A User Centric Security Model for Tamper-Resistant Devices

C.2 Online Attestation Mechanism
201 apdu . setOutgoing ( ) ;
202 apdu . setOutgoingLength ( ( short ) r e s p o n s e B u f f e r . l e n g t h ) ;
203 apdu . sendBytesLong ( r e s p o n s e B u f f e r , ( short ) 0 ,
204 ( short ) r e s p o n s e B u f f e r . l e n g t h ) ;
205 JCSystem . r e q u e s t O b j e c t D e l e t i o n ( ) ;
206 }
207
208 void s e l f t e s t P r o c e s s ( ) {
209 byte [ ] memoryWordRead = new byte [ 4 ] ;
210 byte [ ] hashValue = new byte [ 3 2 ]
211 byte rcount = ( byte ) 0x00 ;
212 byte seedRef = ( byte ) 0x00 ;
213 while ( rcount < r e c e i v i n g B u f f e r . l e n g t h ) {
214 seedRef=(short ) ( r e c e i v i n g B u f f e r [ rcount ] %
215 ( short ) ( MemoryContents . length −1) ) ;
216 seedRef = ( byte ) (myPrngHMAC. generateRandom ( seedRef ) . [ 0 ]
217 % ( MemoryContents . length −16) )
218 U t i l . arrayCopyNonAtomic ( MemoryContents ,
219 seedRef , hashValue , ( short ) 0 , ( short ) 16) ;
220 U t i l . arrayCopyNonAtomic (mK,
221 ( short ) 0 , hashValue , ( short ) 16 , ( short ) 16) ;
222 SHA128 . doFinal ( hashValue , ( short ) 0 , ( short ) hashValue . length ,
223 hashValue , ( short ) 0) ;
224 for ( short i =0; i