private void button3_Click(object sender, EventArgs e)
{
int Y_Start = 5;
int Y_now = 1;
Y_now = Y_Start;
OpenFileDialog openOutputData = new OpenFileDialog();
if (openOutputData.ShowDialog() != DialogResult.OK)
{
return;
}
output_path = openOutputData.FileName;
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("AC timing");
//設定條件
//送Data
for (int i = Y_Start; i < 180 + Y_Start; i++)
{
Auto_Control.Write_Excel_cell(i, 19, "123");
}
Auto_Control.Save_Excel();
Auto_Control.Close_Excel();
}
public int Video_BR_Analysis()
{
int count;
int x_start = 2, y_start = 1;
bool temp1 = false, temp2 = false, temp3 = false;
List <string> Video_Reslut = new List <string>();
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("Video mode RAW");
Video_Reslut = Auto_Control.Read_Excel_Column(x_start, y_start);
for (count = 0; count < Video_Reslut.Count; count++)
{
temp1 = temp2;
temp2 = temp3;
temp3 = (Video_Reslut[count] == "pass") ? false : true;
if (temp1 & temp2 & temp3)
{
Auto_Control.Close_Excel();
return(count - 2);
}
}
Auto_Control.Close_Excel();
return(count);
}
private void Auto_Skew_Task()
{
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("Skew");
int x_start = 18;
int y_start = 3;
int x_now = x_start;
int y_now = y_start;
int ui_step = 100;
float ui = 1 / (Test_Condition.bitrate);
float ui_step_unit = ui / ui_step;
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < ui_step; j++)
{
/*設定條件*/
/*送出Data*/
/*取得回傳值*/
/*寫入excel*/
Auto_Control.Write_Excel_cell(y_now, x_now + j, (ui_step_unit * j).ToString());
}
y_now++;
x_now = x_start;
}
Auto_Control.Save_Excel();
Auto_Control.Close_Excel();
}
private void Auto_Swing_Task()
{
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("HS_Swing");
float[,] swing_item = new float[, ] {
{ 0.29F, -0.15F }, { 0.14F, 0F }, { 0.59F, 0.07F }, { 0.4F, 0.26F }
};
int x_start = 3;
int y_start = 19;
int x_now = x_start;
int y_now = y_start;
for (int i = 0; i < swing_item.GetLength(0); i++)
{
for (float bitrate = 100; bitrate <= Test_Condition.bitrate; bitrate += 50)
{
//設定PG
//送Command
//Read back
//寫入excel
Auto_Control.Write_Excel_cell(y_now, x_now, bitrate.ToString() + swing_item[i, 0].ToString() + swing_item[i, 1].ToString());
y_now++;
}
y_now = y_start;
x_now++;
}
Auto_Control.Save_Excel();
Auto_Control.Close_Excel();
}
private void Auto_HS_Task()
{
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("HS performace");
int x_start = 18, y_start = 5; //驗證報告actiming部分表格的起始點
}
/// <summary>
/// 從預設Excel格式取得測試條件
/// </summary>
/// <param name="filepath"></param>
public void Get_Test_Condition_From_Excel()
{
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("outline");
Test_Condition.bitrate = Convert.ToInt32(Auto_Control.Read_Excel_cell(14, 3));
Test_Condition.lane = Convert.ToInt32(Auto_Control.Read_Excel_cell(13, 3));
Test_Condition.hact = Convert.ToInt32(Auto_Control.Read_Excel_cell(7, 3));
Test_Condition.vact = Convert.ToInt32(Auto_Control.Read_Excel_cell(8, 3));
Test_Condition.vsa = Convert.ToInt32(Auto_Control.Read_Excel_cell(9, 3));
Test_Condition.vbp = Convert.ToInt32(Auto_Control.Read_Excel_cell(10, 3));
Test_Condition.vfp = Convert.ToInt32(Auto_Control.Read_Excel_cell(11, 3));
Test_Condition.framerate = Convert.ToInt32(Auto_Control.Read_Excel_cell(12, 3));
Auto_Control.Close_Excel();
}
public void Video_Auto_thread(int start_X)
{
PGRemoteRPCClient client = new PGRemoteRPCClient();
int rc = client.Connect("", 2799);
string errMsg = "";
string statusMsg = "";
byte[] DUTResp = new byte[0];
if (rc < 0)
{
return;
}
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
int excel_X = start_X, excel_Y = 1;
Auto_Control.Excel_open(output_path, 2);
PG_Setting_Value.lane = Test_Condition.lane;
PG_Setting_Value.hsa = Test_Condition.hsa;
PG_Setting_Value.hbp = Test_Condition.hbp;
PG_Setting_Value.hfp = Test_Condition.hfp;
PG_Setting_Value.hact = Test_Condition.hact;
PG_Setting_Value.vsa = Test_Condition.vsa;
PG_Setting_Value.vbp = Test_Condition.vbp;
PG_Setting_Value.vfp = Test_Condition.vfp;
PG_Setting_Value.vact = Test_Condition.vact;
PG_Setting_Value.framerate = Test_Condition.framerate;
PG_Setting_Value.bbp = Test_Condition.bbp;
PG_Setting_Value.Calculate_bitrate();
while (PG_Setting_Value.bitrate < Test_Condition.bitrate)
{
client.PGRemoteCmd(RPCCmds.START_EDIT_CONFIG, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_LP_FREQ, (float)18e+6, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_HS_FREQ, (PG_Setting_Value.bitrate) / 2 + 1, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.END_EDIT_CONFIG, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_HSYNC, PG_Setting_Value.hsa, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_HBPORCH, PG_Setting_Value.hbp, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_HFPORCH, PG_Setting_Value.hfp, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_HACTIVE, PG_Setting_Value.hact, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_VSYNC, PG_Setting_Value.vsa, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_VBPORCH, PG_Setting_Value.vbp, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_VFPORCH, PG_Setting_Value.vfp, ref errMsg, ref statusMsg);
client.PGRemoteCmd(RPCCmds.SET_TIMING_VACTIVE, PG_Setting_Value.vact, ref errMsg, ref statusMsg);
client.MIPICmd(RPCDefs.PACKED_PIXEL_STREAM_888, 0, false, RPCDefs.DT_HS, 0, 1, 0, 0, Test_Condition.picture_path, null, ref errMsg, ref statusMsg);
client.MIPICmd(RPCDefs.BTA, 0, false, RPCDefs.DT_LP, 0, 0, 0, 0, "", null, ref errMsg, ref statusMsg);
Thread.Sleep(5000);
client.MIPICmd(RPCDefs.BTA, 0, false, RPCDefs.DT_LP, 0, 0, 0, 0, "", null, ref errMsg, ref statusMsg);
client.PGRemoteQuery(RPCCmds.GET_DUT_RESPONSE, 0, ref DUTResp, ref errMsg, ref statusMsg);
Auto_Control.Write_Excel_cell(excel_Y, excel_X, "HFP " + PG_Setting_Value.hfp + "HBP " + PG_Setting_Value.hbp + "HSA " + PG_Setting_Value.hsa + "Bit Rate " + (PG_Setting_Value.bitrate) / 1000000);
Auto_Control.Write_Excel_cell(excel_Y, excel_X + 1, BitConverter.ToString(DUTResp));
excel_Y++;
client.PGRemoteCmd(RPCCmds.PG_ABORT, ref errMsg, ref statusMsg);
PG_Setting_Value.hsa += 16;
PG_Setting_Value.hbp += 16;
PG_Setting_Value.hfp += 16;
PG_Setting_Value.Calculate_bitrate();
}
client.Disconnect(true);
Auto_Control.Save_Excel();
Auto_Control.Close_Excel();
}
private void Auto_Actiming_Task()
{
StreamWriter sw = new StreamWriter(@"D:\ttt.txt");
DSITiming ACtiming_Auto = new DSITiming();
MIPI_Auto_Test Auto_Control = new MIPI_Auto_Test();
Auto_Control.Excel_open(output_path, 1);
Auto_Control.EXcel_sheet_select("AC timing");
int x_start = 18, y_start = 5; //驗證報告actiming部分表格的起始點
for (float bitrate_now = 100; bitrate_now < Test_Condition.bitrate; bitrate_now += 100)
{
ACtiming_Auto.set_bitrate(bitrate_now);
sw.Write("defalut\t" + ACtiming_Auto.get_timing_setting());
//clk post max
ACtiming_Auto.get_clk_post_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
//send command
//確認回傳值
sw.Write("clk_post_max\t" + ACtiming_Auto.get_timing_setting());
//clk pre min
ACtiming_Auto.get_clk_pre_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_pre_min\t" + ACtiming_Auto.get_timing_setting());
//clk prepare min
ACtiming_Auto.get_clk_prepare_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_prepare_min\t" + ACtiming_Auto.get_timing_setting());
//clk prepare max
ACtiming_Auto.get_clk_prepare_max_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_prepare_max\t" + ACtiming_Auto.get_timing_setting());
//clk trail min
ACtiming_Auto.get_clk_trail_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_trail_min\t" + ACtiming_Auto.get_timing_setting());
//clk prepare + zero min
ACtiming_Auto.get_clk_prepare_zero_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_prepare+clk_zero_min\t" + ACtiming_Auto.get_timing_setting());
//clk trail max
ACtiming_Auto.get_clk_trail_max_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("clk_trail_max\t" + ACtiming_Auto.get_timing_setting());
//data trail max
ACtiming_Auto.get_hs_trail_max_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("hs_trail_max\t" + ACtiming_Auto.get_timing_setting());
//hs prepare min
ACtiming_Auto.get_hsprepare_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("hs_prepare_min\t" + ACtiming_Auto.get_timing_setting());
//hs prepare max
ACtiming_Auto.get_hsprepare_max_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("hs_prepare_max\t" + ACtiming_Auto.get_timing_setting());
//hs prepare + zero min
ACtiming_Auto.get_hsprepare_zero_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("hs_prepare+hs_zero\t" + ACtiming_Auto.get_timing_setting());
//hs trail min
ACtiming_Auto.get_hs_trail_min_setting();
//Send_Timing_To_PG(ACtiming_Auto);
sw.Write("hs_trail_min\t" + ACtiming_Auto.get_timing_setting());
}
sw.Close();
}
