//判断cNode与cmp当中的各个构件的连接关系，是否gNode与selectedNode各个节点也满足
private bool LinesMatched(Models.Component cmp, ComponentNode cNode, Stack <DynamicNode> selectedNode, DynamicNode dNode)
{
for (int i = 0; i < cmp.NodeNum; i++)
{
var curCNode = cmp.CmpTopoNet.NodeArray[i];//当前的构件节点
if (curCNode == cNode)
{
break;
//continue;
}
var curDNode = selectedNode.Reverse().ToList()[curCNode.NodeId]; //当前的动态节点
//GTX连接判断
var cGTXLine = cmp.CmpTopoNet.GTXLinks[cNode.NodeId, curCNode.NodeId];
var dGtxLine = _topoNet.GTXLinks[dNode.SNode.UrlId, curDNode.SNode.UrlId];
if (!LineMatched(cGTXLine, dGtxLine))
{
return(false);
}
//LVDS连接判断
var cLVDSLine = cmp.CmpTopoNet.LVDSLinks[cNode.NodeId, curCNode.NodeId];
var dLVDSLine = _topoNet.LVDSLinks[dNode.SNode.UrlId, curDNode.SNode.UrlId];
if (!LineMatched(cLVDSLine, dLVDSLine))
{
return(false);
}
}
return(true);
}
private void DFS_MatchNode(Models.Component cmp, Stack <DynamicNode> selectedNode, List <DynamicNode> usedtopo)
{
var sNodeArray = _topoNet.NodeArray;
var cNodeArray = cmp.CmpTopoNet.NodeArray;
int selectedNum = selectedNode.Count;
if (selectedNum == cNodeArray.Length)//退出条件
{
_appMatchedTopoList.Add(selectedNode.Reverse().ToList());
return;
}
var curCNode = cNodeArray[selectedNum];
foreach (var node in sNodeArray)
{
if (!usedtopo.Contains(node) && !selectedNode.Contains(node) && NodeMatched(curCNode, node))
{
//判断当前node与selectedNode的连接关系，是否满足curCNode与已匹配的cNode节点的连接情况；
if (LinesMatched(cmp, curCNode, selectedNode, node))
{
selectedNode.Push(node);
DFS_MatchNode(cmp, selectedNode, usedtopo);
selectedNode.Pop();
}
}
}
}
private void MatchOneApp(Models.Component cmp, List <DynamicNode> usedtopo)
{
var sNodeArray = _topoNet.NodeArray; //当前所包含的所有资源节点
var cNodeArray = cmp.CmpTopoNet.NodeArray; //需要匹配的应用节点集合
Stack <DynamicNode> selectedNode = new Stack <DynamicNode>(); //用一个堆栈来存储选择了的节点
_appMatchedTopoList = new List <List <DynamicNode> >(); //把已匹配的节点设置为空
var curCNode = cNodeArray[selectedNode.Count];
try
{
foreach (var node in sNodeArray)
{
//目标节点不在已经使用了的节点中，并且匹配成功
if (!usedtopo.Contains(node) && NodeMatched(curCNode, node))
{
selectedNode.Push(node);
//递归访问下一个
DFS_MatchNode(cmp, selectedNode, usedtopo);
selectedNode.Pop();
}
}
}
catch (Exception e)
{
MessageBox.Show("StaticTopo.MatchApp:" + e.Message);
}
}
void _yesBtn_Click(object sender, EventArgs e)
{
//检查信息准确性及完整性
//始化构件实体并记录到XML文件;
var retComponent = new Models.Component();
retComponent.InitTopo(_nodeArray.Length);
retComponent.Name = _typeTB.Text;
for (int i = 0; i < retComponent.NodeNum; i++)
{
if (_nodeArray[i] != null)
{
//添加节点信息
retComponent.CmpTopoNet.SetNodeValue(i, new ComponentNode(i, _nodeArray[i]));
//添加连接信息
var dgv = _dgvsOpt.DataGridViweList[i];
foreach (DataGridViewRow row in dgv.Rows)
{
var linkType = (LinkType)Enum.Parse(typeof(LinkType), row.Cells[_dgvColumnTitle_linkType].Value.ToString());
int endId1 = int.Parse(row.Cells[_dgvColumnTitle_end1CmpNum].Value.ToString());
int endId2 = int.Parse(row.Cells[_dgvColumnTitle_end2CmpNum].Value.ToString());
var linkLines = (LinkLanes)Enum.Parse(typeof(LinkLanes), row.Cells[_dgvColumnTitle_dataWidth].Value.ToString());
var curLine = new ComponentLine(linkType, endId1, endId2, linkLines);
retComponent.CmpTopoNet.SetLinkValue(curLine);
}
}
}
retComponent.SaveXmlByName();
GenerateSourceFile();
this.DialogResult = DialogResult.Yes;
}
public ComponentViewModel(Models.Component cmp)
{
_component = cmp;
}
public ComponentViewModel(Models.Component cmp, Rectangle rect)
{
_component = cmp;
Init(rect);
}
