private static void EdgeGeneralTests(WebClient webClient)
{
// Test the Authenticate method.
AuthenticateResponse authenticateResponse = webClient.Authenticate(ConfigurationManager.AppSettings["Username"], ConfigurationManager.AppSettings["Password"]);
EdgeOS.API.Types.Configuration.Configuration exampleConfiguration = new EdgeOS.API.Types.Configuration.Configuration()
{
Firewall = new Firewall()
{
Group = new FirewallGroup()
{
AddressGroup = new Dictionary <string, AddressGroupEntry>()
{
{
"APITestAddresses", new AddressGroupEntry()
{
Address = new[] { "4.3.2.1" }
}
}
}
}
}
};
// Add an IP to a FirewallAddressGroup (creating it if it doesn't already exist).
ConfigurationSettingsBatchResponse configurationSettingsBatchResponse = webClient.ConfigurationSettingsBatch(new ConfigurationSettingsBatchRequest
{
// Add an IP address group.
Set = exampleConfiguration,
// Cut down on the amount of bytes being returned by selecting a hopefully empty node.
Get = new EdgeOS.API.Types.Configuration.Configuration()
{
CustomAttribute = new[] { "" }
}
});
// Delete APITestAddresses.
exampleConfiguration.Firewall.Group.AddressGroup["APITestAddresses"] = null;
// Remove the FirewallAddressGroup.
ConfigurationSettingsDeleteResponse configurationSettingsDeleteResponse = webClient.ConfigurationSettingsDelete(exampleConfiguration);
// Get predefined config list.
ConfigurationSettingsGetResponse configurationSettingsGetPredefinedListResponse = webClient.ConfigurationSettingsGetPredefinedList();
// Get sections of partial config.
ConfigurationSettingsGetResponse configurationSettingsGetSectionsResponse = webClient.ConfigurationSettingsGetSections("{\"firewall\":null, \"protocols\":null}");
// Get tree config.
ConfigurationSettingsGetTreeResponse configurationSettingsGetTreeResponse = webClient.ConfigurationSettingsGetTree(new[] { "system", "ntp" });
configurationSettingsGetTreeResponse = webClient.ConfigurationSettingsGetTree(new[] { "system" });
configurationSettingsGetTreeResponse = webClient.ConfigurationSettingsGetTree(new[] { "firewall", "group", "address-group" });
// Set a FirewallAddressGroup.
ConfigurationSettingsSetResponse configurationSettingsSetResponse = webClient.ConfigurationSettingsSet(exampleConfiguration);
// Data methods.
DataDefaultConfigurationStatusResponse dataDefaultConfigurationStatusResponse = webClient.DataDefaultConfigurationStatus();
DataDHCPLeasesResponse dataDHCPLeasesResponse = webClient.DataDHCPLeases();
DataDHCPStatisticsResponse dataDHCPStatisticsResponse = webClient.DataDHCPStatistics();
DataFirewallStatisticsResponse dataFirewallStatisticsResponse = webClient.DataFirewallStatistics();
DataNATStatisticsResponse dataNATStatisticsResponse = webClient.DataNATStatistics();
DataRoutesResponse dataRoutesResponse = webClient.DataRoutes();
DataSystemInformationResponse dataSystemInformationResponse = webClient.DataSystemInformation();
// Heartbeat.
webClient.Heartbeat();
// Firmware update.
UpgradeResponse upgradeFirmware = webClient.UpgradeFirmware("EdgeOS.API.dll");
upgradeFirmware = webClient.UpgradeFirmware(new Uri("http://localhost/firmware.bin"));
//TODO: Wizard Feature.
//TODO: Wizard Setup.
}
private static void CreateClass(WebClient webClient, string[] startKey)
{
// Get the tree.
ConfigurationSettingsGetTreeResponse configurationSettingsGetTreeResponse = webClient.ConfigurationSettingsGetTree(startKey);
// We remember further sections or tags for later rather than process immediately because we want to finish writing the current class before moving onto them.
List <string[]> furtherSectionsOrTags = new List <string[]>();
// There may not be any further definitions.
if (configurationSettingsGetTreeResponse.Get.Definitions != null)
{
StringBuilder stringBuilder = new StringBuilder();
stringBuilder.AppendLine("using Newtonsoft.Json;");
foreach (KeyValuePair <string, ConfigurationSettingsGetTreeResponse.GetConfig.Definition> definition in configurationSettingsGetTreeResponse.Get.Definitions)
{
if (definition.Value.Tag)
{
stringBuilder.AppendLine("using System.Collections.Generic;");
break;
}
}
stringBuilder.AppendLine();
stringBuilder.AppendLine("namespace EdgeOS.API.Types.Configuration");
stringBuilder.AppendLine("{");
stringBuilder.AppendLine(" /// <summary>A class representing an EdgeOS " + GetNamingConventionString(startKey != null ? string.Join(" ", startKey) + " " : "") + "configuration tree.</summary>");
stringBuilder.AppendLine(" public class " + GetClassNameFromStartKey(startKey));
stringBuilder.AppendLine(" {");
// To work out when to add new lines in the class once a previous item has been added.
bool alreadyAddedItem = false;
// Take each of the definitions.
foreach (KeyValuePair <string, ConfigurationSettingsGetTreeResponse.GetConfig.Definition> definition in configurationSettingsGetTreeResponse.Get.Definitions)
{
// Write the separator to the class if this is not the first iteration.
if (alreadyAddedItem)
{
stringBuilder.AppendLine();
}
// Write the metadata to the class.
stringBuilder.AppendLine(" /// <summary>" + definition.Value.Help.TrimEnd() + "</summary>");
stringBuilder.AppendLine(" [JsonProperty(PropertyName = \"" + definition.Key + "\")]");
string namingConventionKey = GetNamingConventionString(definition.Key);
// Is this a list of further values (will not have a type declared)?
if (definition.Value.Type == ConfigurationSettingsGetTreeResponse.GetConfig.Definition.ValueType.Unknown)
{
// Get the full path to this key.
string[] newArray = AppendArray(startKey, definition.Key);
// Write out the section path.
//Console.WriteLine("Section: " + string.Join(" -> ", newArray));
// Write this section to the class.
stringBuilder.AppendLine(" public " + GetNamingConventionString(startKey == null ? definition.Key : startKey[startKey.Length - 1] + '-' + definition.Key) + " " + namingConventionKey + ";");
// We will recursively call this method again (but after we have finished processing all Definitions for this class).
furtherSectionsOrTags.Add(newArray);
}
// User defined tags are present.
else if (definition.Value.Tag)
{
// Get the full path to this key.
string[] newArray = AppendArray(startKey, definition.Key);
// Write out the tag path.
//Console.WriteLine("Tag: " + string.Join(" -> ", newArray));
// Write this tag to the class.
stringBuilder.AppendLine(" public Dictionary<string, " + namingConventionKey + "Entry> " + namingConventionKey + ";");
// Query an undefined tag to get the definitions.
newArray = AppendArray(newArray, "Entry");
// We will recursively call this method again (but after we have finished processing all Definitions for this class).
furtherSectionsOrTags.Add(newArray);
}
// This is a setting
else
{
// Write out the value.
//Console.WriteLine("Value: " + definition.Key);
// Write this value to the class.
stringBuilder.AppendLine(" public " + GetTypeString(definition.Value) + " " + namingConventionKey + ";");
}
// Mark that we have now added an item.
alreadyAddedItem = true;
}
// Write the class footer.
stringBuilder.AppendLine(" }");
stringBuilder.Append("}");
// Create a path and filename for this class.
string fileName = @"Configuration\" + (startKey != null ? GetFilepathString(startKey) : "Configuration") + ".cs";
// Get just the directory
string directory = Path.GetDirectoryName(fileName);
if (!Directory.Exists(directory))
{
Directory.CreateDirectory(directory);
}
// Write this class to a file.
File.WriteAllText(fileName, stringBuilder.ToString());
// Update the user on the progress.
Console.WriteLine(fileName);
// More children (tags and sections) to resolve.
foreach (string[] furtherSectionOrTag in furtherSectionsOrTags)
{
CreateClass(webClient, furtherSectionOrTag);
}
}
}
