SPL::blob aesencrypt(const SPL::blob &key, const SPL::blob& input_data) {
int outputLen = 0;
const int len = input_data.getSize();
unsigned char output[len + BYTES_PER_BLOCK];
crypto(key.getData(),input_data.getData(),input_data.getSize(),&(output[0]),&outputLen,true);
SPL::blob myblob(output,outputLen);;
return myblob;
}
SPL::blob aesdecrypt(const SPL::blob& key, const SPL::blob &input_data) {
int outputLen = 0;
const int len = input_data.getSize();
// allocate a little extra space
unsigned char output[len+BYTES_PER_BLOCK];
crypto(key.getData(),input_data.getData(),input_data.getSize(),&(output[0]), &outputLen,false);
SPL::blob myblob(output,outputLen);
return myblob;
}
void AsyncDataItem::setData(SPL::blob & raw, bool delimited)
{
uint64_t size = raw.getSize();
if(!delimited) {
bufferSize_.setOCursor(0);
bufferSize_.addUInt64(size);
}
if(raw.ownsData()) {
buffer_.adoptData(raw.releaseData(size), size);
}
else {
buffer_.adoptData(const_cast<unsigned char *>(raw.getData()), size);
}
}
