File content as of revision 29:a6b74dfdd5f2:

// init.cpp - initialize BLE system

#include "bricks/init.h"
#include "bricks/blinker.h"
#include "bricks/trace.h"

   static void (*cbSetup)(O&o) = 0;    // setup callback 
   static void (*cbError)(O&o) = 0;    // error callback 

   static void cbDefaultError(O&o)     // default error handler
   {
      Blinker blink;
      blink.error();                   // 'error' blink sequence
   }

   static void cbDefaultComplete(O&o)  // default error handler
   {
       // empty
   }
   
   static void initComplete(BLE::InitializationCompleteCallbackContext *params)
   {
      Blob o;                          // setup a blob
      o.pComplete = params;            // store to provide access
 
      // params->error = (ble_error_t)((int)BLE_ERROR_NONE+1);  // uncomment for debug
      
      trace(o,2,"<initialized>\n");

      if (params->error != BLE_ERROR_NONE)
      {
         trace(o,0,"error\n");
         if (cbError)
            (*cbError)(o);             // handle error in follow-up
            
         return;
      }

         // Ensure that it is the default instance of BLE
      
      if(o.getInstanceID() != BLE::DEFAULT_INSTANCE)
      {
         return;
      }
    
      (*cbSetup)(o);                   // followup with setup
   }


   void init(O&o, void (*scb)(O&o),void (*ecb)(O&o))   // init BLE system
   {
      cbSetup = scb;                   // store setup callback
      cbError = ecb;                   // store error callback
      o.init(initComplete);
   }


   void init(O&o, void (*scb)(O&o))    // initialize BLE system
   {
      init(o,scb,cbDefaultError);      // continue with default error callback
   }

   void init(O&o)                      // initialize BLE system
   {
      init(o,cbDefaultComplete,cbDefaultError); 
      while (!o.hasInitialized())
      {
         trace(o,1,"waiting for initialized BLE!\n");
         wait_ms(200);
      }
   }