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JSF provides an event model in its component model, but Seam introduces two new types of events that can be utilized within Seam applications: page actions and component-driven events.

def establish_connection(host, port, user, pass) end credentials = ["andre", "1234"] establish_connection("www.example.com", "6969", *credentials) It is not possible in 1.8 to use this splatting trick more than once in a given method call. That s going to change, making this sort of thing possible (continuing the example): server = ["www.example.com", "6969"] establish_connection(*server, *credentials)

(Sending Formatter)

(Receiving Formatter)

Seam page actions are events that you can have triggered after a user makes a web request, but before the requested web component or page is rendered. You can specify page actions that are to be invoked on request to specific views, or use wildcards to cover groups of views. Page actions are implemented by component operations (JSF managed bean methods and/or Seam component methods). Seam component-driven events provide a general event notification scheme for Seam components. A set of named events can be defined, and component methods can be registered as callbacks on these events. Any component can trigger an event anywhere in its business code, and any component operations on the notification list will be invoked.

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Many in-place (destructive) string functions return nil if they end up doing nothing, for example: "line\n".chomp "line".chomp "line\n".chomp! "line".chomp! # # # # returns returns returns returns a copy of the string with the newline removed a copy of the string unaltered the original string with the newline removed nil

Exact type is loaded by the remoting framework. Type is loaded using the type name and assembly name. The remoting framework first attempts to load the exact type. If it fails to load, then it makes a second attempt to load a type using the type name and assembly name. Type is loaded using the type name and assembly name.

Remoting supports the propagation of exceptions raised on the server side back to the original caller (the client). But the amount of information transferred to the caller is controlled by the mode attribute value defined in the customErrors element: <configuration> <system.runtime.remoting> <customErrors mode="off"/> </system.runtime.remoting> </configuration> Table 5-5 lists the possible values that control the propagation of remoting exceptions from server to client.

Seam integrates jBPM into the framework in two ways. First, it s used to implement a rich pageflow capability. The jBPM Process Definition Language (jPDL) supports more complex and robust pageflows than JSF navigation rules can provide. jPDL pageflows are stateful, in the sense that the flow is defined as transitions between explicit, named states. jPDL pageflows are much more structured than JSF navigation rules they define starting states, transitions, intermediate state nodes, and end states. And jPDL pageflows can be more explicit and externalized than JSF pageflows transitions are defined around component actions and their outcomes, state transitions can themselves trigger state changes by invoking component methods, and so on. You ll learn more about the pageflow capabilities provided by Seam and jPDL in 5.

This behavior exists for a reason, but it can make command chaining unexpectedly hard. Consider the chomp operation combined with an attempt to retrieve the last character: "line".chomp[-1] # returns a new string "e" "line".chomp![-1] # raises an error complaining that nil has no such method as [] Thus the destructive version of this compound operation would need to be split onto three lines (l = "line"; l.chomp!; l[-1]). This is manifestly ugly, so future versions of Ruby will provide Object and its inheritors (i.e., every object) with a method named tap, which both passes the object to a block and returns the self-same object. The three-liner becomes a oneliner again: "line".tap { |l| l.chomp! }[0] # returns a new string "e"

Callers receive complete exception information including the server stack trace. Callers receive filtered exception information. Local callers (a client running on the same machine as the server) receive complete exception information, but remote callers receive filtered exception information.

To protect a system from unwarranted attacks, the remoting framework supports two levels of automatic deserialization. These levels are defined at the formatter level, and by default they are configured at restricted levels where only limited types required for basic remoting functionality are allowed to serialize. To remove this restriction, the following entry must be present in the configuration file: <configuration> <system.runtime.remoting> <application> <channel ref="tcp" port="15000"> <serverProviders> <formatter ref="binary" typeFilterLevel="Full"/> </serverProviders> </channel> </application> </system.runtime.remoting> </configuration>

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