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cessor, Simple Gateway Monitoring Protocol (SGMP), SNMP is built around the need to unify the management of increasingly diverse network devices. The designers recognized that it was completely infeasible to rely on a general command language that would need to be updated every time a new device came out. Thus they factored out all the different things you might want to do to a network device and came up with an information-oriented protocol that implements three basic abilities: Retrieve some data (including a mechanism for handling tables of data) Write/update some data Send information asynchronously (allowing for a more efficient alternative to polling for so-called trappable events) Everything else device-specific is handled by a namespace approach that uniquely identifies each value that can be read or updated. This means that if a new class of device is invented, the creators need only release a Management Information Base (MIB) file pertinent to that device and any SNMP client will be able to address the values defined therein. If this protocol strategy of putting all the flexibility in the namespace rather than the commands seems familiar, you may recall our discussion of REST in 7. It turns out that REST is merely the latest expression of this kind of information-oriented protocol. Modularity, flexibility, and ease of implementation are all traits that such protocols aim for. Let s see how SNMP fares in Ruby.

There are times when you need to access your server-side components remotely, either from another server-side process (potentially on a different server) or from a client. EJB

We will now present another example that shows how STP interoperability works with several service providers in place. Assume there are three STP service providers: A, B, and C. And assume three market entities exist (see Table 7-1). Table 7-1. Market Entities and Their STP Providers

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Also assume fund manager X gives orders for execution on the exchange to broker Y. Broker Y will execute the order and will try to communicate the details to fund manager X. In this case, the fund manager is with service provider A, and broker Y is with service provider B. If both service providers don t talk to each other, the message initiated by broker Y will not get delivered to fund manager X. Such an arrangement cannot work if there is no acceptable message format in which data will be exchanged. In such cases, regulators and industry associations normally come forward to formulate messaging protocols that are followed by each entity in the market, including the STP service providers. Once the messaging protocols get finalized, the market participants (brokers, fund managers, and custodians) modify their back offices and make them capable for communication with these protocols. Since all the entities understand these protocols, communication can take place easily amongst various STP service providers (see Figure 7-2).

Ruby doesn t yet have an SNMP library as part of the standard distributions, so we will be using the snmp gem (installation instructions can be found in 10 as usual). One of the many nice things about this library is that it ships with most of the IETF s (Internet Engineering Task Force) MIBs. Apart from being satisfying to acronym-aholics, this means that we will be able to interact with many common network devices without further MIB work. Connections to agents are handled by the SNMP::Manager class. Just like File, this class implements both new and open methods (the latter taking a block). We ll use open in Listing 9-1. Listing 9-1. Opening a Connection to an SNMP Agent require "snmp" SNMP::Manager.open do |m| # do something with m end It may not be immediately obvious what the code in Listing 9-1 is connecting to or how. The open method takes a hash of options, such as :Host, which are listed in Table 9-1 together with their defaults and a brief explanation of their function. The way we have invoked open in Listing 9-1 would give us a connection with all of the defaults in operation (as we would expect from a flexible method signature). In addition to these options, there are a couple of more obscure ones. Transport allows you to select the class used to handle the underlying SNMP transport UDPTransport being the only one currently available. MaxReceiveBytes tunes the inbound data flow profile and is set to 8000 by default. You ll almost certainly never need to fiddle with either of these.

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