public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }
public Object decode(BerInputStream in) throws IOException { if (!checkTag(in.tag)) { // FIXME need look for tagging type throw new ASN1Exception("ASN.1 implicitly tagged type expected at " + "[" + in.tagOffset + "]. Expected tag: " + Integer.toHexString(id) + ", " + "but got " + Integer.toHexString(in.tag)); } // substitute identifier for further decoding if (id == in.tag) { in.tag = type.id; } else { in.tag = type.constrId; } in.content = type.decode(in); if (in.isVerify) { return null; } return getDecodedObject(in); }
public void encodeASN(BerOutputStream out) { //FIXME need another way for specifying identifier to be encoded if (taggingType == TAGGING_CONSTRUCTED) { out.encodeTag(constrId); } else { out.encodeTag(id); } encodeContent(out); }