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Returns and removes the smallest item from the heap At the same time, a new item is addedThe heap condition is preserved in the processThis function is more efficient than calling heappop() and heappush() in sequence In addition, the returned value is obtained prior to adding the new itemTherefore, the return value could be larger than item Raises IndexError if heap is empty

merge(s1, s2, )

.

Creates an iterator that merges the sorted iterables s1, s2, and so on into a single sorted sequenceThis function does not consume the inputs but returns an iterator that incrementally processes the data

state-

nlargest(n, iterable [, key])

Creates a list consisting of the n largest items in iterableThe largest item appears first in the returned list key is an optional function that takes a single input parameter and computes the comparison key for each item in iterable

nsmallest(n, iterable [, key])

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On the whole, using the basic features of Swing components is not overly complex But, you won't always want just the basic features Most components have many options that can be used Take a JButton, for example The simplest JButton has a simple text label and takes the default appearance of the GUI look-and-feel But, there are many options You can make it the default button You can change the borders You can change the color You can add an icon to the button You can enable or disable the button You can add a tool tip You can change its size You can change the font And so on This pattern repeats, with some overlap, for almost every Swing control Aside from making it harder to fully understand each component, each one of these options is implemented by a specific method call to the Swing component's class This means that any code that fully takes advantages of a component's options can get long If we set just the options we mentioned for a JButton, it would take at least nine lines of code to define a JButton object Repeat this for each control, and the code for defining a GUI can get long and ugly There are some solutions to this problem The definitions for components can be isolated somewhat from the logic Rather than building a whole interface in the middle of code that has some higher level meaning, you can place the definitions in some method such as createGUI, and then just call it from the higher level code That still means there will be long sequences of repetitious code somewhere If you find you are setting the same component attributes over and over again, you can implement small helper methods that take the attributes as parameters, and then set them all Then the code for defining the component would be a single line call to the helper method, rather than many lines Even so, defining components of the user interface can be complex, and require several lines of code Even though this can make the code longer and more complex, it does keep it all in one place, and portable across the systems Java supports One alternative used by other GUI toolkits is to use resource definition files These resource files have their own set of problems Another alternative is to use software that lets you define GUIs interactively, and then generates all the code automatically Many Java tools will let you do this, in fact But even that approach has some serious problems, which we will discuss in 10.

There are two ways to set JavaBeans component properties in a JSP page: with the element or with a scriptlet

Creates a list consisting of the n smallest items in iterableThe smallest item appears first in the returned list key is an optional key function

The itertools module contains functions for creating efficient iterators, useful for looping over data in various ways All the functions in this module return iterators that can be used with the for statement and other functions involving iterators such as generators and generator expressions

The syntax of the element depends on the source of the property value Table 12 1 summarizes the various ways to set a property of a JavaBeans component using the element Table 12 1 Setting JavaBeans Component Properties

chain(iter1, iter2, , iterN)

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