def test__baseToInt_Y():
assert 15 == lib_compress._baseToInt("Y", d_out)
def test__baseToInt_V():
assert 13 == lib_compress._baseToInt("V", d_out)
def test__baseToInt_W():
assert 14 == lib_compress._baseToInt("W", d_out)
def test__baseToInt_S():
assert 11 == lib_compress._baseToInt("S", d_out)
def test__baseToInt_T():
assert 12 == lib_compress._baseToInt("T", d_out)
def test__baseToInt_N():
assert 9 == lib_compress._baseToInt("N", d_out)
def test__baseToInt_R():
assert 10 == lib_compress._baseToInt("R", d_out)
def test__baseToInt_K():
assert 7 == lib_compress._baseToInt("K", d_out)
def test__baseToInt_M():
assert 8 == lib_compress._baseToInt("M", d_out)
def test__baseToInt_G():
assert 5 == lib_compress._baseToInt("G", d_out)
def test__baseToInt_H():
assert 6 == lib_compress._baseToInt("H", d_out)
def test__baseToInt_D():
assert 4 == lib_compress._baseToInt("D", d_out)
def test__baseToInt_C():
assert 3 == lib_compress._baseToInt("C", d_out)
def test__baseToInt_B():
assert 2 == lib_compress._baseToInt("B", d_out)
def test__baseToInt_A():
assert 1 == lib_compress._baseToInt("A", d_out)
def test__baseToInt_gap():
assert 0 == lib_compress._baseToInt("-", d_out)
