private void WDTUnloaded(object sender, RoutedEventArgs e)
{
Console.WriteLine("watchdog exit..........");
//已经喂狗，退出是弹出提示
if (wdttimer.IsEnabled)
{
MessageBoxResult result = MessageBox.Show("是否终止看门狗？", "提示",
MessageBoxButton.YesNo, MessageBoxImage.Warning, MessageBoxResult.No);
if (result == MessageBoxResult.Yes)
{
wdttimer.Stop();
wdttimer = null;
WatchDogManager.Instance.Timer = null;
WatchDogManager.Instance.WatchDog = null;
if (watchdog != null)
{
if (watchdog.MinipcType.Equals("Q500"))
{
watchdog.StopWatchDog(0xf1, 0x40);
}
else
{
watchdog.StopWatchDog(0x72, 0x80);
}
watchdog.SysDispose();
watchdog = null;
}
}
}
}
private void Minipc_type_DropDownClosed(object sender, EventArgs e)
{
log_box.Text = "MiniPC Type: " + combobox_type.Text;
if (combobox_type.Text.Length == 0)
{
return;
}
if (gpio == null)
{
gpio = new SuperIO();
dirverStatus = InitGPIODriver();
}
gpio.MinipcType = combobox_type.Text;
if (!dirverStatus)
{
return;
}
else
{
model_btn.IsEnabled = true;
val_btn.IsEnabled = true;
TypeEnum type = (TypeEnum)Enum.Parse(typeof(TypeEnum),
combobox_type.SelectedItem.ToString(), false);
gpio.InitSuperIO();
gpio.InitLogicDevice();
LoadGpioData(type);
gpio.ExitSuperIo();
}
}
public static void SetGpioValues(SuperIO gpio, string[] arr)
{
string gpio_v = string.Join("", arr);
byte data = Convert.ToByte(gpio_v, 2);
gpio.SetGpioFunction(0xa07, data);
}
public static void SetGpioModels(SuperIO gpio, string[] arr)
{
string gpio_m = string.Join("", arr);
byte data = Convert.ToByte(gpio_m, 2);
gpio.SetGpioFunction(0xcf, data);
}
public static char[] ReadGpioModel(SuperIO gpio)
{
byte mval = gpio.ReadGpioPortByte(0xcf);
char[] models_q300p = Utils.ByteToBinaryStr(mval).ToCharArray();
return(models_q300p);
}
public static char[] ReadGpioValues(SuperIO gpio)
{
byte val = gpio.ReadGpioPortByte(0xa07);
Console.WriteLine("gpio value {0}", Utils.ByteToBinaryStr(val));
char[] val_q300p = Utils.ByteToBinaryStr(val).ToCharArray();
return(val_q300p);
}
//pin polarity
public static char[] ReadGpioValues(SuperIO gpio)
{
StringBuilder sb = new StringBuilder();
//gp51 b4<1>
byte v1 = gpio.ReadGpioPortByte(0xb4);
string gp56 = Utils.ByteToBinaryStr(v1).Substring(6, 1);
sb.Append(gp56);
//gp37 b2<7>
byte v2 = gpio.ReadGpioPortByte(0xb2);
string gp37 = Utils.ByteToBinaryStr(v2).Substring(0, 1);
sb.Append(gp37);
//gp36 b2<6>
string gp36 = Utils.ByteToBinaryStr(v2).Substring(1, 1);
sb.Append(gp36);
//gp23 b1<3>
byte v3 = gpio.ReadGpioPortByte(0xb1);
string gp23 = Utils.ByteToBinaryStr(v3).Substring(4, 1);
sb.Append(gp23);
//gp12 b0<2>
byte v4 = gpio.ReadGpioPortByte(0xb0);
string gp12 = Utils.ByteToBinaryStr(v4).Substring(5, 1);
sb.Append(gp12);
//gp62 b5<2>
byte v5 = gpio.ReadGpioPortByte(0xb5);
string gp62 = Utils.ByteToBinaryStr(v5).Substring(5, 1);
sb.Append(gp62);
//gp40 b3<0>
byte v6 = gpio.ReadGpioPortByte(0xb3);
string gp40 = Utils.ByteToBinaryStr(v6).Substring(7, 1);
sb.Append(gp40);
//gp10 b0<0>
byte v7 = gpio.ReadGpioPortByte(0xb0);
string gp10 = Utils.ByteToBinaryStr(v7).Substring(7, 1);
sb.Append(gp10);
char[] vals = sb.ToString().ToCharArray();
return(vals);
}
//output/input
public static char[] ReadGpioModel(SuperIO gpio)
{
StringBuilder sb = new StringBuilder();
//gp51 cc<1>
byte m1 = gpio.ReadGpioPortByte(0xcc);
string gp51 = Utils.ByteToBinaryStr(m1).Substring(6, 1);
sb.Append(gp51);
//gp37 ca<7>
byte m2 = gpio.ReadGpioPortByte(0xca);
string gp37 = Utils.ByteToBinaryStr(m2).Substring(0, 1);
sb.Append(gp37);
//gp36 ca<6>
string gp36 = Utils.ByteToBinaryStr(m2).Substring(1, 1);
sb.Append(gp36);
//gp23 c9<3>
byte m3 = gpio.ReadGpioPortByte(0xc9);
string gp23 = Utils.ByteToBinaryStr(m3).Substring(4, 1);
sb.Append(gp23);
//gp12 c8<2>
byte m4 = gpio.ReadGpioPortByte(0xc8);
string gp12 = Utils.ByteToBinaryStr(m4).Substring(5, 1);
sb.Append(gp12);
//gp62 cd<2>
byte m5 = gpio.ReadGpioPortByte(0xcd);
string gp62 = Utils.ByteToBinaryStr(m5).Substring(5, 1);
sb.Append(gp62);
//gp40 cb<0>
byte m6 = gpio.ReadGpioPortByte(0xcb);
string gp40 = Utils.ByteToBinaryStr(m6).Substring(7, 1);
sb.Append(gp40);
//gp10 cb<0>
byte m7 = gpio.ReadGpioPortByte(0xc8);
string gp10 = Utils.ByteToBinaryStr(m7).Substring(7, 1);
sb.Append(gp10);
char[] models = sb.ToString().ToCharArray();
return(models);
}
//型号选择
private void Minipc_type_DropDownClosed(object sender, EventArgs e)
{
Console.WriteLine("Minipc_type_DropDownClosed........." + minipc_type.Text);
if (minipc_type.Text.Length == 0)
{
return;
}
if (feed_button.IsEnabled == false)
{
feed_button.IsEnabled = true;
}
if (watchdog == null)
{
watchdog = new SuperIO();
InitWatchDogDriver();
}
watchdog.MinipcType = minipc_type.Text;
}
public static char[] ReadGpioValues(SuperIO gpio)
{
StringBuilder sb = new StringBuilder();
byte v1 = gpio.ReadGpioPortByte(0xb4);
string gp56 = Utils.ByteToBinaryStr(v1).Substring(1, 1);//gp56
sb.Append(gp56);
string gp57 = Utils.ByteToBinaryStr(v1).Substring(0, 1);//gp57
sb.Append(gp57);
//byte v2 = gpio.ReadGpioPortByte(0xa05);
byte v2 = gpio.ReadGpioPortByte(0xb5);
string gp60 = Utils.ByteToBinaryStr(v2).Substring(7, 1);//gp60
sb.Append(gp60);
string gp61 = Utils.ByteToBinaryStr(v2).Substring(6, 1);//gp61
sb.Append(gp61);
string gp65 = Utils.ByteToBinaryStr(v2).Substring(2, 1);//gp65
sb.Append(gp65);
byte v3 = gpio.ReadGpioPortByte(0xb3);
string gp40 = Utils.ByteToBinaryStr(v3).Substring(7, 1);//gp40
sb.Append(gp40);
byte v4 = gpio.ReadGpioPortByte(0xb1);
string gp22 = Utils.ByteToBinaryStr(v4).Substring(5, 1);//gp22
sb.Append(gp22);
string gp23 = Utils.ByteToBinaryStr(v4).Substring(4, 1);//gp23
sb.Append(gp23);
char[] vals = sb.ToString().ToCharArray();
return(vals);
}
public static char[] ReadGpioModel(SuperIO gpio)
{
StringBuilder sb = new StringBuilder();
byte m1 = gpio.ReadGpioPortByte(0xcc);
string gp56 = Utils.ByteToBinaryStr(m1).Substring(1, 1);//gp56
sb.Append(gp56);
string gp57 = Utils.ByteToBinaryStr(m1).Substring(0, 1);//gp57
sb.Append(gp57);
byte m2 = gpio.ReadGpioPortByte(0xcd);
string gp60 = Utils.ByteToBinaryStr(m2).Substring(7, 1);//gp60
sb.Append(gp60);
string gp61 = Utils.ByteToBinaryStr(m2).Substring(6, 1);//gp61
sb.Append(gp61);
string gp65 = Utils.ByteToBinaryStr(m2).Substring(2, 1);//gp65
sb.Append(gp65);
byte m3 = gpio.ReadGpioPortByte(0xcb);
string gp40 = Utils.ByteToBinaryStr(m3).Substring(7, 1);//gp40
sb.Append(gp40);
byte m4 = gpio.ReadGpioPortByte(0xc9);
string gp22 = Utils.ByteToBinaryStr(m4).Substring(5, 1);//gp22
sb.Append(gp22);
string gp23 = Utils.ByteToBinaryStr(m4).Substring(4, 1);//gp23
sb.Append(gp23);
char[] models = sb.ToString().ToCharArray();
return(models);
}
public static void SetGpioModels(SuperIO gpio, string[] arr, GPIOView view)
{
//先取出原始数据，然后将输入框内的数据替换进来
//enable gp56 57 60 61 29h<6> gp65 29<7>
//output/input gp56:cc<6> gp57:cc<7>
gpio.SetGpioFunction(0x29, 0x80);
byte b1 = gpio.ReadGpioPortByte(0xcc);
string m1 = Utils.ByteToBinaryStr(b1).Remove(0, 2).Insert(0, arr[1] + arr[0]);
byte gp_data1 = Convert.ToByte(m1, 2);
gpio.SetGpioFunction(0xcc, gp_data1);
string gp56_57 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcc));
//Console.WriteLine("-----------gp56 57 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcc)));
//Console.WriteLine("-----------m1:" + m1);
//output/input gp60:cd<0> gp61:cd<1> gp65:cd<5>
byte b2 = gpio.ReadGpioPortByte(0xcd);
string m2 = Utils.ByteToBinaryStr(b2).Remove(2, 1).Insert(2, arr[4]).Remove(6, 2).Insert(6, arr[3] + arr[2]);
byte gp_data2 = Convert.ToByte(m2, 2);
gpio.SetGpioFunction(0xcd, gp_data2);
string gp60_61_65 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcd));
//Console.WriteLine("-----------gp60 61 65 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcd)));
//Console.WriteLine("-----------m2:" + m2);
//enable gp40 28h<default=00>
gpio.SetGpioFunction(0x28, 0x01);
byte b3 = gpio.ReadGpioPortByte(0xcb);
string m3 = Utils.ByteToBinaryStr(b3).Remove(7, 1).Insert(7, arr[5]);
byte gp_data3 = Convert.ToByte(m3, 2);
gpio.SetGpioFunction(0xcb, gp_data3);
string gp40 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcb));
//Console.WriteLine("-----------gp40 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcb)));
//Console.WriteLine("-----------m3:" + m3);
//enable gp22,23 26h<default=F3>
gpio.SetGpioFunction(0x26, 0xff);
byte b4 = gpio.ReadGpioPortByte(0xc9);
string m4 = Utils.ByteToBinaryStr(b4).Remove(4, 2).Insert(4, arr[7] + arr[6]);
byte gp_data4 = Convert.ToByte(m4, 2);
gpio.SetGpioFunction(0xc9, gp_data4);
string gp22_23 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc9));
//Console.WriteLine("-----------gp22 23 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc9)));
//Console.WriteLine("-----------m4:" + m4);
view.Dispatcher.Invoke((Action) delegate()
{
GPIOView.logTox.Text += "\r\nQ600P GPIO Output/input configure:";
GPIOView.logTox.Text += "\r\nGP56 GP57 Output/input old byte: " + Utils.ByteToBinaryStr(b1);
GPIOView.logTox.Text += "\r\nGP56 GP57 Output/input new byte: " + m1;
GPIOView.logTox.Text += "\r\nGP56 GP57 Output/input read byte: " + gp56_57;
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Output/input old byte: " + Utils.ByteToBinaryStr(b2);
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Output/input new byte: " + m2;
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Output/input read byte: " + gp60_61_65;
GPIOView.logTox.Text += "\r\nGP40 Output/input old byte: " + Utils.ByteToBinaryStr(b3);
GPIOView.logTox.Text += "\r\nGP40 Output/input new byte: " + m3;
GPIOView.logTox.Text += "\r\nGP40 Output/input read byte: " + gp40;
GPIOView.logTox.Text += "\r\nGP22 GP23 Output/input old byte: " + Utils.ByteToBinaryStr(b4);
GPIOView.logTox.Text += "\r\nGP22 GP23 Output/input new byte: " + m4;
GPIOView.logTox.Text += "\r\nGP22 GP23 Output/input read byte: " + gp22_23;
});
}
public static void SetGpioValues(SuperIO gpio, string[] arr, GPIOView view)
{
//先取出原始数据，然后将输入框内的数据替换进来
gpio.SetGpioFunction(0x29, 0xc0);//gp56 56 60 61 62 65 enable
//pin polarity gp56 57 b4<6 7>
byte b1 = gpio.ReadGpioPortByte(0xb4);
string v1 = Utils.ByteToBinaryStr(b1).Remove(0, 2).Insert(0, arr[1] + arr[0]);
byte gp_data1 = Convert.ToByte(v1, 2);
gpio.SetGpioFunction(0xb4, gp_data1);
string gp56_57 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb4));
//Console.WriteLine("-----------gp56 57:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb4)));
//Console.WriteLine("-----------v1:" + v1);
//pin polarity gp60 61 65 b5<0 1 5>
//gpio.SetGpioFunction(0x2a, 0x0b);
//byte b2 = gpio.ReadGpioPortByte(0xa05);
byte b2 = gpio.ReadGpioPortByte(0xb5);
string v2 = Utils.ByteToBinaryStr(b2).Remove(2, 1).Insert(2, arr[4]).Remove(6, 2).Insert(6, arr[3] + arr[2]);
byte gp_data2 = Convert.ToByte(v2, 2);
//gpio.SetGpioFunction(0xa05, gp_data2);
gpio.SetGpioFunction(0xb5, gp_data2);
string gp60_61_65 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb5));
//Console.WriteLine("-----------gp60 61 65:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb5)));
//Console.WriteLine("-----------v2:" + v2);
//pin polarity gp40 28h<0>
gpio.SetGpioFunction(0x28, 0x01);
byte b3 = gpio.ReadGpioPortByte(0xb3);
string v3 = Utils.ByteToBinaryStr(b3).Remove(7, 1).Insert(7, arr[5]);
byte gp_data3 = Convert.ToByte(v3, 2);
gpio.SetGpioFunction(0xb3, gp_data3);
string gp40 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb3));
//Console.WriteLine("-----------gp40:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb3)));
//Console.WriteLine("-----------v3:" + v3);
//pin polarity gp22,23 26h<2 3>
gpio.SetGpioFunction(0x26, 0xff);
byte b4 = gpio.ReadGpioPortByte(0xb1);
string v4 = Utils.ByteToBinaryStr(b4).Remove(4, 2).Insert(4, arr[7] + arr[6]);
byte gp_data4 = Convert.ToByte(v4, 2);
gpio.SetGpioFunction(0xb1, gp_data4);
string gp22_23 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb1));
//Console.WriteLine("-----------gp22 23:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb1)));
//Console.WriteLine("-----------v4:" + v4);
view.Dispatcher.Invoke((Action) delegate()
{
GPIOView.logTox.Text += "\r\nQ600P GPIO Pin polarity configure:";
GPIOView.logTox.Text += "\r\nGP56 GP57 Pin polarity old byte: " + Utils.ByteToBinaryStr(b1);
GPIOView.logTox.Text += "\r\nGP56 GP57 Pin polarity new byte: " + v1;
GPIOView.logTox.Text += "\r\nGP56 GP57 Pin polarity read byte: " + gp56_57;
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Pin polarity old byte: " + Utils.ByteToBinaryStr(b2);
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Pin polarity new byte: " + v2;
GPIOView.logTox.Text += "\r\nGP60 GP61 GP65 Pin polarity read byte: " + gp60_61_65;
GPIOView.logTox.Text += "\r\nGP40 Pin polarity old byte: " + Utils.ByteToBinaryStr(b3);
GPIOView.logTox.Text += "\r\nGP40 Pin polarity new byte: " + v3;
GPIOView.logTox.Text += "\r\nGP40 Pin polarity read byte: " + gp40;
GPIOView.logTox.Text += "\r\nGP22 GP23 Pin polarity old byte: " + Utils.ByteToBinaryStr(b4);
GPIOView.logTox.Text += "\r\nGP22 GP23 Pin polarity new byte: " + v4;
GPIOView.logTox.Text += "\r\nGP22 GP23 Pin polarity read byte: " + gp22_23;
});
}
public static void SetGpioValues(SuperIO gpio, string[] arr, GPIOView view)
{
//gp51 29h<1> default=46
//pin polarity b4h<1>
gpio.SetGpioFunction(0x29, 0x46);
byte b1 = gpio.ReadGpioPortByte(0xb4);
string v1 = Utils.ByteToBinaryStr(b1).Remove(6, 1).Insert(6, arr[0]);
byte data1 = Convert.ToByte(v1, 2);
gpio.SetGpioFunction(0xb4, data1);
string gp51 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb4));
//Console.WriteLine("-----------gp51 value:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb4)));
//Console.WriteLine("-----------v1:" + v1);
//gp37 gp36 27h<7 6> default=c0
//pin polarity b2h<7 6>
gpio.SetGpioFunction(0x27, 0xc0);
byte b2 = gpio.ReadGpioPortByte(0xb2);
string v2 = Utils.ByteToBinaryStr(b2).Remove(0, 2).Insert(0, arr[1] + arr[2]);
byte data2 = Convert.ToByte(v2, 2);
gpio.SetGpioFunction(0xb2, data2);
string gp37_36 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb2));
//Console.WriteLine("-----------gp37 gp36 value:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb2)));
//Console.WriteLine("-----------v2:" + v2);
//gp23 26h<3> default=08
//pin polarity b1h<3>
gpio.SetGpioFunction(0x26, 0x08);
byte b3 = gpio.ReadGpioPortByte(0xb1);
string v3 = Utils.ByteToBinaryStr(b3).Remove(4, 1).Insert(4, arr[3]);
byte data3 = Convert.ToByte(v3, 2);
gpio.SetGpioFunction(0xb1, data3);
string gp23 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb1));
//Console.WriteLine("-----------gp23 value:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb1)));
//Console.WriteLine("-----------v3:" + v3);
//gp12 gp10 25h<2 0> default=05
//pin polarity b0h<2 0>
gpio.SetGpioFunction(0x25, 0x05);
byte b4 = gpio.ReadGpioPortByte(0xb0);
string v4 = Utils.ByteToBinaryStr(b4).Remove(5, 1).Insert(5, arr[4]).Remove(7, 1).Insert(7, arr[7]);
byte data4 = Convert.ToByte(v4, 2);
gpio.SetGpioFunction(0xb0, data4);
string gp12_10 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb0));
//Console.WriteLine("-----------gp12 gp10 value:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb0)));
//Console.WriteLine("-----------v4:" + v4);
//gp62 29h<6> default=46
//pin polarity b5h<2>
gpio.SetGpioFunction(0x29, 0x46);
byte b5 = gpio.ReadGpioPortByte(0xb5);
string v5 = Utils.ByteToBinaryStr(b5).Remove(5, 1).Insert(5, arr[5]);
byte data5 = Convert.ToByte(v5, 2);
gpio.SetGpioFunction(0xb5, data5);
string gp62 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb5));
//Console.WriteLine("-----------gp62 value:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb5)));
//Console.WriteLine("-----------v5:" + v5);
//gp40 28h<0> default=01
//pin polarity b3h<0>
gpio.SetGpioFunction(0x28, 0x01);
byte b6 = gpio.ReadGpioPortByte(0xb3);
string v6 = Utils.ByteToBinaryStr(b6).Remove(7, 1).Insert(7, arr[6]);
byte data6 = Convert.ToByte(v6, 2);
gpio.SetGpioFunction(0xb3, data6);
string gp40 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb3));
//Console.WriteLine("-----------gp40 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xb3)));
//Console.WriteLine("-----------v6:" + v6);
view.Dispatcher.Invoke((Action) delegate()
{
GPIOView.logTox.Text += "\r\nQ500G6 GPIO Pin polarity configure:";
GPIOView.logTox.Text += "\r\nGP51 Pin polarity old byte: " + Utils.ByteToBinaryStr(b1);
GPIOView.logTox.Text += "\r\nGP51 Pin polarity new byte: " + v1;
GPIOView.logTox.Text += "\r\nGP51 Pin polarity read byte: " + gp51;
GPIOView.logTox.Text += "\r\nGP37 GP36 Pin polarity old byte: " + Utils.ByteToBinaryStr(b2);
GPIOView.logTox.Text += "\r\nGP37 GP36 Pin polarity new byte: " + v2;
GPIOView.logTox.Text += "\r\nGP37 GP36 Pin polarity read byte: " + gp37_36;
GPIOView.logTox.Text += "\r\nGP23 Pin polarity old byte: " + Utils.ByteToBinaryStr(b3);
GPIOView.logTox.Text += "\r\nGP23 Pin polarity new byte: " + v3;
GPIOView.logTox.Text += "\r\nGP23 Pin polarity read byte: " + gp23;
GPIOView.logTox.Text += "\r\nGP12 GP10 Pin polarity old byte: " + Utils.ByteToBinaryStr(b4);
GPIOView.logTox.Text += "\r\nGP12 GP10 Pin polarity new byte: " + v4;
GPIOView.logTox.Text += "\r\nGP12 GP10 Pin polarity read byte: " + gp12_10;
GPIOView.logTox.Text += "\r\nGP62 Pin polarity old byte: " + Utils.ByteToBinaryStr(b5);
GPIOView.logTox.Text += "\r\nGP62 Pin polarity new byte: " + v5;
GPIOView.logTox.Text += "\r\nGP62 Pin polarity read byte: " + gp62;
GPIOView.logTox.Text += "\r\nGP40 Pin polarity old byte: " + Utils.ByteToBinaryStr(b6);
GPIOView.logTox.Text += "\r\nGP40 Pin polarity new byte: " + v6;
GPIOView.logTox.Text += "\r\nGP40 Pin polarity read byte: " + gp40;
});
}
public static void SetGpioModels(SuperIO gpio, string[] arr, GPIOView view)
{
//gp51 29h<1> default=46
//output/input cch<1>
gpio.SetGpioFunction(0x29, 0x46);
byte b1 = gpio.ReadGpioPortByte(0xcc);
string m1 = Utils.ByteToBinaryStr(b1).Remove(6, 1).Insert(6, arr[0]);
byte data1 = Convert.ToByte(m1, 2);
gpio.SetGpioFunction(0xcc, data1);
string gp51 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcc));
//Console.WriteLine("-----------gp51 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcc)));
//Console.WriteLine("-----------m1:" + m1);
//gp37 gp36 27h<7 6> default=c0
//output/input cah<7 6>
gpio.SetGpioFunction(0x27, 0xc0);
byte b2 = gpio.ReadGpioPortByte(0xca);
string m2 = Utils.ByteToBinaryStr(b2).Remove(0, 2).Insert(0, arr[1] + arr[2]);
byte data2 = Convert.ToByte(m2, 2);
gpio.SetGpioFunction(0xca, data2);
string gp37_36 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xca));
//Console.WriteLine("-----------gp37 gp36 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xca)));
//Console.WriteLine("-----------m2:" + m2);
//gp23 26h<3> default=08
//output/input c9h<3>
gpio.SetGpioFunction(0x26, 0x08);
byte b3 = gpio.ReadGpioPortByte(0xc9);
string m3 = Utils.ByteToBinaryStr(b3).Remove(4, 1).Insert(4, arr[3]);
byte data3 = Convert.ToByte(m3, 2);
gpio.SetGpioFunction(0xc9, data3);
string gp23 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc9));
//Console.WriteLine("-----------gp23 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc9)));
//Console.WriteLine("-----------m3:" + m3);
//gp12 gp10 25h<2 0> default=05
//output/input c8h<2 0>
gpio.SetGpioFunction(0x25, 0x05);
byte b4 = gpio.ReadGpioPortByte(0xc8);
string m4 = Utils.ByteToBinaryStr(b4).Remove(5, 1).Insert(5, arr[4]).Remove(7, 1).Insert(7, arr[7]);
byte data4 = Convert.ToByte(m4, 2);
gpio.SetGpioFunction(0xc8, data4);
string gp12_10 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc8));
//Console.WriteLine("-----------gp12 gp10 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xc8)));
//Console.WriteLine("-----------m4:" + m4);
//gp62 29h<6> default=46
//output/input cdh<1>
gpio.SetGpioFunction(0x29, 0x46);
byte b5 = gpio.ReadGpioPortByte(0xcd);
string m5 = Utils.ByteToBinaryStr(b5).Remove(5, 1).Insert(5, arr[5]);
byte data5 = Convert.ToByte(m5, 2);
gpio.SetGpioFunction(0xcd, data5);
string gp62 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcd));
//Console.WriteLine("-----------gp51 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcd)));
//Console.WriteLine("-----------m5:" + m5);
//gp40 28h<0> default=01
//output/input cbh<0>
gpio.SetGpioFunction(0x28, 0x01);
byte b6 = gpio.ReadGpioPortByte(0xcb);
string m6 = Utils.ByteToBinaryStr(b6).Remove(7, 1).Insert(7, arr[6]);
byte data6 = Convert.ToByte(m6, 2);
gpio.SetGpioFunction(0xcb, data6);
string gp40 = Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcb));
//Console.WriteLine("-----------gp40 model:" + Utils.ByteToBinaryStr(gpio.ReadGpioPortByte(0xcb)));
//Console.WriteLine("-----------m6:" + m6);
view.Dispatcher.Invoke((Action) delegate()
{
GPIOView.logTox.Text += "\r\nQ500G6 GPIO Output/input configure:";
GPIOView.logTox.Text += "\r\nGP51 Output/input old byte: " + Utils.ByteToBinaryStr(b1);
GPIOView.logTox.Text += "\r\nGP51 Output/input new byte: " + m1;
GPIOView.logTox.Text += "\r\nGP51 Output/input read byte: " + gp51;
GPIOView.logTox.Text += "\r\nGP37 GP36 Output/input old byte: " + Utils.ByteToBinaryStr(b2);
GPIOView.logTox.Text += "\r\nGP37 GP36 Output/input new byte: " + m2;
GPIOView.logTox.Text += "\r\nGP37 GP36 Output/input read byte: " + gp37_36;
GPIOView.logTox.Text += "\r\nGP23 Output/input old byte: " + Utils.ByteToBinaryStr(b3);
GPIOView.logTox.Text += "\r\nGP23 Output/input new byte: " + m3;
GPIOView.logTox.Text += "\r\nGP23 Output/input read byte: " + gp23;
GPIOView.logTox.Text += "\r\nGP12 GP10 Output/input old byte: " + Utils.ByteToBinaryStr(b4);
GPIOView.logTox.Text += "\r\nGP12 GP10 Output/input new byte: " + m4;
GPIOView.logTox.Text += "\r\nGP12 GP10 Output/input read byte: " + gp12_10;
GPIOView.logTox.Text += "\r\nGP62 Output/input old byte: " + Utils.ByteToBinaryStr(b5);
GPIOView.logTox.Text += "\r\nGP62 Output/input new byte: " + m5;
GPIOView.logTox.Text += "\r\nGP62 Output/input read byte: " + gp62;
GPIOView.logTox.Text += "\r\nGP40 Output/input old byte: " + Utils.ByteToBinaryStr(b6);
GPIOView.logTox.Text += "\r\nGP40 Output/input new byte: " + m6;
GPIOView.logTox.Text += "\r\nGP40 Output/input read byte: " + gp40;
});
}
