/* ���ڴ洢�õ�List<ArrayList>��ʽ����Ϣ���ݺ�
* Cassview��ʹ�õĿؼ���ϢctrlsInfo
* ����ʹ�õĿؼ���������ϢblockInfo��linesInfo
* ����֮���ת�� */
/// <summary>
/// ����Ϣ�����ж�ȡ��Ϣ
/// </summary>
/// <param name="infoArray"></param>
private void ReadInfo(List<List<ArrayList>> infoArray)
{
List<ArrayList> ctrol = infoArray[0];
List<ArrayList> line = infoArray[1];
for (int i = 0; i < ctrol.Count; i++)
{
ArrayList temp = ctrol[i];
ControlInfo tempCtrl = new ControlInfo();
BlockInfo tempBlock = new BlockInfo();
string[] BasicInfo = (string[])(temp[0]);
Point[] SizeInfo = (Point[])(temp[3]);
List<string[]> FuncInfo1 = (List<string[]>)(temp[1]);
List<string[]> FuncInfo2 = (List<string[]>)(temp[2]);
//��������
tempCtrl.ControlNum = Convert.ToInt32(BasicInfo[0]);
tempCtrl.ControlName = BasicInfo[1];
tempBlock.BlockNum = tempCtrl.ControlNum;
tempBlock.BlockName = tempCtrl.ControlName;
tempCtrl.SortName = BasicInfo[2];
if (BasicInfo[3] != null)
{
tempCtrl.OtherProperty = BasicInfo[3].Split('$');
}
tempCtrl.HasEnumProperty = Convert.ToBoolean(BasicInfo[4]);
tempCtrl.CodeInfo = new string[3];
tempCtrl.CodeInfo[0] = BasicInfo[5];
tempCtrl.CodeInfo[1] = BasicInfo[6];
tempCtrl.CodeInfo[2] = BasicInfo[7];
string[] LoadInfo = BasicInfo[8].Split(';');
tempCtrl.CanOptimize = Convert.ToBoolean(BasicInfo[10]);
if (LoadInfo[0] != "0")
{//��������˿ڱ��� �˿ڳ�ֵ��Ϣ20090616
List<string[]> tempIOinfo = new List<string[]>();
foreach (string element in LoadInfo)
{
string[] info = new string[4];
info[2] = element.Split(',')[0];
info[3] = element.Split(',')[1];
tempIOinfo.Add(info);
}
tempCtrl.InputInfo = tempIOinfo;
}
else
{
tempCtrl.InputInfo = InitializeIOinfo(Convert.ToInt32(BasicInfo[8]));
}
tempCtrl.OutputInfo = InitializeIOinfo(Convert.ToInt32(BasicInfo[9]));
tempCtrl.VisibleFunctionProperty = new List<XProp>();
tempCtrl.UnvisibleFunctionProperty = new List<XProp>();
if (FuncInfo1 != null)
{//�ɼ�����
for (int x = 0; x < FuncInfo1.Count; x++)
{
XProp attribute = new XProp();
attribute.EnumValue = FuncInfo1[x][0];
attribute.Name = FuncInfo1[x][1];
attribute.TheValue = FuncInfo1[x][2];
attribute.ValueType = FuncInfo1[x][3];
attribute.VarName = FuncInfo1[x][4];
attribute.ValueExplain = FuncInfo1[x][5];
attribute.Opnode = FuncInfo1[x][6];
attribute.Optype = FuncInfo1[x][7];
attribute.Opvalue = FuncInfo1[x][8];
attribute.Relate = FuncInfo1[x][9];
tempCtrl.VisibleFunctionProperty.Add(attribute);
}
}
if (FuncInfo2 != null)
{//��������
for (int y = 0; y < FuncInfo2.Count; y++)
{
XProp attribute = new XProp();
attribute.EnumValue = FuncInfo2[y][0];
attribute.Name = FuncInfo2[y][1];
attribute.TheValue = FuncInfo2[y][2];
attribute.ValueType = FuncInfo2[y][3];
attribute.VarName = FuncInfo2[y][4];
attribute.ValueExplain = FuncInfo2[y][5];
attribute.Opnode = FuncInfo2[y][6];
attribute.Optype = FuncInfo2[y][7];
attribute.Opvalue = FuncInfo2[y][8];
attribute.Relate = FuncInfo2[y][9];
tempCtrl.UnvisibleFunctionProperty.Add(attribute);
}
}
//λ�á���С��Ϣ
tempBlock.StartPoint = SizeInfo[0];
tempBlock.Width = SizeInfo[1].X;
tempBlock.Height = SizeInfo[1].Y;
this.ctrlsInfo.Add(tempCtrl);
this.blocksInfo.Add(tempBlock);
}
for (int i = 0; i < line.Count; i++)
{//������Ϣ
LineInfo tempLine = new LineInfo();
Point[] SEinfo = (Point[])(line[i][0]);
string[] SEctrl = (string[])(line[i][1]);
tempLine.StartPoint = SEinfo[0];
tempLine.EndPoint = SEinfo[1];
tempLine.StartInfo = SEctrl[0];
tempLine.EndInfo = SEctrl[1];
this.linesInfo.Add(tempLine);
}
portReflash();//ˢ�¿ؼ��˿���Ϣ
//���¼��������м��
DrawLineArithmetic newArith = new DrawLineArithmetic(this.linesInfo, this.blocksInfo);
this.linesInfo = newArith.ModifyLines;
}
/// <summary>
/// �ӿؼ�λ�ñ仯�¼��������
/// </summary>
/// <param name="sender">�¼�������</param>
/// <param name="e">�¼�����</param>
private void Control_LocationChanged(object sender, EventArgs e)
{
Control control = (Control)sender;
if (control.Location.X < 0 || control.Location.Y < 0)
{
control.Location = this.PointToClient(MousePosition);
}
else
{
ControlInfoChanged(control);
DrawLineArithmetic newArith = new DrawLineArithmetic(this.linesInfo, this.blocksInfo);
this.linesInfo = newArith.ModifyLines;
DrawBackgroundImage();
}
}
