Subversion Repositories DevTools

package com.erggroup.buildtool.ripple;

import org.slf4j.Logger;

import org.slf4j.LoggerFactory;

import com.erggroup.buildtool.smtp.CreateUrls;

import com.erggroup.buildtool.smtp.Smtpsend;

import java.sql.SQLException;

import java.util.ArrayList;

import java.util.Iterator;

/**entity class holding build exclusion data

 * 

 * There are three types of exclusion

 * Package Errors. Errors detected during planing. They may go away on the next plan

 *      These are 'hard' errors

 *          Have a rootCase string

 *          Have a null rootId

 *          

 * Build Errors

 *      These are persistent errors

 *          Have a null rootCause

 *          Have a null rootId

 *          Have a non-null root_file

 *          

 *  Indirect errors

 *      These are packages that depend on excluded packages

 *          Will have a non-null rootId          

 * 

 */

public class BuildExclusion

{

  /**Logger

   * @attribute

   */

  private static final Logger mLogger = LoggerFactory.getLogger(BuildExclusion.class);

  /**The pvid of the package being excluded

   */

  public int mId;

  /**root identifier is the PVID of the package that is causing the exclusion

   * A NULL (-1) value indicates that this entry(package) is the root cause of the of an exclusion

   * A Value of -2 indicates that cause is a RippleStop

   */

  private int mRootId;

  /**root cause

   * If not NULL, then this is the reason this package is being excluded

   */

  private String mRootCause;

  /**test build instruction

   * Associated package is a test build

   */

  private int mTestBuildInstruction;

  /** Indicates that the error associated with this package has been seen again

   *  Set if we discover 'Package Error'

   *  

   *  Used to determine if a 'Package Error' should be removed

   *    

   */

  private boolean mProcessed = false;

  /** Indicates that the entry was imported from the database

   *  Used to determine entries that are no-longer needed and can be removed from the database

   *  Really only applied to indirect exclusions where the reason for the exclusion no longer exists

   *  

   */

  private boolean mImported = false;

  /**constructor

   *    @param  identifier - pvid of the package being excluded

   *    @param  rootIdentifier  - pvid of the root package causing the exclusion. May be null

   *    @param  rootCause - Short (< 50 Char) string explaining the cause

   *    @param  testBuildInstruction - Indicates a text build instruction

   */

  public BuildExclusion(int identifier, int rootIdentifier, String rootCause, int testBuildInstruction )

  {

    mLogger.debug("BuildExclusion");

    mId = identifier;

    mRootId = dealWithNullRootPvId(identifier, rootIdentifier);

    mRootCause = rootCause;

    mTestBuildInstruction = testBuildInstruction;

  }

  /**sets mProcessed true

   */

  void setProcessed()

  {

    mLogger.debug("process {}", mId);

    mProcessed = true;

  }

  /** @returns true if the item has been marked as processed. 

   * Appears to be an indication that the entry has been superseded.

   */

  boolean isProcessed()

  {

    mLogger.debug("isProcessed returned {}", mProcessed);

    return mProcessed;

  }

  /** Flag as an imported entry

   *  Used to detect indirect exclusions that are no longer valid

   */

  void setImported()

  {

      mImported = true;

  }

  /** Test the state of the imported flag

   * 

   */

  boolean isImported()

  {

      return mImported;

  }

  /**

   * Determine the entry type

   * Have three types - see class comments above

   */

  boolean isAPackageError()

  {

      return (mRootCause != null && mRootId < 0);

  }

  boolean isABuildError()

  {

      return (mRootCause == null && mRootId < 0);

  }

  boolean isAIndirectError()

  {

      return (mRootId >= 0);

  }

  /**

   * @return true if this item is the root case, and is not simply a by product of some other cause.

   * This is the same as !isAIndirectError() 

   */

  boolean isARootCause()

  {

    boolean retVal = false;

    if ( mRootId == -1 )

    {

      retVal = true;

    }

    mLogger.info("isARootCause {} returned {}",mId, retVal);

    return retVal;

  }

  /**

   * Compare this item with parameters

   * @param identifier          - Related Package identifier

   * @param rootIdentifier      - Package identifier of root cause

   * @param  rootCause          - Root cause string. May be null

   * @return true if all attributes match

   */

  boolean compare( int identifier, int rootIdentifier, String rootCause)

  {

    mLogger.debug("compare {}, {}, {}, {}", mId, identifier, rootIdentifier,  rootCause);

    boolean retVal = false;

    rootIdentifier = dealWithNullRootPvId(identifier, rootIdentifier);

    if ( mRootCause == null )

    {

      if ( mId == identifier && mRootId == rootIdentifier && rootCause == null )

      {

        retVal = true;

      }

    }

    else

    {

      if ( mId == identifier && mRootId == rootIdentifier && mRootCause.compareTo(rootCause) == 0 )

      {

        retVal = true;

      }

    }

    mLogger.info("compare returned {}", retVal);

    return retVal;

  }

  /**   Does this entry relate to the package with a specified mId

   * 

   * @param identifier  - Package Identifier (mId) to match

   * @return true if mId attribute matches

   */

  boolean compare( int identifier )

  {

    mLogger.debug("compare {},{}", mId,  identifier);

    boolean retVal = false;

    if ( mId == identifier )

    {

      retVal = true;

    }

    mLogger.info("compare returned {}", retVal);

    return retVal;

  }

  /**runs exclude from build

   * Assumes that a connection to RM has been established

   * 

   * @param rm          Release Manager instance

   * @param rtagId      Rtag Id we are working against

   */

  void excludeFromBuild( ReleaseManager rm, int rtagId ) throws SQLException, Exception

  {

    mLogger.debug("excludeFromBuild {}", mId);

    // a null version and log file is passed to oracle

    // the planned version is only needed to remove a planned version from the planned version table

    // the ripple engine does not get this far ie it excludes pvs before claiming a version

    // this is the one instance where an existing build failure must be superseded in the database

    rm.excludeFromBuild(true, 

                        mId, 

                        null, 

                        rtagId, 

    		            mRootId == -1 ? null : String.valueOf(mRootId), 

    		            mRootCause, 

    		            null, 

    		            true, (mTestBuildInstruction > 0) );

  }

  /**runs include to build

   * Include a previously excluded package-version back into the build set

   * 

   * @param rm          Release Manager instance

   * @param rtagId      Rtag Id we are working against

   */

  void includeToBuild( ReleaseManager rm, int rtagId ) throws SQLException, Exception

  {

    mLogger.debug("includeToBuild {}", mId);

    rm.includeToBuild(mId, rtagId);

  }

  /**

   * Match this items mRootId against the id's provided in a collection

   * ie: Determine if any items in the collection are the root cause of this items

   * ie: Used to determine if an entry is for an indirectly excluded package where

   *     the root cause of the exclusion has been removed.

   *     

   * @param buildExclusionCollection - Collection to be processed

   * @return false: Indirectly excluded package whose root cause no longer exists

   */

  boolean isRelevant(ArrayList<BuildExclusion> buildExclusionCollection)

  {

    mLogger.debug("isRelevant {}", mId);

    boolean retVal = false;

    if ( mRootId == -1 )     {

        // This is a Build or Package Error

        retVal = true;

    } else if(mRootId == -2 ) {

        // Excluded due to Ripple Stop

        // Will be recalculated so its not relevant

        retVal = false;

    } else {

        //

        //  Must be an indirect exclusion

        //  Scan to see if the rootCause is still present. It may have been removed by the user

      retVal = false;

      for (Iterator<BuildExclusion> it = buildExclusionCollection.iterator(); it.hasNext(); )

      {

        BuildExclusion buildExclusion = it.next();

        if ( buildExclusion.mRootId == mRootId )

        {

          retVal = true;

          break;

        }

      }

    }

    mLogger.info("isRelevant {} returned {}", mId, retVal);

    return retVal;

  }

  /**

   * Send an email notifying users about a build excluded package

   * It is user friendly, in that it does not trigger a storm of emails because a low level package 

   * has a build issue. It limits the emails to the low level package

   * 

   * i.e. only send email if the build exclusion has a null root pv id

   * and a non null root cause

   * 

   * @param    rippleEngine        - Ripple Engine Instance

   * @param    packageCollection   - Collection to process

   */

    public void email(RippleEngine rippleEngine, ArrayList<Package> packageCollection) throws SQLException, Exception

    {

      mLogger.debug("email {}", mId);

      //

      //    Only process entries that are direct failures of ripple engine detected failure

      //    Do not process entries that are indirectly excluded as this will cause an email storm

      //    Direct build failure: 

      //        Have no RootId and have a rootCause

      //

      if ( isAPackageError() )

      {

        //  Locate the associated package entry

        Package pkg= rippleEngine.mReleaseManager.findPackage(mId, packageCollection);

        if ( pkg != ReleaseManager.NULL_PACKAGE )

        {

            // Generate a nice subject line

            String subject;

            if (pkg.mTestBuildInstruction > 0) {

                subject = "TEST BUILD FAILED on package " + pkg.mAlias;

            } else {

                subject = "BUILD FAILURE on package " + pkg.mAlias;

            }

          // Is there anyone to send an email to

          String owners = pkg.emailInfoNonAntTask(rippleEngine);

          if ( owners != null )

          {

            String body =

            "Release: " + rippleEngine.mBaselineName + "<p>" +

            "Package: " + pkg.mName + "<p>" + 

            "Cause: "   + mRootCause + "<p>"+

            "RmRef: "   + CreateUrls.generateRmUrl(rippleEngine.getRtagId(), pkg.mId) +"<p>";

            try

            {

              Smtpsend.send(

              rippleEngine.getMailServer(),             // mailServer

              rippleEngine.getMailSender(),             // source

              owners,                                   // target

              null,                                     // cc

              null,                                     // bcc

              subject,                                  // subject

              body,                                     // body

              null                                      // attachment

              );

            }

            catch( Exception e )

            {

                mLogger.info("email send exception. {}", e);

            }

          }

          //    Handle test builds here

          if (pkg.mTestBuildInstruction > 0 )

          {

          // Having sent the build failure email, complete a test build if applicable.

          // This ensures the test build instruction is not processed indefinitely

          // as there is no notion of excluding test builds

          // Update the Release Manager Database

          rippleEngine.mReleaseManager.markDaemonInstCompleted(pkg.mTestBuildInstruction);

          }

        }

      }

    }

    /**

     * Hides how a rootPvId is treated

     * Only use rootPvId if not equal to the pvid

     * 

     * If the provided rootPvId matches the pvId, then the rootPvId will be set to null (-1)

     * This is to drive a direct build exclusion in the release manager

     * 

     * @param   pvid        - id

     * @param   rootPvId    - rootPvid

     * 

     * @returns rootPvId unless pvId matches= rootPvId, when it returns a null (-1)

    */

    private int dealWithNullRootPvId( int pvId, int rootPvId )

    {

      int retVal = rootPvId;

      if ( pvId == rootPvId )

      {

        retVal = -1;    // -1 == null entry

      }

      return retVal;

    }

    /**

     * Generate a single text line of info

     * Used within the UTF to display diagnostic info

     * @return String form of the state of the entry

     */

    public String toString()

    {

        String rv = "";

        rv += "pvid=" + mId + ",RootId=" + mRootId + ",Processed=" + mProcessed + ",TestBuild=" + mTestBuildInstruction + ",RootCause=" + mRootCause;

        if ( mImported ) {

            rv += ",Imported=" + mImported;

        }

        return rv;

    }

}