public async Task <SlidingStoneResponseType> LogAsync(LogItem logItem)
{
SlidingStoneResponseType response = new SlidingStoneResponseType();
CloudTableClient cloudTableClient = _storageAccount.CreateCloudTableClient();
//Create an instance of each entity type and pass in associated CloudTableClient & TableName
LogTableEntity_IPAddress logTableEntity_IPAddress = new LogTableEntity_IPAddress(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byip");
LogTableEntity_Activity logTableEntity_Activity = new LogTableEntity_Activity(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byactivity");
LogTableEntity_Time logTableEntity_Time = new LogTableEntity_Time(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "bytime");
//LogTableEntity_UserName logTableEntity_UserName = new LogTableEntity_UserName(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byuser");
//LogTableEntity_Company logTableEntity_Company = new LogTableEntity_Company(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "bycompany");
//Gather up all the entities into a list for our parallel task to execute in a ForEach
List <Object> entityTypes = new List <object>();
entityTypes.Add(logTableEntity_IPAddress);
entityTypes.Add(logTableEntity_Activity);
entityTypes.Add(logTableEntity_Time);
//entityTypes.Add(logTableEntity_UserName);
//entityTypes.Add(logTableEntity_Company);
#region Alternative method for parallelism using Tasks
/*
* List<Task> tasks = new List<Task>();
*
* foreach (ILogTableEntity obj in entityTypes)
* {
* //Transform the LogItem into each corresponding table entity type for insert execution into logs
* obj.Activity = logItem.ActivityType.ToString();
* obj.Company = logItem.Company;
* obj.Description = logItem.Description;
* obj.Email = logItem.Email;
* obj.IPAddress = logItem.IPAddress;
* obj.ObjectID = logItem.ObjectID;
* obj.UserName = logItem.UserName;
*
* //Create table for entity if not exists
* obj.cloudTable.CreateIfNotExists();
*
* //create an insert operation for each entity, assign to designated CloudTable, and add to our list of tasks:
* TableOperation operation = TableOperation.Insert((obj as TableEntity));
* tasks.Add(Task.Factory.StartNew(() =>
* {
* //Execute the operation
* obj.cloudTable.Execute(operation);
*
* //Display the id of the thread for each parallel instance to verifiy prallelism
* //Trace.TraceInformation("Current thread ID: " + Thread.CurrentThread.ManagedThreadId);
*
* }
* ));
* ;
* }*/
#endregion
try
{
#region Alternative method for parallelism using Tasks
//Run all queued tasks in parallel (Remove Parallel.For loop below)
/*
* Task.WaitAll(tasks.ToArray());
*/
#endregion
Parallel.ForEach(entityTypes, obj =>
{
#region Trace Statements
//Display the id of the thread for each parallel instance to verifiy prallelism
//Trace.TraceInformation("Current thread ID: " + Thread.CurrentThread.ManagedThreadId);
#endregion
//Transform the LogItem into each corresponding table entity type for insert execution into logs
(obj as ILogTableEntity).Activity = logItem.ActivityType.ToString();
(obj as ILogTableEntity).Company = logItem.Company;
(obj as ILogTableEntity).Description = logItem.Description;
(obj as ILogTableEntity).Email = logItem.Email;
(obj as ILogTableEntity).IPAddress = logItem.IPAddress;
(obj as ILogTableEntity).ObjectID = logItem.ObjectID;
(obj as ILogTableEntity).UserName = logItem.UserName;
//Create table for entity if not exists
(obj as ILogTableEntity).cloudTable.CreateIfNotExists();
//create an insert operation for each entity, assign to designated CloudTable, and add to our list of tasks:
TableOperation operation = TableOperation.Insert((obj as TableEntity));
(obj as ILogTableEntity).cloudTable.Execute(operation);
});
}
catch (Exception e)
{
response.isSuccess = false;
response.errorId = 0;
response.errorMessage = e.Message;
return(response);
}
response.isSuccess = true;
response.successId = 1;
return(response);
}
public async Task<SlidingStoneResponseType> LogAsync(LogItem logItem)
{
SlidingStoneResponseType response = new SlidingStoneResponseType();
CloudTableClient cloudTableClient = _storageAccount.CreateCloudTableClient();
//Create an instance of each entity type and pass in associated CloudTableClient & TableName
LogTableEntity_IPAddress logTableEntity_IPAddress = new LogTableEntity_IPAddress(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byip");
LogTableEntity_Activity logTableEntity_Activity = new LogTableEntity_Activity(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byactivity");
LogTableEntity_Time logTableEntity_Time = new LogTableEntity_Time(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "bytime");
//LogTableEntity_UserName logTableEntity_UserName = new LogTableEntity_UserName(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "byuser");
//LogTableEntity_Company logTableEntity_Company = new LogTableEntity_Company(cloudTableClient, logItem.LogType.ToString().ToLower() + "" + "bycompany");
//Gather up all the entities into a list for our parallel task to execute in a ForEach
List<Object> entityTypes = new List<object>();
entityTypes.Add(logTableEntity_IPAddress);
entityTypes.Add(logTableEntity_Activity);
entityTypes.Add(logTableEntity_Time);
//entityTypes.Add(logTableEntity_UserName);
//entityTypes.Add(logTableEntity_Company);
#region Alternative method for parallelism using Tasks
/*
List<Task> tasks = new List<Task>();
foreach (ILogTableEntity obj in entityTypes)
{
//Transform the LogItem into each corresponding table entity type for insert execution into logs
obj.Activity = logItem.ActivityType.ToString();
obj.Company = logItem.Company;
obj.Description = logItem.Description;
obj.Email = logItem.Email;
obj.IPAddress = logItem.IPAddress;
obj.ObjectID = logItem.ObjectID;
obj.UserName = logItem.UserName;
//Create table for entity if not exists
obj.cloudTable.CreateIfNotExists();
//create an insert operation for each entity, assign to designated CloudTable, and add to our list of tasks:
TableOperation operation = TableOperation.Insert((obj as TableEntity));
tasks.Add(Task.Factory.StartNew(() =>
{
//Execute the operation
obj.cloudTable.Execute(operation);
//Display the id of the thread for each parallel instance to verifiy prallelism
//Trace.TraceInformation("Current thread ID: " + Thread.CurrentThread.ManagedThreadId);
}
));
;
}*/
#endregion
try
{
#region Alternative method for parallelism using Tasks
//Run all queued tasks in parallel (Remove Parallel.For loop below)
/*
Task.WaitAll(tasks.ToArray());
*/
#endregion
Parallel.ForEach(entityTypes, obj =>
{
#region Trace Statements
//Display the id of the thread for each parallel instance to verifiy prallelism
//Trace.TraceInformation("Current thread ID: " + Thread.CurrentThread.ManagedThreadId);
#endregion
//Transform the LogItem into each corresponding table entity type for insert execution into logs
(obj as ILogTableEntity).Activity = logItem.ActivityType.ToString();
(obj as ILogTableEntity).Company = logItem.Company;
(obj as ILogTableEntity).Description = logItem.Description;
(obj as ILogTableEntity).Email = logItem.Email;
(obj as ILogTableEntity).IPAddress = logItem.IPAddress;
(obj as ILogTableEntity).ObjectID = logItem.ObjectID;
(obj as ILogTableEntity).UserName = logItem.UserName;
//Create table for entity if not exists
(obj as ILogTableEntity).cloudTable.CreateIfNotExists();
//create an insert operation for each entity, assign to designated CloudTable, and add to our list of tasks:
TableOperation operation = TableOperation.Insert((obj as TableEntity));
(obj as ILogTableEntity).cloudTable.Execute(operation);
});
}
catch (Exception e)
{
response.isSuccess = false;
response.errorId = 0;
response.errorMessage = e.Message;
return response;
}
response.isSuccess = true;
response.successId = 1;
return response;
}
