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PDE JUnit starts a test run in a fresh and empty workspace Most serious plug-in tests don't run in an empty workspace They need a workspace containing some data For example, JDT tests operate on Java projects containing Java source code Tests for our Contributed JUnit test runner operate on a Java project containing JUnit test cases To simplify the creation of such test projects in the run-time workspace we implemented the TestProject class It helps us create thefixture for a test, a predictable initial state so the test can run consistently TestProject allows us to create a project, create a package inside the project, and create a class inside the package It goes through all the Eclipse details necessary to create a project and its contents How do you use TestProject to create a fixture First we have to remember that PDE JUnit runs all tests inside the same workspace This avoids having to start Eclipse for each test and speeds up test runs However, tests should leave the world exactly as they found it Therefore, you should create the fixture project inside the setUp() method of a test case and you should dispose the fixture project in tearDown() as shown below:

i2 2i 1 ,

funding policy is what is normally called an investment policy statement. Besides documenting your decisions in steps 1 and 2, we suggest that you also:

public class SomePluginTest extends TestCase { private TestProject testProject; protected void setUp() throws Exception { testProject= new TestProject(); } protected void tearDown() throws Exception { testProjectdispose(); } } When you forget to implement tearDown() and dispose the fixture project you will get test failures The next test will not be able to create a fresh test project fixture since the test project already exists For a particular test you populate the test project using methods provided by TestProject The testSomeTest() illustrates how to create a Java project with the contents shown in Figure 127

Proof. For the case j = i + 1 of Eq. (15.5) and using Lemmas 7 and 9, we have E[hi ]E[ i,j ] E[hi+1 ]E[ i+1,j ] = Si Si+1 E[hi ][i2 pi (i2 1)] E[hi+1 ]{(i + 1)2 pi+1 [(i + 1)2 1]} = (2i 1) (2i + 1)

i2 i2 1 (i + 1)2 1 (i + 1)2 E[hi ] pi E[hi ] = E[hi+1 ] pi+1 E[hi+1 ] 2i 1 2i 1 2i + 1 2i + 1 Let ai , and di be as de ned in the theorem statement above. By Lemma 11 we know that pi E[hi ] = E[fi 1 ], and by Lemma 10 it is E[hi ] = E[gi ] + E[fi ]; thus the last equation becomes ai+1 E[fi+1 ] (di + ai )E[fi ] + di 1 E[fi 1 ] = ai E[gi ] ai+1 E[gi+1 ] To solve the above recurrency we must compute E[gi ]. Lemma 12. If N is the total number of events that are generated in the network, the mean value of gi is given by the following relationship: E[gi ] = N i Proof. Because the position of each event is independent of other events and because for each sector i, probability i is the same, clearly gi is binomial with parameters N and i . In order to have a simpler recurrence involving only two (successive in fact) terms of the E[fi ] sequence, we will transform the recurrency relation of Theorem 15.5.1. into the following (easier to solve) relation: Lemma 13. The recurrency relation ti ti 1 = ai E[fi ] ai+1 E[fi+1 ] t0 = a1 E[f1 ] has as a solution the function for i = 1, . . . , n 1 and

public void testSomeTest() throws CoreException { IPackageFragment package= testProjectcreatePackage("pack1"); IType type= testProjectcreateType(package, "AClassjava", "public class AClass {public void m(){}}"); } } TestProject provides the following methods:

aj E[gj ] aj+1 E[gj+1 ] + a1 E[f1 ]

Identify all parties involved. Specify delegation of duty. Specify performance criteria including when you would terminate an investment manager. Require the investment manager s signature that he or she has read, understands, and agrees to follow the IPS.

TestProject() Creates a Java project namedProject-1 with a folder bin and assigns it the Java nature This configures the Java builder for the project The project's build class path is set up to include the system libraries (rtjar, etc) The project's output folder is set to the bin folder IPackageFragment createPackage(String name) Returns a package with the given name in the project's source folder, src A source folder is created if it doesn't exist yet and it is added to the project's build class path IType createType(IPackageFragment p, String compilationUnit, String source) Creates a compilation unit in the given package and returns the top-level type The argument source defines the contents of the compilation unit addJar(String plugin, String jar) Adds a JAR file from a plug-in contained in your Eclipse installation to the build class path dispose() Deletes the project from the workspace