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tool: creation, manipulation, and deletion of model elements and links; transactions, undo/redo, rules, and events; and access to the domain model When a DSL tool such as the Issue State designer is launched, for example, by opening one of its les, a new Store is created and initialized by telling it about the domain models that make up the DSL that it will be executing We ll describe how this is done later in this chapter Once the store has been created and initialized, the DSL runtime executes by creating and manipulating model elements and element links In the DSL Tools API, the abstract classes ModelElement and ElementLink provide access to all of the functionality available for creating, manipulating, and deleting model elements and links in the store As we ll see, the code generated for the domain model when you press Transform All Templates in the DSL designer mainly consists of classes derived from these For brevity, when describing instances of classes derived from ModelElement, we often refer simply to model elements, or MELs; we similarly refer to instances of classes derived from ElementLink as links Consider the simple model of issue states shown in Figure 3-2, consisting of the states Raised, SubmittedForAssessment, Pending, and Closed, connected by transitions as shown

Returns a String with all characters from the original converted to their uppercase equivalents For example, the following String outputs what follows to the console:

Your code: public void yourMethod() { foo(0); } Eclipse 30: public void foo(int value) { some operation } Eclipse 21: public void foo(long value) { some operation }

then yourMethod() method would compile under Eclipse 30 and Eclipse 21 without any code changes, but would the version compiled under Eclipse

Converts the first character in a String to its uppercase equivalent, as shown here:

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What we see in Figure 3-2 is the on-screen presentation of a model kept in the store We ll see later how the actual shapes and arrows are derived from the model, but let s for the present focus on the model itself In the store at DSL runtime, this model is represented by MELs connected by links as shown in Figure 3-3 Observe that each MEL representing

30 run in Eclipse 21 Things like this make it well worth the up front time and effort of delivering one binary for each version of Eclipse you intend to support rather than spending that same amount of time and more later on debugging problems in the field

Editing the same source with different ver-

Converts the last character in the String to its lowercase equivalent, as shown here:

sions of Eclipse Sometimes different developers using different versions of Eclipse want to work on the same project If the project in question does not involve any Eclipse plug-ins, then there is no problem The problem arises when the project uses the ECLIPSE_HOME classpath variable, which is automatically managed by the Eclipse environment to point to the current Eclipse installation As a result, any project using ECLIPSE_HOME references plug-ins in the current Eclipse installation For example, a developer using Eclipse 30 will have the project compiled against the Eclipse 30 plug-ins, where as someone using the WebSphere Application Developer 51, which is based upon Eclipse 21, will have that same project compiled against Eclipse 21 plug-ins

Returns the index of the first character found in the match String on the target String If the match is not found, -1 is returned Following is an example with corresponding log output

an IssueState has a Name property Each of the links has a direction, from source to target The black circle that indicates the starting state corresponds to a MEL whose class is StartElement and which also has a Name property

One solution is to use the Plug-in Development Environment Target Platform preference page (see Figure 19-9) Using this preference page, you can retarget the ECLIPSE_HOME classpath variable at a different Eclipse installation The problem with this approach is that it does not address the prob-

lem of different projects compiled against different versions of Eclipse With this solution, you will have all projects compiled against the same Eclipse installation Another solution is never using the ECLIPSE_HOME classpath variable at all Assuming that we wish to support Eclipse 20, 21 and 30, we install all three Eclipse versions into separate directories with names like

var s : String := 'Find me in the string'; log(sindexOf('me')toString()); result: 5

and c:\eclipse30 We then set up three class-

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