Package com.sun.codemodel

Examples of com.sun.codemodel.JMethod

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    private void generateAdapterMethods( final JCodeModel cm, final PackageOutline p )
    {
        final JDefinedClass of = p.objectFactory();

        // createCalendar
        final JMethod createCalendar = of.method( JMod.STATIC, cm.ref( Calendar.class ), "createCalendar" );
        JVar value = createCalendar.param( JMod.FINAL, XMLGregorianCalendar.class, "value" );
        createCalendar.body().directStatement( "// " + getMessage( "title" ) );
        createCalendar.body()._return(
            JOp.cond( value.eq( JExpr._null() ), JExpr._null(), value.invoke( "toGregorianCalendar" ) ) );

        createCalendar.javadoc().append( "Creates a " + Calendar.class.getName() + " instance from a "
                                         + XMLGregorianCalendar.class.getName() + " instance." );

        createCalendar.javadoc().addParam( value ).append(
            "The " + XMLGregorianCalendar.class.getName() + " instance or {@code null}." );

        createCalendar.javadoc().addReturn().append(
            "A " + Calendar.class.getName() + " instance created from {@code " + value.name()
            + "} or {@code null} if {@code " + value.name() + "} is {@code null}." );

        // createXMLGregorianCalendar
        final JMethod createXMLGregorianCalendar =
            of.method( JMod.STATIC, XMLGregorianCalendar.class, "createXMLGregorianCalendar" );

        createXMLGregorianCalendar.body().directStatement( "// " + getMessage( "title" ) );
        value = createXMLGregorianCalendar.param( JMod.FINAL, Calendar.class, "value" );

        final JTryBlock tryBlock = createXMLGregorianCalendar.body()._try();
        final JConditional notNull = tryBlock.body()._if( value.ne( JExpr._null() ) );

        final JVar calendar = notNull._then().decl( cm.ref( GregorianCalendar.class ), "calendar" );
        calendar.init( JExpr._new( cm.ref( GregorianCalendar.class ) ) );
        notNull._then().add( calendar.invoke( "setTimeZone" ).arg( value.invoke( "getTimeZone" ) ) );
        notNull._then().add( calendar.invoke( "setTimeInMillis" ).arg( value.invoke( "getTimeInMillis" ) ) );
        notNull._then()._return( cm.ref( DatatypeFactory.class ).staticInvoke( "newInstance" ).invoke(
            "newXMLGregorianCalendar" ).arg( calendar ) );

        tryBlock.body()._return( JExpr._null() );

        final JCatchBlock catchBlock = tryBlock._catch( cm.ref( DatatypeConfigurationException.class ) );
        catchBlock.body()._throw( JExpr._new( cm.ref( AssertionError.class ) ).arg( catchBlock.param( "e" ) ) );

        createXMLGregorianCalendar.javadoc().append(
            "Creates a " + XMLGregorianCalendar.class.getName() + " instance from a " + Calendar.class.getName()
            + " instance." );

        createXMLGregorianCalendar.javadoc().addParam( value ).append(
            "The " + Calendar.class.getName() + " instance or {@code null}." );

        createXMLGregorianCalendar.javadoc().addReturn().append(
            "A " + XMLGregorianCalendar.class.getName() + " instance created from {@code " + value.name()
            + "} or {@code null} if {@code " + value.name() + "} is {@code null}." );

    }
View Full Code Here
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        {
            this.annotate( c, ms.getIdClass() );
        }
        if ( ms.getPostLoad() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPostLoad().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostLoad.class ) );
        }
        if ( ms.getPostPersist() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPostPersist().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostPersist.class ) );
        }
        if ( ms.getPostRemove() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPostRemove().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostRemove.class ) );
        }
        if ( ms.getPostUpdate() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPostUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostUpdate.class ) );
        }
        if ( ms.getPrePersist() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPreUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PrePersist.class ) );
        }
        if ( ms.getPreRemove() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPreRemove().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PreRemove.class ) );
        }
        if ( ms.getPreUpdate() != null )
        {
            final JMethod m = this.getMethod( c, ms.getPreUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PreUpdate.class ) );
        }
    }
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                }
            }
        }
        if ( entity.getPostLoad() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPostLoad().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostLoad.class ) );
        }
        if ( entity.getPostPersist() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPostPersist().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostPersist.class ) );
        }
        if ( entity.getPostRemove() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPostRemove().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostRemove.class ) );
        }
        if ( entity.getPostUpdate() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPostUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PostUpdate.class ) );
        }
        if ( entity.getPrePersist() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPreUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PrePersist.class ) );
        }
        if ( entity.getPreRemove() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPreRemove().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PreRemove.class ) );
        }
        if ( entity.getPreUpdate() != null )
        {
            final JMethod m = this.getMethod( c, entity.getPreUpdate().getMethodName() );
            m.annotate( cm.ref( javax.persistence.PreUpdate.class ) );
        }
        if ( !entity.getPrimaryKeyJoinColumn().isEmpty() )
        {
            final JAnnotationUse pkjcs = c.implClass.annotate( cm.ref( javax.persistence.PrimaryKeyJoinColumns.class ) );
            final JAnnotationArrayMember pkjc = pkjcs.paramArray( "value" );
            this.annotate( cm, pkjc, entity.getPrimaryKeyJoinColumn() );
        }
        if ( !entity.getSecondaryTable().isEmpty() )
        {
            final JAnnotationUse stlst = c.implClass.annotate( cm.ref( javax.persistence.SecondaryTables.class ) );
            final JAnnotationArrayMember value = stlst.paramArray( "value" );
            for ( SecondaryTable t : entity.getSecondaryTable() )
            {
                final JAnnotationUse st = value.annotate( cm.ref( javax.persistence.SecondaryTable.class ) );
                if ( t.getCatalog() != null )
                {
                    st.param( "catalog", t.getCatalog() );
                }
                if ( t.getName() != null )
                {
                    st.param( "name", t.getName() );
                }
                if ( !t.getPrimaryKeyJoinColumn().isEmpty() )
                {
                    final JAnnotationArrayMember pkjc = st.paramArray( "pkJoinColumns" );
                    this.annotate( cm, pkjc, entity.getPrimaryKeyJoinColumn() );
                }
                if ( t.getSchema() != null )
                {
                    st.param( "schema", t.getSchema() );
                }
                if ( !t.getUniqueConstraint().isEmpty() )
                {
                    final JAnnotationArrayMember uca = st.paramArray( "uniqueConstraints" );
                    for ( UniqueConstraint uc : t.getUniqueConstraint() )
                    {
                        final JAnnotationUse u = uca.annotate( javax.persistence.UniqueConstraint.class );
                        final JAnnotationArrayMember colNames = u.paramArray( "columnNames" );
                        for ( String cn : uc.getColumnName() )
                        {
                            colNames.param( cn );
                        }
                    }
                }
            }
        }
        if ( entity.getSequenceGenerator() != null )
        {
            final JAnnotationUse sg = c.implClass.annotate( cm.ref( javax.persistence.SequenceGenerator.class ) );
            this.annotate( sg, entity.getSequenceGenerator() );
        }
        if ( !entity.getSqlResultSetMapping().isEmpty() )
        {
            final JAnnotationUse lst = c.implClass.annotate( cm.ref( javax.persistence.SqlResultSetMappings.class ) );
            final JAnnotationArrayMember value = lst.paramArray( "value" );
            for ( SqlResultSetMapping m : entity.getSqlResultSetMapping() )
            {
                final JAnnotationUse srsm = value.annotate( cm.ref( javax.persistence.SqlResultSetMapping.class ) );
                if ( !m.getColumnResult().isEmpty() )
                {
                    final JAnnotationArrayMember cols = srsm.paramArray( "columns" );
                    for ( ColumnResult cr : m.getColumnResult() )
                    {
                        final JAnnotationUse cra = cols.annotate( javax.persistence.ColumnResult.class );
                        cra.param( "name", cr.getName() );
                    }
                }
                if ( !m.getEntityResult().isEmpty() )
                {
                    final JAnnotationArrayMember entities = srsm.paramArray( "entities" );
                    for ( EntityResult er : m.getEntityResult() )
                    {
                        final JAnnotationUse era = entities.annotate( javax.persistence.EntityResult.class );
                        if ( er.getDiscriminatorColumn() != null )
                        {
                            era.param( "discriminatorColumn", er.getDiscriminatorColumn() );
                        }
                        if ( er.getEntityClass() != null )
                        {
                            era.param( "entityClass", cm.ref( er.getEntityClass() ) );
                        }
                        if ( !er.getFieldResult().isEmpty() )
                        {
                            final JAnnotationArrayMember fields = era.paramArray( "fields" );
                            for ( FieldResult fr : er.getFieldResult() )
                            {
                                final JAnnotationUse fra = fields.annotate( javax.persistence.FieldResult.class );
                                if ( fr.getColumn() != null )
                                {
                                    fra.param( "column", fr.getColumn() );
                                }
                                if ( fr.getName() != null )
                                {
                                    fra.param( "name", fr.getName() );
                                }
                            }
                        }
                    }
                }
                if ( m.getName() != null )
                {
                    srsm.param( "name", m.getName() );
                }
            }
        }
        if ( entity.getTable() != null )
        {
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            this.annotate( c, b );
        }

        for ( Embedded e : a.getEmbedded() )
        {
            final JMethod getter = this.getGetter( c, e.getName() );
            getter.annotate( cm.ref( javax.persistence.Embedded.class ) );
            if ( !e.getAttributeOverride().isEmpty() )
            {
                final JAnnotationUse aolst = getter.annotate( cm.ref( javax.persistence.AttributeOverrides.class ) );
                final JAnnotationArrayMember value = aolst.paramArray( "value" );
                for ( AttributeOverride o : e.getAttributeOverride() )
                {
                    final JAnnotationUse ao = value.annotate( cm.ref( javax.persistence.AttributeOverride.class ) );
                    if ( o.getColumn() != null )
                    {
                        final JAnnotationUse ac = ao.param( "column", cm.ref( javax.persistence.Column.class ) );
                        this.annotate( ac, o.getColumn() );
                    }
                    if ( o.getName() != null )
                    {
                        ao.param( "name", o.getName() );
                    }
                }
            }
        }

        if ( a.getEmbeddedId() != null )
        {
            final JMethod getter = this.getGetter( c, a.getEmbeddedId().getName() );
            getter.annotate( cm.ref( javax.persistence.EmbeddedId.class ) );
            if ( !a.getEmbeddedId().getAttributeOverride().isEmpty() )
            {
                final JAnnotationUse aolst = getter.annotate( cm.ref( javax.persistence.AttributeOverrides.class ) );
                final JAnnotationArrayMember value = aolst.paramArray( "value" );
                for ( AttributeOverride o : a.getEmbeddedId().getAttributeOverride() )
                {
                    final JAnnotationUse ao = value.annotate( cm.ref( javax.persistence.AttributeOverride.class ) );
                    if ( o.getColumn() != null )
                    {
                        final JAnnotationUse ac = ao.param( "column", cm.ref( javax.persistence.Column.class ) );
                        this.annotate( ac, o.getColumn() );
                    }
                    if ( o.getName() != null )
                    {
                        ao.param( "name", o.getName() );
                    }
                }
            }
        }

        for ( Id i : a.getId() )
        {
            final JMethod getter = this.getGetter( c, i.getName() );
            getter.annotate( cm.ref( javax.persistence.Id.class ) );
            if ( i.getColumn() != null )
            {
                final JAnnotationUse column = getter.annotate( cm.ref( javax.persistence.Column.class ) );
                this.annotate( column, i.getColumn() );
            }
            if ( i.getGeneratedValue() != null )
            {
                final JAnnotationUse gv = getter.annotate( cm.ref( javax.persistence.GeneratedValue.class ) );
                if ( i.getGeneratedValue().getGenerator() != null )
                {
                    gv.param( "generator", i.getGeneratedValue().getGenerator() );
                }
                if ( i.getGeneratedValue().getStrategy() != null )
                {
                    gv.param( "strategy", javax.persistence.GenerationType.valueOf(
                        i.getGeneratedValue().getStrategy().value() ) );

                }
            }
            if ( i.getSequenceGenerator() != null )
            {
                final JAnnotationUse gen = getter.annotate( cm.ref( javax.persistence.SequenceGenerator.class ) );
                this.annotate( gen, i.getSequenceGenerator() );
            }
            if ( i.getTableGenerator() != null )
            {
                final JAnnotationUse gen = getter.annotate( cm.ref( javax.persistence.TableGenerator.class ) );
                this.annotate( gen, i.getTableGenerator() );
            }
            if ( i.getTemporal() != null )
            {
                final JAnnotationUse temp = getter.annotate( cm.ref( javax.persistence.Temporal.class ) );
                temp.param( "value", javax.persistence.TemporalType.valueOf( i.getTemporal().value() ) );
            }
        }

        for ( ManyToMany m : a.getManyToMany() )
        {
            final JMethod getter = this.getGetter( c, m.getName() );
            final JAnnotationUse m2m = getter.annotate( cm.ref( javax.persistence.ManyToMany.class ) );

            if ( m.getCascade() != null )
            {
                this.annotate( m2m, m.getCascade() );
            }
            if ( m.getFetch() != null )
            {
                m2m.param( "fetch", javax.persistence.FetchType.valueOf( m.getFetch().value() ) );
            }
            if ( m.getJoinTable() != null )
            {
                final JAnnotationUse jt = getter.annotate( cm.ref( javax.persistence.JoinTable.class ) );
                this.annotate( cm, jt, m.getJoinTable() );
            }
            if ( m.getMapKey() != null )
            {
                final JAnnotationUse mk = getter.annotate( cm.ref( javax.persistence.MapKey.class ) );
                mk.param( "name", m.getMapKey().getName() );
            }
            if ( m.getMappedBy() != null )
            {
                m2m.param( "mappedBy", m.getMappedBy() );
            }
            if ( m.getOrderBy() != null )
            {
                final JAnnotationUse ob = getter.annotate( cm.ref( javax.persistence.OrderBy.class ) );
                ob.param( "value", m.getOrderBy() );
            }
            if ( m.getTargetEntity() != null )
            {
                m2m.param( "targetEntity", cm.ref( m.getTargetEntity() ) );
            }
        }

        for ( ManyToOne m : a.getManyToOne() )
        {
            final JMethod getter = this.getGetter( c, m.getName() );
            final JAnnotationUse m2o = getter.annotate( cm.ref( javax.persistence.ManyToOne.class ) );
            if ( m.getCascade() != null )
            {
                this.annotate( m2o, m.getCascade() );
            }
            if ( m.getFetch() != null )
            {
                m2o.param( "fetch", javax.persistence.FetchType.valueOf( m.getFetch().value() ) );
            }
            if ( !m.getJoinColumn().isEmpty() )
            {
                for ( JoinColumn jc : m.getJoinColumn() )
                {
                    final JAnnotationUse jca = getter.annotate( cm.ref( javax.persistence.JoinColumn.class ) );
                    this.annotate( jca, jc );
                }
            }
            if ( m.getJoinTable() != null )
            {
                final JAnnotationUse jt = getter.annotate( cm.ref( javax.persistence.JoinTable.class ) );
                this.annotate( cm, jt, m.getJoinTable() );
            }
            if ( m.getTargetEntity() != null )
            {
                m2o.param( "targetEntity", cm.ref( m.getTargetEntity() ) );
            }
            if ( m.isOptional() != null )
            {
                m2o.param( "optional", m.isOptional().booleanValue() );
            }
        }

        for ( OneToMany m : a.getOneToMany() )
        {
            final JMethod getter = this.getGetter( c, m.getName() );
            final JAnnotationUse o2m = getter.annotate( cm.ref( javax.persistence.OneToMany.class ) );

            if ( m.getCascade() != null )
            {
                this.annotate( o2m, m.getCascade() );
            }
            if ( m.getFetch() != null )
            {
                o2m.param( "fetch", javax.persistence.FetchType.valueOf( m.getFetch().value() ) );
            }
            if ( !m.getJoinColumn().isEmpty() )
            {
                for ( JoinColumn jc : m.getJoinColumn() )
                {
                    final JAnnotationUse jca = getter.annotate( cm.ref( javax.persistence.JoinColumn.class ) );
                    this.annotate( jca, jc );
                }
            }
            if ( m.getJoinTable() != null )
            {
                final JAnnotationUse jt = getter.annotate( cm.ref( javax.persistence.JoinTable.class ) );
                this.annotate( cm, jt, m.getJoinTable() );
            }
            if ( m.getMapKey() != null )
            {
                final JAnnotationUse mk = getter.annotate( cm.ref( javax.persistence.MapKey.class ) );
                mk.param( "name", m.getMapKey().getName() );
            }
            if ( m.getMappedBy() != null )
            {
                o2m.param( "mappedBy", m.getMappedBy() );
            }
            if ( m.getOrderBy() != null )
            {
                final JAnnotationUse ob = getter.annotate( cm.ref( javax.persistence.OrderBy.class ) );
                ob.param( "value", m.getOrderBy() );
            }
            if ( m.getTargetEntity() != null )
            {
                o2m.param( "targetEntity", cm.ref( m.getTargetEntity() ) );
            }
        }

        for ( OneToOne m : a.getOneToOne() )
        {
            final JMethod getter = this.getGetter( c, m.getName() );
            final JAnnotationUse o2o = getter.annotate( cm.ref( javax.persistence.OneToOne.class ) );
            if ( m.getCascade() != null )
            {
                this.annotate( o2o, m.getCascade() );
            }
            if ( m.isOptional() != null )
            {
                o2o.param( "optional", m.isOptional().booleanValue() );
            }
            if ( m.getFetch() != null )
            {
                o2o.param( "fetch", javax.persistence.FetchType.valueOf( m.getFetch().value() ) );
            }
            if ( !m.getJoinColumn().isEmpty() )
            {
                for ( JoinColumn jc : m.getJoinColumn() )
                {
                    final JAnnotationUse jca = getter.annotate( cm.ref( javax.persistence.JoinColumn.class ) );
                    this.annotate( jca, jc );
                }
            }
            if ( m.getJoinTable() != null )
            {
                final JAnnotationUse jt = getter.annotate( cm.ref( javax.persistence.JoinTable.class ) );
                this.annotate( cm, jt, m.getJoinTable() );
            }
            if ( m.getMappedBy() != null )
            {
                o2o.param( "mappedBy", m.getMappedBy() );
            }
            if ( !m.getPrimaryKeyJoinColumn().isEmpty() )
            {
                final JAnnotationUse pkjcs = getter.annotate( cm.ref( javax.persistence.PrimaryKeyJoinColumns.class ) );
                final JAnnotationArrayMember pkjc = pkjcs.paramArray( "value" );
                this.annotate( cm, pkjc, m.getPrimaryKeyJoinColumn() );
            }
            if ( m.getTargetEntity() != null )
            {
                o2o.param( "targetEntity", cm.ref( m.getTargetEntity() ) );
            }
        }

        for ( Transient t : a.getTransient() )
        {
            this.annotate( c, t );
        }

        for ( Version v : a.getVersion() )
        {
            final JMethod getter = this.getGetter( c, v.getName() );
            getter.annotate( cm.ref( javax.persistence.Version.class ) );
            if ( v.getColumn() != null )
            {
                final JAnnotationUse col = getter.annotate( cm.ref( javax.persistence.Column.class ) );
                this.annotate( col, v.getColumn() );
            }
            if ( v.getTemporal() != null )
            {
                final JAnnotationUse temp = getter.annotate( cm.ref( javax.persistence.Temporal.class ) );
                temp.param( "value", javax.persistence.TemporalType.valueOf( v.getTemporal().value() ) );
            }
        }
    }
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  }

  @Nonnull
  @Override
  protected JMethod createConstructor( @Nonnull JDefinedClass serializerClass, @Nonnull DomainObjectDescriptor domainObjectDescriptor ) {
    JMethod constructor = serializerClass.constructor( JMod.PUBLIC );
    constructor.body()
      .invoke( METHOD_SUPER ).arg( getNamespace( domainObjectDescriptor.getQualifiedName() ) )
      .arg( createDefaultVersionRangeInvocation( AbstractXmlGenerator.VERSION, AbstractXmlGenerator.VERSION ) );
    return constructor;
  }
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        String typeName = type.fullName();

        String getterName = ("java.lang.Boolean".equals(typeName) ? "is" : "get")
                            + fo.getPropertyInfo().getName(true);

        JMethod method = dc.getMethod(getterName, new JType[0]);
        JDocComment doc = method.javadoc();
        int mods = method.mods().getValue();
        JType mtype = method.type();

        if (LOG.isLoggable(Level.FINE)) {
            LOG.fine("Updating getter: " + getterName);
        }
        // remove existing method and define new one

        dc.methods().remove(method);

        method = dc.method(mods, mtype, getterName);
        method.javadoc().append(doc);

        JFieldRef fr = JExpr.ref(fieldName);

        JExpression test = JOp.eq(JExpr._null(), fr);
        JConditional jc =  method.body()._if(test);
        jc._then()._return(dvExpr);
        jc._else()._return(fr);
    }
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    public ParserBuilder newState(JBlock block) {
        ElementParserBuilderImpl b = new ElementParserBuilderImpl(this, false, name);
        states.add(b);
       
        JMethod nextMethod = b.getMethod();
       
        JInvocation invocation = JExpr.invoke(nextMethod).arg(xsrVar).arg(rtContextVar);
        b.methodInvocation = invocation;
       
        block.add(invocation);
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    public JVar call(JType type, String varName, ElementParserBuilder builder) {
        JBlock block = codeBlock;
       
        ElementParserBuilderImpl b = (ElementParserBuilderImpl) builder;
        JMethod nextMethod = b.getMethod();
       
        JInvocation invocation = JExpr.invoke(nextMethod).arg(xsrVar).arg(rtContextVar);
        for (JVar v : b.variables) {
            invocation.arg(v);
        }
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            readerClass._extends(baseClass);
        }
    }
   
    protected void writeReadAsType() {
        JMethod m = getReaderClass().method(JMod.PUBLIC, Object.class, "read");
        m.param(XoXMLStreamReader.class, "reader");
        m.param(buildContext.getStringToObjectMap(), "properties");
        JVar typeVar = m.param(QName.class, "type");
        m._throws(XMLStreamException.class);
       
        JBlock block = m.body();
        writeXsiChecks(block, typeVar);
       
        block._return(JExpr._null());
    }
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                cond = b._if(qnameCompare);
            } else {
                cond = cond._else()._if(qnameCompare);
            }
           
            JMethod nextMethod = builder.getMethod();
           
            JInvocation invocation = JExpr.invoke(nextMethod).arg(xsrVar).arg(rtContextVar);
            for (JVar v : builder.variables) {
                invocation.arg(v);
            }
           
            nextMethod.param(model._ref(String.class), "_attValue");
            invocation.arg(attValue);
           
            nextMethod.body().add(builder.codeBlock);
           
            if (root && builder.returnType != null) {
                cond._then()._return(invocation);
            } else {
                cond._then().add(invocation);
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