def test__intToBase_gap():
assert "-" == lib_decompress._intToBase(0, d_out)
def test__intToBase_W():
assert "W" == lib_decompress._intToBase(14, d_out)
def test__intToBase_Y():
assert "Y" == lib_decompress._intToBase(15, d_out)
def test__intToBase_T():
assert "T" == lib_decompress._intToBase(12, d_out)
def test__intToBase_V():
assert "V" == lib_decompress._intToBase(13, d_out)
def test__intToBase_R():
assert "R" == lib_decompress._intToBase(10, d_out)
def test__intToBase_S():
assert "S" == lib_decompress._intToBase(11, d_out)
def test__intToBase_M():
assert "M" == lib_decompress._intToBase(8, d_out)
def test__intToBase_N():
assert "N" == lib_decompress._intToBase(9, d_out)
def test__intToBase_H():
assert "H" == lib_decompress._intToBase(6, d_out)
def test__intToBase_K():
assert "K" == lib_decompress._intToBase(7, d_out)
def test__intToBase_G():
assert "G" == lib_decompress._intToBase(5, d_out)
def test__intToBase_D():
assert "D" == lib_decompress._intToBase(4, d_out)
def test__intToBase_C():
assert "C" == lib_decompress._intToBase(3, d_out)
def test__intToBase_B():
assert "B" == lib_decompress._intToBase(2, d_out)
def test__intToBase_A():
assert "A" == lib_decompress._intToBase(1, d_out)