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For each function within the file, the profiler records the number of times the function was called; the total amount of time spent within the function; and the minimum, maximum, and average amount of time spent during each call to the function Remember that all performance metrics are recorded in milliseconds The outFigure 7-32 Viewing put is easy to read, and you should be able to quickly determine the Profile menu the areas that may need further performance tuning..

Summary

The LoadMap method is responsible for actually initiating the rendering of the map onto the page. Basically, the latitude and longitude (which will be discussed in greater detail in the next section) of the Seattle, Washington area (used here as an arbitrary location) is passed into the method along with a few other display properties such as zoom level and map view mode. It has six optional parameters without which the default map of the United States would be rendered. Therefore, the map is loaded with latitude of 48 and longitude of -122 with zoom level 9 in road view. To see a complete list of the LoadMap method s parameters with descriptions, refer to Table 9-2.

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This chapter introduced the concept of the aspect which, as its name suggests, serves as the main contribution to the AOP paradigm. Gregor Kiczales and his team at the Palo Alto Research Center (PARC) defined the concept of the aspect in 1996. Several existing ideas led to the emergence of AOP, and research domains such as those of reflection and the meta-object protocol actively contributed. Although the concept of the aspect is a general programming concept that could be applied to any programming paradigm (functional, procedural, or object-oriented), the history of AOP is tightly linked to that of the OOP paradigm. Most of the existing AOP languages are extensions of OOP ones, such as Java and C#. Furthermore, the motivation for defining the concept of the aspect originated from the limitations of OOP. This chapter described the two main OOP limitations: crosscutting functionalities and code scattering. The former refers to the fact that you cannot keep certain functionalities clearly modular when you implement them in classes. The latter refers to the fact that you can use classes to keep the implementation but not the use of functionalities modular. Because AOP provides a solution to these limitations, AOP complements rather than replaces OOP as a programming paradigm. By analyzing why these limitations occur, this chapter introduced the benefits that you can expect from the AOP paradigm benefits that stem from the clear and modular implementation of crosscutting functionalities and code scattering.

Summary

The latitude/longitude value pair (VELatLong object) representing the center of the map. Zoom level used to display the map (ranges from 1-19). The default zoom level is 4. The map rendering style. Possible values are a for aerial, h for hybrid, o for oblique (bird s eye), and r for road. The default style is r. A boolean value indicating whether or not the map is fixed so that the user cannot change the selected position of the map. By default, the map is not fixed.

This aspect-configuration file calls the setAttributesOrder method and then calls the display method. The first call takes the value Customer for the classname parameter, and it takes the values lastName, firstName, phone, and email for the attributeNames array. No parameters are defined for the call to the display method.

A VEMapMode enumeration value that indicates whether to load the map in 2D or 3D mode. The default mode is 2D. (Optional) A boolean value indicating whether or not to show the map mode switch on the dashboard control. By default, the map mode switch is displayed.

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