public static Endpoint Parse(string string_to_parse)
{
Endpoint _endpoint = new Endpoint();
try //try catch for parsing endpoint
{
JObject oServerReturn = JObject.Parse(string_to_parse);
try
{
String nameStr = oServerReturn["name"].ToString();
String adminURLStr = oServerReturn["adminURL"].ToString();
String internalURL = oServerReturn["internalURL"].ToString();
String publicURLStr = oServerReturn["publicURL"].ToString();
String typeStr = oServerReturn["type"].ToString();
String regionStr = oServerReturn["region"].ToString();
String idStr = oServerReturn["id"].ToString();
_endpoint.admin_url = adminURLStr;
_endpoint.internal_url = internalURL;
_endpoint.public_url = publicURLStr;
_endpoint.region = regionStr;
_endpoint.name = nameStr;
_endpoint.id = idStr;
_endpoint.endpoint_type = typeStr;
_endpoint.endpoint_error = "";
return _endpoint;
}
catch
{
try
{
// String nameStr = oServerReturn["endpoint"]["name"].ToString();
String adminURLStr = oServerReturn["endpoint"]["adminurl"].ToString();
String internalURL = oServerReturn["endpoint"]["internalurl"].ToString();
String publicURLStr = oServerReturn["endpoint"]["publicurl"].ToString();
String regionStr = oServerReturn["endpoint"]["region"].ToString();
String idStr = oServerReturn["endpoint"]["id"].ToString();
_endpoint.admin_url = adminURLStr;
_endpoint.internal_url = internalURL;
_endpoint.public_url = publicURLStr;
_endpoint.region = regionStr;
// _endpoint.name = nameStr;
_endpoint.id = idStr;
// _endpoint.type = typeStr;
_endpoint.endpoint_error = "";
return _endpoint;
}
catch
{
throw new BadJson("Json command was contained incorrect fields");
} //end catch of second parse attempt
} //End of first parse attempt
} catch {
throw new BadJson("Json command contained incorrect fields");
} //end try catch for parsing endpoint
}
public static List<Endpoint> List_Endpoints(string url, string userId, string AdminToken)
{
List<Endpoint> Endpoint_List = new List<Endpoint>();
Endpoint newEndpoint = new Endpoint();
string ret = string.Empty;
try //try catch for the web request
{
ret = newEndpoint.GET(AdminToken, url + "/v2.0/tokens/" + userId + "/endpoints");
} catch (Exception x)
{
Exception ex = OpenStackObject.Parse_Error(x);
throw ex;
} //end try catch for web request
try //Try catch for server return (with catch if empty)
{
JObject root = JObject.Parse(ret);
JArray ServerReturn = (JArray)root["endpoints"];
for (int i = 0; i < ServerReturn.Count; i++)
{
newEndpoint = new Endpoint();
try //try catch for endpiont parsing
{
newEndpoint = Endpoint.Parse(ServerReturn[i].ToString());
}
catch (Exception x)
{
throw x;
} //end try catch for endpoint parsing
Endpoint_List.Add(newEndpoint);
}
return Endpoint_List;
}
catch (Exception x)
{
x.ToString();
return new List<Endpoint>();
} //end try catch for server return
}
/// <summary>
/// Lists all endpoints in the server connected to the user associated with the userToken with a GET call. Fills in the endpoint_list field of the endpoint manager
/// </summary>
/// <param name="url">The url is the OpenStack server address. The port required is the admin port number. For example: http://sampleserveraddress:35357, where 35357 is the admin port.</param>
/// <param name="userToken"> This is the id of a token given to a user. This determines which endpoints will be seen by the admin. If seeing all is desired, use the admin token as the user token as well.</param>
/// <param name="AdminToken"> This is the id of a token given to a user with admin permissions.</param>
public void List_Endpoints(string url, string userToken, string AdminToken)
{
List<Endpoint> Endpoint_List = new List<Endpoint>();
string ret = string.Empty;
try
{
HttpWebRequest webRequest = (HttpWebRequest)WebRequest.Create(url + "/tokens/" + userToken + "/endpoints");
webRequest.Method = "GET";
webRequest.ServicePoint.Expect100Continue = false;
webRequest.Headers.Add("X-Auth-Token", AdminToken);
webRequest.Timeout = 2000;
HttpWebResponse resp = (HttpWebResponse)webRequest.GetResponse();
Stream resStream = resp.GetResponseStream();
StreamReader reader = new StreamReader(resStream);
ret = reader.ReadToEnd();
JObject root = JObject.Parse(ret);
JArray ServerReturn = (JArray)root["endpoints"];
if (ServerReturn != null)
{
for (int i = 0; i < ServerReturn.Count; i++)
{
Endpoint newEndpoint = new Endpoint();
newEndpoint = Endpoint.Parse(ServerReturn[i].ToString());
Endpoint_List.Add(newEndpoint);
}
endpoint_list = Endpoint_List;
}
else
{
endpoint_list = new List<Endpoint>();
}
}
catch (Exception x)
{
endpoint_manager_error = x.ToString();
}
}
/// <summary>
/// Takes raw json and converts it into an endpoint.
/// Json infomation must include at bare minimum:
/// name, adminURL, internalURL, public URL, type, and id.
/// This is not a server call.
/// </summary>
/// <param name="string_to_parse">json string that is to be turned into an endpoint. </param>
/// <returns>If successful, will parse will return an endpoint with the given fields filled in. If unsuccessful will return an endpoint with the endpoint error field filled</returns>
public static Endpoint Parse(string string_to_parse)
{
Endpoint _endpoint = new Endpoint();
try
{
JObject oServerReturn = JObject.Parse(string_to_parse);
String nameStr = oServerReturn["name"].ToString();
String adminURLStr = oServerReturn["adminURL"].ToString();
String internalURL = oServerReturn["internalURL"].ToString();
String publicURLStr = oServerReturn["publicURL"].ToString();
String typeStr = oServerReturn["type"].ToString();
String regionStr = oServerReturn["region"].ToString();
String idStr = oServerReturn["id"].ToString();
_endpoint.admin_url = adminURLStr;
_endpoint.internal_url = internalURL;
_endpoint.public_url = publicURLStr;
_endpoint.region = regionStr;
_endpoint.name = nameStr;
_endpoint.id = idStr;
_endpoint.type = typeStr;
_endpoint.endpoint_error = "";
return _endpoint;
}
catch (Exception x)
{
try
{
JObject oServerReturn = JObject.Parse(string_to_parse);
String nameStr = oServerReturn["endpoint"]["name"].ToString();
String adminURLStr = oServerReturn["endpoint"]["adminurl"].ToString();
String internalURL = oServerReturn["endpoint"]["internalurl"].ToString();
String publicURLStr = oServerReturn["endpoint"]["publicurl"].ToString();
//String typeStr = oServerReturn["endpoint"]["type"].ToString();
String regionStr = oServerReturn["endpoint"]["region"].ToString();
String idStr = oServerReturn["endpoint"]["id"].ToString();
_endpoint.admin_url = adminURLStr;
_endpoint.internal_url = internalURL;
_endpoint.public_url = publicURLStr;
_endpoint.region = regionStr;
_endpoint.name = nameStr;
_endpoint.id = idStr;
// _endpoint.type = typeStr;
_endpoint.endpoint_error = "";
return _endpoint;
}
catch
{
_endpoint.endpoint_error = x.ToString();
return _endpoint;
}
}
}
protected void btnTest4_Click(object sender, EventArgs e)
{
lstbxEndpoints.Items.Clear();
epTest = new TestDeleteEndpoint();
try
{
lblCreateEPPassFail.Visible = epTest.Set_Up_Delete_Endpoints_Test(LoginSession.adminURL, LoginSession.userToken.token_id, "tstEPTen121314", "tstEPService121314");
lblCreateEPPassFail.Text = "PASS";
epTest.em = Endpoint.List_Endpoints(LoginSession.adminURL, LoginSession.userToken.token_id, LoginSession.userToken.token_id);
//End Set Up
}
catch (Exception x)
{
txtbTest4.Text = x.Message;
lblTest4.Visible = true;
lblTest4.Text = "FAIL";
}
Boolean ret = true;
String output = String.Empty;
lstbxAfter.Items.Clear();
try
{
Endpoint fakeEP = new Endpoint();
fakeEP.Delete_Endpoint(LoginSession.adminURL, LoginSession.userToken.token_id);
lblTest4.Text = "FAIL";
//End Run Test
}
catch (Exception x)
{
txtbTest4.Text = x.Message;
lblTest4.Visible = epTest.Tear_Down_Delete_Endpoints_Test(LoginSession.adminURL, LoginSession.userToken.token_id, epTest.endpoint_testUser, epTest.endpoint_testServiceid, epTest.endpoint_testTenantid);
lblTest4.Text = "PASS";
}
}
