C# 程控安捷伦电源和频率计.zip

using System; using System.Linq; using System.Windows.Forms; using System.IO.Ports; using System.Reflection; using System.Threading; using System.Runtime.InteropServices; using Ginkgo; using System.Collections.Generic; using System.Drawing; using Excel = Microsoft.Office.Interop.Excel; namespace createxcel_2 { public partial class Form1 : Form { public Form1() { InitializeComponent(); } [DllImport("kernel32.dll")] extern static short QueryPerformanceCounter(ref long x); [DllImport("kernel32.dll")] extern static short QueryPerformanceFrequency(ref long x); List<byte> rd_dat = new List<byte>(); List<byte> rd55_dat = new List<byte>(); List<byte> rdAA_dat = new List<byte>(); List<string> rw_flag = new List<string>(); List<byte> w_index = new List<byte>(); Byte[] w_repeat_index = new byte[4]; String[] w_repeat_judge = new string[4]; List<string> rd_repeat_1 = new List<string>(); List<string> rd_repeat_2 = new List<string>(); enum bus_mode {I2C_NOFT,I2C_OFT,SM_NCMD,SM_CMD_NCT,SM_CMD_CT,WRONG_MODE } List<byte> pointer_autoinc = new List<byte>(); List<byte> pointer_cycle = new List<byte>(); // speed 用来存放 I2C 的选择speed Dictionary<int,uint> bus_speed=new Dictionary<int, uint> { { 1, 10000 },{ 2, 100000 },{ 4, 400000 },{ 8, 1000000 } }; struct ini_i2c { byte wr_adr; uint wr_offset; byte wr_countbyte; ushort wr_num; ushort rd_num; string err_ini; //byte[] wr_dat ; // byte[] rd_temp; public void input_val(byte w1, uint w2,byte w3 ,ushort wr1, ushort rd1, string err1) { wr_adr = w1; wr_offset = w2; wr_countbyte = w3; wr_num = wr1; rd_num = rd1; err_ini = err1; } public void output_val(out byte w1, out uint w2,out byte w3, out ushort wr1, out ushort rd1,out string err1) { w1 = wr_adr; w2 = wr_offset; w3 = wr_countbyte; wr1 = wr_num; rd1 = rd_num; err1 = err_ini; } } private void Form1_Load(object sender, EventArgs e) //窗体加载 { check_i2coft.Checked = false; text_i2coft.Enabled = false; group_i2c.Enabled = false; group_sm.Enabled = false; group_showdat.Enabled = false; //group_but.Enabled = false; group_speed.Enabled = false; } private bus_mode Check_mode() { if (check_i2c.Checked) { if (check_i2coft.Checked) return bus_mode.I2C_OFT; else return bus_mode.I2C_NOFT; } else if (check_sm.Checked) { if (check_smcmd.Checked && check_smcount.Checked) return bus_mode.SM_CMD_CT; else if (check_smcmd.Checked) return bus_mode.SM_CMD_NCT; else return bus_mode.SM_NCMD; } else return bus_mode.WRONG_MODE; } private ini_i2c initial_autotest() { //initial int ret; ini_i2c auto_temp = new ini_i2c(); byte wr_adr = 0x00; uint wr_offset = 0x00; ushort wr_num = 1; ushort rd_num = 1; byte wr_countbyte = 1; string err_code_temp = ""; int bus_speed_temp; int aa, bb, cc, dd; int mode_temp; // byte[] wr_dat = new byte[1]; //byte[] rd_temp = new byte[1]; // ret = ControlI2C.VII_ScanDevice(1); if (ret <= 0) { //MessageBox.Show("No device connect!"); err_code_temp = "No device connect"; return auto_temp; } ret = ControlI2C.VII_OpenDevice(ControlI2C.INIT_CONFIG.VII_USBI2C, 0, 0); if (ret != ControlI2C.ERROR.SUCCESS) { //MessageBox.Show("Open device error!"); err_code_temp = "Open device error!"; return auto_temp; } // CONFIG i2c ControlI2C.I2C_Config.AddrType = ControlI2C.INIT_CONFIG.VII_ADDR_7BIT; aa = Convert.ToInt32(radio_10k.Checked); bb= Convert.ToInt32(radio_100k.Checked); cc= Convert.ToInt32(radio_400k.Checked); dd= Convert.ToInt32(radio_1m.Checked); bus_speed_temp = aa + bb * 2 + cc * 4 + dd * 8; ControlI2C.I2C_Config.ClockSpeed = bus_speed[bus_speed_temp]; // 速度 //ControlI2C.I2C_Config.ClockSpeed = 400000; label32.Text = bus_speed[bus_speed_temp].ToString(); ControlI2C.I2C_Config.ControlMode = ControlI2C.INIT_CONFIG.VII_HCTL_MODE; //硬件I2C ControlI2C.I2C_Config.MasterMode = ControlI2C.INIT_CONFIG.VII_MASTER; // master 模式 mode_temp = Convert.ToInt32(Check_mode()); switch (mode_temp) { case (int)bus_mode.I2C_NOFT: ControlI2C.I2C_Config.SubAddrWidth = ControlI2C.INIT_CONFIG.VII_SUB_ADDR_NONE; err_code_temp = "Success_I2C_NOFT"; break; case (int)bus_mode.I2C_OFT: ControlI2C.I2C_Config.SubAddrWidth = ControlI2C.INIT_CONFIG.VII_SUB_ADDR_1BYTE; if (text_i2coft.Text == "") wr_offset = 0x00; else wr_offset = Convert.ToByte(text_i2coft.Text, 16); err_code_temp = "Success_I2C_OFT"; break; case (int)bus_mode.SM_NCMD: ControlI2C.I2C_Config.SubAddrWidth = ControlI2C.INIT_CONFIG.VII_SUB_ADDR_NONE; err_code_temp = "Success_SM_NCMD"; break; case (int)bus_mode.SM_CMD_NCT: ControlI2C.I2C_Config.SubAddrWidth = ControlI2C.INIT_CONFIG.VII_SUB_ADDR_1BYTE; if (text_smcmd.Text == "") wr_offset = 0x00; else wr_offset = Convert.ToByte(text_smcmd.Text, 16); err_code_temp = "Success_SM_CMD_NCT"; break; case (int)bus_mode.SM_CMD_CT: ControlI2C.I2C_Config.SubAddrWidth = ControlI2C.INIT_CONFIG.VII_SUB_ADDR_1BYTE; if (text_smcmd.Text == "") wr_offset = 0x00; else wr_offset = Convert.ToByte(text_smcmd.Text, 16); if (text_smcount.Text == "") wr_countbyte = 0x00; else wr_countbyte = Convert.ToByte(text_smcount.Text, 16); err_code_temp = "Success_SM_CMD_CT"; break; case (int)bus_mode.WRONG_MODE: // MessageBox.Show("Wrong Mode "); err_code_temp = "Wrong Mode"; auto_temp.input_val(wr_adr, wr_offset, wr_countbyte, wr_num, rd_num, err_code_temp); return auto_temp; } if(check_i2c.Checked) { if (text_i2caddr.Text.Length == 2) { wr_adr = (byte)(Convert.ToInt32(text_i2caddr.Text, 16) * 2 + 1); } else { // MessageBox.Show("Slave Address is wrong", "Error"); err_code_temp = "Wrong Slave Address"; auto_temp.input_val(wr_adr, wr_offset, wr_countbyte, wr_num, rd_nu