Package ch.qos.logback.core.rolling.helper

Examples of ch.qos.logback.core.rolling.helper.Compressor

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      addWarn(CoreConstants.SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET
          + CoreConstants.SEE_FNP_NOT_SET);
    }

    compressor = new Compressor(compressionMode);
    compressor.setContext(context);

    // wcs : without compression suffix
    fileNamePatternWCS = new FileNamePattern(computeFileNameStr_WCS(
        fileNamePatternStr, compressionMode), this.context);
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      throw new IllegalStateException("FileNamePattern ["
          + fileNamePattern.getPattern()
          + "] does not contain a valid IntegerToken");
    }

    compressor = new Compressor(compressionMode);
    compressor.setContext(this.context);
  }
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          addInfo("Skipping roll=over for inexistent file " + toRenameStr);
        }
      }

      // move active file name to min
      Compressor compressor;
      switch (compressionMode) {
      case NONE:
        util.rename(getActiveFileName(), fileNamePattern
            .convertInt(minIndex));
        break;
      case GZ:
        compressor = new Compressor(CompressionMode.GZ,
            getActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      case ZIP:
        compressor = new Compressor(CompressionMode.ZIP,
            getActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      }
    }
  }
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    }
  }

  void doCompression(boolean renameToTempFile, String nameOfFile2Compress,
      String nameOfCompressedFile) throws RolloverFailure {
    Compressor compressor = null;

    if (renameToTempFile) {
      String tmpTarget = nameOfFile2Compress + System.nanoTime() + ".tmp";
      util.rename(getParentsRawFileProperty(), tmpTarget);
      nameOfFile2Compress = tmpTarget;
    }

    switch (compressionMode) {
    case GZ:
      addInfo("GZIP compressing [" + nameOfFile2Compress + "].");
      compressor = new Compressor(CompressionMode.GZ, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    case ZIP:
      addInfo("ZIP compressing [" + nameOfFile2Compress + "]");
      compressor = new Compressor(CompressionMode.ZIP, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    }

    AsynchronousCompressor ac = new AsynchronousCompressor(compressor);
    future = ac.compressAsynchronously();
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      throw new IllegalStateException("FileNamePattern ["
          + fileNamePattern.getPattern()
          + "] does not contain a valid IntegerToken");
    }

    compressor = new Compressor(compressionMode);
    compressor.setContext(this.context);
  }
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          addInfo("Skipping roll=over for inexistent file " + toRenameStr);
        }
      }

      // move active file name to min
      Compressor compressor;
      switch (compressionMode) {
      case NONE:
        util.rename(getActiveFileName(), fileNamePattern
            .convertInt(minIndex));
        break;
      case GZ:
        compressor = new Compressor(CompressionMode.GZ,
            getActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      case ZIP:
        compressor = new Compressor(CompressionMode.ZIP,
            getActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      }
    }
  }
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    }
  }

  void doCompression(boolean renameToTempFile, String nameOfFile2Compress,
      String nameOfCompressedFile) throws RolloverFailure {
    Compressor compressor = null;

    if (renameToTempFile) {
      String tmpTarget = nameOfFile2Compress + System.nanoTime() + ".tmp";
      util.rename(getParentsRawFileProperty(), tmpTarget);
      nameOfFile2Compress = tmpTarget;
    }

    switch (compressionMode) {
    case GZ:
      addInfo("GZIP compressing [" + nameOfFile2Compress + "].");
      compressor = new Compressor(CompressionMode.GZ, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    case ZIP:
      addInfo("ZIP compressing [" + nameOfFile2Compress + "]");
      compressor = new Compressor(CompressionMode.ZIP, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    }

    AsynchronousCompressor ac = new AsynchronousCompressor(compressor);
    future = ac.compressAsynchronously();
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      addWarn(CoreConstants.SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET
          + CoreConstants.SEE_FNP_NOT_SET);
    }

    compressor = new Compressor(compressionMode);
    compressor.setContext(context);

    // wcs : without compression suffix
    fileNamePatternWCS = new FileNamePattern(computeFileNameStr_WCS(
        fileNamePatternStr, compressionMode), this.context);
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          addInfo("Skipping roll=over for inexistent file " + toRenameStr);
        }
      }

      // move active file name to min
      Compressor compressor;
      switch (compressionMode) {
      case NONE:
        util.rename(getNewActiveFileName(), fileNamePattern
            .convertInt(minIndex));
        break;
      case GZ:
        compressor = new Compressor(CompressionMode.GZ,
            getNewActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      case ZIP:
        compressor = new Compressor(CompressionMode.ZIP,
            getNewActiveFileName(), fileNamePattern.convertInt(minIndex));
        compressor.setContext(this.context);
        compressor.compress();
        break;
      }
    }
  }
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  }

  void doCompression(boolean rename, String nameOfFile2Compress,
      String nameOfCompressedFile) throws RolloverFailure {
    Compressor compressor = null;

    if (rename) {
      String renameTarget = nameOfFile2Compress + System.nanoTime() + ".tmp";
      util.rename(getParentFileName(), renameTarget);
      nameOfFile2Compress = renameTarget;
    }

    switch (compressionMode) {
    case GZ:
      addInfo("GZIP compressing [" + nameOfFile2Compress + "].");
      compressor = new Compressor(CompressionMode.GZ, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    case ZIP:
      addInfo("ZIP compressing [" + nameOfFile2Compress + "]");
      compressor = new Compressor(CompressionMode.ZIP, nameOfFile2Compress,
          nameOfCompressedFile);
      compressor.setContext(this.context);
      break;
    }

    AsynchronousCompressor ac = new AsynchronousCompressor(compressor);
    future = ac.compressAsynchronously();
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Related Classes of ch.qos.logback.core.rolling.helper.Compressor

  • ch.qos.logback.core.rolling.FixedWindowRollingPolicy
  • ch.qos.logback.core.rolling.TimeBasedRollingPolicy
  • ch.qos.logback.core.status.ErrorStatus
  • ch.qos.logback.core.status.WarnStatus
  • java.util.zip.GZIPOutputStream
  • java.util.zip.ZipOutputStream
  • java.io.BufferedInputStream
  • java.util.zip.ZipEntry
  • java.io.File
  • java.io.FileInputStream
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