Examples of com.google.gwt.core.ext.soyc.impl.DependencyRecorder

Package com.google.gwt.core.ext.soyc.impl

Examples of com.google.gwt.core.ext.soyc.impl.DependencyRecorder

com.google.gwt.core.ext.soyc.impl.DependencyRecorder
The control-flow dependency recorder for Compile Report.


  private static MultipleDependencyGraphRecorder chooseDependencyRecorder(
      boolean soycEnabled, OutputStream out) {
    MultipleDependencyGraphRecorder dependencyRecorder = CodeSplitter.NULL_RECORDER;
    if (soycEnabled) {
      dependencyRecorder = new DependencyRecorder(out);
    }
    return dependencyRecorder;
  }

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   * then this method can be used instead to record a single dependency graph
   * for the whole program.
   */
  private static void recordNonSplitDependencies(JProgram program,
      OutputStream out) {
    DependencyRecorder deps = new DependencyRecorder(out);
    deps.open();
    deps.startDependencyGraph("initial", null);


    ControlFlowAnalyzer cfa = new ControlFlowAnalyzer(program);
    cfa.setDependencyRecorder(deps);
    for (List<JMethod> entryList : program.entryMethods) {
      for (JMethod entry : entryList) {
        cfa.traverseFrom(entry);
      }
    }


    deps.endDependencyGraph();
    deps.close();
  }

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  private static MultipleDependencyGraphRecorder chooseDependencyRecorder(
      boolean soycEnabled, OutputStream out) {
    MultipleDependencyGraphRecorder dependencyRecorder = CodeSplitter.NULL_RECORDER;
    if (soycEnabled) {
      dependencyRecorder = new DependencyRecorder(out);
    }
    return dependencyRecorder;
  }

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   * then this method can be used instead to record a single dependency graph
   * for the whole program.
   */
  private static void recordNonSplitDependencies(JProgram program,
      OutputStream out) {
    DependencyRecorder deps = new DependencyRecorder(out);
    deps.open();
    deps.startDependencyGraph("initial", null);


    ControlFlowAnalyzer cfa = new ControlFlowAnalyzer(program);
    cfa.setDependencyRecorder(deps);
    for (List<JMethod> entryList : program.entryMethods) {
      for (JMethod entry : entryList) {
        cfa.traverseFrom(entry);
      }
    }


    deps.endDependencyGraph();
    deps.close();
  }

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  private static MultipleDependencyGraphRecorder chooseDependencyRecorder(boolean soycEnabled,
      OutputStream out) {
    MultipleDependencyGraphRecorder dependencyRecorder = CodeSplitter.NULL_RECORDER;
    if (soycEnabled) {
      dependencyRecorder = new DependencyRecorder(out);
    }
    return dependencyRecorder;
  }

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   * results in multiple dependency graphs. If the code splitter doesn't run,
   * then this method can be used instead to record a single dependency graph
   * for the whole program.
   */
  private static void recordNonSplitDependencies(JProgram program, OutputStream out) {
    DependencyRecorder deps = new DependencyRecorder(out);
    deps.open();
    deps.startDependencyGraph("initial", null);


    ControlFlowAnalyzer cfa = new ControlFlowAnalyzer(program);
    cfa.setDependencyRecorder(deps);
    cfa.traverseEntryMethods();
    deps.endDependencyGraph();
    deps.close();
  }

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      MultipleDependencyGraphRecorder dependencyRecorder =
          MultipleDependencyGraphRecorder.NULL_RECORDER;
      if (options.isSoycEnabled() && options.isJsonSoycEnabled()) {
        dependencyRecorder = new DependencyGraphRecorder(out, jprogram);
      } else if (options.isSoycEnabled()) {
        dependencyRecorder = new DependencyRecorder(out);
      } else if (options.isJsonSoycEnabled()) {
        dependencyRecorder = new DependencyGraphRecorder(out, jprogram);
      }
      return dependencyRecorder;
    }

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     * Dependency information is normally recorded during code splitting, and it results in multiple
     * dependency graphs. If the code splitter doesn't run, then this method can be used instead to
     * record a single dependency graph for the whole program.
     */
    private DependencyRecorder recordNonSplitDependencies(OutputStream out) {
      DependencyRecorder deps;
      if (options.isSoycEnabled() && options.isJsonSoycEnabled()) {
        deps = new DependencyGraphRecorder(out, jprogram);
      } else if (options.isSoycEnabled()) {
        deps = new DependencyRecorder(out);
      } else if (options.isJsonSoycEnabled()) {
        deps = new DependencyGraphRecorder(out, jprogram);
      } else {
        return null;
      }
      deps.open();
      deps.startDependencyGraph("initial", null);


      ControlFlowAnalyzer cfa = new ControlFlowAnalyzer(jprogram);
      cfa.setDependencyRecorder(deps);
      cfa.traverseEntryMethods();
      deps.endDependencyGraph();
      deps.close();
      return deps;
    }

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  private static MultipleDependencyGraphRecorder chooseDependencyRecorder(
      boolean soycEnabled, OutputStream out) {
    MultipleDependencyGraphRecorder dependencyRecorder = CodeSplitter.NULL_RECORDER;
    if (soycEnabled) {
      dependencyRecorder = new DependencyRecorder(out);
    }
    return dependencyRecorder;
  }

View Full Code Here

   * then this method can be used instead to record a single dependency graph
   * for the whole program.
   */
  private static void recordNonSplitDependencies(JProgram program,
      OutputStream out) {
    DependencyRecorder deps = new DependencyRecorder(out);
    deps.open();
    deps.startDependencyGraph("initial", null);


    ControlFlowAnalyzer cfa = new ControlFlowAnalyzer(program);
    cfa.setDependencyRecorder(deps);
    for (List<JMethod> entryList : program.entryMethods) {
      for (JMethod entry : entryList) {
        cfa.traverseFrom(entry);
      }
    }


    deps.endDependencyGraph();
    deps.close();
  }

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