byte[] getPrivateKey() { int content = 1 + countLength(1) + 1 + // INTEGER 1 + countLength(P_array.length) + P_array.length + // INTEGER P 1 + countLength(Q_array.length) + Q_array.length + // INTEGER Q 1 + countLength(G_array.length) + G_array.length + // INTEGER G 1 + countLength(pub_array.length) + pub_array.length + // INTEGER pub 1 + countLength(prv_array.length) + prv_array.length; // INTEGER prv int total = 1 + countLength(content) + content; // SEQUENCE byte[] plain = new byte[total]; int index = 0; index = writeSEQUENCE(plain, index, content); index = writeINTEGER(plain, index, new byte[1]); // 0 index = writeINTEGER(plain, index, P_array); index = writeINTEGER(plain, index, Q_array); index = writeINTEGER(plain, index, G_array); index = writeINTEGER(plain, index, pub_array); index = writeINTEGER(plain, index, prv_array); return plain; }
byte[] getPrivateKey(){ int content= 1+countLength(1) + 1 + // INTEGER 1+countLength(P_array.length) + P_array.length + // INTEGER P 1+countLength(Q_array.length) + Q_array.length + // INTEGER Q 1+countLength(G_array.length) + G_array.length + // INTEGER G 1+countLength(pub_array.length) + pub_array.length + // INTEGER pub 1+countLength(prv_array.length) + prv_array.length; // INTEGER prv int total= 1+countLength(content)+content; // SEQUENCE byte[] plain=new byte[total]; int index=0; index=writeSEQUENCE(plain, index, content); index=writeINTEGER(plain, index, new byte[1]); // 0 index=writeINTEGER(plain, index, P_array); index=writeINTEGER(plain, index, Q_array); index=writeINTEGER(plain, index, G_array); index=writeINTEGER(plain, index, pub_array); index=writeINTEGER(plain, index, prv_array); return plain; }
byte[] getPrivateKey(){ int content= 1+countLength(1) + 1 + // INTEGER 1+countLength(P_array.length) + P_array.length + // INTEGER P 1+countLength(Q_array.length) + Q_array.length + // INTEGER Q 1+countLength(G_array.length) + G_array.length + // INTEGER G 1+countLength(pub_array.length) + pub_array.length + // INTEGER pub 1+countLength(prv_array.length) + prv_array.length; // INTEGER prv int total= 1+countLength(content)+content; // SEQUENCE byte[] plain=new byte[total]; int index=0; index=writeSEQUENCE(plain, index, content); index=writeINTEGER(plain, index, new byte[1]); // 0 index=writeINTEGER(plain, index, P_array); index=writeINTEGER(plain, index, Q_array); index=writeINTEGER(plain, index, G_array); index=writeINTEGER(plain, index, pub_array); index=writeINTEGER(plain, index, prv_array); return plain; }
byte[] getPrivateKey(){ int content= 1+countLength(1) + 1 + // INTEGER 1+countLength(P_array.length) + P_array.length + // INTEGER P 1+countLength(Q_array.length) + Q_array.length + // INTEGER Q 1+countLength(G_array.length) + G_array.length + // INTEGER G 1+countLength(pub_array.length) + pub_array.length + // INTEGER pub 1+countLength(prv_array.length) + prv_array.length; // INTEGER prv int total= 1+countLength(content)+content; // SEQUENCE byte[] plain=new byte[total]; int index=0; index=writeSEQUENCE(plain, index, content); index=writeINTEGER(plain, index, new byte[1]); // 0 index=writeINTEGER(plain, index, P_array); index=writeINTEGER(plain, index, Q_array); index=writeINTEGER(plain, index, G_array); index=writeINTEGER(plain, index, pub_array); index=writeINTEGER(plain, index, prv_array); return plain; }
byte[] getPrivateKey(){ int content= 1+countLength(1) + 1 + // INTEGER 1+countLength(P_array.length) + P_array.length + // INTEGER P 1+countLength(Q_array.length) + Q_array.length + // INTEGER Q 1+countLength(G_array.length) + G_array.length + // INTEGER G 1+countLength(pub_array.length) + pub_array.length + // INTEGER pub 1+countLength(prv_array.length) + prv_array.length; // INTEGER prv int total= 1+countLength(content)+content; // SEQUENCE byte[] plain=new byte[total]; int index=0; index=writeSEQUENCE(plain, index, content); index=writeINTEGER(plain, index, new byte[1]); // 0 index=writeINTEGER(plain, index, P_array); index=writeINTEGER(plain, index, Q_array); index=writeINTEGER(plain, index, G_array); index=writeINTEGER(plain, index, pub_array); index=writeINTEGER(plain, index, prv_array); return plain; }