func TestEncodeBitsMasksExcess(t *testing.T) {
for _, tc := range []bitTestCase{
{0, []byte{255, 255}, ""},
{1, []byte{255, 255}, "o"},
{2, []byte{255, 255}, "a"},
{3, []byte{255, 255}, "h"},
{4, []byte{255, 255}, "6"},
{5, []byte{255, 255}, "9"},
{6, []byte{255, 255}, "9o"},
{7, []byte{255, 255}, "9a"},
{8, []byte{255, 255}, "9h"},
{9, []byte{255, 255}, "96"},
{10, []byte{255, 255}, "99"},
{11, []byte{255, 255}, "99o"},
{12, []byte{255, 255}, "99a"},
{13, []byte{255, 255}, "99h"},
{14, []byte{255, 255}, "996"},
{15, []byte{255, 255}, "999"},
{16, []byte{255, 255}, "999o"},
} {
dst := make([]byte, zbase32.EncodedLen(len(tc.decoded)))
n := zbase32.EncodeBits(dst, tc.decoded, tc.bits)
dst = dst[:n]
if g, e := string(dst), tc.encoded; g != e {
t.Errorf("EncodeBits %d bits of %x wrong result: %q != %q", tc.bits, tc.decoded, g, e)
}
}
}
func TestEncodeBits(t *testing.T) {
for _, tc := range bitTests {
dst := make([]byte, zbase32.EncodedLen(len(tc.decoded)))
n := zbase32.EncodeBits(dst, tc.decoded, tc.bits)
dst = dst[:n]
if g, e := string(dst), tc.encoded; g != e {
t.Errorf("EncodeBits %d bits of %x wrong result: %q != %q", tc.bits, tc.decoded, g, e)
continue
}
}
}
