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def ensure(func): # Extract annotation data return_check = func_ _annotations_ _get('return',None) arg_checks = [(name,func_ _annotations_ _get(name)) for name in func_ _code_ _co_varnames] # Create a wrapper that checks argument values and the return # result using the functions specified in annotations def assert_call(*args,**kwargs): for (name,check),value in zip(arg_checks,args): if check: assert check(value), "%s %s" % (name, check_ _doc_ _) for name,check in arg_checks[len(args):]: if check: assert check(kwargs[name]), "%s %s" % (name, check_ _doc_ _) result = func(*args,**kwargs) assert return_check(result), "return %s" % return_check_ _doc_ _ return result return assert_call

keyword must precede a standkeyword eliminates dupli-

Here is an example of code that uses the previous decorator:

4

def positive(x): "must be positive" return x > 0 def negative(x): "must be negative" return x < 0 @ensure def foo(a:positive, b:negative) -> positive: return a b

The element is the abstract schema name of the Because the bean defines the method in the face, the objects returned by the query have the

Following is some sample output of using the function:

>>> foo(3,-2) 5 >>> foo(-5,2) Traceback (most recent call last): File "<stdin>", line 1, in <module> File "metapy", line 19, in call def assert_call(*args,**kwargs): AssertionError: a must be positive >>>

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CRC cards were originally developed in the late 1980's by Kent Beck and Ward Cunningham as a technique to help procedural programmers move to the design perspective needed by object-oriented programming In many ways, CRC cards are so easy and basic that their original paper still stands as a good reference CRC cards have been found to be so useful that they have become a standard OO design tool

Functions can specify keyword-only argumentsThis is indicated by defining extra parameters after the first starred parameter For example:

entity bean inter-

When calling this function, the strict parameter can only be specified as a keyword For example:

a = foo(1, strict=True)

Any additional positional arguments would just be placed in args and not used to set the value of strict If you don t want to accept a variable number of arguments but want keyword-only arguments, use a bare * in the parameter list For example:

Description: The and elements are persistent fields of the entity bean The clause compares the values of these fields with the parameters of the method EJB QL denotes an input parameter with a question mark followed by an integer The first input parameter is , the second is , and so forth

The top line of the card specifies the name of the class in large letters A class, of course, is a collection of objects - the things of most interest in the system being modeled

Here is an example of usage:

The Ellipsis object () can now appear as an expressionThis allows it to be placed in containers and assigned to variables For example:

In EJB QL, an expression can traverse or navigate to related beans These expressions are the primary difference between EJB QL and SQL EJB QL navigates to related beans, whereas SQL joins tables Example 4

>>> x = >>> x Ellipsis >>> a = [1,2,] >>> a [1, 2, Ellipsis] >>> in a True >>> x is True >>> # Assignment of Ellipsis

The interpretation of the ellipsis is still left up to the application that uses itThis feature allows the to be used as an interesting piece of syntax in libraries and frameworks (for example, to indicate a wild-card, continuation, or some similar concept)

file:///C|/oobook/4html (20 of 51) [13/03/2003 02:55:18 }

Exceptions can now be chained together Essentially this is a way for the current exception to carry information about the previous exceptionThe from qualifier is used with the raise statement to explicitly chain exceptions For example:

1 = y ti c t E RE H W t SA )s ma et p( N I , p re y al P MO R F )p (T C EJ BO T C NI TS I D TC EL E S

try:

When the SyntaxError exception is raised, a traceback message such as the following will be generated showing both exceptions:

Traceback (most recent call last): File "<stdin>", line 2, in <module> ValueError: invalid literal for int() with base 10: 'nine' The above exception was the direct cause of the following exception:

Finder method:

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