[Débutant] Problème de gestion de base "(11) database disk image is malformed"

Bonjour,

Dans une application que je suis en train de créer, j'ai ajouté des fonctionnalités pour :
- Effacer la base de données
- Réinitialiser la base de données

Suite à un test, je me retrouve devant un plantage.
Le logcat me dit :

Citation:

11-17 14:16:04.078: D/db(25903): myDbHelper.checkDatabase -> true
11-17 14:16:04.078: D/initializeDataBase : createDatabase(25903): false
11-17 14:16:04.088: E/SQLiteLog(25903): (11) database corruption at line 54216 of [00bb9c9ce4]
11-17 14:16:04.088: E/SQLiteLog(25903): (11) database disk image is malformed
11-17 14:16:04.088: E/DefaultDatabaseErrorHandler(25903): Corruption reported by sqlite on database: /data/data/fr.alphadroid.coursier/databases/Coursier
11-17 14:16:04.088: E/DefaultDatabaseErrorHandler(25903): !@ DB Corruption has happened before this
11-17 14:16:04.138: D/DbHelper(25903): onCreate -> createDatabase
11-17 14:16:04.138: D/DbHelper(25903): createDatabase -> copyDataBase
11-17 14:16:04.138: D/DbHelper(25903): copyDataBase -> myInput
11-17 14:16:04.138: D/DbHelper(25903): copyDataBase -> myOutput
11-17 14:16:04.138: D/DbHelper(25903): copyDataBase -> copyFile
11-17 14:16:04.138: D/FileHelper(25903): copyFile -> fromFile android.content.res.AssetManager$AssetInputStream@42a32de8 toFile java.io.FileOutputStream@42a32f08
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.148: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> write buffer 1024
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> toFile.flush
11-17 14:16:04.158: D/FileHelper(25903): copyFile -> toFile.close
11-17 14:16:04.168: D/FileHelper(25903): copyFile -> fromFile.close
11-17 14:16:04.168: D/DbHelper(25903): copyDataBase -> getWritableDatabase : close
11-17 14:16:04.228: I/Adreno-EGL(25903): <qeglDrvAPI_eglInitialize:381>: EGL 1.4 QUALCOMM build: (CL3869936)

Pour lancer la création de la base, j'ai :

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 myDbHelper = new DbHelper(this); 
myDbHelper.createDatabase = true;
myDbHelper.initializeDataBase(); 
myDbHelper.close();

Voici la classe DbHelper.java

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package fr.alphadroid.coursier; 
 
import java.io.FileOutputStream; 
import java.io.IOException; 
import java.io.InputStream; 
import java.io.OutputStream; 
import android.content.Context; 
import android.database.sqlite.SQLiteDatabase; 
import android.database.sqlite.SQLiteDatabase.CursorFactory;
import android.database.sqlite.SQLiteException;
import android.database.sqlite.SQLiteOpenHelper; 
import android.util.Log;
 
/** @author Danny Remington - MacroSolve
 * Helper class for sqlite database. 
 **/ 
 
public class DbHelper extends SQLiteOpenHelper { 
 
 
    /* The Android's default system path of the application 
     * database in internal * storage. The package of the 
     * application is part of the path of the * directory.
     */ 
 
    private static String DB_DIR = "/data/data/fr.alphadroid.coursier/databases/"; 
    private static String DB_NAME = "Coursier"; 
    private static String DB_PATH = DB_DIR + DB_NAME; 
    private static String OLD_DB_PATH = DB_DIR + "old_" + DB_NAME; 
    private final Context myContext; 
    public boolean createDatabase = false; 
    private boolean upgradeDatabase = false; 
 
    /** Constructor Takes and keeps a reference of the
     *  passed context in order to 
     *  access to the 
     *  application assets and resources.  
     *  @param context
     **/ 
    public DbHelper(Context context) {
        super(context, DB_NAME, null, context.getResources().getInteger(R.integer.databaseVersion));
        // TODO Auto-generated constructor stub
        myContext = context; 
 
        // Get the path of the database that is based on the context. 
        DB_PATH = myContext.getDatabasePath(DB_NAME).getAbsolutePath(); 
 
    } 
 
    /** Upgrade the database in internal storage if it exists 
     * but is not current. * Create a new empty database in 
     * internal storage if it does not exist. 
     **/ 
 
    public boolean checkDatabase(){
 
        SQLiteDatabase checkDB = null;
 
        try{
            String myPath = DB_PATH;
            checkDB = SQLiteDatabase.openDatabase(myPath, null, SQLiteDatabase.OPEN_READONLY);
        }catch(SQLiteException e){
            //database does't exist yet.
        }
 
        if(checkDB != null){
            checkDB.close();
        }
 
        return checkDB != null ? true : false;
    }
 
    public void initializeDataBase() { 
        Log.d("initializeDataBase : createDatabase",String.valueOf(createDatabase));
        /* Creates or updates the database 
         * in internal storage if it is needed
         * before opening the database. In all cases 
         * opening the database copies the database in 
         * internal storage to the cache. 
         */ 
        getWritableDatabase(); 
 
        if (createDatabase) { 
            /* * If the database is created by the copy method, 
             * then the creation * code needs to go here. This method 
             * consists of copying the new * database from assets into 
             * internal storage and then caching it. */ 
 
            try { 
                /* * Write over the empty data that was created in internal 
                 * * storage with the one in assets and then cache it. 
                 * */ 
                Log.d("DbHelper","createDatabase -> copyDataBase");
 
                copyDataBase(); 
 
                } catch (IOException e) { 
                    throw new Error("Error copying database"); 
                    } 
                } 
        else if (upgradeDatabase) { 
            /* 
             * * If the database is upgraded by the copy and reload method, then 
             * * the upgrade code needs to go here. This method consists of 
             * * renaming the old database in internal storage, create an empty 
             * * new database in internal storage, copying the database from *
             *  assets to the new database in internal storage, caching the new *
             *   database from internal storage, loading the data from the old * 
             *   database into the new database in the cache and then deleting the *
             *    old database from internal storage. */ 
            try { 
                FileHelper.copyFile(DB_PATH, OLD_DB_PATH); 
                copyDataBase(); 
                SQLiteDatabase old_db = SQLiteDatabase.openDatabase(OLD_DB_PATH, null, SQLiteDatabase.OPEN_READWRITE); 
                SQLiteDatabase new_db = SQLiteDatabase.openDatabase(DB_PATH,null, SQLiteDatabase.OPEN_READWRITE); 
 
            /* * Add code to load data into the new database from the old * 
             * database and then delete the old database from internal * 
             * storage after all data has been transferred. */ 
                } 
            catch (IOException e) { 
                throw new Error("Error copying database"); 
                } 
            } 
        } 
    /** *
     *  Copies your database from your local assets-folder to the just created *
     *   empty database in the system folder, from where it can be accessed and *
     *    handled. This is done by transfering bytestream. * */ 
 
    private void copyDataBase() throws IOException { 
        /* 
         * * Close SQLiteOpenHelper so it will commit the created empty database *
         *  to internal storage. */ 
         /* *
         *   Open the database in the assets folder as the input stream. 
         *   */ 
         Log.d("DbHelper","copyDataBase -> myInput");
         InputStream myInput = myContext.getAssets().open(DB_NAME); 
 
         /* * Open the empty db in interal storage as the output stream. */ 
         Log.d("DbHelper","copyDataBase -> myOutput");
         OutputStream myOutput = new FileOutputStream(DB_PATH); 
         /* * Copy over the empty db in internal storage with the database in the 
          * * assets folder. */ 
         Log.d("DbHelper","copyDataBase -> copyFile");
         FileHelper.copyFile(myInput, myOutput); 
         /* * Access the copied database so SQLiteHelper will cache it and mark it 
          * * as created. */ 
         Log.d("DbHelper","copyDataBase -> getWritableDatabase : close");
         getWritableDatabase().close(); 
    } 
    /* * This is where the creation of tables and the initial population of the *
     *  tables should happen, if a database is being created from scratch instead *
     *   of being copied from the application package assets. Copying a database *
     *    from the application package assets to internal storage inside this *
     *     method will result in a corrupted database. * <P> *
     *      NOTE: This method is normally only called when a database has not already *
     *       been created. When the database has been copied, then this method is *
     *        called the first time a reference to the database is retrieved after the 
     *        * database is copied since the database last cached by SQLiteOpenHelper is *
     *         different than the database in internal storage. */ 
 
    @Override public void onCreate(SQLiteDatabase db) { 
        /* * Signal that a new database needs to be copied. The copy process must *
         *  be performed after the database in the cache has been closed causing *
         *   it to be committed to internal storage. Otherwise the database in *
         *    internal storage will not have the same creation timestamp as the one *
         *     in the cache causing the database in internal storage to be marked as *
         *      corrupted. */ 
        Log.d("DbHelper","onCreate -> createDatabase");
        createDatabase = true; 
 
        /* * This will create by reading a sql file and executing the commands in *
         *  it. */ 
        // try { 
        // InputStream is = myContext.getResources().getAssets().open( 
        // "create_database.sql"); 
        // // String[] statements = FileHelper.parseSqlFile(is); 
        // // for (String statement : statements) { 
        // db.execSQL(statement); 
        // } 
        // } catch (Exception ex) { 
        // ex.printStackTrace(); 
        // }
    } 
    /** 
     * * Called only if version number was changed and the database has already 
     * * been created. Copying a database from the application package assets to 
     * * the internal data system inside this method will result in a corrupted 
     * * database in the internal data system. */ 
 
    @Override public void onUpgrade(SQLiteDatabase db, int oldVersion, int newVersion) { 
        /* * Signal that the database needs to be upgraded for the copy method of *
         *  creation. The copy process must be performed after the database has *
         *   been opened or the database will be corrupted. */ 
        upgradeDatabase = true; 
        /* * Code to update the database via execution of sql statements goes *
         *  here. */ 
 
        /* * This will upgrade by reading a sql file and executing the commands in * it. */
        // try { 
        // InputStream is = myContext.getResources().getAssets().open( 
        // "upgrade_database.sql"); 
        // // String[] statements = FileHelper.parseSqlFile(is); 
        // // for (String statement : statements) { 
        // db.execSQL(statement); 
        // } 
        // } catch (Exception ex) { 
        // ex.printStackTrace(); 
        // } 
    } 
        /** * Called everytime the database is opened by getReadableDatabase or * 
         * getWritableDatabase. This is called after onCreate or onUpgrade is * called. */ 
        @Override public void onOpen(SQLiteDatabase db) { 
            super.onOpen(db); 
        //} 
        /* * Add your public helper methods to access and get content from the *
         *  database. You could return cursors by doing *
         *   "return myDataBase.query(....)" so it'd be easy to you to create adapters * for your views. */ 
        }
}

La classe FileHelper.java

Code:

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package fr.alphadroid.coursier; 
import java.io.BufferedReader; 
import java.io.File; 
import java.io.FileInputStream; 
import java.io.FileOutputStream; 
import java.io.FileReader; 
import java.io.IOException; 
import java.io.InputStream; 
import java.io.InputStreamReader; 
import java.io.OutputStream; 
import java.io.Reader; 
import java.nio.channels.FileChannel; 
 
import android.util.Log;
 
/** 
 * @author Danny Remington - MacroSolve 
 * Helper class for common tasks using files. 
 * */ 
 
public class FileHelper { 
 
    /** 
     * Creates the specified <i><b>toFile</b></i> 
     * that is a byte for byte a copy * of <i><b>fromFile</b></i>. 
     * If <i><b>toFile</b></i> already existed, then * it will be 
     * replaced with a copy of <i><b>fromFile</b></i>. The name and 
     * path of <i><b>toFile</b></i> will be that of <i><b>toFile</b></i>. 
     * Both * <i><b>fromFile</b></i> and <i><b>toFile</b></i> will be 
     * closed by this operation. 
     * * @param fromFile * - InputStream for the file to copy from. 
     * * @param toFile * - InputStream for the file to copy to. 
     * */ 
 
    public static void copyFile(InputStream fromFile, OutputStream toFile) throws IOException { 
        Log.d("FileHelper","copyFile -> fromFile "+fromFile+" toFile "+toFile);
        // transfer bytes from the inputfile to the outputfile 
        byte[] buffer = new byte[1024]; 
        int length; 
 
        try { 
            while ((length = fromFile.read(buffer)) > 0) { 
                Log.d("FileHelper","copyFile -> write buffer "+length);
                toFile.write(buffer, 0, length); 
            } 
        } // Close the streams 
        finally { 
            try { 
                if (toFile != null) { 
                    try { 
                        Log.d("FileHelper","copyFile -> toFile.flush");
                        toFile.flush(); 
                    } finally { 
                        Log.d("FileHelper","copyFile -> toFile.close");
                        toFile.close(); 
                    } 
                } 
            } finally { 
                if (fromFile != null) { 
                    Log.d("FileHelper","copyFile -> fromFile.close");
                    fromFile.close(); 
                } 
            } 
        } 
    } 
 
    /** 
     * Creates the specified <i><b>toFile</b></i> 
     * that is a byte for byte a copy 
     * of <i><b>fromFile</b></i>. If <i><b>toFile</b></i> 
     * already existed, then * it will be replaced 
     * with a copy of <i><b>fromFile</b></i>. 
     * The name and * path of <i><b>toFile</b></i> 
     * will be that of <i><b>toFile</b></i>. 
     * Both * <i><b>fromFile</b></i> and <i><b>toFile</b></i> 
     * will be closed by this * operation. 
     * * * @param fromFile * - String specifying the path of the file to copy from. * 
     * @param toFile * - String specifying the path of the file to copy to. */ 
 
    public static void copyFile(String fromFile, String toFile) throws IOException { 
        copyFile(new FileInputStream(fromFile), new FileOutputStream(toFile)); 
    } 
 
    /** 
     * Creates the specified <i><b>toFile</b></i> 
     * that is a byte for byte a copy * 
     * of <i><b>fromFile</b></i>. 
     * If <i><b>toFile</b></i> already existed, then 
     * it will be replaced with a copy of <i><b>fromFile</b></i>. 
     * The name and * path of <i><b>toFile</b></i> will be 
     * that of <i><b>toFile</b></i>. Both * <i><b>fromFile</b></i> 
     * and <i><b>toFile</b></i> will be closed by this * operation. 
     * * * @param fromFile * - File for the file to copy from. 
     * * @param toFile * - File for the file to copy to. */ 
 
    public static void copyFile(File fromFile, File toFile) throws IOException { 
        copyFile(new FileInputStream(fromFile), new FileOutputStream(toFile)); 
    } 
 
    /** * Creates the specified <i><b>toFile</b></i> that is a byte for byte 
     * a copy * of <i><b>fromFile</b></i>. If <i><b>toFile</b></i> already 
     * existed, then * it will be replaced with a copy of <i><b>fromFile</b></i>. 
     * The name and * path of <i><b>toFile</b></i> will be that of <i><b>toFile</b></i>. 
     * Both * <i><b>fromFile</b></i> and <i><b>toFile</b></i> will be closed by this 
     * operation. * * @param fromFile * - FileInputStream for the file to copy from. 
     * * @param toFile * - FileInputStream for the file to copy to. */ 
 
    public static void copyFile(FileInputStream fromFile, FileOutputStream toFile) throws IOException { 
        FileChannel fromChannel = fromFile.getChannel(); 
        FileChannel toChannel = toFile.getChannel();
 
        try { 
            fromChannel.transferTo(0, fromChannel.size(), toChannel); 
        } finally { 
            try { 
                if (fromChannel != null) { 
                    fromChannel.close(); 
                } 
            } finally { 
                if (toChannel != null) { 
                    toChannel.close(); 
                } 
            } 
        } 
    } 
    /** * Parses a file containing sql statements into a String array that contains 
     * only the sql statements. Comments and white spaces in the file are not 
     * parsed into the String array. Note the file must not contained malformed 
     * comments and all sql statements must end with a semi-colon ";" in order 
     * for the file to be parsed correctly. The sql statements in the String 
     * array will not end with a semi-colon ";". 
     * * * @param sqlFile * - String containing the path for the file that contains sql * statements. 
     * * * @return String array containing the sql statements. */ 
 
    public static String[] parseSqlFile(String sqlFile) throws IOException { 
        return parseSqlFile(new BufferedReader(new FileReader(sqlFile))); 
        } 
 
    /** * Parses a file containing sql statements into a String array that contains 
     * only the sql statements. Comments and white spaces in the file are not 
     * parsed into the String array. Note the file must not contained malformed 
     * comments and all sql statements must end with a semi-colon ";" in order 
     * for the file to be parsed correctly. The sql statements in the String 
     * array will not end with a semi-colon ";". 
     * * * @param sqlFile * - InputStream for the file that contains sql statements. 
     * * * @return String array containing the sql statements. */
 
    public static String[] parseSqlFile(InputStream sqlFile) throws IOException { 
        return parseSqlFile(new BufferedReader(new InputStreamReader(sqlFile))); 
        } 
 
    /** * Parses a file containing sql statements into a String array that contains 
     * only the sql statements. Comments and white spaces in the file are not 
     * parsed into the String array. Note the file must not contained malformed 
     * comments and all sql statements must end with a semi-colon ";" in order 
     * for the file to be parsed correctly. The sql statements in the String 
     * array will not end with a semi-colon ";". 
     * * * @param sqlFile * - Reader for the file that contains sql statements. 
     * * * @return String array containing the sql statements. */ 
 
    public static String[] parseSqlFile(Reader sqlFile) throws IOException { 
        return parseSqlFile(new BufferedReader(sqlFile)); 
        } 
 
    /** * Parses a file containing sql statements into a String array that contains 
     * only the sql statements. Comments and white spaces in the file are not 
     * parsed into the String array. Note the file must not contained malformed 
     * comments and all sql statements must end with a semi-colon ";" in order 
     * for the file to be parsed correctly. The sql statements in the String 
     * array will not end with a semi-colon ";". 
     * * * @param sqlFile * - BufferedReader for the file that contains sql statements. 
     * * * @return String array containing the sql statements. */ 
 
    public static String[] parseSqlFile(BufferedReader sqlFile) throws IOException { 
        String line; 
        StringBuilder sql = new StringBuilder(); 
        String multiLineComment = null; 
 
        while ((line = sqlFile.readLine()) != null) { 
            line = line.trim(); // Check for start of multi-line comment 
            if (multiLineComment == null) { // Check for first multi-line comment type 
                if (line.startsWith("/*")) { 
                    if (!line.endsWith("}")) { 
                        multiLineComment = "/*"; 
                    } // Check for second multi-line comment type 
                } else if (line.startsWith("{")) { 
                    if (!line.endsWith("}")) { 
                        multiLineComment = "{"; 
                    } // Append line if line is not empty or a single line comment 
                } else if (!line.startsWith("--") && !line.equals("")) { 
                    sql.append(line); 
                } // Check for matching end comment 
            } else if (multiLineComment.equals("/*")) { 
                if (line.endsWith("*/")) { 
                    multiLineComment = null; 
                } // Check for matching end comment 
            } else if (multiLineComment.equals("{")) { 
                if (line.endsWith("}")) { 
                    multiLineComment = null; 
                } 
            } 
        } 
        sqlFile.close(); 
        return sql.toString().split(";"); 
    }
}

Quelqu'un saurait-il m'indiquer comment corriger ce problème ?

Merci d'avance pour votre aide.