Examples of lib.MultiMethodTest

lib.MultiMethodTest
The class supports method based interface tests development.
There are some points that should be fulfilled in a subclass to work correctly in the multi-method framework: 1. each subclass schould define a public field named oObj of type tested by the subclass, e.g. 'public XText oObj;'. That field will be initialized by the MultiMethodTest code with the instance of the interface to test. In a case of service testing the field type should be XPropertySet. 2. for the test of each method of the tested interface(or a property in the case of service testing) should be method with the following signature provided: 'public void _()', e.g. 'public void _getText()'. The methods will be called by MultiMethodText code using reflection API for each method in the interface description. 3. to set status for a call 'tRes.tested(String method, boolean result)' should be used. For example 'tRes.tested("getText()", true)'. Also 'tRes.assert(String assertion, boolean result)' call can be used. Note, that one can call the methods not neccesarily from the test for the tested method, but from other method tests too (in the MultiMethodTest subclass). See also TestResult and MultiMethodTest.tRes documentation. 4. the before() and after() methods can be overriden to perform some actions, accordingly, before and after calling the test methods. 5. besides tRes, there are some fields initialized in the MultiMethodTest, that can be used for implementing tests: - tEnv contains the environment tested - tParam contains parameters of the test - log a writer to log information about the test @see TestResult

                
                if (tEnv == null || tEnv.isDisposed()) {
                    tEnv = getEnv(entry,param);                    
                }
                
                MultiMethodTest ifc = null;
                lib.TestResult res = null;
                try { 
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    res = ifc.run(entry.SubEntries[j],tEnv,param);
                } catch (IllegalArgumentException iae) {
                    log.println("Couldn't load class "+entry.SubEntries[j].entryName);
                    log.println("**** "+iae.getMessage()+" ****");
                    Summarizer.summarizeDown(entry.SubEntries[j],iae.getMessage());
                } catch (java.lang.RuntimeException e) {
                    tEnv = getEnv(entry,param);
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    if ((tEnv != null) && (ifc != null)) {
                        res = ifc.run(entry.SubEntries[j],tEnv,param);
                    } else res = null;
                }
                if (res != null) {
                    for (int k=0;k<entry.SubEntries[j].SubEntryCount;k++) {
                        if (res.hasMethod(entry.SubEntries[j].SubEntries[k].entryName)) {

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                    }


                    tEnv = getEnv(entry, param);
                }


                MultiMethodTest ifc = null;
                lib.TestResult res = null;


                // run the interface test twice if it failed.
                int countInterfaceTestRun = 0;
                boolean finished = false;

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    }


    private TestResult executeInterfaceTest(
        DescEntry entry, TestEnvironment tEnv, TestParameters param)
        throws IllegalArgumentException, java.lang.NoClassDefFoundError {
        MultiMethodTest ifc = (MultiMethodTest) dcl.getInstance(entry.entryName);
        return ifc.run(entry, tEnv, param);
    }

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    private TestResult executeInterfaceTest(
        DescEntry entry, TestEnvironment tEnv, TestParameters param)
        throws IllegalArgumentException, java.lang.NoClassDefFoundError
        {
            MultiMethodTest ifc = (MultiMethodTest) dcl.getInstance(entry.entryName);
            return ifc.run(entry, tEnv, param);
        }

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                if (tEnv == null || tEnv.isDisposed()) {
                    tEnv = getEnv(entry,param);                    
                }
                
                MultiMethodTest ifc = null;
                lib.TestResult res = null;
                try { 
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    res = ifc.run(entry.SubEntries[j],tEnv,param);
                } catch (IllegalArgumentException iae) {
                    log.println("Couldn't load class "+entry.SubEntries[j].entryName);
                    log.println("**** "+iae.getMessage()+" ****");
                    Summarizer.summarizeDown(entry.SubEntries[j],iae.getMessage());
                } catch (java.lang.RuntimeException e) {
                    tEnv = getEnv(entry,param);
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    if ((tEnv != null) && (ifc != null)) {
                        res = ifc.run(entry.SubEntries[j],tEnv,param);
                    } else res = null;
                }
                if (res != null) {
                    for (int k=0;k<entry.SubEntries[j].SubEntryCount;k++) {
                        if (res.hasMethod(entry.SubEntries[j].SubEntries[k].entryName)) {

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    private TestResult executeInterfaceTest(
        DescEntry entry, TestEnvironment tEnv, TestParameters param)
        throws IllegalArgumentException, java.lang.NoClassDefFoundError
        {
            MultiMethodTest ifc = (MultiMethodTest) m_aDynamicClassLoader.getInstance(entry.entryName);
            return ifc.run(entry, tEnv, param);
        }

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                if (tEnv == null || tEnv.isDisposed()) {
                    tEnv = getEnv(entry,param);                    
                }
                
                MultiMethodTest ifc = null;
                lib.TestResult res = null;
                try { 
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    res = ifc.run(entry.SubEntries[j],tEnv,param);
                } catch (IllegalArgumentException iae) {
                    log.println("Couldn't load class "+entry.SubEntries[j].entryName);
                    log.println("**** "+iae.getMessage()+" ****");
                    Summarizer.summarizeDown(entry.SubEntries[j],iae.getMessage());
                } catch (java.lang.RuntimeException e) {
                    tEnv = getEnv(entry,param);
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    if ((tEnv != null) && (ifc != null)) {
                        res = ifc.run(entry.SubEntries[j],tEnv,param);
                    }
                    else
                    {
                        res = null;
                    }

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    private TestResult executeInterfaceTest(
        DescEntry entry, TestEnvironment tEnv, TestParameters param)
        throws IllegalArgumentException, java.lang.NoClassDefFoundError
        {
            MultiMethodTest ifc = (MultiMethodTest) dcl.getInstance(entry.entryName);
            return ifc.run(entry, tEnv, param);
        }

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                if (tEnv == null || tEnv.isDisposed()) {
                    tEnv = getEnv(entry,param);                    
                }
                
                MultiMethodTest ifc = null;
                lib.TestResult res = null;
                try { 
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    res = ifc.run(entry.SubEntries[j],tEnv,param);
                } catch (IllegalArgumentException iae) {
                    log.println("Couldn't load class "+entry.SubEntries[j].entryName);
                    log.println("**** "+iae.getMessage()+" ****");
                    Summarizer.summarizeDown(entry.SubEntries[j],iae.getMessage());
                } catch (java.lang.RuntimeException e) {
                    tEnv = getEnv(entry,param);
                    ifc = (MultiMethodTest) dcl.getInstance(
                                              entry.SubEntries[j].entryName);
                    if ((tEnv != null) && (ifc != null)) {
                        res = ifc.run(entry.SubEntries[j],tEnv,param);
                    } else res = null;
                }
                if (res != null) {
                    for (int k=0;k<entry.SubEntries[j].SubEntryCount;k++) {
                        if (res.hasMethod(entry.SubEntries[j].SubEntries[k].entryName)) {

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                    }


                    tEnv = getEnv(entry, param);
                }


                MultiMethodTest ifc = null;
                lib.TestResult res = null;


                // run the interface test twice if it failed.
                int countInterfaceTestRun = 0;
                boolean finished = false;

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