Package org.apache.cxf.binding.corba.types

Examples of org.apache.cxf.binding.corba.types.CorbaSequenceHandler.clear()

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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            //if (bound == 0) {
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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            // Simply checking the bound won't handle our recursive types.  We need to check for the
            // existance of template, which will be present for all unbounded sequences and for bound
            // sequences with recursive type elements.  Use the template element to construct each
            // object that is in the input stream.
            if (sequenceObj.getTemplateElement() != null) {
                sequenceObj.clear();
                CorbaObjectHandler template = sequenceObj.getTemplateElement();
                for (int i = 0; i < length; ++i) {
                    CorbaObjectHandler seqElement;
                    if (i < seqElements.size()) {
                        seqElement = seqElements.get(i);
View Full Code Here
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