C#关于xml文件和TreeView之间的转换解析
主窗体：
using System; using System.Collections; using System.Collections.Generic; using System.ComponentModel; using System.Data; using System.Drawing; using System.IO; using System.Linq; using System.Text; using System.Threading.Tasks; using System.Windows.Forms; using System.Xml; using System.Xml.Linq; using celfras; using System.Threading; namespace Civet { public partial class ParseXmlFilesForm : Form { public static WirelessCharge myCelfras = new WirelessCharge(); #region 变量申明 private string xmlFilePath; DataTable dt = new DataTable(); private TreeViewUtils tvUtil; private Dictionary<int, TreeNode> dic = new Dictionary<int, TreeNode>(); private Boolean bState = false; private string sLogName = null; private bool isTesterInit = false; private bool isDUTInit = false; private bool isCWQ1100CalTest = false; private bool isCWQ1100FunctionTest = false; private StringBuilder sFTLogs = new StringBuilder(); #endregion public ParseXmlFilesForm() { InitializeComponent(); dt.Columns.Add("InputName"); dt.Columns.Add("InputValue"); dt.Columns.Add("OutputName"); dt.Columns.Add("OutputValue"); dataGridView1.DataSource = dt; dataGridView1.AutoSizeColumnsMode = DataGridViewAutoSizeColumnsMode.Fill; btnRun.Enabled = false; btnSave.Enabled = false; contextMenuStrip1.Items.Add("清除内容"); treeView1.NodeMouseDoubleClick += new TreeNodeMouseClickEventHandler(treeView1_NodeMouseDoubleClick); dataGridView1.CellValueChanged += new System.Windows.Forms.DataGridViewCellEventHandler(dataGridView1_CellValueChanged); treeView1.AfterCheck += new System.Windows.Forms.TreeViewEventHandler(treeView1_AfterCheck); contextMenuStrip1.ItemClicked += new ToolStripItemClickedEventHandler(contextMenuStrip1_StripItemClick); richTextBox1.ContextMenuStrip = this.contextMenuStrip1; tvUtil = new TreeViewUtils(treeView1,richTextBox1); tvUtil.InitTreeView(); //Control.CheckForIllegalCrossThreadCalls = false; } private void AppendText(string Text) { this.Invoke(new MethodInvoker(delegate () { richTextBox1.Text += Text; })); } //更新dataGridView中output值 private void UpdataDataGridView(Dictionary<string,string> dic,TreeNode node) { this.Invoke(new MethodInvoker(delegate () { foreach (KeyValuePair<string,string> kvPair in dic) { for (int i = 0; i < node.Nodes[2].Nodes.Count; i++) { string cellText = dataGridView1.Rows[i].Cells[2].Value.ToString(); if (cellText == kvPair.Key) { dataGridView1.Rows[i].Cells[3].Value = kvPair.Value; break; } } } })); } #region click event //打开xml文档，解析成TreeView显示 private void btn_openFile_Click(object sender, EventArgs e) { openFileDialog1.Filter = "XML文件|*.xml"; if (openFileDialog1.ShowDialog() == DialogResult.Cancel) { return; } else { xmlFilePath = System.IO.Path.GetFullPath(openFileDialog1.FileName); if (!tvUtil.listPaths.Contains(xmlFilePath)) { tvUtil.Xml2Tree(xmlFilePath); comboBox1.Text = xmlFilePath; comboBox1.Items.Add(xmlFilePath); btnSave.Enabled = true; btnRun.Enabled = true; } else { MessageBox.Show("你已经打开该xml文件！","提示！"); } } } //xml文档修改之后的保存操作 private void btnSave_Click(object sender, EventArgs e) { tvUtil.SaveTreeView2XML(); MessageBox.Show("保存成功！"); } //清除窗口所有显示信息 private void btnClear_Click(object sender, EventArgs e) { comboBox1.Text = ""; richTextBox1.Clear(); treeView1.Nodes.Clear(); dt.Clear(); tvUtil.listPaths.Clear(); dic.Clear(); btnRun.Text = "Run"; } private BackgroundWorker RunTestWork = null; //测试操作 private void btnRun_Click(object sender, EventArgs e) { dic = dic.OrderBy(p => p.Key).ToDictionary(p => p.Key, o => o.Value); if (btnRun.Text == "Run") { myCelfras.CFS_LOG_Init(ref sLogName); myCelfras.CFS_CSV_Init(ref sLogName); RunTestWork = new BackgroundWorker() { WorkerSupportsCancellation = true, }; RunTestWork.DoWork += RunTestWork_DoWork; RunTestWork.RunWorkerAsync(); btnRun.Text = "Pause"; } else { if (btnRun.Text == "Pause") { manualReset.Reset(); btnRun.Text = "Continue"; } else if (btnRun.Text == "Continue") { manualReset.Set(); btnRun.Text = "Pause"; } } } private ManualResetEvent manualReset = new ManualResetEvent(true); private void RunTestWork_DoWork(object sender, DoWorkEventArgs e) { InvokeDll(e); MessageBox.Show("测试结束！", "提示！"); this.Invoke(new MethodInvoker(delegate () { btnRun.Text = "Run"; })); foreach (TreeNode node in treeView1.Nodes[0].Nodes) { node.BackColor = Color.White; } } //将TreeView中的节点信息显示到DataGridView中显示 private void treeView1_AfterSelect(object sender, TreeViewEventArgs e) { dt.Clear(); TreeNode node = treeView1.SelectedNode; if ("testNode".Equals(node.Tag)) { tvUtil.AddNode2GridView(node,dt); } } //TreeView中node check之后的操作 private void treeView1_AfterCheck(object sender, TreeViewEventArgs e) { tvUtil.AddNode2Dic(e.Node,dic); } //下拉选择 private void comboBox1_SelectedIndexChanged(object sender, EventArgs e) { if (tvUtil.listPaths.Contains(comboBox1.Text)) { MessageBox.Show("Tr1eeView中已经加载该xml文件！", "提示！"); return; } tvUtil.Xml2Tree(comboBox1.Text); } //设置TreeView节点双击可修改内容 private void treeView1_NodeMouseDoubleClick(object sender, TreeNodeMouseClickEventArgs e) { if (e.Button == MouseButtons.Left) { Point clickPoint = new Point(e.X, e.Y); TreeNode currentNode = treeView1.GetNodeAt(clickPoint); if (currentNode != null && currentNode.Nodes.Count == 0) { treeView1.SelectedNode = currentNode; treeView1.LabelEdit = true; treeView1.SelectedNode.BeginEdit(); } } } //dataGridView中单元格内容修改的事件处理 private void dataGridView1_CellValueChanged(object sender, DataGridViewCellEventArgs e) { if (e.ColumnIndex % 2 != 0) { string cellValue = dataGridView1.Rows[e.RowIndex].Cells[e.ColumnIndex].Value.ToString(); string cellName = dataGridView1.Rows[e.RowIndex].Cells[e.ColumnIndex - 1].Value.ToString(); tvUtil.CircleNode(cellName, cellValue, treeView1.Nodes); } } //richTextBox增加内容的时候，滚动条自动滚动到最底部 private void richTextBox1_TextChanged(object sender, EventArgs e) { if (richTextBox1.TextLength > 0) { richTextBox1.Select(richTextBox1.TextLength, 0); //richTextBox_TestLog.Focus(); richTextBox1.ScrollToCaret(); } } //在RichTextBox控件上右击，选择清除，清除控件显示内容 private void contextMenuStrip1_StripItemClick(object sender, ToolStripItemClickedEventArgs e) { //MessageBox.Show(e.ClickedItem.ToString()); switch (e.ClickedItem.ToString()) { case "清除内容": richTextBox1.Clear(); break; } } #endregion private Dictionary<string, string> dicOutput = null; #region connect device public void InvokeDll(DoWorkEventArgs e) { dicOutput = new Dictionary<string, string>(); try { foreach (KeyValuePair<int, TreeNode> kvPair in dic) { if (RunTestWork.CancellationPending) { e.Cancel = true; return; } TreeNode node = kvPair.Value; node.BackColor = Color.DarkOrange; string nodeText = node.Text.Split(']')[1].Trim(); this.Invoke(new MethodInvoker(delegate () { dt.Clear(); tvUtil.AddNode2GridView(node, dt); })); switch (nodeText) { case "Init_DUT": AppendText("\n-----------Init_DUT-------------"); bState = RunInitDut(node); bState = true; if (bState == false) throw new Exception("run_Init_DUT()"); Thread.Sleep(2000); break; case "Init_Tester_Cal": AppendText("\n------------Init_Tester_Cal------------"); bState = run_Init_Tester_Cal(node); bState = true; if (bState == false) throw new Exception("Init_Tester_Cal()"); Thread.Sleep(1000); break; case "Init_Tester_FT": Thread.Sleep(2000); AppendText("\n------------Init_Tester_FT------------"); bState = run_Init_Tester_FT(node); bState = true; if (bState == false) throw new Exception("Init_Tester_FT()"); break; case "Init_Tester_FT2": Thread.Sleep(2000); AppendText("\n------------Init_Tester_FT2------------"); bState = run_Init_Tester_FT2(node); bState = true; if (bState == false) throw new Exception("Init_Tester_FT()"); break; case "BGRVoltageCalibration": AppendText("\n------------BGRVoltageCalibration------------"); //isCWQ1100CalTest = true; bState = Run_BGR_Voltage_Calibration(node); if (bState == false) throw new Exception("run_BGRVoltageCal()"); break; case "OSCFrequencyCalibration": AppendText("\n ------------OSCFrequencyTest------------"); //isCWQ1100FunctionTest = true; bState = Run_OSC_Frequenty_Calibration(node); if (bState == false) throw new Exception("run_OSCFrequencyTest()"); break; case "VOUTVoltageCalibration": AppendText("\n ------------VOUTVoltageCalibration------------"); //isCWQ1100CalTest = true; bState = Run_VOUT_Calibration(node); if (bState == false) throw new Exception("run_VOUTVoltageCal()"); break; case "ADCIOUTCalibration": AppendText("\n------------ADCIOUTCalibration------------"); //isCWQ1100CalTest = true; bState = Run_ADC_IOUT_Calibration(node); if (bState == false) throw new Exception("run_ADCIOUTCal()"); break; case "OTPWrite": AppendText("\n------------OTPWrite------------"); bState = Run_OTP_Write(node); if (bState == false) throw new Exception("run_OTPWrite()"); AppendText("测试结束写LOG"); break; case "BGRVoltageTest": //isCWQ1100FunctionTest = true; AppendText("\n ------------BGRVoltageTest------------"); bState = Run_BGR_Voltage_Test(node); if (bState == false) throw new Exception("run_BGRVoltageTest()"); break; case "OSCFrequencyTest": AppendText("\n------------OSCFrequencyTest------------"); //isCWQ1100FunctionTest = true; bState = Run_OSC_Frequency_Test(node); if (bState == false) throw new Exception("run_OSCFrequencyTest()"); break; case "LDOVoltageTest": AppendText("\n------------LDOVoltageTest------------"); //isCWQ1100FunctionTest = true; bState = Run_LDOVoltageTest(node); if (bState == false) throw new Exception("run_LDOVoltageTest()"); break; case "ADCTest": AppendText("\n------------ADCTest------------"); //isCWQ1100FunctionTest = true; bState = run_ADCTest(node); if (bState == false) throw new Exception("run_LDOVoltageTest()"); break; case "CurrentSensorTest": AppendText("\n------------CurrentSensorTest------------"); //isCWQ1100FunctionTest = true; bState = run_CurrentSensorTest(node); if (bState == false) throw new Exception("run_CurrentSensorTest()"); break; case "OCLTest": AppendText("\n------------OCLTest------------"); //isCWQ1100FunctionTest = true; bState = run_OCLTest(node); if (bState == false) throw new Exception("run_OCLTest()"); break; case "TestPortTest": AppendText("\n------------TestPortTest------------"); //isCWQ1100FunctionTest = true; bState = run_TestPortTest(node); if (bState == false) throw new Exception("run_OCLTest()"); break; case "FunctionTest1": AppendText("\n------------FunctionTest1------------"); //isCWQ1100FunctionTest = true; bState = run_FunctionTest1(node); if (bState == false) throw new Exception("run_FunctionTest1()"); break; case "FunctionTest2": AppendText("\n------------FunctionTest2------------"); //isCWQ1100FunctionTest = true; bState = run_FunctionTest2(node); if (bState == false) throw new Exception("run_FunctionTest2()"); break; case "LDOVDDTest": AppendText("\n------------LDOVDDTest------------"); //isCWQ1100FunctionTest = true; bState = run_LDOVDDTest(node); if (bState == false) throw new Exception("run_LDOVDDTest()"); break; case "ENBTest": AppendText("\n------------ENBTest------------"); //isCWQ1100FunctionTest = true; bState = run_ENBTest(node); if (bState == false) throw new Exception("run_ENBTest()"); break; case "OVPTest": AppendText("\n------------OVPTest------------"); //isCWQ1100FunctionTest = true; bState = run_OVPTest(node); if (bState == false) throw new Exception("run_OVPTest()"); break; //CloseTester case "CloseTester": AppendText("\n------------CloseTester------------"); //isCWQ1100FunctionTest = true; bState = run_CloseTester(node); if (bState == false) throw new Exception("run_CloseTester()"); break; default: AppendText("\n" + string.Format("------------{0}------------", nodeText)); AppendText("\n------------TBD------------"); break; } manualReset.WaitOne(); node.BackColor = Color.DarkGray; } MessageBox.Show("Press any Key to another DUT test.."); } catch (Exception ex) { MessageBox.Show(ex.Message, "提示！"); } finally { if (isCWQ1100CalTest == true) { myCelfras.CFS_TM_CALFinish(); myCelfras.CFS_GetLastLog(ref sFTLogs); Console.WriteLine(sFTLogs); } if (isCWQ1100FunctionTest) { myCelfras.CFS_FT_RUNSummary(); } myCelfras.CFS_Term(); isCWQ1100CalTest = false; isCWQ1100FunctionTest = false; } } #region init dut 、pwr、osc private Boolean RunInitDut(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[2].Text + "=" + node.Nodes[1].Nodes[2].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[3].Text + "=" + node.Nodes[1].Nodes[3].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[4].Text + "=" + node.Nodes[1].Nodes[4].Nodes[0].Text); System.Threading.Thread.Sleep(100); bool bState = false; #if true if (isDUTInit == false) { bState = myCelfras.CFS_CWQ1100_I2CInit(0x24, 0.15); if (bState == false) throw new Exception("CFS_CWQ1100_I2CInit()"); isDUTInit = true; } AppendText("\n CWQ1100 Init OK.."); #endif bState = myCelfras.CFS_CWQ1100_ISOK(); myCelfras.CFS_GetLastLog(ref sFTLogs); //Console.WriteLine(sFTLogs); if (bState == false) throw new Exception("CFS_CWQ1100_ISOK()"); if (isCWQ1100CalTest == true) { bState = myCelfras.CFS_CWQ1100_OTP_Before(); if (bState) { AppendText("\n This chip is not otp"); } else AppendText("\n [ERR]This chip is otp"); //throw new Exception("CFS_CWQ1100_OTP_Before()"); } return true; } return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); return false; } } private bool run_Init_Tester_Cal(TreeNode node) { try { string sPowerSupply1 = null; string sPowerSupply2 = null; string sOscilloScope = null; string sElectonicLoad = null; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", "")) && (isTesterInit == false)) { isCWQ1100CalTest = true; isTesterInit = false;//init tester only once //step1 get tester data AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[2].Text + "=" + node.Nodes[1].Nodes[2].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[3].Text + "=" + node.Nodes[1].Nodes[3].Nodes[0].Text); if (node.Nodes[1].Nodes[0].Text != "PowerSupply1") throw new Exception("PowerSupply1 Address set error"); else sPowerSupply1 = node.Nodes[1].Nodes[0].Nodes[0].Text; if (node.Nodes[1].Nodes[1].Text != "PowerSupply2") throw new Exception("PowerSupply2 Address set error"); else sPowerSupply2 = node.Nodes[1].Nodes[1].Nodes[0].Text; if (node.Nodes[1].Nodes[2].Text != "OscilloScope") throw new Exception("OscilloScope Address set error"); else sOscilloScope = node.Nodes[1].Nodes[2].Nodes[0].Text; if (node.Nodes[1].Nodes[3].Text != "ElectonicLoad") throw new Exception("ElectonicLoad Address set error"); else sElectonicLoad = node.Nodes[1].Nodes[3].Nodes[0].Text; //step1 连线方式说明 AppendText("\n---------------------------------------------------------------------"); AppendText("\n Cal Test 连线方式说明"); AppendText("\n PowerSupply1 VRECT 5.5V"); AppendText("\n PowerSupply2 VPP 3.3V"); AppendText("\n OscilloScope CH1:ANA_TEST// CH2:DIG_TEST// CH3:VOUT //CH4:VRECT"); AppendText("\n ElectonicLoad VOUT default off"); //step2 connect osc bool bState = myCelfras.CFS_OSC_Init(sOscilloScope); if (bState == false) throw new Exception("CFS_OSC_Init()" + sOscilloScope); //step3 connect powersupply2 vpp default is 3.3V bState = myCelfras.CFS_PWR2_Init(sPowerSupply2); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply2); myCelfras.CFS_PWR2_OnOff(false); myCelfras.CFS_PWR2_SetVoltage(3.0); myCelfras.CFS_PWR2_SetCurrent(2.0); myCelfras.CFS_PWR2_OnOff(true); System.Threading.Thread.Sleep(1000); //step4 connect powersupply1 VRECT bState = myCelfras.CFS_PWR_Init(sPowerSupply1); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply1); myCelfras.CFS_PWR_OnOff(false); myCelfras.CFS_PWR_SetVoltage(5.5); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(true); //step3 check osc channel 4 is 5.5V double dVrect = 0.0; myCelfras.CFS_OSC_SendCmd(4); myCelfras.CFS_OSC_GetVoltage(4, ref dVrect); AppendText("\n Check Vrect Voltage = " + dVrect); if ((dVrect <= 5.6) && (dVrect >= 5.4)) AppendText("\n Vrect Voltage is ok"); else throw new Exception("Vrect Voltage is wrong,check powersupply"); System.Threading.Thread.Sleep(1000); //step5 connect load bState = myCelfras.CFS_ELD_Init(sElectonicLoad); if (bState == false) throw new Exception("CFS_ELD_Init()" + sElectonicLoad); myCelfras.CFS_ELD_OnOff(false); myCelfras.CFS_ELD_SetCurrent(1.0); myCelfras.CFS_ELD_SetModeCC(); return true; } return true; }catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); return false; } } private bool run_Init_Tester_FT(TreeNode node) { try { string sPowerSupply1 = null; string sPowerSupply2 = null; string sOscilloScope = null; string sElectonicLoad = null; //string bPowerSupply1 = null; //string bPowerSupply2 = null; //string bOscilloScope = null; string bElectonicLoad = null; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", "")) && (isTesterInit == false)) { isTesterInit = false;//init tester only once //step1 get tester data AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[2].Text+ "=" + node.Nodes[1].Nodes[2].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[3].Text + "=" + node.Nodes[1].Nodes[3].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[7].Text + "=" + node.Nodes[1].Nodes[7].Nodes[0].Text); if (node.Nodes[1].Nodes[0].Text != "PowerSupply1") throw new Exception("PowerSupply1 Address set error"); else sPowerSupply1 = node.Nodes[1].Nodes[0].Nodes[0].Text; if (node.Nodes[1].Nodes[1].Text != "PowerSupply2") throw new Exception("PowerSupply2 Address set error"); else sPowerSupply2 = node.Nodes[1].Nodes[1].Nodes[0].Text; if (node.Nodes[1].Nodes[2].Text != "OscilloScope") throw new Exception("OscilloScope Address set error"); else sOscilloScope = node.Nodes[1].Nodes[2].Nodes[0].Text; if (node.Nodes[1].Nodes[3].Text != "ElectonicLoad") throw new Exception("ElectonicLoad Address set error"); else sElectonicLoad = node.Nodes[1].Nodes[3].Nodes[0].Text; if (node.Nodes[1].Nodes[7].Text != "bElectonicLoad") throw new Exception("ElectonicLoad Switch set error"); else bElectonicLoad = node.Nodes[1].Nodes[7].Nodes[0].Text; //step1 连线方式说明 AppendText("\n---------------------------------------------------------------------"); AppendText("\n Function Test 连线方式说明"); AppendText("\n PowerSupply1 VRECT 7V"); AppendText("\n PowerSupply2 VPP 3V"); AppendText("\n OscilloScope CH1:ANA_TEST// CH2:DIG_TEST// CH3:VOUT //CH4:VRECT"); AppendText("\n ElectonicLoad VOUT default off"); //step2 connect osc bool bState = myCelfras.CFS_OSC_Init(sOscilloScope); if (bState == false) throw new Exception("CFS_OSC_Init()" + sOscilloScope); //step3 connect powersupply2 VPP default is 3V bState = myCelfras.CFS_PWR2_Init(sPowerSupply2); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply2); myCelfras.CFS_PWR2_OnOff(false); myCelfras.CFS_PWR2_SetVoltage(3.0); myCelfras.CFS_PWR2_SetCurrent(2.0); myCelfras.CFS_PWR2_OnOff(true); //System.Threading.Thread.Sleep(1000); //step4 connect powersupply1 VRECT 7V bState = myCelfras.CFS_PWR_Init(sPowerSupply1); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply1); myCelfras.CFS_PWR_OnOff(false); myCelfras.CFS_PWR_SetVoltage(7.0); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(true); //System.Threading.Thread.Sleep(1000); //step5 connect load bState = myCelfras.CFS_ELD_Init(sElectonicLoad); if (bState == false) throw new Exception("CFS_ELD_Init()" + sElectonicLoad); myCelfras.CFS_ELD_OnOff(false); myCelfras.CFS_ELD_SetCurrent(1.0); myCelfras.CFS_ELD_SetModeCC(); return true; } return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); return false; } } private bool run_Init_Tester_FT2(TreeNode node) { try { string sPowerSupply1 = null; string sPowerSupply2 = null; string sOscilloScope = null; string sElectonicLoad = null; //string bPowerSupply1 = null; //string bPowerSupply2 = null; //string bOscilloScope = null; string bElectonicLoad = null; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", "")) && (isTesterInit == false)) { isTesterInit = false;//init tester only once //step1 get tester data AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[2].Text + "=" + node.Nodes[1].Nodes[2].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[3].Text + "=" + node.Nodes[1].Nodes[3].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[7].Text + "=" + node.Nodes[1].Nodes[7].Nodes[0].Text); if (node.Nodes[1].Nodes[0].Text != "PowerSupply1") throw new Exception("PowerSupply1 Address set error"); else sPowerSupply1 = node.Nodes[1].Nodes[0].Nodes[0].Text; if (node.Nodes[1].Nodes[1].Text != "PowerSupply2") throw new Exception("PowerSupply2 Address set error"); else sPowerSupply2 = node.Nodes[1].Nodes[1].Nodes[0].Text; if (node.Nodes[1].Nodes[2].Text != "OscilloScope") throw new Exception("OscilloScope Address set error"); else sOscilloScope = node.Nodes[1].Nodes[2].Nodes[0].Text; if (node.Nodes[1].Nodes[3].Text != "ElectonicLoad") throw new Exception("ElectonicLoad Address set error"); else sElectonicLoad = node.Nodes[1].Nodes[3].Nodes[0].Text; if (node.Nodes[1].Nodes[7].Text != "bElectonicLoad") throw new Exception("ElectonicLoad Switch set error"); else bElectonicLoad = node.Nodes[1].Nodes[7].Nodes[0].Text; //step1 连线方式说明 AppendText("\n ---------------------------------------------------------------------"); AppendText("\n Function Test 连线方式说明"); AppendText("\n PowerSupply1 VRECT 7V"); AppendText("\n PowerSupply2 ADC_EXT 0V"); AppendText("\n OscilloScope CH1:ANA_TEST// CH2:DIG_TEST// CH3:VOUT //CH4:VRECT"); AppendText("\n ElectonicLoad VOUT default off"); //step2 connect osc bool bState = myCelfras.CFS_OSC_Init(sOscilloScope); if (bState == false) throw new Exception("CFS_OSC_Init()" + sOscilloScope); //step3 connect powersupply2 ADC_EXT default is 0V bState = myCelfras.CFS_PWR2_Init(sPowerSupply2); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply2); myCelfras.CFS_PWR2_OnOff(false); myCelfras.CFS_PWR2_SetVoltage(0.0); myCelfras.CFS_PWR2_SetCurrent(2.0); //myCelfras.CFS_PWR2_OnOff(true); //System.Threading.Thread.Sleep(1000); //step4 connect powersupply1 VRECT 7V bState = myCelfras.CFS_PWR_Init(sPowerSupply1); if (bState == false) throw new Exception("CFS_PWR_Init()" + sPowerSupply1); myCelfras.CFS_PWR_OnOff(false); myCelfras.CFS_PWR_SetVoltage(7.0); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(true); //System.Threading.Thread.Sleep(1000); //step5 connect load bState = myCelfras.CFS_ELD_Init(sElectonicLoad); if (bState == false) throw new Exception("CFS_ELD_Init()" + sElectonicLoad); myCelfras.CFS_ELD_OnOff(false); myCelfras.CFS_ELD_SetCurrent(1.0); myCelfras.CFS_ELD_SetModeCC(); return true; } return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); return false; } } #endregion #region calibration and otp write //step 1 private Boolean Run_BGR_Voltage_Calibration(TreeNode node) { bool bState = false; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { isCWQ1100CalTest = true; AppendText("\n" + node.Nodes[1].Nodes[0].Text + " = " + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + " = " + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n CFS_TM_BGRVoltageCalibration"); int iReg24 = 0; bState = myCelfras.CFS_TM_BGRVoltageCalibration(ref iReg24, dLimitL, dLimitH); if (bState == true) { AppendText("\n iReg = " + iReg24); dicOutput.Clear(); dicOutput.Add("Reg24",iReg24 + ""); UpdataDataGridView(dicOutput,node); return true; } else { AppendText("\n run_BGRVoltageCal,Cannot find value"); return false; } } return true; } //step 2 private Boolean Run_OSC_Frequenty_Calibration(TreeNode node) { bool bState = false; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { isCWQ1100CalTest = true; AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n CFS_TM_BGRVoltageCalibration"); int iReg24 = 0; bState = myCelfras.CFS_TM_BGRVoltageCalibration(ref iReg24, dLimitL, dLimitH); dicOutput.Clear(); if (bState == true) { AppendText("\n iReg = " + iReg24); dicOutput.Add("Reg24", iReg24 + ""); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } else { AppendText("\n run_BGRVoltageCal,Cannot find value"); dicOutput.Add("Result","FALSE"); UpdataDataGridView(dicOutput,node); return false; } } return true; } //step 3 private Boolean Run_VOUT_Calibration(TreeNode node) { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n CFS_TM_VOUTVoltageCalibration"); AppendText("\n 打开电子负载"); myCelfras.CFS_ELD_SetCurrent(1.0); myCelfras.CFS_ELD_SetModeCC(); myCelfras.CFS_ELD_OnOff(true); //需要接上电子负载，设置1A int iReg29 = 0; int iReg2A = 0; //myCelfras.CFS_OSC_Init("USB0::0x2A8D::0x1766::MY57251817::0::INSTR"); //CFS_TM_VOUTVoltageCalibration //myCelfras.CFS_OSC_VoutCal_SendCmd(); myCelfras.CFS_OSC_SendCmd(3); bool bState = myCelfras.CFS_TM_VOUTVoltageCalibration(3, ref iReg29, ref iReg2A, dLimitL, dLimitH); dicOutput.Clear(); if (bState == true) { AppendText("\n iReg29 = " + iReg29 + "iReg2A = " + iReg2A); dicOutput.Add("Reg29", iReg29 + ""); dicOutput.Add("Reg2A", iReg2A + ""); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); //UpdataDataGridView("Reg29", iReg29+ "",node); //UpdataDataGridView("Reg2A", iReg2A + "", node); return true; } else { dicOutput.Add("Result","FALSE"); UpdataDataGridView(dicOutput,node); AppendText("\n run_VOUTVoltageCal,测试失败error"); return false; } } return true; } //step 4 private Boolean Run_ADC_IOUT_Calibration(TreeNode node) { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n 先调整电源为5.45V，使得示波器第4个通道测试值为5.4V"); myCelfras.CFS_TM_ChangeVRECT(4); int iReg28 = 0; //myCelfras.CFS_OSC_Init("USB0::0x2A8D::0x1766::MY57251817::0::INSTR"); //myCelfras.CFS_OSC_ADCIOUTCal_SendCmd(); myCelfras.CFS_OSC_SendCmd(1); bool bState = myCelfras.CFS_TM_ADCIOUTCalibration(1, ref iReg28, dLimitL, dLimitH); dicOutput.Clear(); if (bState == true) { AppendText("\n iReg28 = " + iReg28); dicOutput.Add("Reg28",iReg28 + ""); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } else { AppendText("\n run_ADCIOUTCal,测试失败error"); dicOutput.Add("Result","FALSE"); UpdataDataGridView(dicOutput,node); return false; } } return true; } //step 5 otp write private Boolean Run_OTP_Write(TreeNode node) { int iRegC0 = 0; int iRegCC = 0; if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Replace(" ", ""))) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); if (node.Nodes[1].Nodes[0].Text != "RegC0") throw new Exception("RegC0 Address set error"); else iRegC0 = int.Parse(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "RegCC") throw new Exception("RegCC Address set error"); else iRegCC = int.Parse(node.Nodes[1].Nodes[1].Nodes[0].Text); AppendText("\n 先调整VPP电源为8V，进行写OTP操作"); bool bState = myCelfras.CFS_TM_OTPWrite(iRegC0, iRegCC); dicOutput.Clear(); if (bState == true) { AppendText("\n OTP Write OK"); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); //return true; } else { AppendText("\n OTP Write fail"); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput,node); return false; } bState = run_OTPCheck(); if (bState == false) throw new Exception("run_OTPCheck()"); return true; } return true; } #endregion #region //first close power and open power private bool run_OTPCheck() { try { bool bState = false; //close power supply //先关闭5.5V VRECT myCelfras.CFS_PWR_SetVoltage(5.5); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(false); System.Threading.Thread.Sleep(1000); //后关闭3V VPP myCelfras.CFS_PWR2_SetVoltage(3.0); myCelfras.CFS_PWR2_SetCurrent(2.0); myCelfras.CFS_PWR2_OnOff(false); System.Threading.Thread.Sleep(1000); //open power supply myCelfras.CFS_PWR2_SetVoltage(3.0); myCelfras.CFS_PWR2_SetCurrent(2.0); myCelfras.CFS_PWR2_OnOff(true); // myCelfras.CFS_PWR_SetVoltage(5.5); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(true); System.Threading.Thread.Sleep(1000); //bState = myCelfras.CFS_CWQ1100_I2CInit(0x24, 0.15); //if (bState == false) // throw new Exception("CFS_CWQ1100_I2CInit()"); bState = myCelfras.CFS_CWQ1100_OTP_Finish(); if (bState) { AppendText("\n otp check ok"); return true; } else throw new Exception("CFS_CWQ1100_OTP_Finish()"); } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); return false; } } #endregion #region function test private Boolean Run_BGR_Voltage_Test(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { isCWQ1100FunctionTest = true; AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); double dVoltage = 0.0; //function test vect=7.0 v myCelfras.CFS_PWR_SetVoltage(7.0); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(true); //begin BGR test myCelfras.CFS_OSC_SendCmd(1); bool bState = myCelfras.CFS_FT_BGRVoltageTest(1, ref dVoltage); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_BGRVoltageTest()"); } dicOutput.Clear(); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result","FALSE"); UpdataDataGridView(dicOutput,node); return false; } } private Boolean Run_OSC_Frequency_Test(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { isCWQ1100FunctionTest = true; AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dFrequency = 0.0; myCelfras.CFS_OSC_SendCmd(2); bool bState = myCelfras.CFS_FT_OSCFrequencyTest(2, ref dFrequency); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_VDDVOUTALL()"); } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool Run_LDOVoltageTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_FT_VDDVOUTALL(3); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); //Console.WriteLine(sFTLogs); if (bState == false) throw new Exception("CFS_FT_VDDVOUTALL()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_ADCTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_FT_ADCTESTALL(); if (bState == false) throw new Exception("CFS_FT_ADCTESTALL()"); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "False"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_CurrentSensorTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_FT_CurrentSenseTest1ALL(1); if (bState == false) throw new Exception("CFS_FT_CurrentSenseTest1ALL()"); myCelfras.CFS_GetLastLog(ref sFTLogs); //Console.WriteLine(sFTLogs); bState = myCelfras.CFS_FT_CurrentSenseTest2ALL(1); if (bState == false) throw new Exception("CFS_FT_CurrentSenseTest2ALL()"); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { Console.WriteLine("[ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_OCLTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); double dVoltage1 = 0.0; double dVoltage2 = 0.0; bool bState = myCelfras.CFS_FT_OCLTEST(2, ref dVoltage1, ref dVoltage2); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_OCLTEST()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_TestPortTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_FT_TESTPortTESTALL(1); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText( "\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_TESTPortTEST()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_FunctionTest1(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); isCWQ1100FunctionTest = true; bool bState = false; //Console.WriteLine("please change mode1 for function test"); //Console.WriteLine("power2-EXT-TS"); //Console.WriteLine("Press any Key to test.."); //MessageBoxButtons messButton = MessageBoxButtons.OKCancel; myCelfras.CFS_PWR2_SetVoltage(0); MessageBox.Show("please change mode1 for function test power2-EXT-TS"); //myCelfras.CFS_PWR2_OnOff(false); bState = myCelfras.CFS_CWQ1100_readCaldata(); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_CWQ1100_readCaldata"); //Console.ReadLine(); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result","PASS"); UpdataDataGridView(dicOutput,node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_FunctionTest2(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); isCWQ1100FunctionTest = true; MessageBox.Show("please change mode2 for function test VDD_5V-CH1 VDD_DIG-CH2 CLAMP-CH3 power2-ENB"); //Console.ReadLine(); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_LDOVDDTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); //<!-- 测试VDD_5V/CH1 --> double dVoltage = 0.0; bool bState = myCelfras.CFS_FT_LDOVDD5V(1, ref dVoltage); myCelfras.CFS_GetLastLog(ref sFTLogs); //Console.WriteLine(sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_LDOVDD5V()"); //< !--测试VDD_DIG / CH2-- > bState = myCelfras.CFS_FT_LDOVDDDIG(2, ref dVoltage); myCelfras.CFS_GetLastLog(ref sFTLogs); //Console.WriteLine(sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_LDOVDDDIG()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_ENBTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); double dVoltage = 0.0; double dCurrent = 0.0; bool bState = myCelfras.CFS_FT_ENBTest(1, ref dVoltage, ref dCurrent); myCelfras.CFS_GetLastLog(ref sFTLogs); //Console.WriteLine(sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_ENBTest()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_OVPTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_FT_OVPTESTALL(3); myCelfras.CFS_GetLastLog(ref sFTLogs); AppendText("\n" + sFTLogs.ToString()); if (bState == false) throw new Exception("CFS_FT_OVPTESTALL()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } private bool run_CloseTester(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { AppendText("\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text); AppendText("\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text); double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); //Console.WriteLine("------------Close Tester------------"); myCelfras.CFS_ELD_OnOff(false); //先关闭5.5V VRECT myCelfras.CFS_PWR_SetVoltage(5.5); myCelfras.CFS_PWR_SetCurrent(2.0); myCelfras.CFS_PWR_OnOff(false); //System.Threading.Thread.Sleep(1000); //后关闭3V VPP myCelfras.CFS_PWR2_SetVoltage(3.0); myCelfras.CFS_PWR2_SetCurrent(2.0); bool bState = myCelfras.CFS_PWR2_OnOff(false); if (bState == false) throw new Exception("CFS_PWR2_OnOff()"); //to do //add code 判断pass/fall } dicOutput.Clear(); dicOutput.Add("Result", "PASS"); UpdataDataGridView(dicOutput, node); return true; } catch (Exception ex) { AppendText("\n [ERR]" + ex.Message); dicOutput.Clear(); dicOutput.Add("Result", "FALSE"); UpdataDataGridView(dicOutput, node); return false; } } #endregion #endregion private bool run_DemoTest(TreeNode node) { try { if ("True".Equals(node.Nodes[0].Text.Split('=')[1].Trim())) { richTextBox1.Text += "\n" + node.Nodes[1].Nodes[0].Text + "=" + node.Nodes[1].Nodes[0].Nodes[0].Text; richTextBox1.Text += "\n" + node.Nodes[1].Nodes[1].Text + "=" + node.Nodes[1].Nodes[1].Nodes[0].Text; double dLimitH = 0.0; double dLimitL = 0.0; if (node.Nodes[1].Nodes[0].Text != "LimitL") throw new Exception("LimitL set error"); else dLimitL = Convert.ToDouble(node.Nodes[1].Nodes[0].Nodes[0].Text); if (node.Nodes[1].Nodes[1].Text != "LimitH") throw new Exception("LimitH set error"); else dLimitH = Convert.ToDouble(node.Nodes[1].Nodes[1].Nodes[0].Text); bool bState = myCelfras.CFS_sample(); myCelfras.CFS_GetLastLog(ref sFTLogs); richTextBox1.Text += "\n" + sFTLogs.ToString(); //Console.WriteLine(sFTLogs); if (bState == false) throw new Exception("CFS_sample()"); //to do //add code 判断pass/fall } return true; } catch (Exception ex) { richTextBox1.Text += "\n [ERR]" + ex.Message; return false; } } } }
工具类：
using System; using System.Collections; using System.Collections.Generic; using System.ComponentModel; using System.Data; using System.IO; using System.Linq; using System.Runtime.InteropServices; using System.Text; using System.Threading; using System.Threading.Tasks; using System.Windows.Forms; using System.Xml; using System.Xml.Linq; using System.Xml.Serialization; namespace Civet { class TreeViewUtils { public TreeView mTreeView; public string rootName = ""; public RichTextBox richTextBox; public List<string> listPaths = new List<string>(); public TreeViewUtils(TreeView treeView,RichTextBox textBox) { this.mTreeView = treeView; this.richTextBox = textBox; } public void InitTreeView() { this.mTreeView.CheckBoxes = true; this.mTreeView.DrawMode = System.Windows.Forms.TreeViewDrawMode.OwnerDrawAll; this.mTreeView.DrawNode += new System.Windows.Forms.DrawTreeNodeEventHandler(mTreeView_DrawNode); } #region 部分节点的checkbox的隐藏 private void mTreeView_DrawNode(object sender, DrawTreeNodeEventArgs e) { if (e.Node.Level >= 2 && !"testNode".Equals(e.Node.Tag)) { HideCheckBox(e.Node.TreeView, e.Node); } e.DrawDefault = true; } private const int TVIF_STATE = 0x8; private const int TVIS_STATEIMAGEMASK = 0xF000; private const int TV_FIRST = 0x1100; private const int TVM_SETITEM = TV_FIRST + 63; private void HideCheckBox(TreeView tvw, TreeNode node) { TVITEM tvi = new TVITEM(); tvi.hItem = node.Handle; tvi.mask = TVIF_STATE; tvi.stateMask = TVIS_STATEIMAGEMASK; tvi.state = 0; SendMessage(tvw.Handle, TVM_SETITEM, IntPtr.Zero, ref tvi); } [StructLayout(LayoutKind.Sequential, Pack = 8, CharSet = CharSet.Auto)] private struct TVITEM { public int mask; public IntPtr hItem; public int state; public int stateMask; [MarshalAs(UnmanagedType.LPTStr)] public string lpszText; public int cchTextMax; public int iImage; public int iSelectedImage; public int cChildren; public IntPtr lParam; } [DllImport("user32.dll", CharSet = CharSet.Auto)] private static extern IntPtr SendMessage(IntPtr hWnd, int Msg, IntPtr wParam, ref TVITEM lParam); #endregion #region 将xml文件转换为TreeNode public void Xml2Tree(string xmlFilePath) { //string xmlFilePath = "E:\test.xml"; XmlDocument xmlDoc = GetXmlDocByFilePath(xmlFilePath); //xmlDoc.Load(this.xmlFilePath); //获取根节点的名字 rootName = xmlDoc.DocumentElement.Name; //获取根节点 XmlNode root = xmlDoc.SelectSingleNode(rootName); //把根节点添加到TreeView TreeNode rootTreeNode = new TreeNode(); rootTreeNode.Tag = "hasChild"; rootTreeNode.Text = rootName; mTreeView.Nodes.Add(rootTreeNode); TransXml(root.ChildNodes, rootTreeNode, ""); listPaths.Add(xmlFilePath); //ShowNodeMes(listTreeNode); } private void TransXml(XmlNodeList childNodes, TreeNode node, string order) { for (int i = 0; i < childNodes.Count; i++) { XmlNode xmlNode = childNodes[i]; TreeNode subTreeNode = new TreeNode(); //AddNode2List(xmlNode); #region 添加Attribute节点 try { if (xmlNode.Attributes.Count > 0 && xmlNode.Attributes != null) { AddAttr2Tree(xmlNode, subTreeNode); } } catch (Exception ex) { } #endregion #region 添加非Attribute 节点 if (xmlNode.HasChildNodes && xmlNode.ChildNodes[0].Name == "INPUT" && xmlNode.ChildNodes[1].Name == "OUTPUT") { subTreeNode.Text = "[" + order + i.ToString() + "]" + xmlNode.Name; subTreeNode.Name = xmlNode.Name; subTreeNode.Tag = "testNode"; TransXml(xmlNode.ChildNodes, subTreeNode, ""); } else if (xmlNode.HasChildNodes) { subTreeNode.Text = xmlNode.Name; subTreeNode.Name = xmlNode.Name; subTreeNode.Tag = "hasChild"; TransXml(xmlNode.ChildNodes, subTreeNode, ""); } else { if (xmlNode.Value != null) { subTreeNode.Text = xmlNode.InnerText; subTreeNode.Name = xmlNode.Name; subTreeNode.Tag = "HaveValue"; } /* else { subTreeNode.Text = xmlNode.Name; subTreeNode.Name = xmlNode.Name; //subTreeNode.Tag = "NoValue"; }*/ } node.Nodes.Add(subTreeNode); #endregion } } /// <summary> /// 将xml中node的Attribute值添加到TreeView中 /// </summary> /// <param name="subXmlNode"></param> /// <param name="node"></param> private void AddAttr2Tree(XmlNode subXmlNode, TreeNode node) { TreeNode attrNode = new TreeNode(); foreach (XmlAttribute attr in subXmlNode.Attributes) { attrNode.Name = attr.Name; attrNode.Text = attrNode.Name + " = " + attr.Value; attrNode.Tag = "isAttribute"; node.Nodes.Add(attrNode); } } public XmlDocument GetXmlDocByFilePath(string xmlFilePath) { if (string.IsNullOrEmpty(xmlFilePath) || !File.Exists(xmlFilePath)) { return null; } XmlDocument xmlDoc = new XmlDocument(); XmlReaderSettings settings = new XmlReaderSettings(); settings.IgnoreComments = true; try { XmlReader reader = XmlReader.Create(@xmlFilePath, settings); xmlDoc.Load(reader); reader.Close(); } catch (Exception ex) { MessageBox.Show("请检查Xml文件的格式是否正确，文件存放路径为：" + xmlFilePath + "\n错误信息提示：" + ex.ToString(), "提示"); } return xmlDoc; } #endregion #region TreeView保存成xml文件处理 #region 保存方式1 public void SaveTreeView2Xml() { XmlWriter writer = null; XmlTextWriter textWriter = null; try { /* #region 使用XmlWriter类来进行xml文档的写入 XmlWriterSettings settings = new XmlWriterSettings(); settings.Indent = true; settings.IndentChars = "\t"; settings.OmitXmlDeclaration = true; string xmlFilePath = @"E:\clone_project\CelfrasDevelopmentKit\Civet\Civet\bin\Debug\xmlWriter.xml"; using (writer = XmlWriter.Create(xmlFilePath, settings)) { writer.WriteStartDocument(true); Write2XML(mTreeView.Nodes, writer); writer.WriteEndDocument(); writer.Flush(); } #endregion */ #region 使用XmlTextWriter类来进行xml文档的写入 textWriter = new XmlTextWriter("XMLFile" + ".xml", Encoding.UTF8); textWriter.Indentation = 4; textWriter.Formatting = Formatting.Indented; textWriter.WriteStartDocument(true); Write2XML(mTreeView.Nodes, textWriter); textWriter.WriteEndDocument(); textWriter.Flush(); #endregion } catch (Exception ex) { MessageBox.Show(ex.Message + "\n" + ex.ToString()); } finally { if (writer != null) { writer.Close(); MessageBox.Show("保存成功！"); } } } private void Write2XML(TreeNodeCollection coll, XmlWriter writer) { foreach (TreeNode node in coll) { richTextBox.AppendText(node.Text + "---" + node.Tag.ToString() + "\n"); if (node.Tag.ToString() == "isAttribute") { string[] str = node.Text.Split('='); writer.WriteAttributeString(str[0].Trim(), str[1].Trim()); } else if (node.Tag.ToString() == "testNode" || node.Tag.ToString() == "hasChild") { if (node.Text.Contains("]")) { node.Text = node.Text.Split(']')[1]; } writer.WriteStartElement(node.Text); Write2XML(node.Nodes, writer); writer.WriteEndElement(); } else if (node.Tag.ToString() == "HaveValue") { writer.WriteString(node.Text); } } } #endregion #region 保存方式2 public void SaveTreeView2XML() { XDeclaration dec = new XDeclaration("1.0", "utf-8", "yes"); XDocument doc = new XDocument(dec); XElement root = new XElement(rootName); foreach (TreeNode node in mTreeView.Nodes[0].Nodes) { XElement e = CreateElements(node, root); root.Add(e); } doc.Add(root); doc.Save("TreeView2XML.xml"); } private XElement CreateElements(TreeNode node, XElement elementRoot) { XElement root = CreateElement(node); if (node.Nodes.Count > 0) { foreach (TreeNode n in node.Nodes) { XElement e = CreateElements(n, root); if (n.Tag != null) { if ("isAttribute".Equals(n.Tag.ToString())) { string[] str = n.Text.ToString().Replace(" ", "").Split('='); root.SetAttributeValue(str[0], str[1]); } else if (n.Nodes.Count > 0) root.Add(e); else if (n.Tag.Equals("NoValue")) { root.Add(e); //root.Add("<" + n.Name + ">" + "</" + n.Name + ">"); } else root.Add(n.Text.ToString()); } } } return root; } private XElement CreateElement(TreeNode node) { XElement element = null; Task<XElement> ts = Task.Factory.StartNew<XElement>((newNode) => { TreeNode n = (TreeNode)newNode; try { if (n.Nodes.Count > 0) { element = new XElement(n.Name); } } catch (Exception ex) { richTextBox.AppendText(ex.Message); } return element; }, node); /* Task<XElement> task = new Task<XElement>((treeNode) => { TreeNode n = (TreeNode)treeNode; try { if (n.Nodes.Count > 0) { element = new XElement(n.Name); } } catch (Exception ex) { richTextBox1.AppendText(ex.Message); } return element; },node); task.Start();*/ return ts.Result; } #endregion #endregion #region TreeView关联DataGridView操作 //将node信息添加到GridView public void AddNode2GridView(TreeNode node,DataTable dt) { TreeNodeCollection inputColl = node.Nodes[1].Nodes; TreeNodeCollection outputColl = node.Nodes[2].Nodes; if (inputColl.Count >= outputColl.Count) { for (int i = 0;i < inputColl.Count;i++) { DataRow dr = dt.NewRow(); if (i >= outputColl.Count) { dr["OutputName"] = ""; dr["OutputValue"] = ""; } else{ dr["OutputName"] = node.Nodes[2].Nodes[i].Text; dr["OutputValue"] = node.Nodes[2].Nodes[i].Nodes[0].Text; } dr["InputName"] = node.Nodes[1].Nodes[i].Text; dr["InputValue"] = node.Nodes[1].Nodes[i].Nodes[0].Text; dt.Rows.Add(dr); } } else{ for (int i = 0; i < outputColl.Count; i++){ DataRow dr = dt.NewRow(); if (i >= inputColl.Count){ dr["InputName"] = ""; dr["InputValue"] = ""; } else{ dr["InputName"] = node.Nodes[1].Nodes[i].Text; dr["InputValue"] = node.Nodes[1].Nodes[i].Nodes[0].Text; } dr["OutputName"] = node.Nodes[2].Nodes[i].Text; dr["OutputValue"] = node.Nodes[2].Nodes[i].Nodes[0].Text; dt.Rows.Add(dr); } } } //循环遍历所有节点,找到对应DataGridView修改的节点 public void CircleNode(string nodeName, string nodeText, TreeNodeCollection nodeColl) { foreach (TreeNode node in nodeColl) { if (nodeName.Equals(node.Text)) { node.Nodes[0].Text = nodeText; return; } if (node.Nodes.Count > 0) { CircleNode(nodeName, nodeText, node.Nodes); } } } #endregion #region 测试node保存到list public void AddNode2Dic(TreeNode node, Dictionary<int, TreeNode> dic) { if (node.Checked && "testNode".Equals(node.Tag)) { byte b = byte.Parse(node.Text.Substring(1, node.Text.IndexOf("]") - 1)); int order = b; //int order = int.Parse(node.Text.Substring(1, node.Text.IndexOf("]") - 1)); if (!dic.ContainsKey(order)) { dic.Add(order, node); } return; } else if (node.Checked && !"testNode".Equals(node.Tag)) { if (node.Nodes.Count > 0 && node.Level < 2) { foreach (TreeNode n in node.Nodes) { n.Checked = true; } } } if (!node.Checked && "testNode".Equals(node.Tag)) { int order = int.Parse(node.Text.Substring(1, node.Text.IndexOf("]") - 1)); dic.Remove(order); return; } else if (!node.Checked && !"testNode".Equals(node.Tag)) { if (node.Nodes.Count > 0 && node.Level < 2) { foreach (TreeNode n in node.Nodes) { n.Checked = false; } } } } #endregion } }
