@Test
public void testHasSameType() {
String testTitle = "Get scheme";
LOG.info("[Test] " + testTitle);
DataIdentifier id1 =
DataIdentifierFactory.fromType(
DataIdentifierScheme.CONTEXT, CtxAttributeTypes.ADDRESS_HOME_CITY);
DataIdentifier id2 =
DataIdentifierFactory.create(
DataIdentifierScheme.CONTEXT,
"me.ict-societies.eu",
CtxAttributeTypes.ADDRESS_HOME_CITY);
DataIdentifier id3 =
DataIdentifierFactory.fromType(DataIdentifierScheme.CONTEXT, CtxAttributeTypes.BIRTHDAY);
DataIdentifier id4 = null;
try {
id4 =
DataIdentifierFactory.fromUri(
DataIdentifierScheme.CIS + "://me.ict-societies.eu/" + CisAttributeTypes.MEMBER_LIST);
} catch (MalformedCtxIdentifierException e) {
LOG.error("Faillure during data id creation from URI", e);
fail("Faillure during data id creation from URI: " + e.getMessage());
}
DataIdentifier id5 =
DataIdentifierFactory.create(
DataIdentifierScheme.CIS, "me.ict-societies.eu", CisAttributeTypes.MEMBER_LIST);
DataIdentifier id6 =
DataIdentifierFactory.create(
DataIdentifierScheme.CIS, "you.ict-societies.eu", CisAttributeTypes.MEMBER_LIST);
DataIdentifier id7 =
DataIdentifierFactory.create(
DataIdentifierScheme.CIS, "me.ict-societies.eu", CisAttributeTypes.CIS_LIST);
DataIdentifier id8 =
DataIdentifierFactory.fromType(
DataIdentifierScheme.CIS, CtxAttributeTypes.ADDRESS_HOME_CITY);
SimpleDataIdentifier id9 = new SimpleDataIdentifier();
id9.setUri(
DataIdentifierScheme.CIS + "://me.ict-societies.eu/" + CisAttributeTypes.MEMBER_LIST);
LOG.info(id9.getUri());
DataIdentifier id10 = new SimpleDataIdentifier();
DataIdentifier id11 = null;
// Context Scheme
assertTrue("Type should be equals", DataIdentifierUtils.hasSameType(id1, id2));
assertTrue("Type should be equals (inverse)", DataIdentifierUtils.hasSameType(id2, id1));
assertFalse("Type should not be equals (1/4)", DataIdentifierUtils.hasSameType(id1, id3));
assertFalse(
"Type should not be equals (inverse) (2/4)", DataIdentifierUtils.hasSameType(id3, id1));
assertFalse("Type should not be equals (3/4)", DataIdentifierUtils.hasSameType(id2, id3));
assertFalse(
"Type should not be equals (inverse) (4/4)", DataIdentifierUtils.hasSameType(id3, id2));
// Cis scheme
assertTrue("Type should be equals", DataIdentifierUtils.hasSameType(id4, id5));
assertTrue("Type should be equals (inverse)", DataIdentifierUtils.hasSameType(id5, id4));
assertTrue(
"Type should be equals even if owner id is different",
DataIdentifierUtils.hasSameType(id5, id6));
assertTrue(
"Type should be equals even if owner id is different (inverse)",
DataIdentifierUtils.hasSameType(id6, id5));
assertFalse("Type should not be equals (1/2)", DataIdentifierUtils.hasSameType(id5, id7));
assertFalse(
"Type should not be equals (inverse) (2/2)", DataIdentifierUtils.hasSameType(id7, id6));
assertTrue(
"Type should be equals (even if only URI is defined) (1/4)",
DataIdentifierUtils.hasSameType(id4, id9));
assertTrue(
"Type should be equals (even if only URI is defined) (inverse) (2/4)",
DataIdentifierUtils.hasSameType(id9, id4));
assertTrue(
"Type should be equals (even if only URI is defined) (3/4)",
DataIdentifierUtils.hasSameType(id5, id9));
assertTrue(
"Type should be equals (even if only URI is defined) (inverse) (4/4)",
DataIdentifierUtils.hasSameType(id9, id5));
// Mix
assertFalse("Type should not be equals (1/4)", DataIdentifierUtils.hasSameType(id1, id4));
assertFalse(
"Type should not be equals (inverse) (2/4)", DataIdentifierUtils.hasSameType(id4, id1));
assertFalse("Type should not be equals (3/4)", DataIdentifierUtils.hasSameType(id3, id5));
assertFalse(
"Type should not be equals (inverse) (4/4)", DataIdentifierUtils.hasSameType(id5, id3));
// Same type but different scheme
assertFalse("Type should not be equals (4/6)", DataIdentifierUtils.hasSameType(id1, id8));
assertFalse(
"Type should not be equals (inverse) (6/6)", DataIdentifierUtils.hasSameType(id8, id1));
// Limit
assertFalse(
"Type should not be equals if one is null (1/4)",
DataIdentifierUtils.hasSameType(id1, id11));
assertFalse(
"Type should not be equals if one is null (inverse) (2/4)",
DataIdentifierUtils.hasSameType(id11, id1));
assertFalse(
"Type should not be equals if one is empty (3/4)",
DataIdentifierUtils.hasSameType(id1, id10));
assertFalse(
"Type should not be equals if one is empty (inverse) (4/4)",
DataIdentifierUtils.hasSameType(id10, id1));
assertFalse(
"Type should not be equals if one is empty (5/6)",
DataIdentifierUtils.hasSameType(id9, id10));
assertFalse(
"Type should not be equals if one is empty (inverse) (6/6)",
DataIdentifierUtils.hasSameType(id10, id9));
}
@Test
public void testSortByParent() {
Set<DataIdentifier> nameList = new HashSet<DataIdentifier>();
Set<DataIdentifier> actionList = new HashSet<DataIdentifier>();
DataIdentifier nameId = null;
DataIdentifier actionId = null;
try {
nameId =
DataIdentifierFactory.create(
DataIdentifierScheme.CONTEXT, "fooCss", CtxAttributeTypes.NAME);
nameList.add(
DataIdentifierFactory.fromUri(
DataIdentifierScheme.CONTEXT
+ "://fooCss/ENTITY/person/1/ATTRIBUTE/"
+ CtxAttributeTypes.NAME_FIRST
+ "/33"));
nameList.add(
DataIdentifierFactory.fromUri(
DataIdentifierScheme.CONTEXT
+ "://fooCss/ENTITY/person/1/ATTRIBUTE/"
+ CtxAttributeTypes.NAME_LAST
+ "/38"));
actionId =
DataIdentifierFactory.fromUri(
DataIdentifierScheme.CONTEXT
+ "://fooCss/ENTITY/person/1/ATTRIBUTE/"
+ CtxAttributeTypes.ACTION
+ "/42");
actionList.add(actionId);
} catch (MalformedCtxIdentifierException e) {
LOG.error("Faillure during data id creation from URI", e);
fail("Faillure during data id creation from URI: " + e);
}
// - List1
// Parameters
Set<DataIdentifier> list1 = new HashSet<DataIdentifier>();
list1.addAll(nameList);
list1.add(actionId);
// Expected
Map<String, Set<DataIdentifier>> expectedMap1 = new HashMap<String, Set<DataIdentifier>>();
expectedMap1.put(nameId.getType(), nameList);
expectedMap1.put(actionId.getType(), actionList);
assertEquals(
"NAME_FIRST (leaf), NAME_LAST (leaf), ACTION (root and leaf) should be sorted as: NAME -> NAME_FIRST, NAME_LAST ; ACTION -> ACTION",
expectedMap1,
DataIdentifierUtils.sortByParent(list1));
// - List2
// Parameters
Set<DataIdentifier> list2 = new HashSet<DataIdentifier>();
list2.addAll(nameList);
list2.add(nameId);
list2.add(actionId);
assertEquals(
"NAME (root not leaf), NAME_FIRST (leaf), NAME_LAST (leaf), ACTION (root and leaf) should be sorted as: NAME -> NAME_FIRST, NAME_LAST ; ACTION -> ACTION",
expectedMap1,
DataIdentifierUtils.sortByParent(list2));
// - List3
// Parameters
Set<DataIdentifier> list3 = new HashSet<DataIdentifier>();
list3.add(nameId);
list3.add(actionId);
// Expected
Map<String, Set<DataIdentifier>> expectedMap3 = new HashMap<String, Set<DataIdentifier>>();
expectedMap3.put(nameId.getType(), null);
expectedMap3.put(actionId.getType(), actionList);
assertEquals(
"NAME (root not leaf), ACTION (root and leaf) should be sorted as: NAME -> null ; ACTION -> ACTION",
expectedMap3,
DataIdentifierUtils.sortByParent(list3));
}