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Notice in both cases I have added the ToList method to force eager execution of the query Additionally, note in Listing 6-9 that in both cases the exact same SQL is generated by EF You may be wondering at this point, If both syntactical structures generate the same SQL code, which one is better The fact is that it comes down to personal preference In my opinion, the query-based expression syntax is more readable and easier to understand because it is.

ASCII code: 2

In this snippet, we first stored the identifier of the timer in a variable called id. We then immediately called on clearTimeout, passing the identifier we stored. This means that the function will never be called, because we disable the execution of the timer function immediately. As you might guess, clearInterval is used to disable a setInterval timer. Like clearTimeout, it also takes a single id argument: var count = 0; var id = setInterval(function(){ console.log('Hello'); count++; if (count === 3) clearInterval(id); }, 1000); Here we have an example of a self-disabling interval function. We first set up a counter that increments for each invocation of the function argument. We then set the function argument to run every one second using the setInterval function. When the function argument has been invoked three times, we call clearInterval to disable the timer, stopping our function from further executing. Since the setTimeout and setInterval functions are mostly concerned with executing function arguments, MooTools implements two Function methods that employ these two timer functions, delay and periodical, which we ve already seen in 2. Like setTimeout and setInterval, these two function methods return a timer identifier that can be used with the clearTimeout and clearInterval functions.

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ASCII code: %

similar to SQL; however, there is fundamentally no difference between the two when it comes to the conversion from C# to SQL. Listing 6-9. Query and Method-Based LINQ Expressions //C# Example List<Employee> emp = (from r in aw.Employee where r.SickLeaveHours > 40 select r).ToList(); List<Employee> emp2 = aw.Employee.Where(s => s.SickLeaveHours > 40).ToList(); -- SQL Generated from EF SELECT 1 AS [C1], [Extent1].[EmployeeID] AS [EmployeeID], [Extent1].[NationalIDNumber] AS [NationalIDNumber], [Extent1].[LoginID] AS [LoginID], [Extent1].[Title] AS [Title], [Extent1].[BirthDate] AS [BirthDate], [Extent1].[MaritalStatus] AS [MaritalStatus], [Extent1].[Gender] AS [Gender], [Extent1].[HireDate] AS [HireDate], [Extent1].[SalariedFlag] AS [SalariedFlag], [Extent1].[VacationHours] AS [VacationHours], [Extent1].[SickLeaveHours] AS [SickLeaveHours], [Extent1].[CurrentFlag] AS [CurrentFlag], [Extent1].[rowguid] AS [rowguid], [Extent1].[ModifiedDate] AS [ModifiedDate], [Extent1].[ContactID] AS [ContactID], [Extent1].[ManagerID] AS [ManagerID] FROM [HumanResources].[Employee] AS [Extent1] WHERE ( CAST( [Extent1].[SickLeaveHours] AS int)) > 40

JavaScript s single-threaded nature has a very interesting effect on timers. Remember that the global scope and function scopes have separate execution contexts, which the interpreter enters and exits during the course of a program. Because JavaScript is single-threaded, only a single execution context can be active at any point in the program s lifetime. This one-context-at-a-time design affects timers immensely because timers are run in a separate execution context. For instance, take a look at the following example: var fn1 = function(){ setTimeout(function fn2(){ console.log('fn2'); }, 0); console.log('fn1'); }; fn1(); In this snippet we created a new function called fn1. Inside this function, we created a new delayed function called fn2 using setTimeout. What s different about this delayed function is that we set the delay amount to 0 which is like saying we don t want any delay in execution. So, we would likely assume that since there is no delay, fn2 will be executed immediately and our output will be fn2 and then fn1 . But when we run this, we see the following output: fn1 fn2 Even though our fn2 function had a delay of 0, it wasn t executed immediately. Instead, the interpreter finished executing fn1 first before invoking fn2.

ASCII code: 3

applications (LINQ to SQL, LINQ to Entities, and so forth). I would recommend reviewing the Getting Started with LINQ documentation on MSDN (http://msdn2.microsoft.com/en-us/library/ bb397916(VS.90).aspx) before writing any LINQ-based application.

ASCII code: &

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