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For the string form we just return the oating-point value formatted as a string We don t have to use super() to avoid in nite recursion because we call str() on the self__value attribute, not on the instance itself

def __bool__(self): return self__value > 05 def __int__(self): return round(self__value) def __float__(self): return self__value

Shape Change The following lists shape-changing binding elements that change the shape of the channel stack Shape-changing channels change the message exchange pattern of the channel See Channel Shapes in 3, Channels, for more information on channel shapes and shape changing

The __bool__() special method converts the instance to a Boolean, so it must always return either True or False The __int__() special method provides integer conversion We have used the built-in round() function because int() simply truncates (so would return 0 for any FuzzyBool value except 10) Floating-point conversion is easy because the value is already a oating-point number

The MIDP 20 (JSR 118) effort was started in August 2001 MIDP 20 adds a number of important new libraries such as a Sound API and a Game API, as well as provides important refinements and extensions to the existing MIDP APIs The MIDP standardization effort is discussed in 6, "Mobile Information Device Profile" and subsequent chapters

def __lt__(self, other): return self__value < other__value def __eq__(self, other): return self__value == other__value

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To provide the complete set of comparisons (<, <=, ==, !=, >=, >) it is necessary to implement at least three of them, <, <=, and ==, since Python can infer > from <, != from ==, and >= from <= We have shown only two representative methods here since all of them are very similar

Composite Duplex Shape Change Binding Class Binding Extension Con guration Element Support for duplex communication over transports that don t support duplex communication

def __hash__(self): return hash(id(self))

The general framework for CLDC and MIDP, as well as other Java technology standardization efforts in the small device space, is known as Java 2 Platform, Micro Edition (J2ME) or simply Java 2 Micro Edition An introduction to Java 2 Micro Edition is provided in the next chapter

In fact, we implemented only the __lt__() and __eq__() methods quoted here the other comparison methods were automatically generated; we will see how in 8

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One Way Shape Change Support for one-way communication over a transport that does not support one-way communication

Special Method __abs__(self) __float__(self) __index__(self) __pos__(self) __add__(self, other) __iadd__(self, other) __radd__(self, other) __mul__(self, other) __imul__(self, other) __rmul__(self, other) __floordiv__(self, other) __ifloordiv__(self, other) __rfloordiv__(self, other) __divmod__(self, other) __pow__(self, other) __ipow__(self, other) __rpow__(self, other) __xor__(self, other) __ixor__(self, other) __rxor__(self, other) __lshift__(self, other) __ilshift__(self, other) __rlshift__(self, other)

In addition to the CLDC and MIDP standardization efforts, there are a large number of additional J2ME standardization efforts that build upon these core standards A summary of the J2ME optional packages created by the additional standardization efforts will be provided in Section 24, "Evolution of the J2ME Platform"

Usage abs(x) float(x)

Special Method __complex__(self) __int__(self)

Other Protocols The following is a list of binding elements that add support for various protocols such as transactions and reliability

Usage complex(x) int(x) round(x, digits) -x x - y x -= y y - x x % y x %= y y % x x / y x /= y y / x divmod(y, x) x & y x &= y y & x x | y x |= y y | x x >> y x >>= y y >> x ~x

[ Team LiB ]

bin(x) oct(x) __round__(self, hex(x) digits) +x x + y x += y y + x x * y x *= y y * x x // y x //= y y // x divmod(x, y) x ** y x **= y y ** x x ^ y x ^= y y ^ x x << y x <<= y y << x __neg__(self) __sub__(self, other) __isub__(self, other) __rsub__(self, other) __mod__(self, other) __imod__(self, other) __rmod__(self, other) __truediv__(self, other) __itruediv__(self, other) __rtruediv__(self, other) __rdivmod__(self, other) __and__(self, other) __iand__(self, other) __rand__(self, other) __or__(self, other) __ior__(self, other) __ror__(self, other) __rshift__(self, other) __irshift__(self, other) __rrshift__(self, other) __invert__(self)

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