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The user of DSL Tools who creates DSLs Devika was the DSL author in CJKW The user of a DSL who creates designs in the language to help build applications Developers Devika and Dave are DSL users Annie (the analyst) also draws diagrams with the DSL, although she generally passes them to the developers in order to generate material The end user of an application built using the help of a DSL: CJKW s customers and their project staff who use the Issue Tracking systems The time when the DSL itself is being authored, together with the generating templates and validation code The DSL author may also write custom code to augment the functions of the graphical designer The time when designs are being created in a DSL to help build an application The DSL will typically generate only some of the code, and the rest will be hand-written, or maybe several DSLs will be used The same as DSL runtime Application will be omitted unless the context in which the term is being used demands explicit quali cation of this term We will never omit DSL from DSL design time The time when the application is being run and used by the end user Application will be omitted unless the context demands it

Information dialogs:

OML mapping operations are the refinement of a relation and provide the fundamental behavior of transformations Mappings take one or more source model elements and return one or more target model elements Following is the general

user, as contained in an IStatus object If an error contains additional detailed information then a Details button is automatically supplied, which shows or hides an error details viewer when pressed by the user

Resource dialogs:

syntax of a mapping operation, where <direction> is one of in, out, or inout A mapping is either contextual, as seen here, where X represents the type and prefixes the mapping name, or noncontextual, where the input parameter is explicitly declared, as in mapping XtoR(in x : X) : R

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Figure 2-4 provides an overview of the process It s worth taking a moment to re ect on the different stages and the things that can be done there, since it is quite easy to get the different levels mixed up4 In authoring a DSL, we use a designer that creates the DSL de nition From this definition, code is generated for the tools that will edit and process instances of the DSL We can write extra code that enhances the generated designer

- A standard selection dialog that so-

mapping <direction> X::name (<direction> p1:P1, <direction> p2:P2) when { } where { } { init { } population { } end { } } : r1:R1, r2:R2

licits a container resource from the user The getResult() method returns the selected container resource

that solicits a list of resources from the user The getResult()

Application user Generated designer + templatized application code + generic application framework Application software

A mapping has a name, which, by convention, follows either an X::<input_ element>2<output_element>() or X::to<output_element>() pattern, where X represents the input element type The mapping name is prefixed by the fully qualified input element, separated by double colons This is standard OCL namespace syntax The input object is referenced using self within the mapping Note that a mapping can be declared as abstract Parameters are comma separated and indicate direction in|out|inout followed by name and type information Input parameters cannot be modified, while inout parameters can be updated The out parameter receives a new value but cannot be newly created if a previous mapping invocation for the input instance has been processed The following example specifies a single input parameter named targetType and conforms to the type UML::DataType In this case, UML is defined by a modeltype declaration at the top of the transformation The result is declared following a single colon after the parameter list In the following example, the return conforms to the type RDB::TableColumn, where RDB is also defined by a modeltype declaration Note that it s possible to have multiple results for a mapping The result keyword is used to reference the return object, or tuple, in the case of multiple result objects

Selection dialogs:

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