CIwHTTPQueue::~CIwHTTPQueue()
{
if (g_Result)
{
s3eFree(g_Result);
}
for (int u=m_Request.size()-1;u>=0;u--)
{
delete[] (char*)m_Request[u].pURL;
}
m_Request.clear();
}
bool CIwHTTPQueue::IsSizeAllowed()
{
if(m_MaxFileSize>=0)
{
if((int32)g_ResultLen>m_MaxFileSize)
{
if(g_Result)
{
s3eFree(g_Result); // Free now to avoid calling file callback
g_Result = 0;
}
g_GotResult = true; // Set true to advance to next file in update call
return false;
}
}
return true;
}
static int32 GotData(void* object, void*)
{
CIwHTTP * theHttpObject = (CIwHTTP*)object;
// This is the callback indicating that a ReadContent call has
// completed. Either we've finished, or a bigger buffer is
// needed. If the correct ammount of data was supplied initially,
// then this will only be called once. However, it may well be
// called several times when using chunked encoding.
// Firstly see if there's an error condition.
if (theHttpObject->GetStatus() == S3E_RESULT_ERROR)
{
// Free data now
s3eFree(g_Result);
g_Result = 0;
g_GotResult = true;
}
else if (theHttpObject->ContentReceived() != theHttpObject->ContentLength())
{
// We have some data but not all of it. We need more space.
uint32 oldLen = g_ResultLen;
// If iwhttp has a guess how big the next bit of data is (this
// basically means chunked encoding is being used), allocate
// that much space. Otherwise guess.
if (g_ResultLen < theHttpObject->ContentExpected())
g_ResultLen = theHttpObject->ContentExpected();
else
g_ResultLen += 1024;
if(!IwGetHTTPQueue()->IsSizeAllowed())
return 0;
// Allocate some more space and fetch the data.
g_Result = (char*)s3eRealloc(g_Result, g_ResultLen);
theHttpObject->ReadContent(&g_Result[oldLen], g_ResultLen - oldLen, GotData);
}
else
{
uint32 code = theHttpObject->GetResponseCode();
g_ResultLen = theHttpObject->ContentReceived();
g_GotResult = true;
_STL::string imageType;
theHttpObject->GetHeader("content-type", imageType);
const char* szImageType = imageType.c_str();
int len = strlen(szImageType);
char* szImageTypeCpy = new char[len+1];
strcpy(szImageTypeCpy, szImageType);
for (int i = 0; i < len;++i)
{
szImageTypeCpy[i] = tolower(szImageTypeCpy[i]);
}
strcpy((char*)g_szContentType, szImageTypeCpy);
delete[] szImageTypeCpy;
}
return 0;
}
void CIwHTTPQueue::Update()
{
if (m_Request.size())
{
if (g_GotResult)
{
m_HTTP.Cancel();
g_GotResult = false;
Request request = m_Request[0];
m_Request.erase(0);
if (g_Result)
{
// Call the requests callback with the received data
if (request.Callback)
{
request.Callback(request.pArgument, (const char*)g_szContentType, g_Result, g_ResultLen);
}
// Free result
s3eFree(g_Result);
g_szContentType[0] = 0;
g_Result = 0;
}
else
{
if (request.CallbackError)
{
request.CallbackError(request.pArgument);
}
}
delete[] (char*)request.pURL;
// Begin fetching the next request
if (m_Request.size())
{
if (m_Request[0].Callback)
{
if (m_Request[0].usePost)
{
m_timeout = m_Request[0].timeout;
m_requestStart = s3eTimerGetMs();
m_HTTP.Post(m_Request[0].pURL, m_Request[0].szBuffer, m_Request[0].bufferLen, GotHeaders, NULL);
}
else
{
m_timeout = m_Request[0].timeout;
m_requestStart = s3eTimerGetMs();
m_HTTP.Get(m_Request[0].pURL, GotHeaders, NULL);
}
}
else
{
g_GotResult = true;
}
}
}
else
{
uint64 now = s3eTimerGetMs();
if (m_Request[0].timeout != -1 && (now - m_requestStart) > m_Request[0].timeout)
{
m_Request[0].timeout = -1;
g_GotResult = true;
m_HTTP.Cancel();
s3eDeviceYield(0);
}
}
}
}
bool ExampleUpdate()
{
Button* pressed = GetSelectedButton();
if (pressed && pressed == g_MessageBox)
s3eNewMessageBox("Title", "Hello world");
else if (pressed && pressed == g_NOFInitialize)
{
s3eNOFSettingVal *settings = (s3eNOFSettingVal*)s3eMalloc(sizeof(s3eNOFSettingVal) * 7);
// Fill settings
// UIOrientation value
strncpy(settings[0].m_varName,
"OpenFeintSettingDashboardOrientation",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
settings[0].m_intVal = s3eNOFUIInterfaceOrientationPortrait;
// Shortdisplay name
strncpy(settings[1].m_varName,
"OpenFeintSettingShortDisplayName",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
strncpy(settings[1].m_stringVal,
"FunkyRacers",
S3E_NOPENFEINT_STRING_MAX);
// Push Notification Setting
strncpy(settings[2].m_varName,
"OpenFeintSettingEnablePushNotifications",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
settings[2].m_intVal = 1; // TRUE/YES
// Sandbox Notification Mode
strncpy(settings[3].m_varName,
"OpenFeintSettingUseSandboxPushNotificationServer",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
settings[3].m_intVal = 1;
// Disable User generated content
strncpy(settings[4].m_varName,
"OpenFeintSettingDisableUserGeneratedContent",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
settings[4].m_intVal = 0;
// Disable ask for approval in debug mode
strncpy(settings[5].m_varName,
"OpenFeintSettingAlwaysAskForApprovalInDebug",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
settings[5].m_intVal = 0;
// Add GameId in settings as well as Android needs it
strncpy(settings[1].m_varName,
"GameID",
S3E_NOPENFEINT_SETTINGS_STRING_MAX);
strncpy(settings[1].m_stringVal,
"330603",
S3E_NOPENFEINT_STRING_MAX);
s3eNOFArray array;
array.m_count = 7;
array.m_items = settings;
s3eNOFinitializeWithProductKey("TD5741bq5dsEWStKk3rdMA",
"HgjtDJBBRW8sBfASq9Iv6hDAfchXAHMYJvNU5gQ0",
"RacingGame",
&array);
s3eFree(settings);
AppendMessageColour(GREEN, "Called s3eNOFinitializeWithProductKey");
//g_doRender1 = false;
// Lets try to give the API the token
// const char* deviceToken = s3eIOSNotificationsGetRemoteNotificationToken();
// char tmp[40];
// const char *tmp1 = deviceToken;
// memset(tmp,'\0', sizeof(tmp));
//
// // need to get rid of spaces in middle
// int i =0;
// while(*tmp1)
// {
// if(*tmp1!=' ')
// {
// // not a space. we can copy
// tmp[i] = *tmp1;
// i++;
// }
// tmp1++;
// }
//
// if (deviceToken) {
// AppendMessageColour(BLUE,"Device token is %s",tmp);
// s3eNOFapplicationDidRegisterForRemoteNotificationsWithDeviceToke(tmp);
// }
}
else if (pressed && pressed == g_NOFShutdown)
{
s3eNOFshutdown();
AppendMessageColour(GREEN, "Called s3eNOFshutdown");
}
else if (pressed && pressed == g_NOFLaunchDashboard)
{
// s3eNOFlaunchDashboard();
s3eNOFlaunchDashboard();
AppendMessageColour(GREEN, "Called s3eNOFlaunchDashboardWithListLeaderboardsPage");
}
else if (pressed && pressed == g_NOFTestButton1)
{
/*const unsigned int max_achievements = 20; // whatever we think is max we need
void* data = s3eMalloc(sizeof(s3eNOFAchievement) * max_achievements);
if (data == NULL) {
AppendMessageColour(RED, ("Couldn't allocate data"));
return false;
}
s3eNOFArray achArray;
achArray.m_items = data;
achArray.m_count = max_achievements;
s3eNOFachievements(&achArray);
// AppendMessage("Size of achievement %d and double %d",
// sizeof(s3eNOFAchievement),
// sizeof(double));
for (uint i=0; i < achArray.m_count && i < max_achievements; i++) {
// s3eNOFAchievement* ach = &((s3eNOFAchievement*)achArray.m_items[i]);
// AppendMessage("Ach at %p", &((s3eNOFAchievement*)achArray.m_items)[i]);
AppendMessage("Acheivement title %s", ((s3eNOFAchievement*)achArray.m_items)[i].title);
}
s3eFree(data);*/
//AppendMessage("Updating achievement 1205572");
// s3eNOFupdateAcheivementProgressionComplete("1205572", "77", true); // last param is ignored for android
s3eNOFlaunchDashboardWithListLeaderboardsPage();
}
else if (pressed && pressed == g_NOFTestButton2)
{
//s3eNOFdisplayAndSendChallenge(&g_nofChallengeDefinitions[1]);
/* s3eNOFchallengeCompleteWithResult(kNOFChallengeResultRecipientLost, persistentChallengeId);
AppendMessageColour(GREEN, "Called s3eNOFchallengeCompleteWithResult");
s3eNOFChallengeData chalData;
const char *dd = "SCORE=5";
chalData.data = (void*)dd;
chalData.length = strlen(dd);
s3eNOFchallengeDisplayCompletionWithData(&chalData,
"Challenge Lost",
persistentChallengeId);
AppendMessageColour(GREEN, "Called s3eNOFchallengeDisplayCompletionWithData");
*/
/*
s3eNOFAchievement *ach = (s3eNOFAchievement*)s3eMalloc(sizeof(s3eNOFAchievement));
AppendMessageColour(GREEN,"Calling s3eNOFachievement");
s3eNOFachievement(ach, "1117662");
AppendMessage("Achievement title %s", ach->title);
// AppendMessage("Achievement description %s", ach->description);
s3eFree(ach);
*/
//AppendMessage("Unlocking achievement 1117662");
// s3eNOFachievementUnlock("1117662");
// AppendMessage("User approved %d", s3eNOFhasUserApprovedFeint());
// AppendMessage("User is Online %d", s3eNOFisOnline());
// s3eNOFsubmitHighScore("844216", "50", "Beaten by Android", NULL);
s3eNOFlaunchDashboardWithHighscorePage("844216");
}
return true;
}
