static public int CreatWWW(IntPtr l)
{
try {
WWWRequest self = (WWWRequest)checkSelf(l);
self.CreatWWW();
pushValue(l, true);
return(1);
}
catch (Exception e) {
return(error(l, e));
}
}
void Update()
{
if (!ConfigLoaded)
{
return;
}
// Check if any WWW is finished or errored
List <string> newFinisheds = new List <string>();
List <string> newFaileds = new List <string>();
foreach (WWWRequest request in processingRequest.Values)
{
if (request.www.error != null)
{
if (request.triedTimes - 1 < bmConfiger.downloadRetryTime)
{
// Retry download
request.CreatWWW();
}
else
{
newFaileds.Add(request.url);
Debug.LogError("Download " + request.url + " failed for " + request.triedTimes + " times.\nError: " + request.www.error);
}
}
else if (request.www.isDone)
{
newFinisheds.Add(request.url);
}
}
// Move complete bundles out of downloading list
foreach (string finishedUrl in newFinisheds)
{
succeedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
//var bundle = processingRequest[finishedUrl].www.assetBundle;
processingRequest.Remove(finishedUrl);
}
// Move failed bundles out of downloading list
foreach (string finishedUrl in newFaileds)
{
if (!failedRequest.ContainsKey(finishedUrl))
{
failedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
}
processingRequest.Remove(finishedUrl);
}
// Start download new bundles
int waitingIndex = 0;
while (processingRequest.Count < bmConfiger.downloadThreadsCount &&
waitingIndex < waitingRequests.Count)
{
WWWRequest curRequest = waitingRequests[waitingIndex++];
bool canStartDownload = curRequest.bundleData == null || isBundleDependenciesReady(curRequest.bundleData.name);
if (canStartDownload)
{
waitingRequests.Remove(curRequest);
curRequest.CreatWWW();
processingRequest.Add(curRequest.url, curRequest);
}
}
}
void Update()
{
if (!ConfigLoaded)
{
return;
}
// Check if any WWW is finished or errored
List <string> newFinisheds = new List <string>();
List <string> newFaileds = new List <string>();
foreach (WWWRequest request in processingRequest.Values)
{
if (request.error != null)
{
if (request.triedTimes - 1 < bmConfiger.downloadRetryTime)
{
// Retry download
request.CreatWWW();
}
else
{
request.DisposeWWW();
newFaileds.Add(request.bundleName);
Debug.LogError("{BM}Download Bundle " + request.bundleName + "URL:" + request.info.url + "failed for " + request.triedTimes + " times.\nError: " + request.error);
}
}
else if (request.isDone)
{
request.DisposeWWW();
newFinisheds.Add(request.bundleName);
}
}
// Move complete bundles out of downloading list
foreach (string finishedUrl in newFinisheds)
{
var req = processingRequest[finishedUrl];
if (req.info.needDownload)
{
req.info.needDownload = false;
}
req.assetBundle.name = req.bundleName;
dbgDownloadBundles.Add(req.assetBundle);
succeedRequest.Add(finishedUrl, req);
processingRequest.Remove(finishedUrl);
}
// Move failed bundles out of downloading list
foreach (string finishedUrl in newFaileds)
{
if (!failedRequest.ContainsKey(finishedUrl))
{
failedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
}
processingRequest.Remove(finishedUrl);
}
// Start download new bundles
int waitingIndex = 0;
while (processingRequest.Count < bmConfiger.downloadThreadsCount &&
waitingIndex < waitingRequests.Count)
{
WWWRequest curRequest = waitingRequests[waitingIndex++];
bool canStartDownload = curRequest.info == null || isBundleDependenciesReady(curRequest.info.name);
if (canStartDownload)
{
waitingRequests.Remove(curRequest);
curRequest.CreatWWW();
processingRequest.Add(curRequest.bundleName, curRequest);
}
}
if (needSaveDownloadInfoCache && processingRequest.Count == 0 && waitingRequests.Count == 0)
{
needSaveDownloadInfoCache = false;
BMUtility.SaveToPersistentData(bundles, DOWNLOAD_INFO_CACHE_NAME);
}
} //update end
void Update()
{
if (!ConfigLoaded)
{
return;
}
// Check if any WWW is finished or errored
List <string> newFinisheds = new List <string>();
List <string> newFaileds = new List <string>();
foreach (WWWRequest request in processingRequest.Values)
{
if (request.www.error != null && request.www.error != "")
{
if (request.triedTimes - 1 < bmConfiger.downloadRetryTime)
{
// Retry download
request.CreatWWW();
}
else
{
newFaileds.Add(request.url);
Debug.LogError("Download " + request.url + " failed for " + request.triedTimes + " times.\nError: " + request.www.error);
}
}
else if (request.www.isDone)
{
newFinisheds.Add(request.url);
}
}
// Move complete bundles out of downloading list
foreach (string finishedUrl in newFinisheds)
{
succeedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
//var bundle = processingRequest[finishedUrl].www.assetBundle;
processingRequest.Remove(finishedUrl);
}
// Move failed bundles out of downloading list
foreach (string finishedUrl in newFaileds)
{
if (!failedRequest.ContainsKey(finishedUrl))
{
failedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
}
processingRequest.Remove(finishedUrl);
}
// Start download new bundles
for (int i = waitingRequests.Count - 1; i >= 0; --i) // Need to remove elements when iterating so have to iterarte list backward.
{
if (processingRequest.Count >= bmConfiger.downloadThreadsCount)
{
break;
}
WWWRequest curRequest = waitingRequests[i];
bool canStartDownload = curRequest.bundleData == null || isBundleDependenciesReady(curRequest.bundleData.name);
if (canStartDownload)
{
waitingRequests.RemoveAt(i);
curRequest.CreatWWW();
processingRequest.Add(curRequest.url, curRequest);
}
}
}
void Update()
{
if (!ConfigLoaded)
{
return;
}
// Check if any WWW is finished or errored
//����Ƿ����������WWW�����ߴ���
List <string> newFinisheds = new List <string>();
List <string> newFaileds = new List <string>();
foreach (WWWRequest request in processingRequest.Values)
{
//�����������ļ��ص���Ϣ
if (progressManager != null && progressManager.setCurrentDownloadFileEvent != null)
{
progressManager.setCurrentDownloadFileEvent(request.url);
}
if (progressManager != null && progressManager.setCurrentDownloadProgressEvent != null)
{
float progress = ProgressOfBundle(Path.GetFileName(request.url));
progressManager.setCurrentDownloadProgressEvent(progress);
}
if (request.www.error != null)
{
if (request.triedTimes - 1 < bmConfiger.downloadRetryTime)
{
// Retry download
request.CreatWWW();
}
else
{
newFaileds.Add(request.url);
Debug.LogError("Download " + request.url + " failed for " + request.triedTimes + " times.\nError: " + request.www.error);
}
}
else if (request.www.isDone)
{
newFinisheds.Add(request.url);
}
}
List <BundleBuildState> saveBundleStates = new List <BundleBuildState>();
List <BundleData> saveBundleData = new List <BundleData>();
// �����سɹ��İ����б��processingRequest��ɾ�������뵽succeedRequest��
foreach (string finishedUrl in newFinisheds)
{
succeedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
//var bundle = processingRequest[finishedUrl].www.assetBundle;
processingRequest.Remove(finishedUrl);
#if UNITY_STANDALONE_WIN
//�����سɹ������ݱ��浽����
string bundleName = separateUrl(finishedUrl);
if (bundleDict.ContainsKey(bundleName))
{
saveBundleData.Add(bundleDict[bundleName]);
saveBundleStates.Add(buildStatesDict[bundleName]);
string filePath = downloadLoadRootUrl + "/" + bundleDict[bundleName].bundleRelativePath + "/"
+ bundleName + "." + bmConfiger.bundleSuffix;
FileUtils.saveFileFromStream(succeedRequest[finishedUrl].www.bytes, filePath);
}
#endif
}
#if UNITY_STANDALONE_WIN
LoadBundleManager.getInstace().changeBundleData(saveBundleData, LoadBundleManager.BundleOperate.Add);
LoadBundleManager.getInstace().changeBundleStates(saveBundleStates, LoadBundleManager.BundleOperate.Add);
#endif
// ������ʧ�ܵİ����б��processingRequest��ɾ�������뵽faileRequest��
foreach (string finishedUrl in newFaileds)
{
if (!failedRequest.ContainsKey(finishedUrl))
{
failedRequest.Add(finishedUrl, processingRequest[finishedUrl]);
}
processingRequest.Remove(finishedUrl);
}
// ��ʼ�����°�
int waitingIndex = 0;
while (processingRequest.Count < bmConfiger.downloadThreadsCount &&
waitingIndex < waitingRequests.Count)
{
WWWRequest curRequest = waitingRequests[waitingIndex++];
bool canStartDownload = curRequest.bundleData == null || isBundleDependenciesReady(curRequest.bundleData.name);
if (canStartDownload)
{
waitingRequests.Remove(curRequest);
curRequest.CreatWWW();
processingRequest.Add(curRequest.url, curRequest);
}
}
}
