private void generateMethodParamToHeaderCodeForComplexType(
SourcePrinter srcWriter,
String builder,
String headerName,
JType parameterType,
String parameterExpression,
String parameterCheckExpression) {
PropertyInfo[] propertiesInfo =
JClassUtils.extractBeanPropertiesInfo(parameterType.isClassOrInterface());
for (PropertyInfo propertyInfo : propertiesInfo) {
if (JClassUtils.isSimpleType(propertyInfo.getType())) {
generateMethodParamToHeaderCodeForSimpleType(
srcWriter,
builder,
headerName + "." + propertyInfo.getName(),
propertyInfo.getType(),
parameterExpression + "." + propertyInfo.getReadMethod().getName() + "()",
(propertyInfo.getType().isPrimitive() != null
? parameterCheckExpression
: parameterCheckExpression
+ " && "
+ parameterExpression
+ "."
+ propertyInfo.getReadMethod().getName()
+ "()!=null"));
} else {
generateMethodParamToHeaderCodeForComplexType(
srcWriter,
builder,
headerName + "." + propertyInfo.getName(),
propertyInfo.getType(),
parameterExpression + "." + propertyInfo.getReadMethod().getName() + "()",
parameterCheckExpression
+ " && "
+ parameterExpression
+ "."
+ propertyInfo.getReadMethod().getName()
+ "()!=null");
}
}
}
private void buildFormStringForComplexType(StringBuilder str, JType parameterType, String value)
throws UnsupportedEncodingException {
PropertyInfo[] propertiesInfo =
JClassUtils.extractBeanPropertiesInfo(parameterType.isClassOrInterface());
boolean first = true;
for (PropertyInfo propertyInfo : propertiesInfo) {
if (!first) {
str.append("&");
}
first = false;
String parameterName =
(StringUtils.isEmpty(value)
? propertyInfo.getName()
: value + "." + propertyInfo.getName());
if (JClassUtils.isSimpleType(propertyInfo.getType())) {
buildFormStringForSimpleType(str, parameterName);
} else {
buildFormStringForComplexType(str, propertyInfo.getType(), parameterName);
}
}
}