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JMockit Coverage is a code coverage tool with several metrics (line, path, data) capable of generating HTML reports. It is designed with ease of use in mind, avoiding the need for complex configuration. Instead, smart (but overridable) defaults are employed, such as the selection of which classes to consider for coverage, and where to find sources files for report generation.

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/*
 * Copyright (c) 2006-2014 Rogério Liesenfeld
 * This file is subject to the terms of the MIT license (see LICENSE.txt).
 */
package mockit.coverage;

import org.jetbrains.annotations.*;

import mockit.coverage.data.*;
import mockit.coverage.lines.*;

@SuppressWarnings("unused")
public final class TestRun
{
   private static boolean terminated;

   private TestRun() {}

   public static void lineExecuted(int fileIndex, int line)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      PerFileLineCoverage fileData = coverageData.getFileData(fileIndex).lineCoverageInfo;
      CallPoint callPoint = null;

      if (coverageData.isWithCallPoints() && fileData.acceptsAdditionalCallPoints(line)) {
         callPoint = CallPoint.create(new Throwable());
      }

      fileData.registerExecution(line, callPoint);
   }

   public static void jumpTargetExecuted(int fileIndex, int line, int segment)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      PerFileLineCoverage fileData = coverageData.getFileData(fileIndex).lineCoverageInfo;
      CallPoint callPoint = null;

      if (coverageData.isWithCallPoints() && fileData.acceptsAdditionalCallPoints(line, segment)) {
         callPoint = CallPoint.create(new Throwable());
      }

      fileData.registerExecution(line, segment, true, callPoint);
   }

   public static void noJumpTargetExecuted(int fileIndex, int line, int segment)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      PerFileLineCoverage fileData = coverageData.getFileData(fileIndex).lineCoverageInfo;
      CallPoint callPoint = null;

      if (coverageData.isWithCallPoints() && fileData.acceptsAdditionalCallPoints(line, segment)) {
         callPoint = CallPoint.create(new Throwable());
      }

      fileData.registerExecution(line, segment, false, callPoint);
   }

   public static void nodeReached(@NotNull String file, int firstLineInMethodBody, int node)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      FileCoverageData fileData = coverageData.getFileData(file);
      fileData.pathCoverageInfo.registerExecution(firstLineInMethodBody, node);
   }

   public static void fieldAssigned(@NotNull String file, @NotNull String classAndFieldNames)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      FileCoverageData fileData = coverageData.getFileData(file);
      fileData.dataCoverageInfo.registerAssignmentToStaticField(classAndFieldNames);
   }

   public static void fieldRead(@NotNull String file, @NotNull String classAndFieldNames)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      FileCoverageData fileData = coverageData.getFileData(file);
      fileData.dataCoverageInfo.registerReadOfStaticField(classAndFieldNames);
   }

   public static void fieldAssigned(@NotNull Object instance, @NotNull String file, @NotNull String classAndFieldNames)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      FileCoverageData fileData = coverageData.getFileData(file);
      fileData.dataCoverageInfo.registerAssignmentToInstanceField(instance, classAndFieldNames);
   }

   public static void fieldRead(@NotNull Object instance, @NotNull String file, @NotNull String classAndFieldNames)
   {
      if (terminated) return;

      CoverageData coverageData = CoverageData.instance();
      FileCoverageData fileData = coverageData.getFileData(file);
      fileData.dataCoverageInfo.registerReadOfInstanceField(instance, classAndFieldNames);
   }

   static void terminate() { terminated = true; }
}