A User Centric Security Model for Tamper-Resistant Devices

C.4 Secure and Trusted Channel Protocol Service Provider
173 ( short ) 0 ,
( short ) this . SCUserCertificateTag . l e n g t h ) ;
174 this . shortToBytes ( this . S C U s e r C e r t i f i c a t e , ( short ) 4 , ( short )
175 ( this . S C U s e r C e r t i f i c a t e . l e n g t h − ( short ) 7) ) ;
176 i n i t i a l P o i n t e r = U t i l . arrayCopyNonAtomic ( this . ExponentTag ,
177 ( short ) 0 , this . S C U s e r C e r t i f i c a t e , ( short ) ( i n i t i a l P o i n t e r +
178 ( short ) 3) , ( short ) this . ExponentTag . l e n g t h ) ;
179 RSAPublicKey myPublic = ( RSAPublicKey )
180 this . phUserKeyPair . g e t P u b l i c ( ) ;
181 short kLen = myPublic . getExponent ( this . S C U s e r C e r t i f i c a t e ,
182 ( short ) ( i n i t i a l P o i n t e r + ( short ) 2) ) ;
183 this . shortToBytes ( this . S C U s e r C e r t i f i c a t e , i n i t i a l P o i n t e r , kLen ) ;
184 i n i t i a l P o i n t e r += ( short ) ( kLen + ( short ) 2) ;
185 this . S C U s e r C e r t i f i c a t e [6]++;
186 i n i t i a l P o i n t e r = U t i l . arrayCopyNonAtomic ( this . ModulusTag ,
187 ( short ) 0 , this . S C U s e r C e r t i f i c a t e , ( short ) ( i n i t i a l P o i n t e r ) ,
188 ( short ) this . ModulusTag . l e n g t h ) ;
189 kLen = myPublic . getModulus ( this . S C U s e r C e r t i f i c a t e , ( short )
190 ( i n i t i a l P o i n t e r + ( short ) 2) ) ;
191 this . shortToBytes ( this . S C U s e r C e r t i f i c a t e , i n i t i a l P o i n t e r , kLen ) ;
192 this . S C U s e r C e r t i f i c a t e [6]++;
193 this . SPIdentity = JCSystem . makeTransientByteArray ( ( short ) 24 ,
194 JCSystem .MEMORY_TYPE_TRANSIENT_RESET) ;
195 SPVerificationKey = ( RSAPublicKey ) KeyBuilder . buildKey
196 ( KeyBuilder .TYPE_RSA_PUBLIC,
197 KeyBuilder .LENGTH_RSA_512, f a l s e ) ;
198 } catch ( Exception cE ) {
199 ISOException . throwIt ( ( short ) 0xCCCC) ;
200 }
201 try {
202 this . S C C e r t i f i c a t e = JCSystem . makeTransientByteArray ( ( short ) 86 ,
203 JCSystem .MEMORY_TYPE_TRANSIENT_DESELECT) ;
204 i n i t i a l P o i n t e r = U t i l . arrayCopyNonAtomic ( this . SCCertificateTag ,
205 ( short ) 0 , this . S C C e r t i f i c a t e , ( short ) 0 ,
( short )
206 this . SCCertificateTag . l e n g t h ) ;
207 this . shortToBytes ( this . S C C e r t i f i c a t e , ( short ) 4 , ( short )
208 ( this . S C C e r t i f i c a t e . l e n g t h − ( short ) 7) ) ;
209 i n i t i a l P o i n t e r = U t i l . arrayCopyNonAtomic ( this . ExponentTag ,
210 ( short ) 0 , this . S C C e r t i f i c a t e ,
( short ) ( i n i t i a l P o i n t e r + ( short )
211 3) , ( short ) this . ExponentTag . l e n g t h ) ;
212 RSAPublicKey myPublic = ( RSAPublicKey )
213 this . phSCKeyPair . g e t P u b l i c ( ) ;
214 short kLen = myPublic . getExponent ( this . S C C e r t i f i c a t e , ( short )
215 ( i n i t i a l P o i n t e r + ( short ) 2) ) ;
216 this . shortToBytes ( this . S C C e r t i f i c a t e , i n i t i a l P o i n t e r , kLen ) ;
217 i n i t i a l P o i n t e r += ( short ) ( kLen + ( short ) 2) ;
218 this . S C C e r t i f i c a t e [6]++;
219 i n i t i a l P o i n t e r = U t i l . arrayCopyNonAtomic ( this . ModulusTag ,
294