Examples of org.apache.derby.io.StorageRandomAccessFile.sync()

Class org.apache.derby.io.StorageRandomAccessFile

Examples of org.apache.derby.io.StorageRandomAccessFile.sync()

org.apache.derby.io.StorageRandomAccessFile.sync()
Force any changes out to the persistent store. If the database is to be transient, that is, if the database does not survive a restart, then the sync method implementation need not do anything. @param metaData If true then this method must force both changes to the file'scontents and metadata to be written to storage; if false, it need only force file content changes to be written. The implementation is allowed to ignore this parameter and always force out metadata changes. @exception SyncFailedException if a possibly recoverable error occurs. @exception IOException If an IO error occurs.

                page.unlatch();
                page = null;
            }


            // sync the new version of the container.
            newRaf.sync();
            newRaf.close();
            newRaf = null;
            
        }catch (IOException ioe) {
            throw StandardException.newException(

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        log.seek(filepos);
        log.writeInt(r.nextInt());
        filepos +=512;


      }
      log.sync(false);
      log.close();
    }catch(IOException ie)
    {
      throw T_Fail.exceptionFail(ie);
    }

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        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"rw");
        // write the checksum length as int, and then the checksum and then the encrypted data
        verifyKeyFile.writeInt(checksum.length);
        verifyKeyFile.write(checksum);
        verifyKeyFile.write(data);
        verifyKeyFile.sync(true);
      }
      else
      {
        // Read from verifyKey.dat as an InputStream. This allows for 
                // reading the information from verifyKey.dat successfully even when using the jar

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                page.unlatch();
                page = null;
            }


            // sync the new version of the container.
            newRaf.sync(true);
            newRaf.close();
            newRaf = null;
            
        }catch (IOException ioe) {
            throw StandardException.newException(

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                page.unlatch();
                page = null;
            }


            // sync the new version of the container.
            newRaf.sync();
            newRaf.close();
            newRaf = null;
            
        }catch (IOException ioe) {
            throw StandardException.newException(

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        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"rw");
        // write the checksum length as int, and then the checksum and then the encrypted data
        verifyKeyFile.writeInt(checksum.length);
        verifyKeyFile.write(checksum);
        verifyKeyFile.write(data);
                verifyKeyFile.sync();
      }
      else
      {
        // Read from verifyKey.dat as an InputStream. This allows for 
                // reading the information from verifyKey.dat successfully even when using the jar

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        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"rw");
        // write the checksum length as int, and then the checksum and then the encrypted data
        verifyKeyFile.writeInt(checksum.length);
        verifyKeyFile.write(checksum);
        verifyKeyFile.write(data);
        verifyKeyFile.sync(true);
      }
      else
      {
        // open file for reading only
        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"r");

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                page.unlatch();
                page = null;
            }


            // sync the new version of the container.
            newRaf.sync();
            newRaf.close();
            newRaf = null;
            
        }catch (IOException ioe) {
            throw StandardException.newException(

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        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"rw");
        // write the checksum length as int, and then the checksum and then the encrypted data
        verifyKeyFile.writeInt(checksum.length);
        verifyKeyFile.write(checksum);
        verifyKeyFile.write(data);
                verifyKeyFile.sync();
      }
      else
      {
        // Read from verifyKey.dat as an InputStream. This allows for 
                // reading the information from verifyKey.dat successfully even when using the jar

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        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"rw");
        // write the checksum length as int, and then the checksum and then the encrypted data
        verifyKeyFile.writeInt(checksum.length);
        verifyKeyFile.write(checksum);
        verifyKeyFile.write(data);
        verifyKeyFile.sync(true);
      }
      else
      {
        // open file for reading only
        verifyKeyFile = privAccessFile(sf,Attribute.CRYPTO_EXTERNAL_KEY_VERIFY_FILE,"r");

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