internal virtual IPartitionSpaceNode CreateIPartitionSpaceNode()
{
// TODO: 实例化相应的具体类。
IPartitionSpaceNode target = null;
return(target);
}
public void DeactivateSpaceNodeTest()
{
IPartitionSpaceNode target = CreateIPartitionSpaceNode(); // TODO: 初始化为适当的值
object sender = null; // TODO: 初始化为适当的值
DeactivateSpaceNodeEventArgs eventArgs = null; // TODO: 初始化为适当的值
target.DeactivateSpaceNode(sender, eventArgs);
Assert.Inconclusive("无法验证不返回值的方法。");
}
public void ProcessPartitionSpaceTest()
{
BaseMap owner = null; // TODO: 初始化为适当的值
MapSpaceNode target = new MapSpaceNode(owner); // TODO: 初始化为适当的值
IPartitionSpaceNode partitionSpaceInterface = null; // TODO: 初始化为适当的值
target.ProcessPartitionSpace(partitionSpaceInterface);
Assert.Inconclusive("无法验证不返回值的方法。");
}
/// <summary>
///
/// </summary>
public virtual void ProcessPartitionSpace(IPartitionSpaceNode partitionSpaceInterface)
{
if (partitionSpaceInterface == null)
{
throw new Exception("MapSpaceNode.ProcessPartitionSpace(...) - partitionSpaceInterface == null error!");
}
if (this.EventPartitionSpaceNode != null)
{
throw new Exception("MapSpaceNode.ProcessPartitionSpace(...) - this.EventPartitionSpaceNode != null error!");
}
this.EventInitSpaceNode += new EventHandler <SpaceNodeEventArgs>(partitionSpaceInterface.InitSpaceNode);
this.EventPartitionSpaceNode += new EventHandler <PartitionSpaceNodeEventArgs>(partitionSpaceInterface.ProcessPartitionSpaceNode);
this.EventActivateSpaceNode += new EventHandler <ActivateSpaceNodeEventArgs>(partitionSpaceInterface.ActivateSpaceNode);
this.EventDeactivateSpaceNode += new EventHandler <DeactivateSpaceNodeEventArgs>(partitionSpaceInterface.DeactivateSpaceNode);
// EventInitSpaceNode
SpaceNodeEventArgs spaceNodeEventArgs = new SpaceNodeEventArgs(this);
this.EventInitSpaceNode(this, spaceNodeEventArgs);
// EventPartitionSpaceNode
PartitionSpaceNodeEventArgs partitionSpaceNodeEventArgs = new PartitionSpaceNodeEventArgs(this, this.m_Owner);
this.EventPartitionSpaceNode(this, partitionSpaceNodeEventArgs);
if (partitionSpaceNodeEventArgs.PartitionSpace != null)
{
m_SpaceNodes = partitionSpaceNodeEventArgs.PartitionSpace;
for (int iIndex0 = 0; iIndex0 < m_SpaceNodes.GetLength(0); iIndex0++)
{
for (int iIndex1 = 0; iIndex1 < m_SpaceNodes.GetLength(1); iIndex1++)
{
for (int iIndex2 = 0; iIndex2 < m_SpaceNodes.GetLength(2); iIndex2++)
{
if (m_SpaceNodes[iIndex0, iIndex1, iIndex2] != null)
{
m_SpaceNodes[iIndex0, iIndex1, iIndex2].RankIndex = new RankIndex(iIndex0, iIndex1, iIndex2);
m_SpaceNodes[iIndex0, iIndex1, iIndex2].Parent = this;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].Owner = this.Owner;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].m_LayerIndex = this.m_LayerIndex + 1;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].ProcessPartitionSpace(partitionSpaceInterface);
}
}
}
}
m_IsLeaf = false;
}
}
/// <summary>
///
/// </summary>
public virtual void ProcessPartitionSpace( IPartitionSpaceNode partitionSpaceInterface )
{
if ( partitionSpaceInterface == null )
throw new Exception( "MapSpaceNode.ProcessPartitionSpace(...) - partitionSpaceInterface == null error!" );
if ( this.EventPartitionSpaceNode != null )
throw new Exception( "MapSpaceNode.ProcessPartitionSpace(...) - this.EventPartitionSpaceNode != null error!" );
this.EventInitSpaceNode += new EventHandler<SpaceNodeEventArgs>( partitionSpaceInterface.InitSpaceNode );
this.EventPartitionSpaceNode += new EventHandler<PartitionSpaceNodeEventArgs>( partitionSpaceInterface.ProcessPartitionSpaceNode );
this.EventActivateSpaceNode += new EventHandler<ActivateSpaceNodeEventArgs>( partitionSpaceInterface.ActivateSpaceNode );
this.EventDeactivateSpaceNode += new EventHandler<DeactivateSpaceNodeEventArgs>( partitionSpaceInterface.DeactivateSpaceNode );
// EventInitSpaceNode
SpaceNodeEventArgs spaceNodeEventArgs = new SpaceNodeEventArgs( this );
this.EventInitSpaceNode( this, spaceNodeEventArgs );
// EventPartitionSpaceNode
PartitionSpaceNodeEventArgs partitionSpaceNodeEventArgs = new PartitionSpaceNodeEventArgs( this, this.m_Owner );
this.EventPartitionSpaceNode( this, partitionSpaceNodeEventArgs );
if ( partitionSpaceNodeEventArgs.PartitionSpace != null )
{
m_SpaceNodes = partitionSpaceNodeEventArgs.PartitionSpace;
for ( int iIndex0 = 0; iIndex0 < m_SpaceNodes.GetLength( 0 ); iIndex0++ )
{
for ( int iIndex1 = 0; iIndex1 < m_SpaceNodes.GetLength( 1 ); iIndex1++ )
{
for ( int iIndex2 = 0; iIndex2 < m_SpaceNodes.GetLength( 2 ); iIndex2++ )
{
if ( m_SpaceNodes[iIndex0, iIndex1, iIndex2] != null )
{
m_SpaceNodes[iIndex0, iIndex1, iIndex2].RankIndex = new RankIndex( iIndex0, iIndex1, iIndex2 );
m_SpaceNodes[iIndex0, iIndex1, iIndex2].Parent = this;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].Owner = this.Owner;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].m_LayerIndex = this.m_LayerIndex + 1;
m_SpaceNodes[iIndex0, iIndex1, iIndex2].ProcessPartitionSpace( partitionSpaceInterface );
}
}
}
}
m_IsLeaf = false;
}
}