Log.setLog(new StdErrLog()); Log.getLog().setDebugEnabled(false);
Log.setLog(new StdErrLog()); Log.getLog().setDebugEnabled(false);
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(System.err); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); boolean announce = Boolean.parseBoolean(__props.getProperty("org.eclipse.jetty.util.log.announce", "true")); if(announce) { LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } } }
public EquinoxStdErrLog(String name, Logger realLogger) { this.localName = name; this.realLogger = realLogger == null ? new StdErrLog(name) : realLogger; if (threshold == DEBUG) this.realLogger.setDebugEnabled(true); }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(System.err); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
private static void initStandardLogging(Throwable e) { Class<?> log_class; if(e != null && __ignored) { e.printStackTrace(); } if (LOG == null) { log_class = StdErrLog.class; LOG = new StdErrLog(); LOG.debug("Logging to {} via {}", LOG, log_class.getName()); } }
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ @Override protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); // Let Level come from configured Properties instead - sel.setLevel(_level); logger.setSource(_source); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); // Let Level come from configured Properties instead - sel.setLevel(_level); logger.setSource(_source); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }
/** * Create a Child Logger of this Logger. */ protected Logger newLogger(String fullname) { StdErrLog logger = new StdErrLog(fullname); // Preserve configuration for new loggers configuration logger.setPrintLongNames(_printLongNames); // Let Level come from configured Properties instead - sel.setLevel(_level); logger.setSource(_source); logger._stderr = this._stderr; // Force the child to have any programmatic configuration if (_level!=_configuredLevel) logger._level=_level; return logger; }