Simplified Gzip test
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@ -68,28 +68,19 @@ public class GzipContentLengthTest
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private static final int TINY = GzipHandler.DEFAULT_MIN_GZIP_SIZE / 2;
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private static final boolean EXPECT_COMPRESSED = true;
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@Parameters(name = "{0} bytes - {1} - compressed({2}) - type({3}) - filter({4})")
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@Parameters(name = "{0} bytes - {1} - compressed({2})")
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public static List<Object[]> data()
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{
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List<Object[]> ret = new ArrayList<Object[]>();
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String compressionTypes[] = new String[] { GzipHandler.GZIP, GzipHandler.DEFLATE };
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Class<?> gzipFilters[] = new Class<?>[] { GzipFilter.class, AsyncGzipFilter.class };
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for(String compressionType: compressionTypes)
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{
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for(Class<?> gzipFilter: gzipFilters)
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{
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ret.add(new Object[] { 0, "empty.txt", !EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { TINY, "file-tiny.txt", !EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { SMALL, "file-small.txt", EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { SMALL, "file-small.mp3", !EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { MEDIUM, "file-med.txt", EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { MEDIUM, "file-medium.mp3", !EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { LARGE, "file-large.txt", EXPECT_COMPRESSED, compressionType, gzipFilter });
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ret.add(new Object[] { LARGE, "file-large.mp3", !EXPECT_COMPRESSED, compressionType, gzipFilter });
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}
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}
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ret.add(new Object[] { 0, "empty.txt", !EXPECT_COMPRESSED});
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ret.add(new Object[] { TINY, "file-tiny.txt", !EXPECT_COMPRESSED});
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ret.add(new Object[] { SMALL, "file-small.txt", EXPECT_COMPRESSED});
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ret.add(new Object[] { SMALL, "file-small.mp3", !EXPECT_COMPRESSED});
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ret.add(new Object[] { MEDIUM, "file-med.txt", EXPECT_COMPRESSED});
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ret.add(new Object[] { MEDIUM, "file-medium.mp3", !EXPECT_COMPRESSED});
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ret.add(new Object[] { LARGE, "file-large.txt", EXPECT_COMPRESSED});
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ret.add(new Object[] { LARGE, "file-large.mp3", !EXPECT_COMPRESSED});
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return ret;
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}
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@ -100,28 +91,21 @@ public class GzipContentLengthTest
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public String fileName;
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@Parameter(2)
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public boolean expectCompressed;
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@Parameter(3)
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public String compressionType;
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@Parameter(4)
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public Class<? extends GzipFilter> gzipFilterClass;
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private void testWithGzip(Class<? extends TestDirContentServlet> contentServlet) throws Exception
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{
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GzipTester tester = new GzipTester(testingdir, GzipHandler.GZIP);
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// Add AsyncGzip Filter
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FilterHolder gzipHolder = new FilterHolder(gzipFilterClass);
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gzipHolder.setAsyncSupported(true);
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tester.addFilter(gzipHolder,"*.txt",EnumSet.of(DispatcherType.REQUEST,DispatcherType.ASYNC));
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tester.addFilter(gzipHolder,"*.mp3",EnumSet.of(DispatcherType.REQUEST,DispatcherType.ASYNC));
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gzipHolder.setInitParameter("mimeTypes","text/plain");
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// Add AsyncGzip Configuration
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tester.getGzipHandler().setIncludedMimeTypes("text/plain");
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tester.getGzipHandler().setIncludedPaths("*.txt","*.mp3");
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// Add content servlet
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tester.setContentServlet(contentServlet);
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try
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{
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String testFilename = String.format("%s-%s-%s", gzipFilterClass.getSimpleName(), contentServlet.getSimpleName(), fileName);
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String testFilename = String.format("%s-%s", contentServlet.getSimpleName(), fileName);
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File testFile = tester.prepareServerFile(testFilename,fileSize);
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tester.start();
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@ -159,8 +143,6 @@ public class GzipContentLengthTest
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@Test
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public void testAsyncTimeoutCompleteWrite_Default() throws Exception
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{
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if (expectCompressed && gzipFilterClass==GzipFilter.class)
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return; // Default startAsync will never work with GzipFilter, which needs wrapping
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testWithGzip(AsyncTimeoutCompleteWrite.Default.class);
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}
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@ -334,8 +316,6 @@ public class GzipContentLengthTest
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@Test
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public void testHttpOutputWrite() throws Exception
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{
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if (gzipFilterClass == GzipFilter.class)
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return; // Can't downcaste output stream when wrapper is used
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testWithGzip(TestServletBufferTypeLengthWrite.class);
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}
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}
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