#include <stdio.h>
 
struct person {
	char *name;
	char *sex;
	char *slogan;
	};
 
int main(void)
{
    struct person emma;
    struct person jack;
    struct person arnie;
 
    // load the structure ...
    emma.name = "Emma Porke";
    emma.sex  = "female";
    emma.slogan = "Vote for Bush and Dick";
 
    jack.name = "Jack Schidd";
    jack.sex  = "male";
    jack.slogan = "Never give a schidd!";
 
    arnie.name = "Arnold Negerschwarz";
    arnie.sex  = "often";
    arnie.slogan = "I know how to spell nukilar!";
 
    // show emma, jack and arnie slogans ...
    printf("%s says \"%s\"\n", emma.name, emma.slogan);
    printf("%s says \"%s\"\n", jack.name, jack.slogan);
    printf("%s says \"%s\"\n", arnie.name, arnie.slogan);
 
    getchar();  // console wait
    return 0;
}

# this Python class mimics a C structure
class Person(object):
    """__init__() functions as the class constructor"""
    def __init__(self, name=None, sex=None, slogan=None):
        self.name = name
        self.sex = sex
        self.slogan = slogan
 
# initialize and load the class (structure) like this ...
emma = Person("Emma Porke", "female", "Vote for Bush and Dick")
jack = Person("Jack Schidd", "male", "Never give a schidd!")
# ... or like this (looks more like the C example) ...
arnie = Person()
arnie.name = "Arnold Negerschwarz"
arnie.sex  = "often"
arnie.slogan = "I know how to spell nukilar!"
 
# show emma, jack and arnie slogans (similar to C) ...
print '%s says "%s"' % (emma.name, emma.slogan)
print '%s says "%s"' % (jack.name, jack.slogan)
print '%s says "%s"' % (arnie.name, arnie.slogan)
 
print
 
# ... show it the Pythonian way (good for large person lists) ...
personList = [emma, jack, arnie]
for pers in personList:
    print '%s says "%s"' % (getattr(pers, "name"), getattr(pers, "slogan"))
 
raw_input()  # console wait