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

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

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  }

  private boolean fileAndPatternCollide() {
    if (triggeringPolicy instanceof RollingPolicyBase) {
      final RollingPolicyBase base = (RollingPolicyBase) triggeringPolicy;
      final FileNamePattern fileNamePattern = base.fileNamePattern;
      // no use checking if either fileName or  fileNamePattern are null
      if (fileNamePattern != null && fileName != null) {
        String regex = fileNamePattern.toRegex();
        return fileName.matches(regex);
      }
    }
    return false;
  }
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    // set the LR for our utility object
    util.setContext(this.context);
    compress.setContext(this.context);

    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      addWarn(SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET + SEE_FNP_NOT_SET);
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    util.setContext(this.context);
    compress.setContext(this.context);
   
    // find out period from the filename pattern
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      addWarn(SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET + SEE_FNP_NOT_SET);
    }

    DateTokenConverter dtc = fileNamePattern.getDateTokenConverter();

    if (dtc == null) {
      throw new IllegalStateException(
        "FileNamePattern [" + fileNamePattern.getPattern()
        + "] does not contain a valid DateToken");
    }

    int len = fileNamePatternStr.length();
    switch(compressionMode) {
    case Compress.GZ:
      activeFileNamePattern =
        new FileNamePattern(fileNamePatternStr.substring(0, len - 3), this.context);
       
      break;
      case Compress.ZIP:
        activeFileNamePattern =
          new FileNamePattern(fileNamePatternStr.substring(0, len - 4), this.context);
        break;
       case Compress.NONE:
        activeFileNamePattern = fileNamePattern;
     }
     addInfo("Will use the pattern "+activeFileNamePattern+" for the active file");
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  }

  private boolean fileAndPatternCollide() {
    if (triggeringPolicy instanceof RollingPolicyBase) {
      final RollingPolicyBase base = (RollingPolicyBase) triggeringPolicy;
      final FileNamePattern fileNamePattern = base.fileNamePattern;
      // no use checking if either fileName or  fileNamePattern are null
      if (fileNamePattern != null && fileName != null) {
        String regex = fileNamePattern.toRegex();
        return fileName.matches(regex);
      }
    }
    return false;
  }
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    // set the LR for our utility object
    renameUtil.setContext(this.context);

    // find out period from the filename pattern
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      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);

    addInfo("Will use the pattern " + fileNamePatternWCS
        + " for the active file");
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    // set the LR for our utility object
    renameUtil.setContext(this.context);

    // find out period from the filename pattern
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      addWarn(CoreConstants.SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET
          + CoreConstants.SEE_FNP_NOT_SET);
    }

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

    fileNamePatternWCS = new FileNamePattern(computeFileNameStr_WCS(
        fileNamePatternStr, compressionMode), this.context);

    addInfo("Will use the pattern " + fileNamePatternWCS
        + " for the active file");
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    util.setContext(this.context);
    compress.setContext(this.context);
   
    // find out period from the filename pattern
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      addWarn(SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET + SEE_FNP_NOT_SET);
    }

    DateTokenConverter dtc = fileNamePattern.getDateTokenConverter();

    if (dtc == null) {
      throw new IllegalStateException(
        "FileNamePattern [" + fileNamePattern.getPattern()
        + "] does not contain a valid DateToken");
    }

    int len = fileNamePatternStr.length();
    switch(compressionMode) {
    case Compress.GZ:
      activeFileNamePattern =
        new FileNamePattern(fileNamePatternStr.substring(0, len - 3), this.context);
       
      break;
      case Compress.ZIP:
        activeFileNamePattern =
          new FileNamePattern(fileNamePatternStr.substring(0, len - 4), this.context);
        break;
       case Compress.NONE:
        activeFileNamePattern = fileNamePattern;
     }
     addInfo("Will use the pattern "+activeFileNamePattern+" for the active file");
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    // set the LR for our utility object
    renameUtil.setContext(this.context);

    // find out period from the filename pattern
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addWarn(FNP_NOT_SET);
      addWarn(CoreConstants.SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET
          + CoreConstants.SEE_FNP_NOT_SET);
    }

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

    fileNamePatternWCS = new FileNamePattern(computeFileNameStr_WCS(
        fileNamePatternStr, compressionMode), this.context);

    addInfo("Will use the pattern " + fileNamePatternWCS
        + " for the active file");
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  public void start() {
    util.setContext(this.context);
  
    if (fileNamePatternStr != null) {
      fileNamePattern = new FileNamePattern(fileNamePatternStr, this.context);
      determineCompressionMode();
    } else {
      addError(FNP_NOT_SET);
      addError(CoreConstants.SEE_FNP_NOT_SET);
      throw new IllegalStateException(FNP_NOT_SET + CoreConstants.SEE_FNP_NOT_SET);
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Related Classes of ch.qos.logback.core.rolling.helper.FileNamePattern

  • ch.qos.logback.core.helpers.FileFilterUtilTest
  • ch.qos.logback.core.pattern.Converter
  • ch.qos.logback.core.pattern.parser.Node
  • ch.qos.logback.core.pattern.parser.Parser
  • ch.qos.logback.core.pattern.util.AlmostAsIsEscapeUtil
  • ch.qos.logback.core.rolling.FixedWindowRollingPolicy
  • ch.qos.logback.core.rolling.RollingFileAppender
  • ch.qos.logback.core.rolling.ScaffoldingForRollingTests
  • ch.qos.logback.core.rolling.TimeBasedRollingPolicy
  • org.eclipse.orion.server.logs.LogService
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