private static bool IsMatch(PersonKey searchFor, PersonNode searchIn) { var searchInPerson = searchIn.Person; if (!IsMatch(searchFor.FirstName, searchInPerson.FirstName)) { return(false); } else if (!IsMatch(searchFor.MiddleName, searchInPerson.MiddleName)) { return(false); } else if (!IsMatch(searchFor.LastName, searchInPerson.LastName)) { return(false); } else { var isMatch = IsMatch(searchFor.BirthYear, searchInPerson.BirthYear); return(isMatch); } }
set => SetValue(PersonKey, value);
public void Add_does_not_throw_for_adding_null(PersonKey key) { var sut = GetSut(); Assert.That(() => sut.Add(key, null), Throws.Nothing); }
public int CompareTo(PersonKey pk) { return(_keyString.CompareTo(pk._keyString)); }
public void Post([FromBody] PersonKey value) { personKeyDataRepository.Test(value); }
void ReadAll() { PeopleStoreByName.MoveFirst(); PeopleStoreByName.HintBatchCount = 103; long[] Pids = new long[BatchCount]; int PidsIndex = 0; PersonKey[] pk = new PersonKey[BatchCount]; int Ctr = 0; do { Ctr++; pk[PidsIndex++] = PeopleStoreByName.CurrentKey; if (PidsIndex == BatchCount) { QueryResult <PersonKey>[] PeopleIDs; if (PeopleStoreByName.Query(QueryExpression <PersonKey> .Package(pk), out PeopleIDs)) { for (int i = 0; i < PeopleIDs.Length; i++) { Pids[i] = (long)PeopleIDs[i].Value; } QueryResult <long>[] PeopleFound; if (PeopleStore.Query(QueryExpression <long> .Package(Pids), out PeopleFound)) { long[] Aids = new long[PidsIndex]; int i = 0; foreach (QueryResult <long> pf in PeopleFound) { if (pf.Found) { Aids[i++] = ((Person)pf.Value).AddressID; } } QueryResult <long>[] AddressesFound; if (AddressStore.Query(QueryExpression <long> .Package(Aids), out AddressesFound)) { //** process found Address records here... int ctr2 = 0; foreach (var a in AddressesFound) { ctr2++; if (!a.Found) { Console.WriteLine("Failed to read {0}.", a.Key); } } if (ctr2 != 1000) { Console.WriteLine("Failed to read 1000 records, 'only read {0}.", ctr2); } } } } PidsIndex = 0; } } while (PeopleStoreByName.MoveNext()); if (Ctr != PeopleStore.Count) { Console.WriteLine("Failed! Read {0}, expected {1}", Ctr * 4, PeopleStore.Count * 4); } else { Console.WriteLine("Read {0} items.", Ctr * 4); } }
public PersonEntry(PersonKey key, int level) { this.key = key; this.level = level; this.friends = new List <PersonFriend>(); }
public void RunTest() { const string name1 = "Henry has a first name!"; const string name2 = "Larry doesn't have a last name!"; var key1 = new PersonKey(Guid.NewGuid(), name1); var key2 = new PersonKey(Guid.NewGuid(), name2); var personEntry1 = new PersonEntry(key1, 10); var personEntry2 = new PersonEntry(key2, 5); personEntry1.Friends.Add(new PersonFriend(0xAEF8329dF, "Mark")); personEntry2.Friends.Add(new PersonFriend(0xF8372D33F, "Henry")); personEntry2.Friends.Add(new PersonFriend(0x47928C3ED, "Jane")); var thresholdsByKey = new Dictionary <PersonKey, int>(); thresholdsByKey.Add(key1, 30); thresholdsByKey.Add(key2, 2); var levelRemovalProcessor = new RemovalByLevelThresholdProcessor(thresholdsByKey); var friendClearingProcessor = new FriendClearingProcessor(); var serializer = new PofSerializer(context); using (var ms = new MemoryStream()) { using (var writer = new BinaryWriter(ms, Encoding.UTF8, true)) { serializer.Serialize(writer, levelRemovalProcessor); serializer.Serialize(writer, friendClearingProcessor); } ms.Position = 0; Console.WriteLine(ms.ToArray().ToHex()); using (var reader = new BinaryReader(ms, Encoding.UTF8, true)) { levelRemovalProcessor = serializer.Deserialize <RemovalByLevelThresholdProcessor>(reader); friendClearingProcessor = serializer.Deserialize <FriendClearingProcessor>(reader); } } var entry1 = new Entry <PersonKey, PersonEntry>(key1, personEntry1); var entry2 = new Entry <PersonKey, PersonEntry>(key2, personEntry2); var originalEntry1 = entry1; var originalEntry2 = entry2; using (var ms = new MemoryStream()) { using (var writer = new BinaryWriter(ms, Encoding.UTF8, true)) { serializer.Serialize(writer, entry1); serializer.Serialize(writer, entry2); } ms.Position = 0; Console.WriteLine(ms.ToArray().ToHex()); using (var reader = new BinaryReader(ms, Encoding.UTF8, true)) { entry1 = serializer.Deserialize <Entry <PersonKey, PersonEntry> >(reader); int frameLength = reader.ReadInt32(); var frameBody = reader.ReadBytes(frameLength); using (var innerMs = new MemoryStream(frameBody)) using (var innerReader = new BinaryReader(innerMs, Encoding.UTF8, true)) { entry2 = (Entry <PersonKey, PersonEntry>)serializer.Deserialize(innerReader, SerializationFlags.Lengthless, null); } } } friendClearingProcessor.Process(entry1); friendClearingProcessor.Process(entry2); levelRemovalProcessor.Process(entry1); levelRemovalProcessor.Process(entry2); AssertTrue(entry1.IsPresent()); AssertFalse(entry2.IsPresent()); using (var ms = new MemoryStream()) { using (var writer = new BinaryWriter(ms, Encoding.UTF8, true)) { serializer.Serialize(writer, entry1); serializer.Serialize(writer, entry2); } ms.Position = 0; Console.WriteLine(ms.ToArray().ToHex()); using (var reader = new BinaryReader(ms, Encoding.UTF8, true)) { entry1 = serializer.Deserialize <Entry <PersonKey, PersonEntry> >(reader); entry2 = serializer.Deserialize <Entry <PersonKey, PersonEntry> >(reader); } } AssertTrue(entry1.IsPresent()); AssertFalse(entry2.IsPresent()); }