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require "benchmark" require "pp" integers = (1..100000).to_a pp Benchmark.measure { integers.map { |i| i * i } } which gives this: #<Benchmark::Tms:0x56d4a8 @cstime=0.0, @cutime=0.0, @label="", @real=0.686983108520508, @stime=0.02, @total=0.49, @utime=0.47> This probably needs very little explanation. The Benchmark module s measure method takes a block of code to be run and keeps track of the time it spends executing user instructions, executing system instructions, and waiting around (as previously discussed). Note that it also keeps track of these statistics for any child processes. An object is returned that encapsulates all of this data and that (as per normal) has a to_s method so that you can write puts Benchmark. measure { ... } and get a quick summary of user, system, total, and real times. Generally, this kind of analysis is performed on fairly simple blocks of code to ascertain which algorithm/approach is faster. Benchmark provides a method that allows you to analyze performance in batches as shown in Listing 3-2. Listing 3-2. Benchmarking Different Algorithms Benchmark.bm(10) do |b| b.report("simple") { 50000.times { 1 + 2 } } b.report("complex") { 50000.times { 1 + 2 + 3 - 2 - 4 + 5 - 3 } } b.report("stupid") { 50000.times { ("1".to_i + "2".to_i).to_s.to_i } } end The wrapper method (bm) supplies a reporting object (b) to its block, which can be invoked with report and a label for each individual test. Note the 10 passed to bm, which is simply an indication to the pretty-printer as to how much column space it should allow for each label. On my machine, Listing 3-2 yields the following: user 0.050000 0.170000 0.300000 system 0.000000 0.000000 0.000000 total 0.050000 ( 0.170000 ( 0.300000 ( real 0.075082) 0.195587) 0.340566)

In such an environment, it is important to manage and monitor the task of all subcomponents from one central location An application-monitoring engine is tasked with this responsibility of hosting the individual subcomponents and periodically monitoring the activity 5 discusses how to create an application-monitoring engine using NET Remoting as an underlying infrastructure for managing the subcomponents of an application STP security (data security): Security is a key concern for all market participants, and its implementation remains the greatest challenge in the current vulnerable markets In an STP space where interaction among business participants cross organizations and geographic boundaries, it is important to have the proper mechanisms in place to ensure the legitimacy of a business participant and also shield the confidentiality of business transactions 6 covers cryptography and discusses various security measures that you can implement to achieve both internal and external STP.

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STP interoperability (Web services): 7 is geared toward the implementation of external STP where the goal is to bring entities such as the broker, fund manager, and clearing corporation under one common roof in pursuit of achieving T+1 7 will explore the Web services platform and the WS-* standards in achieving integration and interoperability among different entities Equity arbitrage engine (CodeDOM): With millions of data packets hitting a system every second and price ticks being revised tens of times every second, evaluating scenarios and generating orders automatically are challenges for all solution providers 8 talks about leveraging automated code generation and how you can use it in designing a simple rule-based arbitrage system Each chapter provides insight into how you can address issues confronting the financial markets using the NET Framework BCL This means we will deal with every aspect of .

. . . <h:commandLink type="submit" value="Search" action="#{gadgetAdmin.search}"> <f:param name="conversationPropagation" value="begin"/> </h:commandLink> . . .

state before committing it back to the repository. Listing 11-13 is for a task that would accomplish this feat for a Subversion (http://subversion.tigris.org)-managed project. Listing 11-13. Rake Task for Committing to a Repository Only If All Tests Pass desc "Commit the current working copy if all tests pass" task :commit => :test do sh "svn", "commit" end

NET in its proper context by explaining how it is applicable to real-life business cases Interweaving both domain and technology aspects in every chapter will further solidify your understanding of the class library by specializing it to the specific needs of a business Finally, at the end of this book, we will give overview of NET 20 and explain some of the important features that further solidify NET as a complete end-to-end technology platform..

he beauty of time is that it controls the construction and destruction of each instance of the human type.

This has the same general effect as annotating an action listener method with @Begin. When the user clicks the Search link, the Seam phase listener will pick up the conversationPropagation parameter and begin a new explicit conversation context. Then the search() action listener method will be invoked, which will populate the DataModel within the conversation. It s important to note that there is an important difference between annotating an action listener method and using a page link to begin a conversation. When we annotate an action listener method, the conversation will be started after the method completes (assuming it returns a nonnull result). When we use the conversationPropagation parameter on a link, the conversation is started when the request is received, before any action listener is invoked. In our case, the conversation begins before the search() method is run. If we had annotated the search() method with @Begin, the conversation would have been started after the search was performed, and that would have left the DataModel and DataModelSelection outside of our new conversation. This definitely isn t what we want, so we have to use the link approach to begin the conversation. There are several other ways to control conversation propagation over links in Seam. When you use the Seam link tag, you can use the propagation attribute on the tag:

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