def test_gaja_gajajhampa_gajalila():
gaja = Decitala("Gaja")
gajajhampa = Decitala("77_Gajajhampa")
gajalila = Decitala("18_Gajalila.xml")
assert gaja.name == "99_Gaja"
assert gajajhampa.name == "77_Gajajhampa"
assert gajalila.name == "18_Gajalila"
def test_jaya_jayacri_jayamangala():
jaya = Decitala("Jaya")
jaya2 = Decitala("Jaya.xml")
jayacri = Decitala("46_Jayacri")
jayamangala = Decitala("Jayamangala.xml")
assert jaya.name == "28_Jaya"
assert jaya2.name == "28_Jaya"
assert jayacri.name == "46_Jayacri"
assert jayamangala.name == "42_Jayamangala"
def test_all_decitala_names():
# 4 possible inputs are allowed for the names.
funcs = [
full_name, without_extension, without_id_num,
without_id_num_without_extension
]
for this_file in os.listdir(decitala_path):
new_name = random.choice(funcs)(this_file)
this_decitala = Decitala(new_name)
assert this_decitala.full_path == decitala_path + "/" + this_file
def test_decitala_hash_table():
DHT = DecitalaHashTable()
fragment_data = session.query(DecitalaData).all()
fragments = [Decitala(x.name) for x in fragment_data]
for fragment in fragments:
modification_and_mod_val = random.choice(funcs)(fragment.ql_array())
if any(x <= 0 for x in modification_and_mod_val[0]):
continue
modification = tuple(modification_and_mod_val[0])
mod_value = modification_and_mod_val[1]
search_result = DHT.data[modification]
assert search_result is not None
def decitala_collection():
talas = [
{
"fragment": Decitala("75_Pratapacekhara"),
"mod": ('sr', 0.6666666666666666),
"onset_range": (2.0, 6.25)
},
{
"fragment": Decitala("93_Ragavardhana"),
"mod": ('rsr', 2.0),
"onset_range": (2.0, 6.75)
},
{
"fragment": Decitala("Karanayati"),
"mod": ('r', 1.0),
"onset_range": (0.0, 1.0)
},
{
"fragment": Decitala("5_Pancama"),
"mod": ('r', 4.0),
"onset_range": (2.0, 4.0)
},
]
return talas
def test_write_analysis():
f1 = Decitala("Lakskmica")
f2 = GreekFoot("Peon_III")
f3 = GeneralFragment([4.0, 4.0, 4.0, 1.0], name="weird fragment set")
analysis = [{
"fragment": f1,
"onset_range": (3.0, 9.0)
}, {
"fragment": f2,
"onset_range": (9.5, 12.25)
}, {
"fragment": f3,
"onset_range": (12.0, 13.125)
}]
with tempfile.NamedTemporaryFile() as tmpfile:
utils.write_analysis(data=analysis, filepath=tmpfile.name)
# Reread to check proper serialization.
loaded = utils.loader(tmpfile.name)
fragments = [x["fragment"] for x in loaded]
assert set(fragments) == set([f1, f2, f3])
def test_loader():
loaded = utils.loader(analysis_filepath)
fragments = set([x["fragment"] for x in loaded])
actual = {Decitala("Laya"), Decitala("Bhagna"), Decitala("Niccanka")}
assert fragments == actual
def test_ragavardhana():
DHT = DecitalaHashTable()
frag = [3.0, 0.5, 0.75, 0.5]
assert DHT.data[tuple(frag)]["fragment"] == Decitala("Ragavardhana")
def test_sama_kankala_sama():
sama = Decitala("Sama.xml")
kankala_sama = Decitala("Kankala_Sama")
assert sama.name == "53_Sama"
assert kankala_sama.name == "65_C_Kankala_Sama"
def test_class_one(self): # X
aditala = Decitala("Aditala")
assert aditala.morris_symmetry_class() == 1
def test_decitala_fragment_encoder():
d = Decitala("Anlarakrida")
dumped = json.dumps(d, cls=FragmentEncoder)
expected = """{"frag_type": "decitala", "name": "95_Anlarakrida"}"""
assert dumped == expected
def test_decitala_num_matras():
frag = Decitala("Rajatala") # [1.0, 1.5, 0.25, 0.25, 1.0, 0.5, 1.5]
assert frag.num_matras == 12
def test_decitala_repr():
name_in = "Gajalila"
frag_id = Decitala(name_in).id_num
assert Decitala(
name_in).__repr__() == "<fragment.Decitala {0}_{1}>".format(
frag_id, name_in)
def test_decitala_carnatic_string():
rajacudamani = Decitala("Rajacudamani")
predicted = "o o | | | o o | S"
assert rajacudamani.carnatic_string == predicted
def test_id_num():
for i in range(0, 121, 20):
if i == 0:
assert Decitala("Aditala").id_num == str(i + 1)
else:
assert Decitala.get_by_id(i).id_num == str(i)
def test_get_by_id():
random_nums = [str(x) for x in [71, 23, 14, 91, 108, 44]]
for this_id in random_nums:
assert Decitala.get_by_id(this_id) is not None