Package com.google.devtools.moe.client

Examples of com.google.devtools.moe.client.FileSystem$Lifetime

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  }

  public void testExistence2() throws Exception {
    AppContextForTesting.initForTest();
    IMocksControl control = EasyMock.createControl();
    FileSystem fileSystem = control.createMock(FileSystem.class);
    CommandRunner cmd = control.createMock(CommandRunner.class);
    AppContext.RUN.cmd = cmd;
    AppContext.RUN.fileSystem = fileSystem;

    File file1 = new File("/1/foo");
    File file2 = new File("/2/foo");

    expect(fileSystem.exists(file1)).andReturn(false);
    expect(fileSystem.exists(file2)).andReturn(true);
    expect(fileSystem.isExecutable(file1)).andReturn(false);
    expect(fileSystem.isExecutable(file2)).andReturn(false);
    expect(cmd.runCommand("diff", ImmutableList.of("-N", "/1/foo", "/2/foo"), "")).andThrow(
        new CommandRunner.CommandException(
            "diff", ImmutableList.of("-N", "/1/foo", "/2/foo"), "foo", "", 1));

    control.replay();
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  }

  public void testExecutability() throws Exception {
    AppContextForTesting.initForTest();
    IMocksControl control = EasyMock.createControl();
    FileSystem fileSystem = control.createMock(FileSystem.class);
    CommandRunner cmd = control.createMock(CommandRunner.class);
    AppContext.RUN.cmd = cmd;
    AppContext.RUN.fileSystem = fileSystem;

    File file1 = new File("/1/foo");
    File file2 = new File("/2/foo");

    expect(fileSystem.exists(file1)).andReturn(true);
    expect(fileSystem.exists(file2)).andReturn(true);
    expect(fileSystem.isExecutable(file1)).andReturn(true);
    expect(fileSystem.isExecutable(file2)).andReturn(false);
    expect(cmd.runCommand("diff",
                          ImmutableList.of("-N", "/1/foo", "/2/foo"), "")).andReturn("");

    control.replay();
    FileDifference d = FileDifference.CONCRETE_FILE_DIFFER.diffFiles("foo", file1, file2);
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    }
  }

  public void testFileCodebaseCreator() throws Exception {
    IMocksControl control = EasyMock.createControl();
    FileSystem mockFs = control.createMock(FileSystem.class);
    AppContext.RUN.fileSystem = mockFs;
    expect(mockFs.exists(new File("/foo"))).andReturn(true);
    expect(mockFs.isDirectory(new File("/foo"))).andReturn(true);
    File copyLocation = new File("/tmp/copy");
    expect(mockFs.getTemporaryDirectory("file_codebase_copy_")).andReturn(copyLocation);
    // Short-circuit Utils.copyDirectory().
    mockFs.makeDirsForFile(copyLocation);
    expect(mockFs.isFile(new File("/foo"))).andReturn(true);
    mockFs.copyFile(new File("/foo"), copyLocation);
    mockFs.setLifetime(EasyMock.eq(copyLocation), EasyMock.<Lifetime>anyObject());
    mockFs.cleanUpTempDirs();

    RepositoryExpression repoEx = new RepositoryExpression("file").withOption("path", "/foo");

    control.replay();
    Codebase c = repoEx.createCodebase(ProjectContext.builder().build());
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  /**
   * Copy the destFile into the merged codebase. This is where the output of merge will be
   * written to.
   */
  private File copyToMergedCodebase(String filename, File destFile) {
    FileSystem fs = AppContext.RUN.fileSystem;
    File mergedFile = mergedCodebase.getFile(filename);
    try {
      fs.makeDirsForFile(mergedFile);
      fs.copyFile(destFile, mergedFile);
      return mergedFile;
    } catch (IOException e) {
      throw new MoeProblem(e.getMessage());
    }
  }
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   * and this method will return leaving the merged codebase unchanged.
   *
   * @param filename the name of the file to merge
   */
  public void generateMergedFile(String filename) {
    FileSystem fs = AppContext.RUN.fileSystem;

    File origFile = originalCodebase.getFile(filename);
    boolean origExists = fs.exists(origFile);

    File destFile = destinationCodebase.getFile(filename);
    boolean destExists = fs.exists(destFile);

    File modFile = modifiedCodebase.getFile(filename);
    boolean modExists = fs.exists(modFile);

    if (!destExists && !modExists) {
      // This should never be thrown since generateMergedFile(...) is only called on filesToMerge
      // from merge() which is the union of the files in the destination and modified codebases.
      throw new MoeProblem(
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                // Set the TokenType of the response. To make clients happy we'll return a token of the type they requested
                tokenResponse.setTokenType(tokenRequest.getTokenType());
       
                // Add a Lifetime element to indicate to clients the lifetime of the token we're sending
                // In this case, we're giving the client the lifetime they asked for
                Lifetime lifetime = tokenRequest.getLifetime();
                tokenResponse.setLifetime(lifetime);

                // Check if the request included a custom element named <TestElement>
                // Note that a list of custom elements can be obtained by calling getCustomElements();
                if (tokenRequest.getCustomElement("http://testElementNs.testElementNs", "TestElement") != null) {
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        // Set the desired Lifetime of the token being requested in this case to 250 seconds
        Date start = new Date();
        Date end = new Date();
        end.setTime(start.getTime() + 250 * 1000);
        tokenRequest.setLifetime(new Lifetime(wssConfig, doc, start, end));

        // Add a custom element of our own creation
        tokenRequest.addCustomElementNS("http://testElementNs.testElementNs", "te:TestElement");

        // Create a SOAP body and set the XML element of the token request (a <RequestSecurityToken> element)
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        // Set the desired Lifetime of the token being requested in this case to 250 seconds
        Date start = new Date();
        Date end = new Date();
        end.setTime(start.getTime() + 250 * 1000);
        tokenRequest.setLifetime(new Lifetime(wssConfig, doc, start, end));

        // Add a custom element of our own creation
        tokenRequest.addCustomElementNS("http://testElementNs.testElementNs", "te:TestElement");

        // Create a SOAP body and set the XML element of the token request (a <RequestSecurityToken> element)
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                // Set the TokenType of the response. To make clients happy we'll return a token of the type they requested
                tokenResponse.setTokenType(tokenRequest.getTokenType());
       
                // Add a Lifetime element to indicate to clients the lifetime of the token we're sending
                // In this case, we're giving the client the lifetime they asked for
                Lifetime lifetime = tokenRequest.getLifetime();
                tokenResponse.setLifetime(lifetime);

                // Check if the request included a custom element named <TestElement>
                // Note that a list of custom elements can be obtained by calling getCustomElements();
                if (tokenRequest.getCustomElement("http://testElementNs.testElementNs", "TestElement") != null) {
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      try
      {
         RegistrationLocal.setRegistration(registration);

         ExportContext exportContext;
         final Lifetime askedLifetime = exportPortlets.getLifetime();
         if (askedLifetime != null)
         {
            final XMLGregorianCalendar askedLifetimeCurrentTime = askedLifetime.getCurrentTime();
            long currentTime = toLongDate(askedLifetimeCurrentTime);
            long terminationTime = toLongDate(askedLifetime.getTerminationTime());
            long refreshDuration = askedLifetime.getRefreshDuration().getTimeInMillis(askedLifetimeCurrentTime.toGregorianCalendar());
            exportContext = exportManager.createExportContext(exportByValueRequired, currentTime, terminationTime, refreshDuration);
         }
         else
         {
            exportContext = exportManager.createExportContext(exportByValueRequired, -1, -1, -1);
         }

         for (PortletContext portletContext : portletContexts)
         {
            try
            {
               WSRP2ExceptionFactory.throwOperationFailedIfValueIsMissing(portletContext, "Portlet context");
               String portletHandle = portletContext.getPortletHandle();
               WSRP2ExceptionFactory.throwMissingParametersIfValueIsMissing(portletHandle, "Portlet handle", "PortletContext");

               org.gatein.pc.api.PortletContext portalPC = WSRPUtils.convertToPortalPortletContext(portletContext);

               org.gatein.pc.api.PortletContext exportedPortalPC = producer.getPortletInvoker().exportPortlet(PortletStateType.OPAQUE, portalPC);
               if (exportedPortalPC == null)
               {
                  WSRP2ExceptionFactory.throwWSException(InvalidHandle.class, "Could not find a portlet with handle " + portletHandle + " in the producer", null);
               }

               byte[] portletState = WSRPUtils.getStateOrNullFor(exportedPortalPC);

               //get the exportPortletData
               ExportPortletData exportPortletData = exportManager.createExportPortletData(exportContext, portletHandle, portletState);

               //Create the exportedPortlet
               byte[] exportPortletBytes = exportManager.encodeExportPortletData(exportContext, exportPortletData);
               ExportedPortlet exportedPortlet = WSRPTypeFactory.createExportedPortlet(portletHandle, exportPortletBytes);
               exportedPortlets.add(exportedPortlet);
            }

            catch (Exception e)
            {
               if (log.isWarnEnabled())
               {
                  log.warn("Error occured while trying to export a portlet.", e);
               }

               ErrorCodes.Codes errorCode;
               String reason;
               if (e instanceof NoSuchPortletException || e instanceof InvalidHandle)
               {
                  errorCode = ErrorCodes.Codes.INVALIDHANDLE;
                  reason = "The specified portlet handle is invalid";
               }
               else // default error message.
               {
                  errorCode = ErrorCodes.Codes.OPERATIONFAILED;
                  reason = "Error preparing portlet for export";
               }

               final String errorCodeName = errorCode.name();
               if (!failedPortletsMap.containsKey(errorCodeName))
               {
                  List<String> portletHandles = new ArrayList<String>();
                  portletHandles.add(portletContext.getPortletHandle());

                  FailedPortlets failedPortlets = WSRPTypeFactory.createFailedPortlets(portletHandles, errorCode, reason);
                  failedPortletsMap.put(errorCodeName, failedPortlets);
               }
               else
               {
                  FailedPortlets failedPortlets = failedPortletsMap.get(errorCodeName);
                  failedPortlets.getPortletHandles().add(portletContext.getPortletHandle());
               }
            }
         }

         //TODO: handle resourceLists better (should be using for things like errors)
         ResourceList resourceList = null;

         byte[] exportContextBytes = exportManager.encodeExportContextData(exportContext);

         Lifetime lifetime = null;

         if (exportContext.getCurrentTime() > 0)
         {
            lifetime = new Lifetime();
            lifetime.setCurrentTime(toXMLGregorianCalendar(exportContext.getCurrentTime()));
            lifetime.setTerminationTime(toXMLGregorianCalendar(exportContext.getTermintationTime()));
            lifetime.setRefreshDuration(toDuration(exportContext.getRefreshDuration()));
         }

         return WSRPTypeFactory.createExportPortletsResponse(exportContextBytes, exportedPortlets, new ArrayList<FailedPortlets>(failedPortletsMap.values()), lifetime, resourceList);
      }
      catch (Exception e)
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Related Classes of com.google.devtools.moe.client.FileSystem$Lifetime

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