public void test_plainLiteral() {
final String lit1 = "abc";
final String lit2 = "abcd";
final String lit3 = "abcde";
final byte[] k1 = fixture.plainLiteral2key(lit1);
final byte[] k2 = fixture.plainLiteral2key(lit2);
final byte[] k3 = fixture.plainLiteral2key(lit3);
if (log.isInfoEnabled()) {
log.info("k1(" + lit1 + ") = " + BytesUtil.toString(k1));
log.info("k2(" + lit2 + ") = " + BytesUtil.toString(k2));
log.info("k3(" + lit3 + ") = " + BytesUtil.toString(k3));
}
assertTrue(BytesUtil.compareBytes(k1, k2) < 0);
assertTrue(BytesUtil.compareBytes(k2, k3) < 0);
}
/**
* Test verifies the ordering among URIs, Literals, and BNodes. This ordering is important when
* batching terms of these different types into the term index since you want to insert the type
* types according to this order for the best performance.
*/
public void test_termTypeOrder() {
/*
* one key of each type. the specific values for the types do not matter
* since we are only interested in the relative order between those
* types in this test.
*/
final byte[] k1 = fixture.uri2key("http://www.cognitiveweb.org");
final byte[] k2 = fixture.plainLiteral2key("hello world!");
final byte[] k3 = fixture.blankNode2Key("a12");
assertTrue(BytesUtil.compareBytes(k1, k2) < 0);
assertTrue(BytesUtil.compareBytes(k2, k3) < 0);
}
public void test_plain_vs_languageCode_literal() {
final String en = "en";
// String de = "de";
final String lit1 = "abc";
// String lit2 = "abc";
// String lit3 = "abce";
// final Literal a = new LiteralImpl("foo");
// final Literal b = new LiteralImpl("foo", "en");
final byte[] k1 = fixture.plainLiteral2key(lit1);
final byte[] k2 = fixture.languageCodeLiteral2key(en, lit1);
// not encoded onto the same key.
assertFalse(BytesUtil.bytesEqual(k1, k2));
// the plain literals are ordered before the language code literals.
assertTrue(BytesUtil.compareBytes(k1, k2) < 0);
}
