//-----------------------------------------------------------------------------
// Called when the response headers have been received
//-----------------------------------------------------------------------------
static int32 GotHeaders(void * object, void*)
{
CIwHTTP * theHttpObject = (CIwHTTP*)object;
if (theHttpObject->GetStatus() == S3E_RESULT_ERROR)
{
// Something has gone wrong
g_Result = 0;
g_GotResult = true;
}
else
{
// Depending on how the server is communicating the content
// length, we may actually know the length of the content, or
// we may know the length of the first part of it, or we may
// know nothing. ContentExpected always returns the smallest
// possible size of the content, so allocate that much space
// for now if it's non-zero. If it is of zero size, the server
// has given no indication, so we need to guess. We'll guess at 1k.
int contentExpected = theHttpObject->ContentExpected();
g_ResultLen = contentExpected;
if (!g_ResultLen)
{
g_ResultLen = 1024;
}
if(!IwGetHTTPQueue()->IsSizeAllowed())
return 0;
g_Result = (char*)s3eMalloc(g_ResultLen + 1);
g_Result[contentExpected] = 0;
theHttpObject->ReadContent(g_Result, contentExpected, GotData, NULL);
}
return 0;
}
// Camera callback. Copy the capture frame buffer into a texture ready for rendering.
static int32 frameReceived(void* systemData, void* userData)
{
s3eCameraFrameData *data = (s3eCameraFrameData*)systemData;
// If there is no texture, create one.
// This is a slow operation compared to memcpy so we don't want to do it every frame.
if (g_CameraTexture == NULL)
{
cameraStreamInit(data->m_Height, data->m_Width);
g_CameraTexture = new CIwTexture();
g_CameraTexture->SetMipMapping(false);
g_CameraTexture->SetModifiable(true);
uint cameraRGB565BufferSize = data->m_Width * data->m_Height * 2; //Size in bytes
g_pCameraTexelsRGB565 = (uint16*) s3eMalloc(cameraRGB565BufferSize);
g_CameraTexture->CopyFromBuffer(data->m_Height, data->m_Width, CIwImage::RGB_565, data->m_Height*2, (uint8*)g_pCameraTexelsRGB565, NULL);
g_CameraTexture->Upload();
}
transpose(g_pCameraTexelsRGB565, (uint16*)data->m_Data, data->m_Height, data->m_Width);
g_FrameRotation = data->m_Rotation;
return 0;
}
void MapBackground::CreateMapTileImage2(MapTile* pMapTile, char* szPath, bool isJpg)
{
if (!IsTileVisible(pMapTile))
{
return;
}
CIwImage image;
if (!isJpg)
{
image.LoadFromFile(szPath);
if (image.GetWidth())
{
pMapTile->pTexture = new CIwTexture;
pMapTile->pTexture->CopyFromImage(&image);
pMapTile->pTexture->Upload();
}
}
else
{
s3eFile* pFile = s3eFileOpen(szPath, "r");
if (pFile)
{
uint32 gResultLen = s3eFileGetSize(pFile);
void* gResult = (void*)s3eMalloc(gResultLen + 1);
uint32 test = s3eFileRead(gResult, sizeof(char), gResultLen, pFile);
gResultLen = test;
s3eFileClose(pFile);
JPEGImage(gResult, gResultLen, image);
pMapTile->pTexture = new CIwTexture;
pMapTile->pTexture->CopyFromImage(&image);
pMapTile->pTexture->Upload();
delete gResult;
}
}
}
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;
}
void SingleTouchButtonCB(s3ePointerEvent* event)
{
// Don't register press events, actions will occur on release.
if (event->m_Pressed)
{
return;
}
if (isPointInButton(event, startBtn))
{
MATStartMobileAppTracker("877", "8c14d6bbe466b65211e781d62e301eec");
MATSetPackageName(g_package_name);
MATSetSiteId(g_site_id);
MATSetAge(52);
MATSetGender(1);
char strLat[32];
char strLong[32];
char strAlt[32];
sprintf(strLat, "%f", 123.456f);
sprintf(strLong, "%f", 67.3257f);
sprintf(strAlt, "%f", 258.09f);
MATSetLocation(strLat, strLong, strAlt);
// testing set delegate
MATSetDelegate(true);
sprintf(g_TouchEventMsg, "`x666666MAT SDK Started %s %s", g_package_name, g_site_id);
}
if (isPointInButton(event, showParmsBtn))
{
MATSDKParameters();
}
if (isPointInButton(event, sendInstallBtn))
{
MATTrackInstall();
sprintf(g_TouchEventMsg, "`x666666MAT SDK Install sent");
}
if (isPointInButton(event, setDebugBtn))
{
shouldDebug = !shouldDebug;
MATSetDebugMode(shouldDebug);
MATSetAllowDuplicates(shouldDebug);
sprintf(g_TouchEventMsg, "`x666666Debug Set to %s", (shouldDebug)?"true":"false");
}
if (isPointInButton(event, sendEventRefBtn))
{
char strRevenue[32];
sprintf(strRevenue, "%f", 12.34f);
MATTrackAction("testDCLEventItemRef", false, strRevenue, "GBP");
sprintf(g_TouchEventMsg, "`x666666MAT SDK Event with Reference Sent");
}
if (isPointInButton(event, sendEventBtn))
{
MATSDKEventItem *items = (MATSDKEventItem *)s3eMalloc(sizeof(MATSDKEventItem) * 2);
char strUnitPrice1[32];
sprintf(strUnitPrice1, "%f", 1.55f);
char strRevenue1[32];
sprintf(strRevenue1, "%f", 1.55f);
strncpy(items[0].name, "coin", S3E_MATSDK_STRING_MAX);
strncpy(items[0].unitPrice, strUnitPrice1, S3E_MATSDK_STRING_MAX);
items[0].quantity = 1;
strncpy(items[0].revenue, strRevenue1, S3E_MATSDK_STRING_MAX);
strncpy(items[0].attribute1, "attrib_1_1", S3E_MATSDK_STRING_MAX);
strncpy(items[0].attribute2, "attrib_1_2", S3E_MATSDK_STRING_MAX);
strncpy(items[0].attribute3, "attrib_1_3", S3E_MATSDK_STRING_MAX);
strncpy(items[0].attribute4, "attrib_1_4", S3E_MATSDK_STRING_MAX);
strncpy(items[0].attribute5, "attrib_1_5", S3E_MATSDK_STRING_MAX);
char strUnitPrice2[32];
sprintf(strUnitPrice2, "%f", 2.10f);
char strRevenue2[32];
sprintf(strRevenue2, "%f", 2.10f);
strncpy(items[1].name, "sword", S3E_MATSDK_STRING_MAX);
strncpy(items[1].unitPrice, strUnitPrice2, S3E_MATSDK_STRING_MAX);
items[1].quantity = 1;
strncpy(items[1].revenue, strRevenue2, S3E_MATSDK_STRING_MAX);
strncpy(items[1].attribute1, "attrib_2_1", S3E_MATSDK_STRING_MAX);
strncpy(items[1].attribute3, "attrib_2_3", S3E_MATSDK_STRING_MAX);
strncpy(items[1].attribute5, "attrib_2_5", S3E_MATSDK_STRING_MAX);
MATArray array;
array.m_count = 2;
array.m_items = items;
char strRevAmount[32];
sprintf(strRevAmount, "%f", 13.67f);
MATTrackActionForEventIdOrNameItems("testDCLEventItems",
false,
&array,
"testdclitems",
strRevAmount,
"GBP",
0,
NULL,
NULL);
sprintf(g_TouchEventMsg, "`x666666MAT SDK Event Sent");
}
}
