org.omg.CORBA.OctetSeqHolder Java Examples

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

public OldJIDLObjectKeyTemplate( ORB orb, int magic, int scid,
    InputStream is, OctetSeqHolder osh )
{
    this( orb, magic, scid, is );

    osh.value = readObjectKey( is ) ;

    /**
     * Beginning with JDK 1.3.1_01, a byte was placed at the end of
     * the object key with a value indicating the patch version.
     * JDK 1.3.1_01 had the value 1.  If other patches are necessary
     * which involve ORB versioning changes, they should increment
     * the patch version.
     *
     * Note that if we see a value greater than 1 in this code, we
     * will treat it as if we're talking to the most recent ORB version.
     *
     * WARNING: This code is sensitive to changes in CDRInputStream
     * getPosition.  It assumes that the CDRInputStream is an
     * encapsulation whose position can be compared to the object
     * key array length.
     */
    if (magic == ObjectKeyFactoryImpl.JAVAMAGIC_NEW &&
        osh.value.length > ((CDRInputStream)is).getPosition()) {

        patchVersion = is.read_octet();

        if (patchVersion == ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getJDK1_3_1_01());
        else if (patchVersion > ObjectKeyFactoryImpl.JDK1_3_1_01_PATCH_LEVEL)
            setORBVersion(ORBVersionFactory.getORBVersion());
        else
            throw wrapper.invalidJdk131PatchLevel( new Integer( patchVersion ) ) ;
    }
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public OldPOAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    this( orb, magic, scid, is ) ;
    osh.value = readObjectKey( is ) ;
}
 

/** Creates an ObjectKeyTemplate from the InputStream.  Most of the
* decoding is done inside the handler.
*/
private ObjectKeyTemplate create( InputStream is, Handler handler,
    OctetSeqHolder osh )
{
    ObjectKeyTemplate oktemp = null ;

    try {
        is.mark(0) ;
        int magic = is.read_long() ;

        if (validMagic( magic )) {
            int scid = is.read_long() ;
            oktemp = handler.handle( magic, scid, is, osh ) ;
        }
    } catch (MARSHAL mexc) {
        // XXX log this error
        // ignore this: error handled below because oktemp == null
    }

    if (oktemp == null)
        // If we did not successfully construct a oktemp, reset the
        // stream so that WireObjectKeyTemplate can correctly construct the
        // object key.
        try {
            is.reset() ;
        } catch (IOException exc) {
            // XXX log this error
            // ignore this
        }

    return oktemp ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public JIDLObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), JIDL_ORB_ID, JIDL_OAID );

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}
 

/** This constructor reads a complete ObjectKey (template and Id)
* from the stream.
*/
public POAObjectKeyTemplate( ORB orb, int magic, int scid, InputStream is,
    OctetSeqHolder osh )
{
    super( orb, magic, scid, is.read_long(), is.read_string(),
        new ObjectAdapterIdArray( POANameHelper.read( is ) ) ) ;

    osh.value = readObjectKey( is ) ;

    setORBVersion( is ) ;
}