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For integers, the format speci cation allows us to control the ll character, the alignment within the eld, the sign, whether to use a nonlocale-aware comma separator to group digits (from Python 31), the minimum eld width, and the number base An integer format speci cation begins with a colon, after which we can have an optional pair of characters a ll character (which may not be }) and an alignment character (< for left align, ^ for center, > for right align, and = for the lling to be done between the sign and the number) Next is an optional sign character: + forces the output of the sign, - outputs the sign only for negative numbers, and a space outputs a space for positive numbers and a - sign for negative numbers Then comes an optional minimum width integer this can be preceded by a # character to get the base pre x output (for binary, octal, and hexadecimal numbers), and by a 0 to get 0-padding Then, from Python 31, comes an optional comma if present this will cause the number s digits to be grouped into threes with a comma separating each group If we want the output in a base other than decimal we must add a type character b for binary, o for octal, x for lowercase hexadecimal, and X for uppercase hexadecimal, although for completeness, d for decimal integer is also allowed There are two other type characters: c, which means that the Unicode character corresponding to the integer should be output, and n, which outputs numbers in a localesensitive way (Note that if n is used, using , doesn t make sense) We can get 0-padding in two different ways:

the single-type-import declaration ( 751) importing class Vector from package javautil does not prevent the package name Vector from appearing and being correctly recognized in subsequent import declarations The example compiles and produces the output:

Now we are ready to use our Preferences class with Teex The Teex class has the following constructors (other than the blank constructor for deserialization):

>>> "{0:0=12}"format(8749203) '000008749203' >>> "{0:0=12}"format(-8749203) '-00008749203' >>> "{0:012}"format(8749203) '000008749203' >>> "{0:012}"format(-8749203) '-00008749203' # 0 fill, minimum width 12 # 0 fill, minimum width 12 # 0-pad and minimum width 12 # 0-pad and minimum width 12

A top level type declaration declares a top level class type ( 8) or a top level interface type ( 9): TypeDeclaration: ClassDeclaration InterfaceDeclaration

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The rst two examples have a ll character of 0 and ll between the sign and the number itself (=) The second two examples have a minimum width of 12 and 0-padding Here are some alignment examples:

By default, the top level types declared in a package are accessible only within the compilation units of that package, but a type may be declared to be public to grant access to the type from code in other packages ( 66, 811, 911) The scope of a top level type is all type declarations in the package in which the top level type is declared If a top level type named T is declared in a compilation unit of a package whose fully quali ed name is P, then the fully quali ed name of the type is PT If the type is declared in an unnamed package ( 742), then the type has the fully quali ed name T

public Teex( javaxswingJFrame frame ) public Teex( javaxswingJFrame frame, String filePath, String encoding)

Thus in the example:

>>> "{0:*<15}"format(18340427) '18340427*******' >>> "{0:*>15}"format(18340427) '*******18340427' >>> "{0:*^15}"format(18340427) '***18340427****' >>> "{0:*^15}"format(-18340427) '***-18340427***' # * fill, left align, min width 15 # * fill, right align, min width 15 # * fill, center align, min width 15 # * fill, center align, min width 15

We ll add a parameter to each for a Preferences object:

package wnjpoints; class Point { int x, y; } the fully quali ed name of class Point is wnjpointsPoint

Here are some examples that show the effects of the sign characters:

public Teex( javaxswingJFrame frame, Preferences prefs ) public Teex( javaxswingJFrame frame, String filePath, String encoding, Preferences prefs )

import javautilVector;

>>> "[{0: }] [{1: }]"format(539802, -539802) # space or - sign '[ 539802] [-539802]' >>> "[{0:+}] [{1:+}]"format(539802, -539802) # force sign '[+539802] [-539802]' >>> "[{0:-}] [{1:-}]"format(539802, -539802) # - sign if needed '[539802] [-539802]'

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