public void TestCreateKeyValue()
{
// The expected JSON String
String expected = "\"name\": \"Dave\"";
// The actual JSON String
String actual = JSONWriter.CreateKeyValue("name", "Dave");
// Ensure the expected JSON String and the actual JSON String are equal
Assert.AreEqual(expected, actual);
}
/// <summary>
/// This method will create a well formed key based upon the values of
/// Device and WeekNumber. If the device is null, then the week number
/// will be used to create a name key. E.g. "name": "9800" or
/// "name": "Week 1".
/// </summary>
/// <returns>A well formed key/value pair</returns>
private String GetDataKey()
{
// Return the device name as a key if avaiable.
if (Device != null)
{
return(JSONWriter.CreateKeyValue("name", Device));
}
return(JSONWriter.CreateKeyValue("name", "Week " + WeekNumber));
}
public void TestCreateJSONObjectKeyValue()
{
// The expected JSON String
String expected = "{ \"name\": \"Dave\", \"age\": \"30\" }";
//The input data
String name = JSONWriter.CreateKeyValue("name", "Dave");
String age = JSONWriter.CreateKeyValue("age", "30");
// The actual JSON String
String actual = JSONWriter.CreateJSONObject(name, age);
// Ensure the expected JSON String and the actual JSON String are equal
Assert.AreEqual(expected, actual);
}
/// <summary>
/// This method will return a well formatted JSON String based upon the
/// elements that are held within this object.
/// </summary>
/// <returns>A well formatted JSON String</returns>
public String ToJSON()
{
// Stores a list of the various JSON objects
List <String> elements = new List <String>();
// Loop oever each event collection
foreach (KeyValuePair <String, EventCollection> pair in this)
{
// Get the event collection grouping name
String name = JSONWriter.CreateKeyValue("name", pair.Key);
// Get the count of the event collection
String value = JSONWriter.CreateKeyValue("size", pair.Value.Count.ToString());
// Create a JSON object
String json = JSON.JSONWriter.CreateJSONObject(name, value);
// Add to the know elements
elements.Add(json);
}
return(String.Join(", ", elements.ToArray()));
}
/// <summary>
/// This method will merge all the Fail MixBand JSON formatted strings for
/// each given week within this object. The method will the ultimatley
/// return a new JSON string which will contain the multi-week analysis.
/// </summary>
/// <returns>A well formed JSON string</returns>
private String MergeFailMixBandJSON()
{
// Stores all the JSON strings for each week
List <String> weeks = new List <String>();
// Loop over each week
foreach (KeyValuePair <int, WeekAnalysis> pair in WeeklyAnalysis)
{
// Create the JSON String
String json = pair.Value.CreateFailMixBandJSON();
// Add the string to the list of weeks
weeks.Add(json);
}
// Create the name of the data structure
String name = JSONWriter.CreateKeyValue("name", "Fail Events Mix-Band Usage");
// Create the children JSON array
String children = JSONWriter.CreateJSONArray("children", weeks);
// Create and return the final JSON object
return(JSONWriter.CreateJSONObject(name, children));
}
/// <summary>
/// This method will merge all the Fail RAT JSON formatted strings for each
/// given device within this object. The method will ultimately return a
/// new JSON string which will contain the multi-device analysis.
/// </summary>
/// <returns>A well formed JSON string</returns>
private String MergeFailRATJSON()
{
// Stores all the JSON strings for each device
List <String> devices = new List <String>();
// Loop over each week
foreach (KeyValuePair <String, ProductAnalysis> pair in ProductsAnalysis)
{
// Create the JSON String
String json = pair.Value.CreateFailRATJSON();
// Add the string to the list of weeks
devices.Add(json);
}
// Create the name of the data structure
String name = JSONWriter.CreateKeyValue("name", "Fail Events RAT Usage");
// Create the children JSON array
String children = JSONWriter.CreateJSONArray("children", devices);
// Create and return the final JSON object
return(JSONWriter.CreateJSONObject(name, children));
}
/// <summary>
/// This method will return a well formatted JSON String based upon the
/// elements that are held within this object.
/// </summary>
/// <returns>A well formatted JSON String</returns>
public override String ToString()
{
// List of each JSON cluster
List <String> clusters = new List <String>();
// Loop over each of the clusters
foreach (KeyValuePair <int, AnalysisResultsCollection> pair in this)
{
// Generate the cluster name
String cluster_name = JSONWriter.CreateKeyValue("name", "Cluster " + pair.Key);
// Used to store the children JSON array
List <String> cluster_children = new List <String>();
// Loop over the children data (E.g. 2G, or 3G, or Freq1)
foreach (KeyValuePair <String, AnalysisResults> results in pair.Value)
{
// Generate the name
String name = JSONWriter.CreateKeyValue("name", results.Key);
// Generate the Children array
String children = JSONWriter.CreateJSONArray("children", results.Value.ToJSON());
// merge the two above together
String element = JSONWriter.CreateJSONObject(name, children);
// Add to the cluster
cluster_children.Add(element);
}
// Merge all the children values into an Array
String children_values = JSONWriter.CreateJSONArray("children", cluster_children);
// Create the cluster JSON Object
String cluster = JSONWriter.CreateJSONObject(cluster_name, children_values);
// Add the cluster JSON object to all the known clusters
clusters.Add(cluster);
}
// Format the key (either the device name or the week number)
String key = GetDataKey();
// Format the children data
String data = JSONWriter.CreateJSONArray("children", clusters);
// Final Formatting of the string
return(JSONWriter.CreateJSONObject(key, data));
}
