private bool imethod_2()
{
try
{
int num = this.int_0;
if (num != 0)
{
if (num != 1)
{
return(false);
}
this.int_0 = -3;
int num3 = this.class1_0.int_0;
this.class1_0.int_0 = num3 - 1;
if (this.class1_0.int_0 == 0)
{
this.method_0();
return(false);
}
int num2 = this.int_5;
this.int_5 = ((num2 + this.int_6) + this.class1_0.int_0) ^ (0x7484a7c7 + this.int_7);
this.int_6 = num2;
}
else
{
this.int_0 = -1;
this.class1_0 = new Class0.Class1();
this.class1_0.int_0 = this.int_3;
this.int_6 = 0;
this.int_5 = 1;
Class0.Delegate0 <int> delegate3 = new Class0.Delegate0 <int>(this.class1_0.method_0);
int num4 = this.int_5;
Class0.Class3 class1 = new Class0.Class3(-2)
{
int_4 = num4,
delegate0_1 = delegate3
};
this.interface4_0 = ((Interface1 <int>)class1).imethod_1();
this.int_0 = -3;
}
if (!this.interface4_0.imethod_2())
{
this.method_0();
this.interface4_0 = null;
return(false);
}
this.int_7 = this.interface4_0.imethod_4();
this.int_1 = this.int_5;
this.int_0 = 1;
return(true);
}
fault
{
this.Interface2.imethod_0();
}
}
private bool imethod_2()
{
try
{
int num = this.int_0;
if (num != 0)
{
if (num != 1)
{
return(false);
}
this.int_0 = -3;
if (this.int_5 == 0)
{
this.method_0();
return(false);
}
}
else
{
this.int_0 = -1;
this.int_5 = 7;
int num4 = this.int_3;
Class0.Class2 class1 = new Class0.Class2(-2)
{
int_4 = num4
};
this.interface4_0 = ((Interface1 <int>)class1).imethod_1();
this.int_0 = -3;
}
if (!this.interface4_0.imethod_2())
{
this.method_0();
this.interface4_0 = null;
return(false);
}
int num2 = this.interface4_0.imethod_4() ^ this.int_3;
if ((num2 & 3) == 0)
{
num2 ^= -2060011533;
}
int num3 = this.int_5 - 1;
this.int_5 = num3;
if ((num2 & 15) == 0)
{
num2 ^= -1059952607 ^ this.int_5;
}
this.int_1 = num2;
this.int_0 = 1;
return(true);
}
fault
{
this.Interface2.imethod_0();
}
}
static void Main(string[] args)
{
D obj1 = new D();
Interface3 obj2 = (Interface3)obj1; // this is explicit interface implementation
Interface4 obj3 = (Interface4)obj1;
obj2.F2();
obj3.F2();
Console.ReadLine();
}
public static object[] InvokePubService(string string_0, object[] object_0)
{
string directoryName = "";
try
{
if (dictionary_1.ContainsKey(string_0))
{
object obj2 = null;
string[] strArray = dictionary_1[string_0];
if (dictionary_0.ContainsKey(string_0))
{
obj2 = dictionary_0[string_0];
}
else
{
directoryName = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location);
//逻辑修改:新的文件无需解密
//byte[] sourceArray = Convert.FromBase64String("L3yC7zg8fQWhipDSFB284EahvoXH9kNV6TE843pajbE7Tyo53TJ95N4ahc1nunDe");
//byte[] destinationArray = new byte[0x20];
//Array.Copy(sourceArray, 0, destinationArray, 0, 0x20);
//byte[] buffer3 = new byte[0x10];
//Array.Copy(sourceArray, 0x20, buffer3, 0, 0x10);
//byte[] buffer4 = AES_Crypt.Decrypt(Convert.FromBase64String("X7xxyMJDoje5XAwsxAOOIAjpm9iH+86h8HJE7kFSLV4K2rN/kb93R5TgadKYp4kTcuz3eg+TV8gMxLkltAAOow=="), destinationArray, buffer3, null);
//byte[] buffer5 = new byte[0x20];
//Array.Copy(buffer4, 0, buffer5, 0, 0x20);
//byte[] buffer6 = new byte[0x10];
//Array.Copy(buffer4, 0x20, buffer6, 0, 0x10);
//obj2 = Assembly.Load(AES_Crypt.Decrypt(File.ReadAllBytes(Path.Combine(directoryName, strArray[0])), buffer5, buffer6, null)).CreateInstance(strArray[1]);
obj2 = Assembly.Load(File.ReadAllBytes(Path.Combine(directoryName, strArray[0]))).CreateInstance(strArray[1]);
dictionary_0.Add(string_0, obj2);
}
if (obj2 == null)
{
ilog_0.ErrorFormat("初始化名称为{0}的公共方法异常:{1}", string_0, directoryName);
return(null);
}
Interface4 interface2 = obj2 as Interface4;
if (interface2 != null)
{
return(interface2.imethod_0(object_0));
}
ilog_0.ErrorFormat("名称为{0}的公共方法类型错误({1})", string_0, obj2.GetType().FullName);
return(((Interface4)obj2).imethod_0(object_0));
}
return(null);
}
catch (Exception exception)
{
ilog_0.Error("调用公共方法异常:" + string_0 + "," + exception.ToString());
return(null);
}
}
public static bool smethod_0(string string0)
{
Interface4 @interface = null;
var num = CreateAssemblyCache(out @interface, 0u);
if (num != 0)
{
return(false);
}
num = @interface.imethod_4(0u, string0, IntPtr.Zero);
return(num == 0);
}
public static Class615 smethod_0(Interface1 A_0, Interface30 A_1, float A_2)
{
int num = 13;
Interface3 interface2 = A_0 as Interface3;
if (interface2 != null)
{
if (interface2.imethod_0().imethod_22())
{
return(new Class617(interface2, A_1));
}
return(new Class616(interface2, A_1));
}
Interface2 interface4 = A_0 as Interface2;
if ((A_0 is Field) && ((A_0 as Field).Type == FieldType.FieldSymbol))
{
interface4 = (A_0 as Field).method_46();
}
if ((interface4 != null) && !(interface4 is TextBox))
{
return(new Class619(interface4, A_1));
}
Interface4 interface3 = null;
if (A_0 is Interface4)
{
interface3 = A_0 as Interface4;
}
else if (A_0 is TextBox)
{
interface3 = (A_0 as TextBox).method_78(A_1);
}
if (interface3 != null)
{
return(new Class618(interface3, A_1));
}
Class820 class2 = A_0 as Class820;
if (class2 == null)
{
throw new ArgumentException(BookmarkStart.b("稲嬴䄶堸场吼嬾慀㑂ⱄ⍆⹈⹊㥌潎═⩒╔㉖捘筚", num) + A_0.GetType());
}
return(new Class618(class2, A_1));
}
public Class820(Interface4 A_0, int A_1) : this(A_0, A_1, 0)
{
}
public Class820(Interface4 A_0, int A_1, int A_2)
{
this.interface4_0 = A_0;
this.int_0 = A_1;
this.int_1 = A_2;
}
public Class820(Interface4 A_0, int A_1, Class65[] A_2) : this(A_0, A_1, 0)
{
this.class65_0 = A_2;
}
public static extern int CreateAssemblyCache(out Interface4 ppAsmCache, uint dwReserved);
public static void smethod_1(Interface9 writer, Interface3 subEntity, Interface4 subTagged)
{
writer.imethod_13(subTagged.imethod_2(writer.FileFormatVersion));
subEntity.imethod_1(writer);
}
private static string smethod_1(int int_3, bool bool_0)
{
int num = -1827340969;
int num2 = -360735532;
string str = null;
while (class58_0 != null)
{
int num4;
StringBuilder builder;
byte[] buffer2;
Assembly assembly2;
int num3 = int_1;
Label_001A:
if (int_0 == ((0x7d9434c5 - num) ^ num2))
{
return(new string(new char[] { (num ^ 0x796b607b) - num2, '0', (0x576a9f35 + num) ^ num2 }));
}
int num13 = (int_3 ^ ((-1679363405 ^ num) - num2)) ^ num3;
num13 ^= (num + -605645539) + num2;
class58_0.method_0().Position = num13;
if (byte_1 != null)
{
buffer2 = byte_1;
}
else
{
short num21;
if (short_0 == -1)
{
num21 = (short)((class58_0.method_1() ^ ((num ^ 0x796b7387) ^ num2)) ^ num13);
}
else
{
num21 = short_0;
}
if (num21 == 0)
{
buffer2 = null;
}
else
{
buffer2 = class58_0.method_6(num21);
for (int i = 0; i != buffer2.Length; i++)
{
buffer2[i] = (byte)(buffer2[i] ^ ((byte)(int_1 >> ((3 & i) << 3))));
}
}
}
int num5 = ((class58_0.method_2() ^ num13) ^ -~~--~-~~-~((0x7d9a0a6b - num) - num2)) ^ num3;
if (num5 != ((-2037080451 ^ num) | num2))
{
byte[] buffer3;
int num15;
bool flag2 = (num5 & ((num ^ -110403197) ^ num2)) > 0;
bool flag4 = (num5 & ((num + -1754620035) - num2)) > 0;
bool flag3 = (num5 & ((0x5d949a2b - num) ^ num2)) > 0;
num5 &= (-1231774084 ^ num) + num2;
byte[] buffer4 = class58_0.method_6(num5);
byte[] buffer6 = buffer2;
byte num24 = buffer6[1];
int length = buffer4.Length;
byte num20 = (byte)((length + 11) ^ (7 + num24));
uint num19 = (uint)((buffer6[0] | (buffer6[2] << 8)) + (num20 << 3));
int index = 0;
ushort num16 = 0;
while (index < length)
{
if ((index & 1) == 0)
{
num19 = (uint)((num19 * ((num + 0x5767e1d2) ^ num2)) + ((0x7dbb38ee - num) - num2));
num16 = (ushort)(num19 >> 0x10);
}
byte num30 = (byte)num16;
num16 = (ushort)(num16 >> 8);
byte num23 = buffer4[index];
buffer4[index] = (byte)(((num23 ^ num24) ^ (num20 + 3)) ^ num30);
index++;
num20 = num23;
}
byte[] buffer = buffer4;
if ((byte_0 > null) != (int_0 != ((-2105282981 + num) + num2)))
{
for (int j = 0; j < num5; j = 1 + j)
{
byte num14 = byte_0[j & 7];
num14 = (byte)((num14 << 3) | (num14 >> 5));
buffer[j] = (byte)(buffer[j] ^ num14);
}
}
int num8 = int_0 - 12;
if (!flag4)
{
buffer3 = buffer;
num15 = num5;
}
else
{
num15 = ((buffer[2] | (buffer[0] << 0x10)) | (buffer[3] << 8)) | (buffer[1] << 0x18);
buffer3 = new byte[num15];
smethod_5(buffer, 4, buffer3);
}
if (flag2 && (num8 == ((0x798cd819 ^ num) - num2)))
{
char[] chArray2 = new char[num15];
for (int k = 0; k < num15; k = 1 + k)
{
chArray2[k] = (char)buffer3[k];
}
str = new string(chArray2);
}
else
{
str = Encoding.Unicode.GetString(buffer3, 0, buffer3.Length);
}
num8 += (((num + -2106890668) + num2) + (3 & num8)) << 5;
if (num8 != ((0x7973f919 ^ num) ^ num2))
{
int num34 = ((num5 + int_3) ^ ((-2105954227 + num) + num2)) ^ (num8 & ((0x7d949f38 - num) - num2));
builder = new StringBuilder();
num4 = (num + 0x576a9f35) ^ num2;
builder.Append((char)((byte)num4));
str = num34.ToString(builder.ToString());
}
if ((false == flag3) & bool_0)
{
str = string.Intern(str);
class59_0.method_3(int_3, str);
}
return(str);
}
byte[] buffer5 = class58_0.method_6(4);
int_3 = ((-1466961853 - num) + num2) ^ num3;
int_3 = (((buffer5[2] | (buffer5[3] << 0x10)) | (buffer5[0] << 8)) | (buffer5[1] << 0x18)) ^ -int_3;
str = class59_0.method_2(int_3);
if (str == null)
{
continue;
}
return(str);
Label_016E:
assembly2 = Assembly.GetExecutingAssembly();
Assembly callingAssembly = Assembly.GetCallingAssembly();
int_0 |= (0x7d7c0bad - num) ^ num2;
builder = new StringBuilder();
num4 = (-1718402686 ^ num) - num2;
builder.Append((char)num4).Append((char)(num4 >> 0x10));
num4 = (0x5d8eba33 - num) ^ num2;
builder.Append((char)(num4 >> 0x10)).Append((char)num4);
num4 = (-1500348829 ^ num) + num2;
builder.Append((char)num4).Append((char)(num4 >> 0x10));
num4 = (-1650607566 - num) - num2;
builder.Append((char)num4).Append((char)(num4 >> 0x10));
num4 = (-1500217736 ^ num) + num2;
builder.Append((char)(num4 >> 0x10)).Append((char)num4);
Stream manifestResourceStream = assembly2.GetManifestResourceStream(builder.ToString());
int num6 = 2;
StackTrace trace = new StackTrace(2, false);
int_0 ^= ((num + 0x576a883b) ^ num2) | 2;
num6 = 0;
StackFrame frame = trace.GetFrame(0);
int num17 = 0;
if (frame == null)
{
trace = new StackTrace();
num17 = 1;
frame = trace.GetFrame(1);
}
MethodBase method = frame?.GetMethod();
int_0 ^= num6 + ((-2037080325 ^ num) + num2);
Type declaringType = method?.DeclaringType;
if (frame == null)
{
int_0 ^= (0x5767c710 + num) ^ num2;
}
bool flag = declaringType == typeof(RuntimeMethodHandle);
int_0 ^= (num ^ -2037080421) + num2;
if (!flag && (flag = declaringType == null))
{
if (smethod_4(trace, num17))
{
flag = false;
}
else
{
int_0 ^= (0x7d97f2be - num) - num2;
}
}
if (flag == (trace > null))
{
int_0 = 0x20 ^ int_0;
}
int_0 ^= ((0x576a885b + num) ^ num2) | (1 + num6);
class58_0 = new Class58(manifestResourceStream);
short num25 = (short)(class58_0.method_1() ^ ((short)~-~--~~-~((num ^ 0x796bbbeb) - num2)));
if (num25 == 0)
{
short_0 = (short)(class58_0.method_1() ^ ((short)-~-~~--~~((-1466604045 - num) ^ num2)));
}
else
{
byte_1 = class58_0.method_6(num25);
}
callingAssembly = assembly2;
byte_0 = smethod_3(smethod_2(callingAssembly));
num3 = int_2;
int_2 = 0;
num3 ^= (-380421005 ^ num) + num2;
long num32 = Class6.smethod_0();
num3 ^= (int)((uint)num32);
num3 ^= (0x750a9c29 + num) - num2;
int num33 = num3;
int num28 = ((0x5e3827a7 - num) + num2) ^ num33;
int num11 = (((0x796b4cd6 ^ num) - num2) * num28) % ((-1438863760 - num) + num2);
int num18 = (num ^ 0x796b601e) - num2;
int num29 = num11;
Class0.Class4 class1 = new Class0.Class4((num + -2106890797) | num2)
{
int_4 = num29
};
Interface4 <int> interface2 = ((Interface1 <int>)class1).imethod_1();
try
{
while (interface2.imethod_2())
{
int num31 = interface2.imethod_4();
num11 ^= num31 - num18;
num18 -= (3 + num11) >> 8;
}
}
finally
{
if (interface2 != null)
{
interface2.imethod_0();
}
}
num3 ^= -~-~~--~~((-1813293368 - num) + num2);
int num26 = num11;
num3 = num26 + num3;
int_1 = num3;
int_0 = (int_0 & ((num ^ 0x696b6111) - num2)) ^ ((num + 0x576a88f9) ^ num2);
if ((enum0_0 & ~-~--~~-~-~((num ^ 0x796b6197) - num2)) == ((Enum0)0))
{
int_0 = (num + -2106846833) + num2;
}
goto Label_001A;
}
goto Label_016E;
}
public Test3(Interface4 i4)
{
}
IEnumerator RFIDDataCheck()
{
timeToCheck = false;
yield return(new WaitForSeconds(0.15f));
var ONE = Interface1.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (ONE == null)
{
FM1.text = ("No reading RFID machine 1");
}
else
{
text1 = ("The last RFID tag at machine 1 was ") + ONE.ToString();
FM1.text = text1;
}
yield return(new WaitForSeconds(0.15f));
var TWO = Interface2.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (TWO == null)
{
FM2.text = ("No reading RFID machine 2");
}
else
{
text2 = ("The last RFID tag at machine 2 was ") + TWO.ToString();
FM2.text = text2;
}
yield return(new WaitForSeconds(0.15f));
var THREE = Interface3.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (THREE == null)
{
FM3.text = ("No reading RFID machine 3");
}
else
{
text1 = ("The last RFID tag at machine 3 was ") + THREE.ToString();
FM3.text = text3;
}
yield return(new WaitForSeconds(0.15f));
var FOUR = Interface4.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (FOUR == null)
{
FM4.text = ("No reading RFID machine 4");
}
else
{
text4 = ("The last RFID tag at machine 4 was ") + FOUR.ToString();
FM4.text = text4;
}
yield return(new WaitForSeconds(0.15f));
var FIVE = Interface5.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (FIVE == null)
{
FM5.text = ("No reading RFID machine 5");
}
else
{
text5 = ("The last RFID tag at machine 5 was ") + FIVE.ToString();
FM5.text = text5;
}
yield return(new WaitForSeconds(0.15f));
var SIX = Interface6.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (SIX == null)
{
FM6.text = ("No reading RFID machine 6");
}
else
{
text6 = ("The last RFID tag at machine 6 was ") + SIX.ToString();
FM6.text = text6;
}
yield return(new WaitForSeconds(0.15f));
var SEVEN = Interface7.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (SEVEN == null)
{
FM7.text = ("No reading RFID machine 7");
}
else
{
text7 = ("The last RFID tag at machine 7 was ") + SEVEN.ToString();
FM7.text = text7;
}
yield return(new WaitForSeconds(0.15f));
var EIGHT = Interface8.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (EIGHT == null)
{
FM8.text = ("No reading RFID machine 8");
}
else
{
text8 = ("The last RFID tag at machine 8 was ") + EIGHT.ToString();
FM8.text = text8;
}
yield return(new WaitForSeconds(0.15f));
var NINE = Interface9.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
if (NINE == null)
{
FM9.text = ("No reading RFID machine 9");
}
else
{
text9 = ("The last RFID tag at machine 9 was ") + NINE.ToString();
FM9.text = text9;
}
yield return(new WaitForSeconds(0.3f));
timeToCheck = true;
}
IEnumerator EmgStopCheck()
{
checkEmgStop = false;
yield return(new WaitForSeconds(0.05f));
var EMG1 = Interface1.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG1 == null)
{
idle1.SetActive(true);
emergency1.SetActive(false);
good1.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG1 != null && EMG1.ToString() == active)
{
emergency1.SetActive(true);
idle1.SetActive(false);
good1.SetActive(false);
overlayGood.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 1!";
}
if (EMG1 != null && EMG1.ToString() == inactive)
{
good1.SetActive(true);
idle1.SetActive(false);
emergency1.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG2 = Interface2.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG2 == null)
{
idle2.SetActive(true);
emergency2.SetActive(false);
good2.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG2 != null && EMG2.ToString() == active)
{
emergency2.SetActive(true);
idle2.SetActive(false);
good2.SetActive(false);
overlayGood.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 2!";
}
if (EMG2 != null && EMG2.ToString() == inactive)
{
good2.SetActive(true);
idle2.SetActive(false);
emergency2.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG3 = Interface3.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG3 == null)
{
idle3.SetActive(true);
emergency3.SetActive(false);
good3.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG3 != null && EMG3.ToString() == active)
{
emergency3.SetActive(true);
idle3.SetActive(false);
good3.SetActive(false);
overlayGood.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 3!";
}
if (EMG3 != null && EMG3.ToString() == inactive)
{
good3.SetActive(true);
idle3.SetActive(false);
emergency3.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG4 = Interface4.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG4 == null)
{
idle4.SetActive(true);
emergency4.SetActive(false);
good4.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG4 != null && EMG4.ToString() == active)
{
emergency4.SetActive(true);
idle4.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 4!";
}
if (EMG4 != null && EMG4.ToString() == inactive)
{
good4.SetActive(true);
idle4.SetActive(false);
emergency4.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG5 = Interface5.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG5 == null)
{
idle5.SetActive(true);
emergency5.SetActive(false);
good5.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG5 != null && EMG5.ToString() == active)
{
emergency5.SetActive(true);
idle5.SetActive(false);
good5.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 5!";
}
if (EMG5 != null && EMG5.ToString() == inactive)
{
good5.SetActive(true);
idle5.SetActive(false);
emergency5.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG6 = Interface6.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG6 == null)
{
idle6.SetActive(true);
emergency6.SetActive(false);
good6.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG6 != null && EMG6.ToString() == active)
{
emergency6.SetActive(true);
idle6.SetActive(false);
good6.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 6!";
}
if (EMG6 != null && EMG6.ToString() == inactive)
{
good6.SetActive(true);
idle6.SetActive(false);
emergency6.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG7 = Interface7.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG7 == null)
{
idle7.SetActive(true);
emergency7.SetActive(false);
good7.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG7 != null && EMG7.ToString() == active)
{
emergency7.SetActive(true);
idle7.SetActive(false);
good7.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 7!";
}
if (EMG7 != null && EMG7.ToString() == inactive)
{
good7.SetActive(true);
idle7.SetActive(false);
emergency7.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG8 = Interface8.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG8 == null)
{
idle8.SetActive(true);
emergency8.SetActive(false);
good8.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG8 != null && EMG4.ToString() == active)
{
emergency8.SetActive(true);
idle4.SetActive(false);
good8.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 8!";
}
if (EMG8 != null && EMG8.ToString() == inactive)
{
good8.SetActive(true);
idle8.SetActive(false);
emergency8.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.05f));
var EMG9 = Interface9.ReadNodeValue("ns=3;s=\"dbOpPanel\".\"OpPanelBtn\".\"xEmStop\"");
if (EMG9 == null)
{
idle9.SetActive(true);
emergency9.SetActive(false);
good9.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
if (EMG9 != null && EMG9.ToString() == active)
{
emergency9.SetActive(true);
idle9.SetActive(false);
good9.SetActive(false);
good4.SetActive(false);
overlayEmergency.SetActive(true);
info.text = "Check emergency on Machine 9!";
}
if (EMG9 != null && EMG9.ToString() == inactive)
{
good9.SetActive(true);
idle9.SetActive(false);
emergency9.SetActive(false);
overlayGood.SetActive(true);
overlayEmergency.SetActive(false);
info.text = "No emergency";
}
yield return(new WaitForSeconds(0.5f));
checkEmgStop = true;
}
// Update is called once per frame
void Update()
{
var ONE = Interface1.ReadNodeValue("ns=3;s=\"dbRfidData\".\"ID1\".\"iCarrierID\"");
text1 = ("RFID tag at machine 1 is ") + ONE.ToString();
FM1.text = text1;
if (ONE == null)
{
FM1.text = ("No reading RFID machine 1");
}
var TWO = Interface2.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text2 = ("RFID tag at machine 2 is ") + TWO.ToString();
FM2.text = text2;
if (TWO == null)
{
FM2.text = ("No reading RFID machine 2");
}
var THREE = Interface3.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text3 = ("RFID tag at machine 3 is ") + THREE.ToString();
FM3.text = text3;
if (THREE == null)
{
FM3.text = ("No reading RFID machine 3");
}
var FOUR = Interface4.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text4 = ("RFID tag at machine 4 is ") + FOUR.ToString();
FM4.text = text4;
if (FOUR == null)
{
FM4.text = ("No reading RFID machine 4");
}
var FIVE = Interface5.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text5 = ("RFID tag at machine 5 is ") + FIVE.ToString();
FM5.text = text5;
if (FIVE == null)
{
FM5.text = ("No reading RFID machine 5");
}
var SIX = Interface6.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text6 = ("RFID tag at machine 6 is ") + SIX.ToString();
FM6.text = text6;
if (SIX == null)
{
FM6.text = ("No reading RFID machine 6");
}
var SEVEN = Interface7.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text7 = ("RFID tag at machine 7 is ") + SEVEN.ToString();
FM7.text = text7;
if (SEVEN == null)
{
FM7.text = ("No reading RFID machine 7");
}
var EIGHT = Interface8.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text8 = ("RFID tag at machine 8 is ") + EIGHT.ToString();
FM8.text = text8;
if (EIGHT == null)
{
FM8.text = ("No reading RFID machine 8");
}
var NINE = Interface9.ReadNodeValue("ns = 3; s = \"dbRfidData\".\"ID1\".\"iCarrierID\"");
text9 = ("RFID tag at machine 9 is ") + NINE.ToString();
FM9.text = text9;
if (NINE == null)
{
FM9.text = ("No reading RFID machine 9");
}
}
