/**
* This function is called from WindowsFlags.initFlags() and initializes
* the native side of our runtime flags. There are a couple of important
* things that happen at the native level after we set the Java flags:
* - set native variables based on the java flag settings (such as useDD
* based on whether ddraw was enabled by a runtime flag)
* - override java level settings if there user has set an environment
* variable but not a runtime flag. For example, if the user runs
* with sun.java2d.d3d=true but also uses the J2D_D3D=false environment
* variable, then we use the java-level true value. But if they do
* not use the runtime flag, then the env variable will force d3d to
* be disabled. Any native env variable overriding must up-call to
* Java to change the java level flag settings.
* - A later error in initialization may result in disabling some
* native property that must be propagated to the Java level. For
* example, d3d is enabled by default, but we may find later that
* we must disable it do to some runtime configuration problem (such as
* a bad video card). This will happen through mechanisms in this native
* file to change the value of the known Java flags (in this d3d example,
* we would up-call to set the value of d3dEnabled to Boolean.FALSE).
*/
JNIEXPORT void JNICALL
Java_sun_java2d_windows_WindowsFlags_initNativeFlags(JNIEnv *env,
jclass wFlagsClass)
{
SetIDs(env, wFlagsClass);
GetFlagValues(env, wFlagsClass);
}
bool DataCaptureSpec::SetupOK(SC_SetupErr& errData)
{
SetIDs();
SC_SetupErr dcapErr;
if ((captureType == ctPressure) && (pressureCapType == pctSuperposition))
{
if (control.Is2DRadial())
dcapErr.SetConstantError("Cannot do 2D superposition");
superData.Cleanup();
if (superData.IsEmpty())
dcapErr.SetConstantError("No superposition data found");
for (int i = 0; i < superData.Size(); i++)
if (!(superData[i]->SetupOK(dcapErr)))
break;
return errData.SetupOK(dataDesig, dcapErr);
}
if ((captureType == ctPressure) && (pressureCapType == pctRadius))
{
//TODO - check for radius within limits
if (control.IsHorizontalAnisotropic())
{
GetObsAngle(); // calculates radius
if (radiusData.GetMetricVal() < 1.0)
{
dcapErr.SetConstantError("obs well radius < 1 m, anisotropy ???");
return errData.SetupOK(dataDesig, dcapErr);
}
}
}
if (control.IsLayered() && IsTestZoneBased())
{
if (!wellBoreZones.GetIndex(wellboreZoneID, wellboreZoneIndex))
{
dcapErr.SetConstantError("no well bore zone corresponding to ID");
return errData.SetupOK(dataDesig, dcapErr);
}
if (wellBoreZones[wellboreZoneIndex].zoneIsPacker)
{
dcapErr.SetConstantError("well bore zone corresponding to ID is packer");
return errData.SetupOK(dataDesig, dcapErr);
}
}
return true;
}
