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Here we de ne some private data for internal use by the module We use leading underscores so that if the module is imported using from CharGrid import *, none of these variables will be imported (An alternative approach would be to set an __all__ list) The _CHAR_ASSERT_TEMPLATE is a string for use with the strformat() function; we will see it used to give an error message in assert statements We will discuss the other variables as we encounter them

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AbstractMethodModi er: one of Annotation public abstract The access modi er public is discussed in 66 A compile-time error occurs if the same modi er appears more than once in an abstract method declaration Every method declaration in the body of an interface is implicitly abstract, so its body is always represented by a semicolon, not a block Every method declaration in the body of an interface is implicitly public For compatibility with older versions of the Java platform, it is permitted but discouraged, as a matter of style, to redundantly specify the abstract modi er for methods declared in interfaces It is permitted, but strongly discouraged as a matter of style, to redundantly specify the public modi er for interface methods Note that a method declared in an interface must not be declared static, or a compile-time error occurs, because static methods cannot be abstract Note that a method declared in an interface must not be declared strictfp or native or synchronized, or a compile-time error occurs, because those keywords describe implementation properties rather than interface properties However, a method declared in an interface may be implemented by a method that is declared strictfp or native or synchronized in a class that implements the interface If an annotation a on a method declaration corresponds to an annotation type T, and T has a (meta-)annotation m that corresponds to annotationTarget, then m must have an element whose value is annotationElementTypeMETHOD, or a compile-time error occurs Annotation modi ers are described further in 97 It is a compile-time error for the body of an interface to declare, explicitly or implicitly, two methods with override-equivalent signatures ( 842) However, an interface may inherit several methods with such signatures ( 941) Note that a method declared in an interface must not be declared final or a compile-time error occurs However, a method declared in an interface may be implemented by a method that is declared final in a class that implements the interface A method in an interface may be generic The rules for formal type parameters of a generic method in an interface are the same as for a generic method in a class ( 844) 941 Inheritance and Overriding An instance method m1 declared in an interface I overrides another instance method, m2, declared in interface J iff both of the following are true: 1 I is a subinterface of J.

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if sysplatformstartswith("win"): def clear_screen(): subprocesscall(["cmdexe", "/C", "cls"]) else: def clear_screen(): subprocesscall(["clear"]) clear_screen__doc__ = """Clears the screen using the underlying \ window system's clear screen command"""

Each initialization (except the rst) is executed only if the evaluation of the preceding initialization expression completes normally Execution of the local variable declaration completes normally only if evaluation of the last initialization expression completes normally; if the local variable declaration contains no initialization expressions, then executing it always completes normally

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