bool CCTexture2D::DoesTextureExist(const char *path, const CCResourceType resourceType)
{
CCText filename = path;
filename.stripDirectory();
filename.toLowerCase();
return JNIDoesTextureExist( filename.buffer, resourceType == Resource_Packaged );
}
bool CCTexturePNG::load(const char *path, const CCResourceType resourceType, const bool generateMipMap)
{
#if defined PROFILEON
CCProfiler profile( "CCTexturePNG::load()" );
#endif
CCText filename = path;
filename.stripDirectory();
filename.toLowercase();
glName = JniLoad( filename.buffer, resourceType == Resource_Packaged, generateMipMap );
if( glName > 0 )
{
allocatedWidth = imageWidth = JniGetImageWidth();
imageHeight = JniGetImageHeight();
allocatedHeight = JniGetAllocatedHeight();
rawWidth = JniGetRawWidth();
rawHeight = JniGetRawHeight();
// TODO: pretend it's always 4 bytes on Android, look into getting actual pixel size data
allocatedBytes = allocatedWidth * allocatedHeight * 4;
return true;
}
return false;
}
void CCJNI::BillingRequestPurchase(const char *productID, CCLambdaCallback *callback)
{
if( billingCallback != NULL )
{
delete billingCallback;
}
billingCallback = callback;
CCText androidProductID = productID;
androidProductID.toLowercase();
// JNI Java call
JNIEnv *jEnv = gView->jniEnv;
jclass jniClass = jEnv->FindClass( "com/android2c/CCJNI" );
ASSERT_MESSAGE( jniClass != 0, "Could not find Java class." );
// Get the method ID of our method "startVideoView", which takes one parameter of type string, and returns void
static jmethodID mid = jEnv->GetStaticMethodID( jniClass, "BillingRequestPurchase", "(Ljava/lang/String;)V" );
ASSERT( mid != 0 );
// Call the function
jstring javaURL = jEnv->NewStringUTF( androidProductID.buffer );
jEnv->CallStaticVoidMethod( jniClass, mid, javaURL );
//jEnv->DeleteLocalRef( javaURL );
}
void CCVector3::set(const char *text)
{
CCText data = text;
CCPtrList<char> split;
data.split( split, "," );
CCASSERT( split.length == 3 );
if( split.length == 3 )
{
x = (float)atof( split.list[0] );
y = (float)atof( split.list[1] );
z = (float)atof( split.list[2] );
if( x != x )
{
CCASSERT( false );
x = 0.0f;
}
if( y != y )
{
y = 0.0f;
}
if( z != z )
{
z = 0.0f;
}
}
}
void CCText::SetLastWord(const char *inBuffer, CCText &outText)
{
CCText nameData = inBuffer;
CCList<char> *nameDataSplit = nameData.split( " " );
ASSERT( nameDataSplit->length > 0 );
outText = nameDataSplit->list[nameDataSplit->length-1];
DELETE_POINTER( nameDataSplit );
}
bool CCTextureFontPageFile::load()
{
CCText textureFile( name );
textureFile += ".png";
CCResourceType resourceType = CCFileManager::FindFile( textureFile.buffer );
if( resourceType != Resource_Unknown )
{
texturePageIndex = gEngine->textureManager->assignTextureIndex( textureFile.buffer, resourceType, true, true, true );
CCText csvFile = name;
csvFile += ".csv";
// Load the descriptor file
CCText textData;
CCFileManager::GetFile( csvFile.buffer, textData, resourceType );
CCList<char> lettersSplit;
textData.split( lettersSplit, "\n" );
CCText rawLetterData;
CCList<char> letterDataSplit;
for( int i=0; i<lettersSplit.length; ++i )
{
const char *raw = lettersSplit.list[i];
rawLetterData.set( raw );
letterDataSplit.clear();
rawLetterData.split( letterDataSplit, "," );
ASSERT( letterDataSplit.length == 4 );
Letter &letter = letters[i];
const char *x1 = letterDataSplit.list[0];
const char *y1 = letterDataSplit.list[1];
const char *x2 = letterDataSplit.list[2];
const char *y2 = letterDataSplit.list[3];
letter.start.x = (float)atof( x1 );
letter.start.y = (float)atof( y1 );
letter.end.x = (float)atof( x2 );
letter.end.y = (float)atof( y2 );
// 16.0f because there's 16 tiles per font page
letter.size.width = ( letter.end.x - letter.start.x ) * 16.0f;
letter.size.height = ( letter.end.y - letter.start.y ) * 16.0f;
}
return true;
}
return false;
}
const bool CCTexturePNG::load(const char *name, const CCResourceType resourceType, const bool generateMipMap)
{
#if defined PROFILEON
CCProfiler profile( "CCTexturePNG::load()" );
#endif
CCText filename = name;
filename.stripDirectory();
filename.toLowercase();
glName = jniLoad( filename.buffer, generateMipMap, resourceType == Resource_Packaged );
if( glName > 0 )
{
allocatedWidth = imageWidth = jniGetWidth();
allocatedHeight = imageHeight = jniGetHeight();
jniReleaseRawData();
return true;
}
return false;
}
const bool CCTextureFontPageFile::load(const char *name, const CCResourceType resourceType, const bool generateMipMap)
{
CCText textureFilename( name );
textureFilename += ".png";
texturePageIndex = gEngine->textureManager->assignTextureIndex( textureFilename.buffer, resourceType, true, generateMipMap );
CCText filename( name );
filename += ".data";
// Load the descriptor file
char *fileData = NULL;
CCFileManager::getPackagedFile( filename.buffer, &fileData );
CCText textData( fileData );
FREE_POINTER( fileData );
CCList<char> *lettersSplit = textData.split( "\n" );
CCText rawLetterData;
for( int i=0; i<lettersSplit->length; ++i )
{
const char *raw = lettersSplit->list[i];
rawLetterData.set( raw );
CCList<char> *letterDataSplit = rawLetterData.split( "," );
ASSERT( letterDataSplit->length == 4 );
Letters &letter = letters[i];
letter.start.x = (float)atof( letterDataSplit->list[0] );
letter.start.y = (float)atof( letterDataSplit->list[1] );
letter.end.x = (float)atof( letterDataSplit->list[2] );
letter.end.y = (float)atof( letterDataSplit->list[3] );
// 16.0f because there's 16 tiles per font page
letter.size.width = ( letter.end.x - letter.start.x ) * 16.0f;
letter.size.height = ( letter.end.y - letter.start.y ) * 16.0f;
DELETE_POINTER( letterDataSplit );
}
DELETE_POINTER( lettersSplit );
return true;
}
void CCText::splitAfter(CCText source, const char *after)
{
CCList<char> *list1 = source.split( after, true );
if( list1->length > 1 )
{
set( list1->list[1] );
for( int i=2; i<list1->length; ++i )
{
*this += after;
*this += list1->list[i];
}
}
DELETE_POINTER( list1 );
}
void CCText::splitBefore(CCText source, const char *before)
{
CCList<char> *list1 = source.split( before, true );
set( list1->list[0] );
DELETE_POINTER( list1 );
}
