Examples of DerValue

com.zaranux.client.crypto.DerValue
Represents a single DER-encoded value. DER encoding rules are a subset of the "Basic" Encoding Rules (BER), but they only support a single way ("Definite" encoding) to encode any given value.
All DER-encoded data are triples {type, length, data}. This class represents such tagged values as they have been read (or constructed), and provides structured access to the encoded data.
At this time, this class supports only a subset of the types of DER data encodings which are defined. That subset is sufficient for parsing most X.509 certificates, and working with selected additional formats (such as PKCS #10 certificate requests, and some kinds of PKCS #7 data). A note with respect to T61/Teletex strings: From RFC 1617, section 4.1.3 and RFC 3280, section 4.1.2.4., we assume that this kind of string will contain ISO-8859-1 characters only. @author David Brownell @author Amit Kapoor @author Hemma Prafullchandra
gnu.java.security.der.DERValue
sun.security.util.DerValue
Represents a single DER-encoded value. DER encoding rules are a subset of the "Basic" Encoding Rules (BER), but they only support a single way ("Definite" encoding) to encode any given value.
All DER-encoded data are triples {type, length, data}. This class represents such tagged values as they have been read (or constructed), and provides structured access to the encoded data.
At this time, this class supports only a subset of the types of DER data encodings which are defined. That subset is sufficient for parsing most X.509 certificates, and working with selected additional formats (such as PKCS #10 certificate requests, and some kinds of PKCS #7 data). A note with respect to T61/Teletex strings: From RFC 1617, section 4.1.3 and RFC 3280, section 4.1.2.4., we assume that this kind of string will contain ISO-8859-1 characters only. @author David Brownell @author Amit Kapoor @author Hemma Prafullchandra

Examples of sun.security.util.DerValue

                    // Base64
                    byte[] data = base64_to_binary(is);
                    crl = new X509CRLImpl(data);
                } else {
                    // binary
                    crl = new X509CRLImpl(new DerValue(is));
                }
                return intern(crl);
            }
        } catch (IOException ioe) {
            throw new CRLException(ioe.getMessage());

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Examples of sun.security.util.DerValue

            }
            if (first)
                is2.mark(is2.available());
            try {
                // treat as X.509 cert
                coll.add(intern(new X509CertImpl(new DerValue(is2))));
            } catch (CertificateException e) {
                Throwable cause = e.getCause();
                // only treat as PKCS#7 if this is the first cert parsed
                // and the root cause of the decoding failure is an IOException
                if (first && cause != null && (cause instanceof IOException)) {

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Examples of sun.security.util.DerValue


        // The parseKey() method of PKCS8Key parses the key
        // algorithm and instantiates the appropriate key factory,
        // which in turn parses the key material.
        try {
            return PKCS8Key.parseKey(new DerValue(plainKey));
        } catch (IOException ioe) {
            throw new UnrecoverableKeyException(ioe.getMessage());
        }
    }

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