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Table 201 System properties defined by MIDP System Property microeditionlocale microeditionprofiles Description The current locale of the device; may be null A blank (Unicode U+0020) separated list of the J2ME profiles that this device supports For MIDP 20 devices, this property MUST contain at least "MIDP-20" A comma separated list of ports that can be combined with a "comm:" prefix as the URL string to be used to open a serial port connection (see Section 158, "CommConnection")

If a coordinate s color is deleted the effect is to make that coordinate s color the background color Again we use dictpop() to remove the item since it will work correctly whether or not an item with the given coordinate is in the dictionary Both __setitem__() and __delitem__() have the potential to make the set of colors contain more colors than the image actually uses For example, if a unique nonbackground color is deleted at a certain pixel, the color remains in the color set even though it is no longer used Similarly, if a pixel has a unique nonbackground color and is set to the background color, the unique color is no longer used, but remains in the color set This means that, at worst, the color set could contain more colors than are actually used by the image (but never less) We have chosen to accept the trade-off of potentially having more colors in the color set than are actually used for the sake of better performance, that is, to make setting and deleting a color as fast as possible especially since storing a few more colors isn t usually a problem Of course, if we wanted to ensure that the set of colors was in sync we could either create an additional method that could be called whenever we wanted, or accept the overhead and do the computation automatically when it was needed In either case, the code is very simple (and is used when a new image is loaded):

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Concurrency and Instancing (Ser vice Behavior)

self__colors = (set(self__datavalues()) | {self__background})

This simply overwrites the set of colors with the set of colors actually used in the image unioned with the background color We have not provided a __len__() implementation since it does not make sense for a two-dimensional object Also, we cannot provide a representational form since an Image cannot be created fully formed just by calling Image(), so we do not provide __repr__() (or __str__()) implementations either If a user calls repr() or str() on an Image object, the object__repr__() base class implementation will return a suitable string, for example, '<ImageImage object at 0x9c794ac>' This is a standard format used for non-eval()-able objects The hexadecimal number is the object s ID this is unique (normally it is the object s address in memory), but transient We want users of the Image class to be able to save and load their image data, so we have provided two methods, save() and load(), to carry out these tasks We have chosen to save the data by pickling it In Python-speak pickling is a way of serializing (converting into a sequence of bytes, or into a string) a Python object What is so powerful about pickling is that the pickled object can be a collection data type, such as a list or a dictionary, and even if the pickled object has other objects inside it (including other collections, which

The local hostname (if available)

may include other collections, etc), the whole lot will be pickled and without duplicating objects that occur more than once A pickle can be read back directly into a Python variable we don t have to do any parsing or other interpretation ourselves So using pickles is ideal for saving and loading ad hoc collections of data, especially for small programs and for programs created for personal use However, pickles have no security mechanisms (no encryption, no digital signature), so loading a pickle that comes from an untrusted source could be dangerous In view of this, for programs that are not purely for personal use, it is best to create a custom le format that is speci c to the program In 7 we show how to read and write custom binary, text, and XML le formats

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