package ag; import G.AeInterfaceMikeTostring; import ae.AeInterfaceDelta; import ae.FileUsingHashMap; import ae.AeInterfaceMike; import ae.AeInterfaceOscar; import ae.IOInAePackage; import ae.AeInterfaceSierra; import ae.AeInterfaceUniform; import ae.ExceptionExtensionInAePackage; import af.AfComponentAlpha; import af.IOInAfPackage; import java.util.ArrayList; import java.util.List; import java.util.logging.Level; import java.util.logging.Logger; public AgComponentCharlielass AgComponentCharlie implements AeInterfaceSierra, AfComponentAlpha { List AeInterfaceDelta = new ArrayList(); public List AfComponentAlpha(FileUsingHashMap paramk) { return this.AeInterfaceDelta; } public List b(FileUsingHashMap paramk) { return this.AeInterfaceDelta; } public void AfComponentAlpha(String paramString, Object paramObject) {} public AeInterfaceDelta AfComponentAlpha(FileUsingHashMap paramk, IOInAePackage paramp, AeInterfaceUniform paramu) { null = new AeInterfaceDelta(); int i = AfComponentAlpha(paramp); if (i == 0) { null.AfComponentAlpha(AeInterfaceDelta.b); null.AfComponentAlpha("No MegaSquirt 2 Found."); return null; } if (!AfComponentAlpha(i)) { null.AfComponentAlpha(AeInterfaceDelta.b); null.AfComponentAlpha("Warning!! Wrong ECU TYPE found. MS2 expected"); return null; } if (!IOInAfPackage.b(paramp)) do { if (!paramu.b("Turn off Megasquirt/Microsquirt.")) { null.AfComponentAlpha(AeInterfaceDelta.b); null.AfComponentAlpha("Cancelled by user."); return null; } if (!paramu.b("Install boot jumper shunt onto B/LD on the CPU card, or ground the bootload wire.")) { null.AfComponentAlpha(AeInterfaceDelta.b); null.AfComponentAlpha("Cancelled by user."); return null; } if (!paramu.b("Turn on Megasquirt/Microsquirt.")) { null.AfComponentAlpha(AeInterfaceDelta.b); null.AfComponentAlpha("Cancelled by user."); return null; } } while (!IOInAfPackage.b(paramp)); return IOInAfPackage.AfComponentAlpha(paramp); } public AeInterfaceDelta AfComponentAlpha(IOInAePackage paramp, AeInterfaceUniform paramu) { AeInterfaceDelta AeInterfaceDelta = new AeInterfaceDelta(); AeInterfaceDelta.AfComponentAlpha(AeInterfaceDelta.AfComponentAlpha); IOInAfPackage.e(paramp); if (!paramu.b("Turn off Megasquirt/Microsquirt.")) { AeInterfaceDelta.AfComponentAlpha(AeInterfaceDelta.b); AeInterfaceDelta.AfComponentAlpha("Cancelled by user."); return AeInterfaceDelta; } if (!paramu.b("Please remove the boot jumper or disconnect the boot wire from ground.")) { AeInterfaceDelta.AfComponentAlpha(AeInterfaceDelta.b); AeInterfaceDelta.AfComponentAlpha("Cancelled by user."); return AeInterfaceDelta; } if (!paramu.b("Turn on Megasquirt/Microsquirt.")) { AeInterfaceDelta.AfComponentAlpha(AeInterfaceDelta.b); AeInterfaceDelta.AfComponentAlpha("Cancelled by user."); return AeInterfaceDelta; } return AeInterfaceDelta; } public int AfComponentAlpha(IOInAePackage paramp) { int i = 0; int IOInAfPackage = b(paramp); AeInterfaceMike m1 = AeInterfaceOscar.AfComponentAlpha(IOInAfPackage); i = m1.b(); if (i > 0) return i; AeInterfaceMikeTostring AeInterfaceMikeTostring = IOInAfPackage.f(paramp); AeInterfaceMike m2 = AeInterfaceOscar.b(AeInterfaceMikeTostring); if (m2 != null) i |= m2.b(); return i; } private int b(IOInAePackage paramp) { IOInAfPackage.AfComponentAlpha(paramp); byte[] arrayOfByte = new byte[1]; arrayOfByte[0] = -73; try { byte[] arrayOfByte1 = paramp.AfComponentAlpha(arrayOfByte, 6, 200); return (arrayOfByte1 == null || arrayOfByte1.length == 0 || arrayOfByte1[0] != -36) ? -1 : bH.c.AfComponentAlpha(arrayOfByte1, 1, 2, true, false); } catch (ExceptionExtensionInAePackage ExceptionExtensionInAePackage) { Logger.getLogger(c.class.getName()).log(Level.SEVERE, "Protocol Error probing for monitor", (Throwable)ExceptionExtensionInAePackage); return -1; } } private boolean AfComponentAlpha(int paramInt) { return ((AeInterfaceOscar.w | paramInt) == paramInt); } } /* Location: /home/rewrich/Downloads/TunerStudioMS/TunerStudioMS/!/ag/c.class * Java compiler version: 8 (52.0) * JD-Core Version: 1.1.3 */