//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldReadNoKeyIdAsMinusOne() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
public virtual void ShouldReadNoKeyIdAsMinusOne()
{
// GIVEN
InMemoryClosableChannel channel = new InMemoryClosableChannel();
IndexDefineCommand definitions = new IndexDefineCommand();
int indexNameId = 10;
definitions.Init(ObjectIntHashMap.newWithKeysValues("myindex", indexNameId), new ObjectIntHashMap <string>());
definitions.Serialize(channel);
IndexCommand.RemoveCommand removeCommand = new IndexCommand.RemoveCommand();
removeCommand.Init(indexNameId, IndexEntityType.Node.id(), 1234, -1, null);
removeCommand.Serialize(channel);
// WHEN
PhysicalLogCommandReaderV2_2_4 reader = new PhysicalLogCommandReaderV2_2_4();
assertTrue(reader.Read(channel) is IndexDefineCommand);
IndexCommand.RemoveCommand readRemoveCommand = (IndexCommand.RemoveCommand)reader.Read(channel);
// THEN
assertEquals(removeCommand.IndexNameId, readRemoveCommand.IndexNameId);
assertEquals(removeCommand.EntityType, readRemoveCommand.EntityType);
assertEquals(removeCommand.EntityId, readRemoveCommand.EntityId);
assertEquals(removeCommand.KeyId, readRemoveCommand.KeyId);
assertNull(removeCommand.Value);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldReadIndexCommandHeaderCorrectly() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
public virtual void ShouldReadIndexCommandHeaderCorrectly()
{
// This bug manifested in header byte[1] {0,1,2}, which contains:
// [x , ] start node needs long
// [ x , ] end node needs long
// [ xx,xxxx] index name id
// would have the mask for reading "start node needs long" to 0x8, where it should have been 0x80.
// So we need an index name id which has the 0x8 bit set to falsely read that value as "true".
// Number 12 will do just fine.
// GIVEN
PhysicalLogCommandReaderV2_2_4 reader = new PhysicalLogCommandReaderV2_2_4();
InMemoryClosableChannel data = new InMemoryClosableChannel();
AddRelationshipCommand command = new AddRelationshipCommand();
sbyte indexNameId = ( sbyte )12;
long entityId = 123;
sbyte keyId = ( sbyte )1;
object value = "test value";
long startNode = 14;
long endNode = 15;
// WHEN
command.Init(indexNameId, entityId, keyId, value, startNode, endNode);
command.Serialize(data);
// THEN
AddRelationshipCommand readCommand = ( AddRelationshipCommand )reader.Read(data);
assertEquals(indexNameId, readCommand.IndexNameId);
assertEquals(entityId, readCommand.EntityId);
assertEquals(keyId, readCommand.KeyId);
assertEquals(value, readCommand.Value);
assertEquals(startNode, readCommand.StartNode);
assertEquals(endNode, readCommand.EndNode);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldProperlyMaskIndexIdFieldInIndexHeader() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
public virtual void ShouldProperlyMaskIndexIdFieldInIndexHeader()
{
/* This is how the index command header is laid out
* [x , ] start node needs long
* [ x , ] end node needs long
* [ xx,xxxx] index name id
* This means that the index name id can be in the range of 0 to 63. This test verifies that
* this constraint is actually respected
*/
// GIVEN
PhysicalLogCommandReaderV2_2_4 reader = new PhysicalLogCommandReaderV2_2_4();
InMemoryClosableChannel data = new InMemoryClosableChannel();
// Here we take advantage of the fact that all index commands have the same header written out
AddRelationshipCommand command = new AddRelationshipCommand();
long entityId = 123;
sbyte keyId = ( sbyte )1;
object value = "test value";
long startNode = 14;
long endNode = 15;
for (sbyte indexByteId = 0; indexByteId < 63; indexByteId++)
{
// WHEN
command.Init(indexByteId, entityId, keyId, value, startNode, endNode);
command.Serialize(data);
// THEN
AddRelationshipCommand readCommand = ( AddRelationshipCommand )reader.Read(data);
assertEquals(indexByteId, readCommand.IndexNameId);
assertEquals(entityId, readCommand.EntityId);
assertEquals(keyId, readCommand.KeyId);
assertEquals(value, readCommand.Value);
assertEquals(startNode, readCommand.StartNode);
assertEquals(endNode, readCommand.EndNode);
data.Reset();
}
}
