/// <summary>
/// 创建XML到文档并调用SiSolver生成阻抗报告
/// </summary>
private void CreateXmlDoc()
{
//1、创建XML文档实例
XmlDocument xmldoc = new XmlDocument();
string version = "1.0";
string encoding = "UTF-8";
string standalone = "yes";
//2、创建文档声明
XmlDeclaration dec = xmldoc.CreateXmlDeclaration(version, encoding, standalone);
xmldoc.AppendChild(dec);
//3、创建文档元素
//Doc节点
XmlElement rootNode = xmldoc.CreateElement("Document");
//一级 节点设置属性
try
{
int length = attrDocument.Length;
Dictionary <string, string> dictDocument = new Dictionary <string, string>();
string[] attrDocument_values = new string[length];
string[] attrDocument_keys = new string[length];
GetCustomer();
dictDocument.Add("Dev_Owner", "SISOLVER");
dictDocument.Add("Fab", "FOUNDERPCBF5");
dictDocument.Add("Version", "1.0");
dictDocument.Add("Project_Name", "Test");
dictDocument.Add("Project_Ver", "A0");
dictDocument.Add("Project_Designer", "SISOLVER");
dictDocument.Add("Date", DateTime.Now.ToString());
dictDocument.Add("Layer_Count", jobName.Substring(2, 2));
dictDocument.Add("Base_Material", base_Material); //base_Material
dictDocument.Add("Customer", "FOUNDERPCBF5");
dictDocument.Add("Stackup_Ready", "YES");
dictDocument.Add("Imp_Calc_Fixed", "NO");
dictDocument.Add("Width_Min", "2"); //Width_Min="待确认" 这个预设为2
int k = 0;
foreach (var item in dictDocument.Keys)
{
attrDocument_keys[k] = item.ToString();
k++;
}
int v = 0;
foreach (var item in dictDocument.Values)
{
attrDocument_values[v] = item.ToString();
v++;
}
XmlGenerate.AutoGerateAttr(xmldoc, rootNode, attrDocument_keys, attrDocument_values);
}
catch (Exception)
{
throw;
}
//二级 节点设置属性
XmlElement nodeChild0 = xmldoc.CreateElement("Materials");
XmlElement nodeChild1 = xmldoc.CreateElement("Materials");
XmlElement nodeChild2 = xmldoc.CreateElement("Materials");
XmlElement nodeChild3 = xmldoc.CreateElement("STACKUP_Segments");
XmlElement nodeChild4 = xmldoc.CreateElement("Process_Parameters");
XmlElement nodeChild5 = xmldoc.CreateElement("Process_Parameters");
XmlElement nodeChild6 = xmldoc.CreateElement("Process_Parameters");
XmlElement nodeChild7 = xmldoc.CreateElement("Process_Parameters");
XmlElement nodeChild8 = xmldoc.CreateElement("Impedance_Lists");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild0, attrMaterials, "CORE");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild1, attrMaterials, "PREPREG");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild2, attrMaterials, "FOIL");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild4, attrProcess_Parameters, "CU_LAYER");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild5, attrProcess_Parameters, "DIE_LAYER");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild6, attrProcess_Parameters, "SM_LAYER");
XmlGenerate.AutoGerateCNodeAttr(rootNode, nodeChild7, attrProcess_Parameters, "DRILL_LIST");
//三级 节点设置属性
//Job对象： CORE、PREPREG、FOIL、STACKUP_SEG、CU_LAYER、DIE_LAYER、SM_LAYER、DRILL_LIST、IMP_ITEM
// 三级节点个数 由Job决定
XmlElement[] xmlTEle_CORE = new XmlElement[jobNum_CORE]; //Job对应的所有CORE
XmlElement[] xmlTEle_PREPREG = new XmlElement[jobNum_PREPREG]; //Job对应的所有PREPREG
XmlElement[] xmlTEle_FOIL = new XmlElement[jobNum_FOIL]; //Job对应的所有FOIL
XmlElement[] xmlTEle_STACKUP_SEG = new XmlElement[jobNum_STACKUP_SEG]; //Job对应的所有STACKUP_SEG
XmlElement[] xmlTEle_CU_LAYER = new XmlElement[jobNum_CU_LAYER]; //Job对应的所有CU_LAYER
XmlElement[] xmlTEle_DIE_LAYER = new XmlElement[jobNum_DIE_LAYER]; //Job对应的所有DIE_LAYER
XmlElement[] xmlTEle_SM_LAYER = new XmlElement[1]; //Job对应的所有SM_LAYER
XmlElement[] xmlTEle_DRILL_LIST = new XmlElement[jobNum_DRILL_LIST]; //Job对应的所有DRILL_LIST
XmlElement[] xmlTEle_IMP_ITEM = new XmlElement[jobNum_IMP_ITEM]; //Job对应的所有IMP_ITEM
string stop = "";
try
{
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild0, xmlTEle_CORE, listCoreT, "CORE");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild1, xmlTEle_PREPREG, listPrepregT, "PREPREG");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild2, xmlTEle_FOIL, listFoilT, "FOIL");
XmlGenerate.SetAttrsByArrayToJobAttrs(xmldoc, nodeChild3, xmlTEle_STACKUP_SEG, attrsMaterialsStackupSegms, listStackupSeg, "STACKUP_SEG");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild4, xmlTEle_CU_LAYER, listCU_LAYERT, "CU_LAYER");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild5, xmlTEle_DIE_LAYER, listDieLayerT, "DIE_LAYER");
XmlGenerate.SetAttrsByArrayToJobAttrs(xmldoc, nodeChild6, xmlTEle_SM_LAYER, attrsProParaSM_LAYER, listSM_LAYER, "SM_LAYER");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild7, xmlTEle_DRILL_LIST, listDRILL_LISTT, "DRILL_LIST");
XmlGenerate.SetAttrsByArrayToJobAttrs3(xmldoc, nodeChild8, xmlTEle_IMP_ITEM, listIMP_ITEMT, "IMP_ITEM");
}
catch (Exception)
{
//throw;
}
//二级节点 一级节点
XmlNode[] node = { nodeChild0, nodeChild1, nodeChild2, nodeChild3, nodeChild4, nodeChild5, nodeChild6, nodeChild7, nodeChild8 };
foreach (var item in node)
{
rootNode.AppendChild(item);
}
//一级节点 顶级节点
//jobName = "ME10N20JG6A3";//"GE02N20FQ4A0";
string folderpath = string.Format("C:\\SiSolverCalculate\\{0}\\", jobName);
string filepath = string.Format("C:\\SiSolverCalculate\\{0}\\{1}.xml", jobName, jobName);
string p1 = string.Format("C:\\SiSolverCalculate\\{0}\\", jobName);
string filename = string.Format("{0}.xml", jobName);
if (!Directory.Exists(folderpath))
{
Directory.CreateDirectory(folderpath);
//创建文件
xmldoc.Save(filepath);
XmlGenerate.InterfaceOfSiSolver(filepath);
}
else
{
//文件是否存在，创建文件
if (File.Exists(filepath))
{
//判断是否存在文件
//MessageBox.Show("阻抗已成功生成，如继续将生成的文件");
string str = XmlGenerate.fileExists(filepath, p1, times, jobName);
xmldoc.Save(str);
Thread.Sleep(10000);
XmlGenerate.InterfaceOfSiSolver(str);//p1 + str
//times = 1;
}
else
{
xmldoc.Save(filepath);
Thread.Sleep(10000);
XmlGenerate.InterfaceOfSiSolver(filepath);
}
}
}
