Best code snippets using org.codehaus.jackson.node.ObjectNode.remove(Showing top 15 results out of 315)

private Schema parseDependencies(CTLSchemaDto schema, final Schema.Parser parser) throws
    Exception {
 if (schema.getDependencySet() != null) {
  for (CTLSchemaDto dependency : schema.getDependencySet()) {
   this.parseDependencies(dependency, parser);
  }
 }
 ObjectNode object = new ObjectMapper().readValue(schema.getBody(), ObjectNode.class);
 object.remove(DEPENDENCIES);
 String body = new ObjectMapper().writerWithDefaultPrettyPrinter().writeValueAsString(object);
 return parser.parse(body);
}

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");
 }
}

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 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 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 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 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 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 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 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 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 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 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");
  }
 }
}