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While we mentioned SSL as early as in 1, we only now have covered all of the necessary background to explain how it works. SSL uses both symmetric and asymmetric cryptography, as well as signatures and MACs to provide authentication, confidentiality, and message integrity between a client and a server. We only provide a high-level summary of how SSL works here. In some parts of our explanation, we sacrifice pure technical accuracy for clarity of the explanation. For more details, see Eric Rescorla s SSL and TLS, and the SSL/TLS specification (Dierks and Rescorla 2006). In the remainder of this section, we use notation for protocol messages similar to that in the SSL/TLS specification. In the following discussion, we describe the steps required in a full SSL handshake. A handshake, in our context, is the set of steps that a client and server must execute in order to start exchanging sensitive application-level data. The goal of the handshake is for the client

}

}

if (!Rotate(duration)) { // It failed, so what now } return;

It is simple enough to check to see if it failed, but what are we actually going to do about it Is there any action we can take Not surprisingly, the answer is no we know no more about the needs of our caller than we did when we were discussing the other options. So we are going to have to pass the error on up. Example 6-8 shows an implementation of Run that does that.

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// Run the turtle for the specified duration // Returns false if there was a failure // Or true if the run succeeded public bool RunFor(double duration) { if (LeftMotorState == MotorState.Stopped && RightMotorState == MotorState.Stopped) { // If we are at a full stop, nothing will happen return true; } // The motors are both // then we just drive if ((LeftMotorState == RightMotorState == (LeftMotorState == RightMotorState == { Drive(duration); return true; } // // // if running in the same direction MotorState.Running && MotorState.Running) || MotorState.Reversed && MotorState.Reversed))

and server to agree upon a master secret that can then be used to compute symmetric keys for encryption and message authentication. As part of the handshake, the client and server will first agree upon a pre-master secret, which is then used to compute the master secret. In a full SSL handshake, two round trips are required before the client and server can start exchanging application data.3 In the first round trip, client and server hello messages are exchanged. These messages are used between the client and server to trade information about what versions of the SSL protocol they support and what cryptographic algorithms they support, and to exchange some random values that are used in computing the master secret and proving the freshness of the handshake. If the client is to authenticate the server, the server is expected to send the client its public key certificate in the second half of the first round trip. When the client receives the server s certificate, it validates the certificate by verifying the CA s signature on the certificate. It also checks that the domain name specified in the certificate is the domain name to which it connected. The exact messages that are exchanged next depend upon whether only the server or both parties are to be authenticated, and which algorithms are to be used for key agreement and authentication. Let us consider the server-authenticated-only case first. See Figure 15-3 for an illustration of the messages that are exchanged between the client and server in the server-authenticated-only case.

{ }

We will work on the definition XML file after we have gotten some code working. Doubleclick the TechnoratiBlock.js file, and enter the code shown in Listing 9-1.

The motors are running in opposite directions, so we don't move, we just rotate about the center of the rig ((LeftMotorState == MotorState.Running && RightMotorState == MotorState.Reversed) || (LeftMotorState == MotorState.Reversed && RightMotorState == MotorState.Running)) return Rotate(duration);

}

// We didn't expect to get here return false;

Notice that we updated our documentation for the public method as we changed the contract. We also have to return values from all of the exit points of our method. That has exposed another problem with our implementation: we never supported one motor at the stop condition, and the other at the driving or reversing condition. Well, that s fine we can return an error if we hit those conditions now. One problem with this contract is that we can t tell why our error occurred. Was it due to the state of the motors, or a problem with Rotate We could create an enum that lets us distinguish between these error types:

In the server-authenticated-only case, the client sends a ClientKeyExchange message to the server after receiving the server s certificate.

enum TurtleError { OK, RotateError, MotorStateError }

Then we could use the enum as shown in Example 6-9.

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