85     return arguments;

    85     return arguments;

    86 }

    86 }

    87 

    87 

    88 void HWMap::onSuccess(void *context, const uint8_t *bitmap, int numHedgehogs)

    88 void HWMap::onSuccess(void *context, const uint8_t *bitmap, int numHedgehogs)

    89 {

    89 {

    91     HWMap * hwMap = (HWMap *)context;

    90     HWMap * hwMap = (HWMap *)context;

    92 

    91 

    93     QImage im(bitmap, MAPIMAGE_WIDTH, MAPIMAGE_HEIGHT, QImage::Format_Mono);

    92     QImage im(bitmap, MAPIMAGE_WIDTH, MAPIMAGE_HEIGHT, QImage::Format_Mono);

    94     im.setNumColors(2);

    93     im.setNumColors(2);

    95     emit hwMap->HHLimitReceived(numHedgehogs);

    94     emit hwMap->HHLimitReceived(numHedgehogs);

    98     hwMap->clientDisconnected();

    97     hwMap->clientDisconnected();

    99 }

    98 }

   100 

    99 

   101 void HWMap::onFailure(void *context, const char *errormessage)

   100 void HWMap::onFailure(void *context, const char *errormessage)

   102 {

   101 {

   104     HWMap * hwMap = (HWMap *)context;

   102     HWMap * hwMap = (HWMap *)context;

   105 

   103 

   106     hwMap->clientDisconnected();

   104     hwMap->clientDisconnected();

   107 }

   105 }

   108 

   106 

   109 void HWMap::onEngineStart()

   107 void HWMap::onEngineStart()

   110 {

   108 {

   112     m_conn = flib_mapconn_create(m_map);

   109     m_conn = flib_mapconn_create(m_map);

   113     flib_mapconn_onSuccess(m_conn, onSuccess, this);

   110     flib_mapconn_onSuccess(m_conn, onSuccess, this);

   114     flib_mapconn_onFailure(m_conn, onFailure, this);

   111     flib_mapconn_onFailure(m_conn, onFailure, this);

   115 

   112 

   116     new FrontLibPoller((void (*)(void *))flib_mapconn_tick, m_conn, this);

   113     new FrontLibPoller((void (*)(void *))flib_mapconn_tick, m_conn, this);