public void DumpValueIterative(StreamWriter print2, JsonNode o, Byte[] src, int indent = 0)
{
String space, newLine;
if (indent > -1)
{
space = " "; newLine = "\n";
}
else
{
space = ""; newLine = "";
}
JsonTag startTag;
do
{
#if DEBUGGING
VisualNode3 oV = new VisualNode3(ref o, src, 10000);
#endif
if (indent > -1)
{
print2.Write(new String(' ', indent)); // Start with indent
}
startTag = o.Tag;
if (startTag == JsonTag.JSON_OBJECT || startTag == JsonTag.JSON_ARRAY)
{
String open = "";
if (startTag == JsonTag.JSON_ARRAY)
{
open = "[]";
}
else
{
open = "{}";
}
if (o.ToNode() == null)
{
if (o.HasKey)
{
print2.Write($"\"{o.Key(src)}\":{space}"); // [] or key: []
}
if (o.next == null)
{
print2.Write($"{open}{newLine}");
}
else
{
print2.Write($"{open},{newLine}");
}
if (o.next == null)
{
o = o.node;
}
}
else
{
open = open.Substring(0, 1);
if (o.HasKey)
{
print2.Write($"\"{o.Key(src)}\":{space}{open}");
}
else
{
print2.Write($"{open}");
}
if (o.ToNode() != null)
{
print2.Write(newLine);
}
if (o.ToNode() == null && o.next != null)
{
BlockEnd(print2, o, ref indent, newLine);
}
if (indent > -1)
{
indent += SHIFT_WIDTH;
}
}
}
else if (startTag == JsonTag.JSON_STRING || startTag == JsonTag.JSON_NUMBER || startTag == JsonTag.JSON_NUMBER_STR)
{
String quote = (startTag == JsonTag.JSON_STRING) ? "\"" : "";
if (o.HasKey)
{
print2.Write($"\"{o.Key(src)}\":{space}{quote}{o.ToString(src)}{quote}{(o.next!=null?",":"")}{newLine}"); // "key": "value"(,)
}
else
{
print2.Write($"{quote}{o.ToString(src)}{quote}{(o.next!=null?",":"")}{newLine}"); // "value"(,)
}
}
else if (startTag == JsonTag.JSON_TRUE || startTag == JsonTag.JSON_FALSE || startTag == JsonTag.JSON_NULL)
{
String word;
if (startTag == JsonTag.JSON_TRUE)
{
word = "true";
}
else if (startTag == JsonTag.JSON_FALSE)
{
word = "false";
}
else
{
word = "null";
}
if (o.HasKey)
{
print2.Write($"\"{o.Key(src)}\":{space}{word}{(o.next!=null?",":"")}{newLine}"); // "key": "value"(,)
}
else
{
print2.Write($"{word}{(o.next!=null?",":"")}{newLine}"); // "value"(,)
}
}
if (o != null)
{
if (o.node != null && (startTag == JsonTag.JSON_ARRAY || startTag == JsonTag.JSON_OBJECT))
{ // move down 2 node of structured object
#if DEBUGGING
levelStack.Push(new VisualNode3(ref o, src, 1000));
#else
levelStack.Push(o);
#endif
o = o.node;
}
else // move right to values
{
if (o.next != null)
{
o = o.next;
}
else
{
o = o.node; // always null (4 null || non-structured)
}
}
}
while (o == null && levelStack.Count > 0)
{ // return back after iterations
do
{
#if DEBUGGING
o = levelStack.Pop().m_JsonNode;
oV.ChangeNode(o);
#else
o = levelStack.Pop();
#endif
if (o.Tag == JsonTag.JSON_ARRAY || o.Tag == JsonTag.JSON_OBJECT)
{ // Array / Object end markers
BlockEnd(print2, o, ref indent, newLine);
}
else
{
BlockEnd(print2, o, ref indent, newLine); // Array / Object end markers
}
} while ((levelStack.Count > 1) && ((o == null || (o.next == null && (o.node == null || o.node.next == null)))));
o = o.next; // move right
}
} while (o != null || (levelStack.Count > 0));
}
public StringBuilder DumpXMLValueIterative(JsonNode o)
{
JsonNode startNode = o;
String newLine;
StringBuilder retVal = new StringBuilder();
if (m_Indent > -1)
{
newLine = "\n"; m_Indent = 0;
}
else
{
newLine = "";
}
JsonTag startTag;
nos = new List <int>();
do
{
if (m_Indent > -1)
{
retVal.Append(' ', m_Indent); // Start with m_Indent
}
startTag = o.Tag;
if (startTag == JsonTag.JSON_OBJECT || startTag == JsonTag.JSON_ARRAY)
{
String open = "";
if (startTag == JsonTag.JSON_ARRAY)
{
open = "<EmptyArray></EmptyArray>";
}
else
{
open = "<EmptyObject></EmptyObject>";
}
if (o.ToNode() == null)
{
if (o.HasKey)
{
retVal.Append('<').Append(o.Key(src)).Append('>');
}
if (o.next == null)
{
retVal.Append(open);
}
else
{
retVal.Append(open).Append(newLine);
}
if (o.HasKey)
{
retVal.Append("</").Append(o.Key(src)).Append(">");
}
if (o.next == null)
{
retVal.Append(newLine);
}
if (o.next == null)
{
o = o.node;
}
}
else
{
if (o.HasKey)
{
retVal.Append('<').Append(o.Key(src)).Append(">");
}
else
{
if (startNode == o)
{
nos.Add(1);
retVal.Append("<ROOT>");
}
else
{
retVal.Append("<No").Append(nos[nos.Count - 1]).Append('>');
}
while (nos.Count < levelStack.Count)
{
nos.Add(1);
}
}
if (o.ToNode() != null)
{
retVal.Append(newLine);
}
if (o.ToNode() == null && o.next != null)
{
BlockEndXML(o, ref retVal, newLine);
}
if (m_Indent > -1)
{
m_Indent += m_Shift_Width;
}
}
}
else if (startTag == JsonTag.JSON_STRING || startTag == JsonTag.JSON_NUMBER || startTag == JsonTag.JSON_NUMBER_STR)
{
String quote = (startTag == JsonTag.JSON_STRING) ? "\"" : "";
if (o.HasKey)
{
retVal.Append('<').Append(o.Key(src)).Append('>').Append(o.ToString(src)).Append("</").Append(o.Key(src)).Append('>').Append(newLine); // "key": "value"(,)
}
else
{
retVal.Append(quote).Append(o.ToString(src)).Append(quote).Append($"{(o.next != null ? "," : "")}{newLine}"); // "value"(,)
}
}
else if (startTag == JsonTag.JSON_TRUE || startTag == JsonTag.JSON_FALSE || startTag == JsonTag.JSON_NULL)
{
String word;
if (startTag == JsonTag.JSON_TRUE)
{
word = "true";
}
else if (startTag == JsonTag.JSON_FALSE)
{
word = "false";
}
else
{
word = "null";
}
if (o.HasKey)
{
retVal.Append('<').Append(o.Key(src)).Append('>').Append(word).Append("</").Append(o.Key(src)).Append('>').Append(newLine); // "key": "value"(,)
}
else
{
retVal.Append(word).Append($"{(o.next != null ? "," : "")}{newLine}"); // "value"(,)
}
}
if (o != null)
{
if (o.node != null && (startTag == JsonTag.JSON_ARRAY || startTag == JsonTag.JSON_OBJECT))
{ // move down 2 node of structured object
levelStack.Push(o);
o = o.node;
}
else // move right to values
{
if (o.next != null)
{
o = o.next;
}
else
{
o = o.node; // always null (4 null || non-structured)
}
}
}
while (o == null && levelStack.Count > 0)
{ // return back after iterations
do
{
o = levelStack.Pop();
if (o.Tag == JsonTag.JSON_ARRAY || o.Tag == JsonTag.JSON_OBJECT)
{ // Array / Object end markers
if (o == startNode)
{
return(retVal.Append("</ROOT>"));
}
else
{
BlockEndXML(o, ref retVal, newLine);
}
}
} while ((levelStack.Count > 1) && ((o == null || (o.next == null && (o.node == null || o.node.next == null)))));
o = o.next; // move right
}
if (o == startNode)
{
if (m_Indent > -1)
{
m_Indent = 0;
}
return(retVal.Append("\n... cycle here"));
}
} while (o != null || (levelStack.Count > 0));
return(retVal);
}
public void DumpValue(StreamWriter print2, JsonNode o, Byte[] src, int indent = 0)
{
JsonNode i;
if (o.Tag == JsonTag.JSON_NUMBER)
{
print2.Write(o.ToNumber().ToString(System.Globalization.CultureInfo.InvariantCulture));
}
else if (o.Tag == JsonTag.JSON_NUMBER_STR)
{
print2.Write(o.ToString(src));
}
else if (o.Tag == JsonTag.JSON_STRING)
{
print2.Write($"\"{ o.ToString(src) }\"");
}
else if (o.Tag == JsonTag.JSON_ARRAY)
{
// It is not necessary to use o.toNode() to check if an array or object
// is empty before iterating over its members, we do it here to allow
// nicer pretty printing.
if (null == o.ToNode())
{
print2.Write("[]");
return;
}
if (indent > -1)
{
print2.Write("[\n");
}
else
{
print2.Write('[');
}
i = o.node;
while (null != i)
{
if (indent > -1)
{
print2.Write(new String(' ', indent + SHIFT_WIDTH));
}
DumpValue(print2, i, src, indent > -1 ? indent + SHIFT_WIDTH : indent);
if (indent > -1)
{
print2.Write(i.next != null ? ",\n" : "\n");
}
else if (i.next != null)
{
print2.Write(",");
}
i = i.next;
}
print2.Write((indent > -1) ? (new String(' ', indent) + ']') : "]");
}
else if (o.Tag == JsonTag.JSON_OBJECT)
{
if (null == o.ToNode())
{
print2.Write("{}");
return;
}
if (indent > -1)
{
print2.Write("{\n");
}
else
{
print2.Write("{");
}
i = o.node;
while (null != i)
{
if (indent > -1)
{
print2.Write(new String(' ', indent + SHIFT_WIDTH));
}
print2.Write($"\"{ i.Key(src) }\"");
if (indent > -1)
{
print2.Write(": ");
}
else
{
print2.Write(':');
}
DumpValue(print2, i, src, indent > -1 ? indent + SHIFT_WIDTH : indent);
if (indent > -1)
{
print2.Write(i.next != null ? ",\n" : "\n");
}
else if (i.next != null)
{
print2.Write(",");
}
i = i.next;
}
print2.Write(((indent > -1) ? new String(' ', indent) : "") + '}');
}
else if (o.Tag == JsonTag.JSON_TRUE)
{
print2.Write("true");
}
else if (o.Tag == JsonTag.JSON_FALSE)
{
print2.Write("false");
}
else if (o.Tag == JsonTag.JSON_NULL)
{
print2.Write("null");
}
}
public String DumpValueIterative(JsonNode o, Boolean debugModeLimit)
{
JsonNode startNode = o;
String space, newLine, retVal = "";
if (m_Indent > -1)
{
space = " "; newLine = "\n";
}
else
{
space = ""; newLine = "";
}
JsonTag startTag;
do
{
if (debugModeLimit && retVal.Length > m_debugModeLimit)
{
if (m_Indent > -1)
{
m_Indent = 0;
}
return(retVal + "\n...");
}
if (m_Indent > -1)
{
retVal += (new String(' ', m_Indent)); // Start with m_Indent
}
startTag = o.Tag;
if (startTag == JsonTag.JSON_OBJECT || startTag == JsonTag.JSON_ARRAY)
{
String open = "";
if (startTag == JsonTag.JSON_ARRAY)
{
open = "[]";
}
else
{
open = "{}";
}
if (o.ToNode() == null)
{
if (o.HasKey)
{
retVal += ($"\"{o.Key(src)}\":{space}"); // [] or key: []
}
if (o.next == null)
{
retVal += ($"{open}{newLine}");
}
else
{
retVal += ($"{open},{newLine}");
}
if (o.next == null)
{
o = o.node;
}
}
else
{
open = open.Substring(0, 1);
if (o.HasKey)
{
retVal += ($"\"{o.Key(src)}\":{space}{open}");
}
else
{
retVal += ($"{open}");
}
if (o.ToNode() != null)
{
retVal += (newLine);
}
if (o.ToNode() == null && o.next != null)
{
BlockEnd(o, ref retVal, newLine);
}
if (m_Indent > -1)
{
m_Indent += m_Shift_Width;
}
}
}
else if (startTag == JsonTag.JSON_STRING || startTag == JsonTag.JSON_NUMBER || startTag == JsonTag.JSON_NUMBER_STR)
{
String quote = (startTag == JsonTag.JSON_STRING) ? "\"" : "";
if (o.HasKey)
{
retVal += ($"\"{o.Key(src)}\":{space}{quote}{o.ToString(src)}{quote}{(o.next != null ? "," : "")}{newLine}"); // "key": "value"(,)
}
else
{
retVal += ($"{quote}{o.ToString(src)}{quote}{(o.next != null ? "," : "")}{newLine}"); // "value"(,)
}
}
else if (startTag == JsonTag.JSON_TRUE || startTag == JsonTag.JSON_FALSE || startTag == JsonTag.JSON_NULL)
{
String word;
if (startTag == JsonTag.JSON_TRUE)
{
word = "true";
}
else if (startTag == JsonTag.JSON_FALSE)
{
word = "false";
}
else
{
word = "null";
}
if (o.HasKey)
{
retVal += ($"\"{o.Key(src)}\":{space}{word}{(o.next != null ? "," : "")}{newLine}"); // "key": "value"(,)
}
else
{
retVal += ($"{word}{(o.next != null ? "," : "")}{newLine}"); // "value"(,)
}
}
if (o != null)
{
if (o.node != null && (startTag == JsonTag.JSON_ARRAY || startTag == JsonTag.JSON_OBJECT))
{ // move down 2 node of structured object
levelStack.Push(o);
o = o.node;
}
else // move right to values
{
if (o.next != null)
{
o = o.next;
}
else
{
o = o.node; // always null (4 null || non-structured)
}
}
}
while (o == null && levelStack.Count > 0)
{ // return back after iterations
do
{
o = levelStack.Pop();
if (o.Tag == JsonTag.JSON_ARRAY || o.Tag == JsonTag.JSON_OBJECT)
{ // Array / Object end markers
BlockEnd(o, ref retVal, newLine);
}
else
{
BlockEnd(o, ref retVal, newLine); // Array / Object end markers
}
} while ((levelStack.Count > 1) && ((o == null || (o.next == null && (o.node == null || o.node.next == null)))));
o = o.next; // move right
}
if (o == startNode)
{
if (m_Indent > -1)
{
m_Indent = 0;
}
return(retVal + "\n... cycle here");
}
} while (o != null || (levelStack.Count > 0));
return(retVal);
}
