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- <title>Tuscany SCA Integration Test Databindings</title>
- <!-- LINK rel="stylesheet" href="ait.css" type="text/css" -->
- <link rel="stylesheet" href="../../css/base.css" type="text/css">
-</head>
-
-<body>
-<h3>Tuscany SCA Integation Test Databindings </h3>
-
-<h4>Overview</h4>
-
-<p>
-This integration test tests the Tuscany SCA databinding implementation by passing various data structures
-across various bindings using the supported databindings. There are tests for the individual databindings
-which exercise various bindings with the same databinding at client and server ends of each binding. There
-is also an integration test which exercises the transformer chains by specifying different databindings at
-client and server ends of the binding.
-</p>
-<p>
-In doing this testing it is apparent that there is a lot of repetition in creating client, services, idl and
-type for each of the data types for each of the bindings for each of the databindings. To reduce the amount
-of effort required to maintain the tests as new types, bindings and databindings are added the test cases
-themselves are generated from configuration files.
-</p>
-
-<h4>Test Structure</h4>
-
-Databindings/Common - hold files common across all tests <br/>
-Databindings/Interop - test the transformer chains with combinations of databindings<br/>
-Databindings/sdogen and jaxbgen - test each databindings independently<br/>
-
-<h4>Test Generation</h4>
-<p>
-To reduce the amount of manual effort involved in building and maintaining tests cases the test cases
-themselves are generated at run time using a set of velocity templates. Each test module has a generate.xml
-file in the resources/generate directory which tells the generator what to do. The file looks like this.
-</p>
-<img src="config.png">
-<p>
-Each <Template> element describes a velocit template to use in the test. The generator process is to expand
-each velocity template provided with all of the types specified in the <InputFile> sections.
-</p>
-<p>
-Each <InputFile> element describes a schema file used in the test. It also contains a description of each
-data type that will be tested. The generator then arranges for the databinding being tested to generate
-appropriate Java classes to represent the type at runtime. The individual databinding tests use the following
-flow.
-</p>
-
-Create data object at client<br/>
-Client passes data object to server<br/>
-Server modifies data object<br/>
-Server returns modified data object to client<br/>
-Client tests that modified data object is as expected<br/>
-<p>
-Hence the CreateTypeCode, ModifyTypeCode and ResultComparison elements which contain the type specific code
-that is used in the tests.
-</p>
-
-<h4>The Common Directory</h4>
-<p>
-The common directory contains the information that is common across all of the tests. This includes the
-common velocity templates and the source for the generator that reads the config.xml for each test. Common
-also contains all of the data type schema as these are common across all tests. Each test pom is written so
-that the contents of the common project are expanded into the tests target directory before the test starts.
-In this way all of the common elements are available for the test generation phase and at test runtime.
-</p>
-
-<h4>Individual Databinding Tests</h4>
-<p>
-The individual databinding tests, for example, sdogen and jaxbgen, are mostly empty as their content is
-generated at runtime. The configuration and any test specific templates can be found in the resources/generate
-directory. Some files are hand crafted for each test and live in their static position in the tests directory
-structure.
-</p>
-<p>
-Each test uses the same scenario
-</p>
-<img src="databinding.png">
-<p>
-The interface exposed by the greeter service provides a greet method for each data type being tested, for
-example,
-</p>
-<code>
-PersonType greetPersonType(PersonType param);<br/>
-AttributeComplexType greetAttributeComplexType(AttributeComplexType param);<br/>
-AttributeReferenceComplexType greetAttributeReferenceComplexType(AttributeReferenceComplexType param);<br/>
-</code>
-<p>
-These methods are taken from the SDO databinding test and hence PersonType, AttributeComplexType, etc. will
-have been generated by the SDO static type generator.
-</p>
-<p>
-Hence this tests a single databinding across a variety of data types and a variety of bindings. New bindings
-be tested by extending the composite. Be datatypes can be tested by updating the confix.xml file.
-</p>
-<h4>Databinding Interoperability Tests</h4>
-<p>
-This test uses the generated client, services and types from the individual databinding tests. It does not
-regenerate them and you will see a dependency in the interop test pom on the other databinding tests. Is also
-has some generate elements because the composite file must currently have import statements for all of the
-SDO factories required during tested.
-</p>
-<p>
-The scenario used here is,
-</p>
-<img src="interop.png">
-<p>
-A chain of components is built up for each binding. Each component, drawn from the the inidividual databinding
-tests, tests the full range of datatypes. The client components are designed so that they can be chained together
-and so tranformations across different databindings is tests. The service component simply changes the data
-content and returns it as before.
-</p>
-<h4>Building And Running The Tests</h4>
-<p>
-The tests can be built by doing the following.
-</p>
-<code>
-cd sca/itest/databindings <br/>
-mvn
-</code>
-<p>
-The only modification to this process is required if a new input file is added to the tests suite. In this
-case you will need to edit the config.xml files as appropriate but run mvn twice. This may sound a little
-odd but currently the sdo test uses its pom file to generate the require SDO types. As the test is self
-generating the pom file will not be updated to include the new type file until the second time it's run. The
-aim is at some point to remove this feature from the pom.
-</p>
-
-
-</body>
-</html>