def test_count_nts__simple_mixed_case():
assert_equal(count_nts("atATNcaGCC"), {
"A": 3,
"C": 3,
"G": 1,
"T": 2,
"N": 1
})
def test_count_nts__complex():
assert_equal(count_nts("NNBKVGRVMM"), {
"N": 2,
"B": 1,
"K": 1,
"V": 2,
"G": 1,
"R": 1,
"M": 2
})
def test_count_nts__bad_nt_lowercase():
count_nts("atATNcoGCC") # 'o' not UIPAC
def test_count_nts__bad_nt():
count_nts("TTAPGTGTCT") # 'P' not UIPAC
def test_count_nts__complex_mixed_case():
assert_equal(count_nts(""), {})
def test_count_nts__empty_str():
assert_equal(count_nts(""), {})
def test_count_nts__simple():
assert_equal(count_nts("TTATGTGTCT"), {"A": 1, "C": 1, "G": 2, "T": 6})
def test_count_nts__bad_nt():
count_nts("TTAPGTGTCT") # 'P' not UIPAC
def test_count_nts__bad_nt_lowercase():
count_nts("atATNcoGCC") # 'o' not UIPAC
def test_count_nts__complex_mixed_case():
assert_equal(count_nts(""), {})
def test_count_nts__complex():
assert_equal(count_nts("NNBKVGRVMM"), {"N" : 2, "B" : 1, "K" : 1, "V" : 2, "G" : 1,
"R" : 1, "M" : 2})
def test_count_nts__simple_mixed_case():
assert_equal(count_nts("atATNcaGCC"), {"A" : 3, "C" : 3, "G" : 1, "T" : 2, "N" : 1})
def test_count_nts__simple():
assert_equal(count_nts("TTATGTGTCT"), {"A" : 1, "C" : 1, "G" : 2, "T" : 6})
def test_count_nts__empty_str():
assert_equal(count_nts(""), {})