// Goes through the list of ad functions, starting where we left off,
// and keeps on trying until one plays, or none of them at all would play
private static void PlayNextAvailableAdInList(AdFunction[] adFunctionList, string placementName, bool incentivized)
{
for (int maxTries = adFunctionList.Length; maxTries >= 0; --maxTries)
{
int index = StackIndex++;
bool played = adFunctionList[index](placementName, incentivized);
#if DEBUG_ADVERTISING
if (highlightedLine != null)
{
highlightedLine.Unhighlight();
}
debugLine[index].SetCurrentTime();
debugLine[index].SetPlacement(string.Format("{0} {1}", incentivized ? "\u2605 " : "", placementName));
debugLine[index].SetResult(played ? "Played" : "Failed");
highlightedLine = debugLine[index].HighlightLine();
#endif
if (played)
{
return;
}
}
}
// If we are debugging the ad slots, this updates the user interface
public static void UpdateAdSlotsUI()
{
#if DEBUG_ADVERTISING
int slots = m_AdSlotName.Length;
// Create a grid of information so we can see what is going on
AdDebuggingSettings settings = AdDebuggingSettings.Instance;
// Start by creating a canvas
if (debugCanvas == null)
{
debugCanvas = GameObject.Instantiate(settings.diagnosticCanvasPrefab, Vector3.zero, Quaternion.identity) as GameObject;
debugCanvas.name = "Ad Diagnostic Canvas";
GameObject.DontDestroyOnLoad(debugCanvas);
}
// Get the item that'll be the parent of all others here
Transform lineParent = debugCanvas.transform.GetChild(0);
int childCount = lineParent.transform.childCount;
// Delete any children from the previous time this function ran
for (int i = childCount; i > 0; --i)
{
GameObject child = lineParent.transform.GetChild(i - 1).gameObject;
child.SetActive(false);
GameObject.Destroy(child);
}
// Create a list of lines that output debugging information
debugLine = new AdDebugLine[slots];
AdDebugLine header = CreateDebugLine <AdDebugLine>(lineParent, settings.diagnosticLinePrefab, "Table header");
header.MakeHeader();
for (int i = 0; i < slots; ++i)
{
debugLine[i] = CreateDebugLine <AdDebugLine>(lineParent, settings.diagnosticLinePrefab, string.Format("{0} {1}", "Ad Diagnostic Line", i + 1));
debugLine[i].SetProvider(m_AdSlotName[i]);
}
// Finally, create a line for text output
loadingTimeOutput = CreateDebugLine <Text>(lineParent, settings.diagnosticTextOutputLinePrefab, "Loading times");
UpdateLoadingTimeOutput();
#endif
}