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it checks whether the receiver object strangeRobot is at the point (3, 4) What happens is that the interpreter first recognizes strangeRobot as of class Robot This will be because it will have been defined previously in the Java program which uses the code as, say: Robot strangeRobot; The interpreter will look for a method corresponding to the name checkAtPoint It will find the method and execute the code However, before executing the code it will copy the values 3 and 4 to the arguments xPos and yPos It will thus evaluate the expression: x==3 && y==4 and will return either true or false depending on whether the receiver object is at the position which is defined by the contents of its instance variables The code for the method movePoint returns no value since it is headed by the keyword void It has two arguments xPos and yPos which are the new points to which it is to be sent The code within the body of the method updates the two instance variables with the values given by the arguments So far in this section we have described methods which access the state (instance variables) of an object and which update those variables There is, however, one class of method which we have omitted: methods which create an object There are a number of ways of creating an object We have said very little about how objects are created apart from the fact that the new facility is used, for example the declaration: Robot fredRobot = new Robot(); declares a variable fredRobot, allocates space for a Robot object and identifies this space as fredRobot The one problem with this form of declaration and allocation of space is that the instance variables of the objects declared in such a way are uninitialized Java contains a facility whereby an object can be given a value when it is declared as above In order to do this all that is required is to declare a new method within the class template which has the same name as the class So, for example, in our Robot class we would need to define Robot as: Robot() { x = 1; y = 1; } The effect of this is that whenever you declare a Robot object, for example in: Robot slowRobot = new Robot(); the Java interpreter will first examine the methods defined in Robot looking for a method which has the same name as the class name If it does not find such a method, then it will just create an object which has uninitialized instance variables However, if it discovers a method with the same name, then the code for the method is executed In the case of the code shown above this will create a robot which is initially positioned on the bottom left square of the grid The method, known as Robot, is called a constructor Constructors can have specified defaults such as Robot shown above where the default is that a newly created robot object is placed on the square (1,1) However, constructors can also be associated with arguments which represent a user s specified initial value An example of a Robot constructor which sets the x position and y position of a robot taken from values supplied by the programmer is shown below: Robot(int xPos, yPos) { x = xPos; y = yPos; }.

// Thermostat thermostat = new Thermostat(); Heater heater = new Heater(60); Cooler cooler = new Cooler(80); ThermostatTemperatureChangeHandler delegate1; ThermostatTemperatureChangeHandler delegate2; ThermostatTemperatureChangeHandler delegate3; // use Constructor syntax for C# 10

may have unintended consequences because the optimizations may change the order of execution of a field's read or write operations relative to an alternate thread's access to the same field One way to stabilize this is to declare fields using the volatile keyword This keyword forces all reads and writes to the volatile field to occur at the exact location the code identifies instead of at some other location that the optimization produces The volatile modifier identifies that the field is susceptible to modification by the hardware, operating system, or another thread As such, the data is "volatile," and the keyword instructs the compilers and runtime to handle it more exactly

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delegate1 = heaterOnTemperatureChanged; delegate2 = coolerOnTemperatureChanged; ConsoleWriteLine("Invoke both delegates:"); delegate3 = delegate1; delegate3 += delegate2; delegate3(90); ConsoleWriteLine("Invoke only delegate2"); delegate3 -= delegate1; delegate3(30); //

Within a particular process, you have all the necessary tools for handling synchronization However, synchronization with SystemThreadingMonitor is a relatively expensive operation and there is an alternative solution, generally supported by the processor directly, that targets specific synchronization patterns Listing 1510 sets _Data to a new value as long as the preceding value was null As indicated by the method name, this pattern is the Compare/Exchange pattern Instead of manually placing a lock around behaviorally equivalent compare and exchange code, the InterlockedCompareExchange() method provides a built-in method for a synchronous operation that does the same check for a value (null) and swaps the first two parameters if the value is equal Table 152 shows other synchronization methods supported by Interlocked

OUTPUT 131:

// Thermostat thermostat = new Thermostat(); Heater heater = new Heater(60); Cooler cooler = new Cooler(80); ThermostatTemperatureChangeHandler delegate1; ThermostatTemperatureChangeHandler delegate2; ThermostatTemperatureChangeHandler delegate3; // Note: Use new ThermostatTemperatureChangeHandler( // coolerOnTemperatureChanged) for C# 10 syntax delegate1 = heaterOnTemperatureChanged; delegate2 = coolerOnTemperatureChanged; ConsoleWriteLine("Combine delegates using + operator:"); delegate3 = delegate1 + delegate2; delegate3(60); ConsoleWriteLine("Uncombine delegates using - operator:");

class SynchronizationUsingInterlocked { private static object _Data; // Initialize data if not yet assigned static void Initialize(object newValue) { // If _Data is null then set it to newValue InterlockedCompareExchange( ref _Data, newValue, null); } // }

delegate3 = delegate3 - delegate2; delegate3(60); //

Method Signature Description Checks location for the value in comparand If the values are equal, it sets location to value and returns the original data stored in location

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