DLL_EXPORT_API npBool xnFoveStartup()
{
if (!__libFove)
{
__libFove = LoadDynamicLibrary("FoveClient");
if (!__libFove) __libFove = LoadDynamicLibrary("x86\\FoveClient");
if (!__libFove) __libFove = LoadDynamicLibrary("x64\\FoveClient");
if (!__libFove) __libFove = LoadDynamicLibrary("x64/FoveClient");
if (!__libFove) __libFove = LoadDynamicLibrary("x64/FoveClient");
if (!__libFove)
{
return false;
}
GetFVRHeadsetPtr get_fvr_headset_ptr = (GetFVRHeadsetPtr)GetSymbolAddress(__libFove, "CGetFVRHeadset");
if (!get_fvr_headset_ptr) return false;
sHeadSet = get_fvr_headset_ptr();
CGetFVRCompositorPtr get_fvr_compositor_ptr = (CGetFVRCompositorPtr)GetSymbolAddress(__libFove, "CGetFVRCompositor");
if (!get_fvr_compositor_ptr) return false;
sCompositor = get_fvr_compositor_ptr();
}
if(sHeadSet && !sFoveInitialized)
{
sFoveInitialized = sHeadSet->Initialise();
}
return sFoveInitialized;
}
npBool xnAudioInit()
{
if (OpenSLESLibrary) return true;
OpenSLESLibrary = LoadDynamicLibrary("libOpenSLES");
if (!OpenSLESLibrary) return false;
SL_IID_ENGINE_PTR = (SLInterfaceID*)GetSymbolAddress(OpenSLESLibrary, "SL_IID_ENGINE");
if (!SL_IID_ENGINE_PTR) return false;
SL_IID_BUFFERQUEUE_PTR = (SLInterfaceID*)GetSymbolAddress(OpenSLESLibrary, "SL_IID_BUFFERQUEUE");
if (!SL_IID_BUFFERQUEUE_PTR) return false;
SL_IID_VOLUME_PTR = (SLInterfaceID*)GetSymbolAddress(OpenSLESLibrary, "SL_IID_VOLUME");
if (!SL_IID_VOLUME_PTR) return false;
SL_IID_PLAY_PTR = (SLInterfaceID*)GetSymbolAddress(OpenSLESLibrary, "SL_IID_PLAY");
if (!SL_IID_PLAY_PTR) return false;
SL_IID_PLAYBACKRATE_PTR = (SLInterfaceID*)GetSymbolAddress(OpenSLESLibrary, "SL_IID_PLAYBACKRATE");
if (!SL_IID_PLAYBACKRATE_PTR) return false;
slCreateEngineFunc = (slCreateEnginePtr)GetSymbolAddress(OpenSLESLibrary, "slCreateEngine");
if (!slCreateEngineFunc) return false;
return true;
}
static void RefreshAddresses(WATCHDATA *ptr, VARINFO *var, int address, THREAD *thread, int noscope)
{
ptr->structNesting[ptr->nestingCount++] = var;
while (var)
{
char buf[1048];
int unscope = noscope;
var->scope = ptr->structNesting[0]->scope;
if (noscope)
var->outofscope = TRUE;
else
{
int val;
var->outofscope = FALSE;
if (thread)
var->thread = thread;
if (var->offset == -1)
{
DEBUG_INFO *dbg;
int i;
char name[2048];
name[0] = 0;
for (i=0; i < ptr->nestingCount-1; i++)
sprintf(name + strlen(name), "%s", ptr->structNesting[i]->structtag);
sprintf(name + strlen(name), "@%s", var->membername);
dbg = findDebug(ptr->structNesting[0]->scope->address);
val = var->address = GetSymbolAddress(dbg, name);
// static member data
}
else
{
val = var->address = address + var->offset;
}
if (var->constant)
val = var->address;
else if (var->pointer)
{
unscope = ((val = var->derefaddress) == -1 && !ReadValue(var->address, &val, 4, var)) || !val;
}
RefreshAddresses(ptr, var->subtype, val, thread, unscope);
}
var = var->link;
}
ptr->nestingCount--;
}
