/// <summary>
/// The strongly typed row result object from a ToJsonTable call
/// </summary>
/// <param name="row">The JsonRow containing the parsed values of a JSON element or node</param>
/// <param name="ParentID">The temporary id number of the parsed elements parent</param>
/// <param name="ObjectID">The temporary id of the node</param>
/// <param name="Node">The name of the object in which an element resides. Includes the object itself</param>
/// <param name="itemKey">The item key in a key-value pairing</param>
/// <param name="itemValue">The item value in a key-value pairing</param>
/// <param name="itemType">The item type in a key-value pairing</param>
/// Serves the same purpose as a WHERE clause template. </param>
private static void ParsedRows(Object row, out Int32 ParentID, out Int32 ObjectID,
out String Node, out String itemKey, out String itemValue, out String itemType)
{
JsonRow col = (JsonRow)row;
ParentID = (Int32)(col.ParentID);
ObjectID = (Int32)(col.ObjectID);
Node = (String)(col.Node);
itemKey = (String)(col.itemKey);
itemValue = (String)(col.itemValue);
itemType = (String)(col.itemType);
}
public List <JsonRow> GetRowsFromJson(string json)
{
List <string> list2 = SplitJsonArray(json);
List <JsonRow> list = new List <JsonRow>();
foreach (string item in list2)
{
JsonRow item2 = JsonUtility.FromJson <JsonRow>(item);
list.Add(item2);
}
return(list);
}
public static IEnumerable ToJsonTable(String json)
{
/*clear white spaces, tab, returns, and line-feeds from the beginning of the string.
* Initialize the collection with the root containing the entire json object. */
var root = new JsonRow {
ParentID = 1
, ObjectID = 1
, itemKey = String.Empty
, itemValue = json.TrimStart(' ', '\t', '\r', '\n')
, itemType = json.StartsWith("[") ? "array" : "object"
};
//start parsing the string into a collection
var rows = ParseJson(root, root.ObjectID);
//reset the root parentID to zero. TODO: make this un-necessary
root.ParentID = 0;
rows.Add(root);
return(rows);
}
/// <summary>
/// Converts Google.Analytics.DataFeed into a JsonDataTable
/// </summary>
/// <param name="jsKey">a unique key for the javascript variable. variable is created as var {jsKey}_JsonTable = {};</param>
/// <returns></returns>
public string ResultsAsJsonTable(string jsKey)
{
string x = queryResults.ToString();
if (queryResults.Entries.Count == 0)
{
return("{}");
}
JsonTable tab = new JsonTable(jsKey);
int idx = 0;
foreach (DataEntry entry in queryResults.Entries)
{
JsonRow row = new JsonRow();
foreach (Dimension dimension in entry.Dimensions)
{
if (idx == 0)
{
tab.Columns.Add(new JsonColumn()
{
ID = dimension.Name, Label = getLabelFriendlyName(dimension.Name), Type = JsonType.STRING
});
}
JsonCell cell = new JsonCell();
cell.Type = JsonType.STRING;
int valAsNumDate;
if (int.TryParse(dimension.Value, out valAsNumDate))
{
string year = dimension.Value.Substring(0, 4);
string month = dimension.Value.Substring(4, 2);
string day = dimension.Value.Substring(6);
cell.Value = month + '/' + day + '/' + year;
}
else
{
cell.Value = dimension.Value;
}
row.Cells.Add(cell);
}
foreach (Metric metric in entry.Metrics)
{
if (idx == 0)
{
tab.Columns.Add(new JsonColumn()
{
ID = metric.Name, Label = getLabelFriendlyName(metric.Name), Type = JsonType.NUMBER
});
}
JsonCell cell = new JsonCell();
cell.Type = JsonType.NUMBER;
cell.Value = metric.Value;
row.Cells.Add(cell);
}
idx++;
tab.Rows.Add(row);
}
return(tab.ToString());
}
public static IEnumerable ToJsonTable(String json)
{
/*clear white spaces, tab, returns, and line-feeds from the beginning of the string.
Initialize the collection with the root containing the entire json object. */
var root = new JsonRow {
ParentID = 1
, ObjectID = 1
, itemKey = String.Empty
, itemValue = json.TrimStart(' ', '\t', '\r', '\n')
, itemType = json.StartsWith("[") ? "array" : "object"
};
//start parsing the string into a collection
var rows = ParseJson(root, root.ObjectID);
//reset the root parentID to zero. TODO: make this un-necessary
root.ParentID = 0;
rows.Add(root);
return rows;
}
/// <summary>
/// An experimental, work-in-progress effort to return a list of strongly-typed row objects more efficiently than
/// the original ParseJson
/// </summary>
/// <param name="eroot">A strongly-type row </param>
/// <param name="newID">The id of the parent node</param>
/// <returns></returns>
private static List<JsonRow> ParseJson_experimental(JsonRow eroot, Int32 newID)
{
// list of rows
List<JsonRow> rows = new List<JsonRow>();
// list of nested rows within the row
List<JsonRow> irows = new List<JsonRow>();
var evalue = eroot.itemValue;
if (evalue.StartsWith("{") || evalue.StartsWith("["))
{
// the element is an object
evalue = evalue.Substring(1, evalue.Length - 2);
}
else
{
return rows.ToList();
}
foreach (Match m in rxJsonAll.Matches(evalue))
{
JsonRow row = new JsonRow
{
ParentID = eroot.ParentID,
ObjectID = 0,
itemKey = m.Groups["itemKey"].Value,
itemValue = m.Groups["itemValue"].Value
};
if (row.itemValue.StartsWith("\"") && !row.itemValue.StartsWith("\"@"))
{
/*first, verify the value isn't an empty quoted string*/
if (row.itemValue.Equals("\"\""))
{
row.itemValue = String.Empty;
}
else
{
/*remove quotes from the value*/
row.itemValue = row.itemValue.Substring(1, row.itemValue.Length - 2);
}
row.itemType = "string";
}
/*array*/
else if (row.itemValue.StartsWith("["))
{
/*increment the newID*/
row.ObjectID = ++newID;
row.itemType = "array";
}
/*object*/
else if (row.itemValue.StartsWith("{"))
{
/*increment the newID*/
row.ObjectID = ++newID;
row.itemType = "object";
}
/*boolean*/
else if (String.Equals(row.itemValue, "true", sc) | String.Equals(row.itemValue, "false", sc))
{
row.itemType = "bool";
}
/*floats*/
else if (Regex.IsMatch(row.itemValue, "^-{0,1}\\d*\\.[\\d]+$") && !String.Equals(row.itemType, "string", sc))
{
row.itemType = "float";
}
/*int*/
else if (Regex.IsMatch(row.itemValue, "^-{0,1}(?:[1-9]+[0-9]*|[0]{1})$") && !String.Equals(row.itemType, "string", sc))
{
row.itemType = "int";
}
/*nulls*/
else if (String.IsNullOrEmpty(row.itemValue))
{
row.itemValue = "null";
row.itemType = "null";
}
/*add the parsed element to the output collection*/
rows.Add(row);
}
/* double back and handle the array and/or the object rows as the ancestry and hierarchy is established*/
foreach (JsonRow r in rows)
{
/*update the url*/
if (r.itemType == "object" || r.itemType == "array")
{
if (String.IsNullOrEmpty(r.itemKey))
{
r.Node = String.Format("{0}[{1}]", eroot.Node, r.ObjectID);
}
else
{
r.Node = String.Format("{0}.{1}", eroot.Node, r.itemKey);
}
}
else
{
r.Node = String.Format("{0}", eroot.Node);
}
// double back and handle the array and/or the object rows
switch (r.itemType.CompareString())
{
case "array":
List<JsonRow> iobj = new List<JsonRow>();
if (r.itemValue.StartsWith("[") && rxParseArrayOfObjects.IsMatch(r.itemValue))
{
Int32 oIndex = 0;
foreach (Match o in rxParseArrayOfObjects.Matches(r.itemValue))
{
newID++;/*increment the objectID*/
/*add the nested parent array object*/
JsonRow aroot = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = newID,
Node = String.Format("{0}[{1}]", r.Node, oIndex),
itemKey = String.Empty,
itemValue = o.Value,
itemType = "object"
};
/*add the nested parent array object*/
iobj.Add(aroot);
oIndex++;
}
irows.AddRange(iobj);
foreach (JsonRow aorow in iobj)
{
newID++;/*increment the objectID*/
JsonRow aoroot = new JsonRow
{
ParentID = aorow.ObjectID,
ObjectID = newID,
Node = aorow.Node,
itemKey = String.Empty,
itemValue = String.IsNullOrEmpty(aorow.itemValue) ? "object" : aorow.itemValue
};
/*add the nested elements within the nested parent array object*/
irows.AddRange(ParseJson(aoroot, newID).Cast<JsonRow>());
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
}
}
/*process simple arrays*/
else if (r.itemValue.StartsWith("[") && !rxParseArrayOfObjects.IsMatch(r.itemValue))
{
/*verify this isn't an empty array*/
if (!r.itemValue.Equals("[]"))
{
/*initialize the array element counter*/
Int32 ai = 0;
List<String> items = new List<String>();
/*determine whether a simple string or a numberic array*/
String itype = String.Empty;
if (rxSimpleStringArray.IsMatch(r.itemValue))
{
foreach (Match s in rxSimpleStringArray.Matches(r.itemValue))
{
items.Add(s.Groups["ArrayItem"].Value);
}
itype = "string";
}
else if (rxSimpleNumericArray.IsMatch(r.itemValue))
{
foreach (Match s in rxSimpleNumericArray.Matches(r.itemValue))
{
items.Add(s.Groups["ArrayItem"].Value);
}
itype = "float";
}
foreach (String item in items)
{
/*add the nested parent array object*/
JsonRow sa = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = 0,
Node = String.Format("{0}[{1}]", r.Node, ai),
itemKey = String.Empty,
itemValue = item,
itemType = itype
};
/*add the nested parent array object*/
iobj.Add(sa);
ai++;/*increment the array item index*/
}
irows.AddRange(iobj);
}
}
break;
case "object":
newID++;
/*initialize the nested elements root values*/
JsonRow oroot = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = newID,
Node = r.Node,
itemKey = r.itemKey,
itemValue = r.itemValue
};
/*add the nested elements to the outer collection*/
irows.AddRange(ParseJson(oroot, newID).Cast<JsonRow>());
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
break;
default:
break;
}
}
rows.AddRange(irows);
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
return rows;
}
/// <summary>
/// Returns a list of strongly-typed row objects
/// </summary>
/// <param name="eroot">A strongly-type row </param>
/// <param name="newID">The id of the parent node</param>
/// <returns></returns>
private static List <JsonRow> ParseJson(JsonRow eroot, Int32 newID)
{
// list of rows
List <JsonRow> rows = new List <JsonRow>();
// list of nested rows within the row
List <JsonRow> irows = new List <JsonRow>();
var evalue = eroot.itemValue;
if (evalue.StartsWith("{") || evalue.StartsWith("["))
{
// the element is an object
evalue = evalue.Substring(1, evalue.Length - 2);
}
else
{
return(rows.ToList());
}
Int32 eindex = -1;
foreach (Match m in rxJsonAll.Matches(evalue))
{
JsonRow row = new JsonRow
{
ParentID = eroot.ParentID,
ObjectID = 0,
Node = String.Format("{0}", eroot.Node),
itemKey = m.Groups["itemKey"].Value,
itemValue = m.Groups["itemValue"].Value
};
// determine if the itemValue contains a JavaScript Unix Date function
if (jsUnixDate.IsMatch(row.itemValue))
{
DateTime dt = FromJsUnixTime(row.itemValue);
row.itemValue = dt.ToUniversalTime().ToString();
row.itemType = "datetime";
}
//if (row.itemValue.StartsWith("\"") && !row.itemValue.StartsWith("\"@"))
else if (row.itemValue.StartsWith("\""))
{
/*first, verify the value isn't an empty quoted string*/
if (row.itemValue.Equals("\"\""))
{
row.itemValue = String.Empty;
}
else
{
/*remove quotes from the value*/
row.itemValue = row.itemValue.Substring(1, row.itemValue.Length - 2);
}
row.itemType = "string";
}
/*array or object*/
else if (row.itemValue.StartsWith("[") | row.itemValue.StartsWith("{"))
{
/*increment the newID*/
row.ObjectID = ++newID;
// construct the node address to the element
if (String.IsNullOrEmpty(row.itemKey))
{
row.Node = String.Format("{0}[{1}]", eroot.Node, ++eindex);
}
else
{
row.Node = String.Format("{0}.{1}", eroot.Node, row.itemKey);
}
// set the itemType
row.itemType = row.itemValue.StartsWith("[") ? "array" : "object";
}
/*boolean*/
else if (String.Equals(row.itemValue, "true", sc) | String.Equals(row.itemValue, "false", sc))
{
row.itemType = "bool";
}
/*floats*/
else if (Regex.IsMatch(row.itemValue, "^-{0,1}\\d*\\.[\\d]+$") && !String.Equals(row.itemType, "string", sc))
{
row.itemType = "float";
}
/*int*/
else if (Regex.IsMatch(row.itemValue, "^-{0,1}(?:[1-9]+[0-9]*|[0]{1})$") && !String.Equals(row.itemType, "string", sc))
{
row.itemType = "int";
}
/*nulls*/
else if (String.IsNullOrEmpty(row.itemValue))
{
row.itemValue = "null";
row.itemType = "null";
}
/*add the parsed element to the output collection*/
rows.Add(row);
}
/* double back and handle the array and/or the object rows as the ancestry and hierarchy is established*/
foreach (JsonRow r in rows)
{
// double back and handle the array and/or the object rows
switch (r.itemType.CompareString())
{
case "array":
List <JsonRow> iobj = new List <JsonRow>();
if (r.itemValue.StartsWith("[") && rxParseArrayOfObjects.IsMatch(r.itemValue))
{
Int32 oIndex = 0;
foreach (Match o in rxParseArrayOfObjects.Matches(r.itemValue))
{
/*add the nested parent array object*/
JsonRow aroot = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = ++newID, // increment the objectID
Node = String.Format("{0}[{1}]", r.Node, oIndex),
itemKey = String.Empty,
itemValue = o.Value,
itemType = "object"
};
/*add the nested parent array object*/
iobj.Add(aroot);
oIndex++;
}
irows.AddRange(iobj);
foreach (JsonRow aorow in iobj)
{
JsonRow aoroot = new JsonRow
{
ParentID = aorow.ObjectID,
ObjectID = ++newID, // increment the objectID
Node = aorow.Node,
itemKey = String.Empty,
itemValue = String.IsNullOrEmpty(aorow.itemValue) ? "object" : aorow.itemValue
};
/*add the nested elements within the nested parent array object*/
irows.AddRange(ParseJson(aoroot, newID).Cast <JsonRow>());
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
}
}
/*process simple arrays*/
else if (r.itemValue.StartsWith("[") && !rxParseArrayOfObjects.IsMatch(r.itemValue))
{
/*verify this isn't an empty array*/
if (!r.itemValue.Equals("[]"))
{
/*initialize the array element counter*/
Int32 ai = 0;
List <String> items = new List <String>();
/*determine whether a simple string or a numberic array*/
String itype = String.Empty;
if (rxSimpleStringArray.IsMatch(r.itemValue))
{
foreach (Match s in rxSimpleStringArray.Matches(r.itemValue))
{
items.Add(s.Groups["ArrayItem"].Value);
}
itype = "string";
}
else if (rxSimpleNumericArray.IsMatch(r.itemValue))
{
foreach (Match s in rxSimpleNumericArray.Matches(r.itemValue))
{
items.Add(s.Groups["ArrayItem"].Value);
}
itype = "float";
}
foreach (String item in items)
{
/*add the nested parent array object*/
JsonRow sa = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = 0,
Node = String.Format("{0}[{1}]", r.Node, ai),
itemKey = String.Empty,
itemValue = item,
itemType = itype
};
/*add the nested parent array object*/
iobj.Add(sa);
ai++; /*increment the array item index*/
}
irows.AddRange(iobj);
}
}
break;
case "object":
/*initialize the nested elements root values*/
JsonRow oroot = new JsonRow
{
ParentID = r.ObjectID,
ObjectID = ++newID, // increment the objectID
Node = r.Node,
itemKey = r.itemKey,
itemValue = r.itemValue
};
/*add the nested elements to the outer collection*/
irows.AddRange(ParseJson(oroot, newID).Cast <JsonRow>());
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
break;
default:
break;
}
}
rows.AddRange(irows);
/*retrieve the last ObjectID from the inner collection*/
newID = NewID(rows, irows);
return(rows);
}