// sortAndTransformObject sorts object keys to make the output predictable so
// the package can be tested; logic is here to prevent code duplication
//~ func sortAndTransformObject(o *bytes.Buffer, cont *namedContainer) error {
private static void SortAndTransformObject(StringBuilder o, NamedContainer cont)
{
//~ objectChildren, err := cont.ChildrenMap()
//~ if err != nil {
//~ return err
//~ }
var objectChildren = cont.ChildrenMap();
//~ sortedNames := make([]string, 0, len(objectChildren))
//~ for name, _ := range objectChildren {
//~ sortedNames = append(sortedNames, name)
//~ }
//~ sort.Strings(sortedNames)
//~ for _, name := range sortedNames {
//~ if err := transformContainer(o, &namedContainer{name: name, Container: objectChildren[name]}); err != nil {
//~ return err
//~ }
//~ }
var sortedNames = new List <string>();
foreach (var name in objectChildren.Keys)
{
sortedNames.Add(name);
}
sortedNames.Sort();
foreach (var name in sortedNames)
{
TransformContainer(o, new NamedContainer(name, objectChildren[name]));
}
//~ return nil
}
//~ func TestEncodeJSONBytes(t *testing.T) {
public void TestEncodeJSONBytes()
{
//~ jsonxBytes, err := EncodeJSONBytes([]byte(testJSONOfficial))
//~ if err != nil {
//~ t.Fatal(err)
//~ }
//~ if string(jsonxBytes) != resultJSONOfficial {
//~ t.Fatalf("official result mismatch:\ngot:\n%s\nexpected:\n%s\n", string(jsonxBytes), resultJSONOfficial)
//~ }
var jsonxBytes = NamedContainer.EncodeJSONBytes(testJSONOfficial.ToUtf8Bytes());
Assert.AreEqual(resultJSONOfficial, jsonxBytes.ToUtf8String());
//~ jsonxBytes, err = EncodeJSONBytes([]byte(testJSONHard))
//~ if err != nil {
//~ t.Fatal(err)
//~ }
//~ if string(jsonxBytes) != resultJSONHard {
//~ t.Fatalf("hard result mismatch:\ngot:\n%s\nexpected:\n%s\n", string(jsonxBytes), resultJSONHard)
//~ }
jsonxBytes = NamedContainer.EncodeJSONBytes(testJSONHard.ToUtf8Bytes());
Assert.AreEqual(resultJSONHard, jsonxBytes.ToUtf8String());
}
//~ func transformContainer(o *bytes.Buffer, cont *namedContainer) error {
private static void TransformContainer(StringBuilder o, NamedContainer cont)
{
//~var printName string
string printName = string.Empty;
//~ if cont.name != "" {
//~ escapedNameBuf := bytes.NewBuffer(nil)
//~ err := xml.EscapeText(escapedNameBuf, []byte(cont.name))
//~ if err != nil {
//~ return err
//~ }
//~ printName = fmt.Sprintf(" name=\"%s\"", escapedNameBuf.String())
//~ }
if (!string.IsNullOrEmpty(cont.Name))
{
var escapedNameBuf = XmlEscapeText(cont.Name);
printName = $" name=\"{escapedNameBuf}\"";
}
//~ data := cont.Data()
//~ switch data.(type) {
var data = cont.Object;
switch (data)
{
//~ case nil:
//~ o.WriteString(fmt.Sprintf("<json:null%s />", printName))
case null:
o.Append($"<json:null{printName} />");
break;
//~ case bool:
//~ o.WriteString(fmt.Sprintf("<json:boolean%s>%t</json:boolean>", printName, data))
case bool x:
o.Append($"<json:boolean{printName}>{data}</json:boolean>");
break;
//~ case json.Number:
//~ o.WriteString(fmt.Sprintf("<json:number%s>%v</json:number>", printName, data))
case object x when x is Int16 || x is Int32 || x is Int64 ||
x is UInt16 || x is UInt32 || x is UInt64 ||
x is System.Single || x is System.Double || x is System.Decimal:
o.Append($"<json:number{printName}>{data}</json:number>");
break;
//~ case string:
//~ o.WriteString(fmt.Sprintf("<json:string%s>%v</json:string>", printName, data))
case string x:
o.Append($"<json:string{printName}>{data}</json:string>");
break;
//~ case []interface{}:
//~ o.WriteString(fmt.Sprintf("<json:array%s>", printName))
//~ arrayChildren, err := cont.Children()
//~ if err != nil {
//~ return err
//~ }
//~ for _, child := range arrayChildren {
//~ if err := transformContainer(o, &namedContainer{Container: child}); err != nil {
//~ return err
//~ }
//~ }
//~ o.WriteString("</json:array>")
case IList <object> x:
o.Append($"<json:array{printName}>");
foreach (var child in cont.Children())
{
TransformContainer(o, new NamedContainer(child));
}
o.Append("</json:array>");
break;
//~ case map[string]interface{}:
//~ o.WriteString(fmt.Sprintf("<json:object%s>", printName))
//~
//~ if err := sortAndTransformObject(o, cont); err != nil {
//~ return err
//~ }
//~
//~ o.WriteString("</json:object>")
case IDictionary <string, object> x:
o.Append($"<json:object{printName}>");
SortAndTransformObject(o, cont);
o.Append("</json:object>");
break;
default:
throw new NotSupportedException($"unexpected data type [{data.GetType().FullName}]");
}
//~ return nil
}