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3. While IPsec is not used to establish connections between two arbitrary computers on the Internet, it is used to construct virtual private networks (VPNs). A corporate VPN may use IPsec to route encrypted and integrity-protected traffic over the public Internet between two authenticated hosts on its intranet.

Conditions specify a set of special conditions that must be met for the route to be accepted as a valid match for the URL The conditions argument must always be a dictionary and can accept three different keys: method: The request must be one of the HTTP methods defined here This argument must be a list of HTTP methods and should be uppercase function: This is a function that will be used to evaluate whether the route is a match This must return True or False and will be called with environ and match_dict as arguments The match_dict is a dictionary with all the routing variables for the request Any modifications your function makes to the match_dict will be picked up by Routes and used as the routing variables from that point on.

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Another clause that can be used with the SELECT statement is GROUP BY, which divides the results into groups. It can be combined with the COUNT(*) function, which means the number or rows found. If you group by last names, you can count the number of members of each family: SELECT lastname, COUNT(*) as 'members' FROM names GROUP BY lastname ORDER BY lastname The results from the command are shown in the following table. I named the calculated column members by using the AS keyword. I also sorted the on the lastname column so that the last names appear in alphabetical order:

sub_domain: If this is present, it should be either True (which will match any subdomain) or a Python list of subdomain strings, one of which must match the subdomain used in the request for the route to match These three types of conditions can all be used together in the same route by specifying each argument to the conditions dictionary, but I ll discuss them each in turn Let s deal with the method option first This allows you to match a URL based on the HTTP method the request was made with One problem with testing examples using the method condition is that the match depends on information from the WSGI environment, which is usually set during a request Since there isn t a real HTTP request for this test code, you have to emulate it, so in the following examples you set map.

If IP had been first designed to have authentication built in as part of the protocol (as in IPsec), the world might be very different today. It is possible that attackers would not have as much flexibility as they do today. At the same time, if IP had been more like IPsec, and required as much overhead to deploy, it is possible that it would not have had as wide an adoption as it did. How do you achieve both security and adoption The challenge is to design and use security mechanisms that are not too inconvenient, and that may even help serve as a reason for increased adoption.

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environ with fake environment information to test how the matching works Obviously, you wouldn t do this in your own code The example also sets up a new controller_scan() function which only accepts the value user for the controller: >>> from routes import Mapper >>> def controller_scan(directory=None): >>> return ['user'] .. >>> map = Mapper(controller_scan=controller_scan) >>> mapminimization = False >>> mapconnect('/user/new/preview', controller='user', action='preview', .. conditions=dict(method=['POST'])) >>> # The method to be either GET or HEAD >>> mapconnect('/user/list', controller='user', action='list', .. conditions=dict(method=['GET', 'HEAD'])) >>> mapenviron = {'REQUEST_METHOD':'POST'} >>> print mapmatch('/user/new/preview') {'action': u'preview', 'controller': u'user'} >>> print mapmatch('/user/list') None >>> mapenviron = {'REQUEST_METHOD':'GET'} >>> print mapmatch('/user/new/preview') None >>> print mapmatch('/user/list') {'action': u'list', 'controller': u'user'} As you can see, the method condition works as expected, allowing the routes to match only when the request contains the correct request method Now let s look at the function condition.

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