org.codehaus.jackson.node.ObjectNode.path java code examples

Common ways to obtain ObjectNode

private void myMethod () {
     ObjectNode o =JsonNodeFactory jsonNodeFactory;jsonNodeFactory.objectNode()
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}

private void convertDeviceControllerWebsite(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("DeviceController");
 final JsonNode current = node.path("Website");
 if (!current.isMissingNode() && !current.isNull()) {
  node.put("Website", this.createValueDatatype("uri", current.asText()));
 }
 if (current.isNull()) {
  node.remove("Website");
 }
}

private void convertLatitude(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("ChargeDeviceLocation");
 final JsonNode current = node.path("Latitude");
 if (!current.isMissingNode() && !current.isNull()) {
  final double value = Double.parseDouble(current.asText());
  node.put("Latitude", value);
 }
 if (current.isNull()) {
  node.remove("Latitude");
 }
}

@Override
public NerTag parse(ObjectNode jValue, AnalysedText at) {
  JsonNode tag = jValue.path("tag");
  if(!tag.isTextual()){
    throw new IllegalStateException("Unable to parse NerTag. The value of the "
      +"'tag' field MUST have a textual value (json: "+jValue+")");
  }
  JsonNode uri = jValue.path("uri");
  if(uri.isTextual()){
    return new NerTag(tag.getTextValue(), new IRI(uri.getTextValue()));
  } else {
    return new NerTag(tag.getTextValue());
  }
}

private void convertRatedOutputVoltage(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("RatedOutputVoltage");
  if (!current.isMissingNode() && !current.isNull()) {
   final int value = Integer.parseInt(current.asText());
   node.put("RatedOutputVoltage", value);
  }
  if (current.isNull()) {
   node.remove("RatedOutputVoltage");
  }
 }
}

private void convertRatedOutputkW(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("RatedOutputkW");
  if (!current.isMissingNode() && !current.isNull()) {
   final double value = Double.parseDouble(current.asText());
   node.put("RatedOutputkW", value);
  }
  if (current.isNull()) {
   node.remove("RatedOutputkW");
  }
 }
}

private void convertDeviceOwnerWebsite(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("DeviceOwner");
 final JsonNode current = node.path("Website");
 if (!current.isMissingNode() && !current.isNull()) {
  node.put("Website", this.createValueDatatype("uri", current.asText()));
 }
 if (current.isNull()) {
  node.remove("Website");
 }
}

private void convertLongitude(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("ChargeDeviceLocation");
 final JsonNode current = node.path("Longitude");
 if (!current.isMissingNode() && !current.isNull()) {
  final double value = Double.parseDouble(current.asText());
  node.put("Longitude", value);
 }
 if (current.isNull()) {
  node.remove("Longitude");
 }
}

private void convertLatitude(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("ChargeDeviceLocation");
 final JsonNode current = node.path("Latitude");
 if (!current.isMissingNode() && !current.isNull()) {
  final double value = Double.parseDouble(current.asText());
  node.put("Latitude", value);
 }
 if (current.isNull()) {
  node.remove("Latitude");
 }
}

private void convertDeviceOwnerWebsite(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("DeviceOwner");
 final JsonNode current = node.path("Website");
 if (!current.isMissingNode() && !current.isNull()) {
  node.put("Website", this.createValueDatatype("uri", current.asText()));
 }
 if (current.isNull()) {
  node.remove("Website");
 }
}

private void convertLongitude(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("ChargeDeviceLocation");
 final JsonNode current = node.path("Longitude");
 if (!current.isMissingNode() && !current.isNull()) {
  final double value = Double.parseDouble(current.asText());
  node.put("Longitude", value);
 }
 if (current.isNull()) {
  node.remove("Longitude");
 }
}

private void convertDeviceControllerWebsite(final JsonNode obj) {
 final ObjectNode node = (ObjectNode) obj.path("DeviceController");
 final JsonNode current = node.path("Website");
 if (!current.isMissingNode() && !current.isNull()) {
  node.put("Website", this.createValueDatatype("uri", current.asText()));
 }
 if (current.isNull()) {
  node.remove("Website");
 }
}

private void convertRatedOutputCurrent(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("RatedOutputCurrent");
  if (!current.isMissingNode() && !current.isNull()) {
   final int value = Integer.parseInt(current.asText());
   node.put("RatedOutputCurrent", value);
  }
  if (current.isNull()) {
   node.remove("RatedOutputCurrent");
  }
 }
}

private void convertTetheredCable(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("TetheredCable");
  if (!current.isMissingNode() && !current.isNull()) {
   final int value = Integer.parseInt(current.asText());
   node.put("TetheredCable", value);
  }
  if (current.isNull()) {
   node.remove("TetheredCable");
  }
 }
}

private void convertChargeMode(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("ChargeMode");
  if (!current.isMissingNode() && !current.isNull()) {
   final int value = Integer.parseInt(current.asText());
   node.put("ChargeMode", value);
  }
  if (current.isNull()) {
   node.remove("ChargeMode");
  }
 }
}

private void convertChargeMode(final JsonNode obj) {
 final Iterator<JsonNode> nodes = obj.path("Connector").iterator();
 while (nodes.hasNext()) {
  final ObjectNode node = (ObjectNode) nodes.next();
  final JsonNode current = node.path("ChargeMode");
  if (!current.isMissingNode() && !current.isNull()) {
   final int value = Integer.parseInt(current.asText());
   node.put("ChargeMode", value);
  }
  if (current.isNull()) {
   node.remove("ChargeMode");
  }
 }
}

Popular methods of ObjectNode

put
Method for setting value of a field to specified binary value
get
toString
putArray
Method that will construct an ArrayNode and add it as a field of this ObjectNode, replacing old valu
getFields
Method to use for accessing all fields (with both names and values) of this JSON Object.
has
putObject
Method that will construct an ObjectNode and add it as a field of this ObjectNode, replacing old val
nullNode
objectNode
putNull
size
POJONode

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Saves binary data to the local storage; currently using hex encoding. The string is prefixed with "h
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An immutable sequence of characters/code units ( chars). A String is represented by array of UTF-16
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An Executor that provides methods to manage termination and methods that can produce a Future for tr
Manifest (java.util.jar)
The Manifest class is used to obtain attribute information for a JarFile and its entries.
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Factory for creating Log instances, with discovery and configuration features similar to that employ
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The LoggerFactory is a utility class producing Loggers for various logging APIs, most notably for lo

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