@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
@Override public Object decode(BerInputStream in) throws IOException { in.readBitString(); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }
public void readBitString() throws IOException { if (tag == ASN1Constants.TAG_C_BITSTRING) { throw new ASN1Exception("ASN.1 bitstring: constructed identifier at [" + tagOffset + "]. Not valid for DER."); } super.readBitString(); //check: unused bits values - MUST be 0 if (length > 1 && buffer[contentOffset] != 0 && (buffer[offset - 1] & UNUSED_BITS_MASK[buffer[contentOffset] - 1]) != 0) { throw new ASN1Exception("ASN.1 bitstring: wrong content at [" + contentOffset + "]. DER requires zero unused bits in final octet."); } }