osufile.Slider(x=442,
y=316,
time=10170,
type=2,
sound=0,
curvetype='P',
curvepoints=[(459, 276), (452, 220)],
slides=1,
length=83.9999974365235,
edgesounds=[2, 0],
edgesets=[(0, 0), (0, 0)],
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
self._test_section(
'56,7,11670,2,0,L|152:-2,1,83.9999974365235,0,0:0,0:0:0:0:', [
osufile.Slider(x=56,
y=7,
time=11670,
type=2,
sound=0,
curvetype='L',
curvepoints=[(152, -2)],
slides=1,
length=83.9999974365235,
edgesounds=[0],
edgesets=[(0, 0)],
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
def test_hitcircle_empty_sample(self):
self._test_section('200,100,10000,1,0,', [
osufile.HitCircle(x=200,
y=100,
time=10000,
type=1,
sound=0,
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
def test_hitcircle_extra_arguments(self):
self._test_section('200,100,10000,1,0,0:0:0:0:,asdfasdf', [
osufile.HitCircle(x=200,
y=100,
time=10000,
type=1,
sound=0,
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
def test_spinner_extra_arguments(self):
self._test_section('256,192,5000,12,0,6000,0:0:0:0:,14', [
osufile.Spinner(x=256,
y=192,
time=5000,
type=12,
sound=0,
endtime=6000,
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
def test_holdnote_extra_arguments(self):
self._test_section('200,100,10000,128,0,11000:1:2:3:4::hi', [
osufile.Hold(x=200,
y=100,
time=10000,
type=128,
sound=0,
endtime=11000,
sample=osufile.HitSample(normal_set=1,
addition_set=2,
index=3,
volume=4,
filename=''))
])
def test_slider_too_many_arguments(self):
self._test_section(
'56,7,11670,2,0,L|152:-2,1,83.9999974365235,0,0:0,0:0:0:0:,hi', [
osufile.Slider(x=56,
y=7,
time=11670,
type=2,
sound=0,
curvetype='L',
curvepoints=[(152, -2)],
slides=1,
length=83.9999974365235,
edgesounds=[0],
edgesets=[(0, 0)],
sample=osufile.HitSample(normal_set=0,
addition_set=0,
index=0,
volume=0,
filename=''))
])
