Examples of org.openquark.cal.filter.AcceptAllQualifiedNamesFilter

org.openquark.cal.filter.AcceptAllQualifiedNamesFilter
A qualified name filter specifying that all qualified names should be accepted. @author Joseph Wong

        assertEquals(1, workspaceSourceMetrics.getGemReferenceFrequency(QualifiedName.make(CALPlatformTestModuleNames.SourceMetricFinder_Test_Support, "leaf7")));
    }
    
    /** Test that regular expression filtering is working */
    public void testReferenceFrequencyRegexpFiltering() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> unfilteredMap = SourceMetricFinder.computeReferenceFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        Map<Pair<QualifiedName, QualifiedName>, Integer> filteredMap = SourceMetricFinder.computeReferenceFrequencies(moduleDefn, moduleTypeInfo, new RegExpBasedUnqualifiedNameFilter(".*Examples", true), false);


        int unfilteredFrequency = 0;
        int filteredFrequency = 0;

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    /**
     * Check that the compositional frequency metric behaves basically as we expect. 
     */
    public void testCompositionalFrequencyMetric() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> compositionalFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "callerC1", "mangleValue"));
        assertEquals(2, getCompositionalFrequency(compositionalFrequencies, "mangleValue", "callerC1"));
        assertEquals(3, getCompositionalFrequency(compositionalFrequencies, "stompValue", "callerC1"));
    }

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        assertEquals(3, getCompositionalFrequency(compositionalFrequencies, "stompValue", "callerC1"));
    }
    
    /**  Check that we handle Prelude.apply in both its function and operator ($) forms */ 
    public void testCompositionFrequencyApplyHandling() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> compositionalFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "mangleValue", "callerC2"));
        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "callerC2", "mangleValue"));
        assertEquals(2, getCompositionalFrequency(compositionalFrequencies, "callerC2a", "mangleValue"));
    }

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        assertEquals(2, getCompositionalFrequency(compositionalFrequencies, "callerC2a", "mangleValue"));
    }
    
    /**  Check that we handle Prelude.compose in both its function and operator (#) forms */ 
    public void testCompositionFrequencyComposeHandling() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> compositionalFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        assertEquals(2, getCompositionalFrequency(compositionalFrequencies, "mangleValue", "callerC3"));
        assertEquals(2, getCompositionalFrequency(compositionalFrequencies, "callerC3", "mangleValue"));
        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "callerC3", "stompValue"));
    }

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        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "callerC3", "stompValue"));
    }
    
    /** Test that we deal properly with lambdas */
    public void testCompositionFrequencyLambdaHandling() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> compositionalFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        assertEquals(3, getCompositionalFrequency(compositionalFrequencies, "stompValue", "callerC4"));
        assertEquals(1, getCompositionalFrequency(compositionalFrequencies, "callerC4", "mangleValue"));
        assertEquals(0, getCompositionalFrequency(compositionalFrequencies, "mangleValue", "callerC4"));
    }

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        assertEquals(0, getCompositionalFrequency(compositionalFrequencies, "mangleValue", "callerC4"));
    }


    /** Test regexp-filtering in compositional-frequency computation */
    public void testCompositionalFrequencyRegexpFiltering() {
        Map<Pair<QualifiedName, QualifiedName>, Integer> unfilteredFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false);
        Map<Pair<QualifiedName, QualifiedName>, Integer> filteredFrequencies = SourceMetricFinder.computeCompositionalFrequencies(moduleDefn, moduleTypeInfo, new RegExpBasedUnqualifiedNameFilter("(.*test.*)|(.*Examples.*)", true), false);


        assertEquals(1, getCompositionalFrequency(filteredFrequencies, "callerC5", "mangleValue"));
        assertEquals(3, getCompositionalFrequency(unfilteredFrequencies, "callerC5", "mangleValue"));
    }

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        assertEquals(3, getCompositionalFrequency(unfilteredFrequencies, "callerC5", "mangleValue"));
    }
    
    /** Test redundant-lambda detection */
    public void testLintWalkerRedundantLambdas() {
        List<LintWarning> warningList = SourceMetricFinder.computeLintWarnings(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false, false, true, false, false, false);
        
        assertTrue(functionFlagged("l1", LintWarning.WarningType.REDUNDANT_LAMBDA, warningList));
        assertTrue(functionFlagged("l2", LintWarning.WarningType.REDUNDANT_LAMBDA, warningList));
        
        assertFalse(functionFlagged("l3", LintWarning.WarningType.REDUNDANT_LAMBDA, warningList));

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        assertFalse(functionFlagged("l7", LintWarning.WarningType.REDUNDANT_LAMBDA, warningList));
    }
    
    /** Test unplinged-primitive-arg detection */
    public void testLintWalkerUnplingedPrimitveArgs() {
        List<LintWarning> warningList = SourceMetricFinder.computeLintWarnings(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false, true, false, false, false, false);
        
        assertTrue(functionFlagged("fullyUnplingedPrimitives", LintWarning.WarningType.UNPLINGED_PRIMITIVE_ARG, warningList));
        assertTrue(functionFlagged("partiallyUnplingedPrimitives1", LintWarning.WarningType.UNPLINGED_PRIMITIVE_ARG, warningList));
        assertTrue(functionFlagged("partiallyUnplingedPrimitives2", LintWarning.WarningType.UNPLINGED_PRIMITIVE_ARG, warningList));
        assertTrue(functionFlagged("partiallyUnplingedPrimitives3", LintWarning.WarningType.UNPLINGED_PRIMITIVE_ARG, warningList));

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        assertFalse(functionFlagged("fullyUnplingedAlgebraic", LintWarning.WarningType.UNPLINGED_PRIMITIVE_ARG, warningList));
    }
    
    /** Test unreferenced-private-function detection */
    public void testLintWalkerUnusedPrivates() {
        List<LintWarning> warningList = SourceMetricFinder.computeLintWarnings(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false, false, false, true, false, false);
        
        assertFalse(functionFlagged("unreferencedPublicFunction", LintWarning.WarningType.UNUSED_PRIVATE_FUNCTION, warningList));
        assertFalse(functionFlagged("referenced1", LintWarning.WarningType.UNUSED_PRIVATE_FUNCTION, warningList));
        assertFalse(functionFlagged("referenced2", LintWarning.WarningType.UNUSED_PRIVATE_FUNCTION, warningList));
        assertFalse(functionFlagged("referenced3", LintWarning.WarningType.UNUSED_PRIVATE_FUNCTION, warningList));

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        assertTrue(functionFlagged("unreferencedPrivate2", LintWarning.WarningType.UNUSED_PRIVATE_FUNCTION, warningList));
    }
    
    /** Test mismatched-plings-on-alias-functions detection */
    public void testLintWalkerMismatchedAliasPlings() {
        List<LintWarning> warningList = SourceMetricFinder.computeLintWarnings(moduleDefn, moduleTypeInfo, new AcceptAllQualifiedNamesFilter(), false, false, false, false, true, false);
        
        assertFalse(functionFlagged("alias1", LintWarning.WarningType.MISMATCHED_ALIAS_PLINGS, warningList));
        assertFalse(functionFlagged("alias2", LintWarning.WarningType.MISMATCHED_ALIAS_PLINGS, warningList));
        assertFalse(functionFlagged("alias3", LintWarning.WarningType.MISMATCHED_ALIAS_PLINGS, warningList));
        assertFalse(functionFlagged("alias4", LintWarning.WarningType.MISMATCHED_ALIAS_PLINGS, warningList));

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Related Classes of org.openquark.cal.filter.AcceptAllQualifiedNamesFilter

org.openquark.cal.compiler.SourceMetricFinder

org.openquark.cal.compiler.SourceMetricFinder_Test

org.openquark.cal.compiler.SourceMetricsManager

org.openquark.gems.client.GemCutter

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