void CreateL(RReadStream& aStream, CRSAPublicKey*& aOut) { RInteger N, keyPublicExp; CreateLC(aStream, N); CreateLC(aStream, keyPublicExp); aOut = CRSAPublicKey::NewL(N, keyPublicExp); CleanupStack::Pop(2, &N); // keyPublicExp, N }
void CreateL(RReadStream& aStream, CDSAPrivateKey*& aOut) { RInteger P, Q, G, X; CreateLC(aStream, P); CreateLC(aStream, Q); CreateLC(aStream, G); CreateLC(aStream, X); aOut = CDSAPrivateKey::NewL(P, Q, G, X); CleanupStack::Pop(4, &P); }
sym_list *ExprGetSymList( stack_entry *entry, bool source_only ) { sym_list *syms; void *d; symbol_source ss; CreateLC( entry ); if( entry->lc->sh != NULL ) { ss = SS_SCOPESYM; d = entry->lc->sh; entry->lc->sh = NULL; } else if( entry->lc->th != NULL ) { ss = SS_TYPE; d = entry->lc->th; entry->lc->th = NULL; source_only = TRUE; } else { ss = SS_SCOPED; d = &entry->lc->execution; } syms = LookupSymList( ss, d, source_only, &entry->v.li ); return( syms ); }
void CreateL(RReadStream& aStream, CRSAPrivateKey*& aOut) { RInteger privateN; CreateLC(aStream, privateN); TRSAPrivateKeyType keyType = EStandard; keyType = (TRSAPrivateKeyType)aStream.ReadInt32L(); if (EStandard==keyType) { RInteger D; CreateLC(aStream, D); aOut = CRSAPrivateKeyStandard::NewL(privateN, D); CleanupStack::Pop(&D); } else if (EStandardCRT==keyType) { RInteger p, q, dP, dQ, qInv; CreateLC(aStream, p); CreateLC(aStream, q); CreateLC(aStream, dP); CreateLC(aStream, dQ); CreateLC(aStream, qInv); aOut = CRSAPrivateKeyCRT::NewL(privateN, p, q, dP, dQ, qInv); CleanupStack::Pop(5, &p); } else { User::Leave(KErrNotSupported); } CleanupStack::Pop(&privateN); }