#!/usr/bin/perl use strict; use warnings; use Pod::WSDL; my $pod = new Pod::WSDL(source => "./Test.pm", location => 'http://localhost/test/soap', pretty => 1, withDocumentation => 1); print( $pod->WSDL ); ##

##

package Test;

use dbS_web::Type;

=begin WSDL

        _IN wabbit $dbS_web::Type testing

=end WSDL

sub hi {
        my $out = "hi";

        return $out;
}

1;
##

##

package dbS_web::Type;

sub new {
        bless {
                foo => 'foo',
                bar => -1
        }, $_[0];
}

=begin WSDL

        _ATTR foo $string A foo

        _ATTR bar $integer And a bar

=end WSDL

1;
##

##

No pod wsdl found for type 'integer'.




        
                
                        
                        
                                
                                        NAME
    integer - Perl pragma to use integer arithmetic instead of floating
    point

SYNOPSIS
        use integer;
        $x = 10/3;
        # $x is now 3, not 3.33333333333333333

DESCRIPTION
    This tells the compiler to use integer operations from here to the
end
    of the enclosing BLOCK. On many machines, this doesn't matter a
great
    deal for most computations, but on those without floating point
    hardware, it can make a big difference in performance.

    Note that this only affects how most of the arithmetic and
relational
    operators handle their operands and results, and not how all
numbers
    everywhere are treated. Specifically, "use integer;" has the effect
that
    before computing the results of the arithmetic operators (+, -, *,
/, %,
    +=, -=, *=, /=, %=, and unary minus), the comparison operators
(<, <=,
    >, >=, ==, !=, <=>), and the bitwise operators (|,
&, ^, <<, >>, |=, &=,
    ^=, <<=, >>=), the operands have their fractional
portions truncated (or
    floored), and the result will have its fractional portion truncated
as
    well. In addition, the range of operands and results is restricted
to
    that of familiar two's complement integers, i.e., -(2**31) ..
(2**31-1)
    on 32-bit architectures, and -(2**63) .. (2**63-1) on 64-bit
    architectures. For example, this code

        use integer;
        $x = 5.8;
        $y = 2.5;
        $z = 2.7;
        $a = 2**31 - 1;  # Largest positive integer on 32-bit machines
        $, = ", ";
        print $x, -$x, $x + $y, $x - $y, $x / $y, $x * $y, $y == $z,
$a, $a + 1;

    will print: 5.8, -5, 7, 3, 2, 10, 1, 2147483647, -2147483648

    Note that $x is still printed as having its true non-integer value
of
    5.8 since it wasn't operated on. And note too the wrap-around from
the
    largest positive integer to the largest negative one. Also,
arguments
    passed to functions and the values returned by them are not
affected by
    "use integer;". E.g.,

        srand(1.5);
        $, = ", ";
        print sin(.5), cos(.5), atan2(1,2), sqrt(2), rand(10);

    will give the same result with or without "use integer;" The power
    operator "**" is also not affected, so that 2 ** .5 is always the
square
    root of 2. Now, it so happens that the pre- and post- increment and
    decrement operators, ++ and --, are not affected by "use integer;"
    either. Some may rightly consider this to be a bug -- but at least
it's
    a long-standing one.

    Finally, "use integer;" also has an additional affect on the
bitwise
    operators. Normally, the operands and results are treated as
unsigned
    integers, but with "use integer;" the operands and results are
signed.
    This means, among other things, that ~0 is -1, and -2 & -5 is
-6.

    Internally, native integer arithmetic (as provided by your C
compiler)
    is used. This means that Perl's own semantics for arithmetic
operations
    may not be preserved. One common source of trouble is the modulus
of
    negative numbers, which Perl does one way, but your hardware may do
    another.

        % perl -le 'print (4 % -3)'
        -2
        % perl -Minteger -le 'print (4 % -3)'
        1

    See "Pragmatic Modules" in perlmodlib, "Integer Arithmetic" in
perlop
                                
                                
                                
                        
                        
                                
                                           
1;
                                
                                
                                        
                                                
                                                       
A foo
                                                
                                        
                                        
                                                
                                                       
And a bar
                                                
                                        
                                
                        
                
        

        
                
                       
testing