SLF4J, also known as Simple Logging Facade for Java, is an open source facade for various logging frameworks.
SLF4J can be used by frameworks such as java.util.logging, log4j and logback. SLF4J allows the developer to plug in the desired logging framework at deployment time.

 

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Developers who are working with different logging frameworks may find it troublesome to maintain a logging framework specific code throughout the project. This becomes the need for developing a facade/utility which would allow developers to use a single set of code which can be used across applications which make use of different logging frameworks. Such a utility/facade is called SLF4J. It provides a common API across different logging frameworks. The facilities provided are:

Out of the box mapping of messages from different logging frameworks. For example: The Key figure from log4j can be mapped with a string from java.util.logging.

Setter methods which can be used to set properties at runtime.

Ability to provide a single configuration file which can be used by various logging frameworks. This file can be configured to use various logging frameworks.

Supports logging of messages from different logging frameworks.
The configuration file needs to be modified to specify the logging framework being used.

Public Classes:
Logger: Provides for logging a message. The logger level is related to the message severity. The logger name is set at configuration stage.

Facade: Provides a setter method to set the loggers. This setter allows multiple loggers to be set for a single logger name.

LoggerFactory: Provides a setter method to set the LoggerFactory. LoggerFactory is used to configure different logging frameworks.

LoggerAdapter: Provides a setter method to set the LoggerAdapter. LoggerAdapter is used to plug-in the specific framework to the SLF4J.

Instantiating the LoggerFactory:
LoggerFactory.getLogger(String name)
LoggerFactory.getLogger(String name, ClassLoader classLoader)
Logger.getLogger(String name, Level level)
Logger.getLogger(String name, Level level, String additivity)
Logger.getLogger(String name, Level level, String additivity, String messagePattern)
Logger.getLogger(String name, Level level, String additivity, String messagePattern, Throwable throwable)
String toLog4j(String string)
String toLog4j(String string, Object… args)
String toLog4j(String string, Object… args, Throwable throwable)
String toLogback(String string)
String toLogback(String string, Object

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Its concise API encourages developers to integrate it into their logging frameworks.
It provides a set of adapters for the most widely used logging frameworks available on Java: java.util.logging, Log4j and Logback. The SLF4J API is simple, concise, and well documented.
SLF4J provides a single API to the developer. The API hides the underlying details of the logging framework. This allows SLF4J to be easily configured and deployed on any Java system.
SLF4J is a strict superset of java.util.logging. The APIs are identical. SLF4J is also compatible with Logback, but Log4j is not because of its different API.

Explanation :

Does using SLF4J differ from using java.util.logging?

Let’s say an application uses SLF4J. The Java application uses two things – Logger instances to emit log messages and LogListeners to consume log events.

An Example :

In the following example, we will use two classes, Producer and Consumer.

Producer :

public class Producer {
private static Logger LOG = LoggerFactory.getLogger(Producer.class);

public static void main(String[] args) {
Producer p = new Producer();
p.sendMessage();
}

public void sendMessage() {
LOG.info(«Hello World from producer!»);
}
}

Consumer :

public class Consumer {
private static Logger LOG = LoggerFactory.getLogger(Consumer.class);

public static void main(String[] args) {
Consumer c = new Consumer();
c.addLogListener(new MyConsumer());
c.start();
}

public void addLogListener(LogListener listener) {
LOG.addListener(listener);
}

public void start() {
while(true) {
LOG.info(«Hello World from consumer!»);
}
}
}

MyConsumer :

public class MyConsumer implements LogListener {
@Override
public void afterCompletion(LogEvent event) {
// TODO Auto-generated method stub
}
@Override
public void aboutToFlush(LogEvent event) {
// TODO Auto-generated method stub
}
@Override
public void afterCompletion(LogEvent
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SLF4J

An application is just another message driven system. And a framework helps you to create such a system using the lowest cost of operations. A good example for this is ‘java.util.logging’. Here, the operations are to deal with messages and events and this leads to some problems like:
Only one logging framework can be used (a.k.a ‘Single Source Of Truth’)
Messages are not serialized
Excessive verbosity
Traditional approaches for debugging such problems involve heavy weight process. And these solutions are common for any complex application. However, SLF4J is a light weight facade that allows to plug in the desired logging framework at deployment time.
References:

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What’s New in the?

1. Use the API and documentation provided to install the library
* Annotate your code to use the Logger, LoggerFactory and SLF4J interfaces
* Create a SLF4J Logger instance in your code using one of the
LoggerFactory class’ createLogger() methods
2. Use the Logger’s method such as getAllMethods() to find the appropriate logging call from
the logging framework
3. Use the underlying logging framework implementation to implement the
specific logging call

The logging calls in the underlying logging framework may be directly
invoked via the Logger or a LoggerFactory. For example, a developer
may implement a java.util.logging.Logger by directly invoking getLogger().
There is an underlying implementation in the logback framework, and
you could use the logback.Logger objects directly. A developer may
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Loggers can be configured with their associated framework, and it is
possible to change the logger name in application code. For example,
in an application, you might have something like the following:

if (logger.isDebugEnabled())
logger.debug(«Debug message»);

The SLF4J API and API Documentation

The main goal of SLF4J is to reduce the effort necessary to get
up and running with a logging framework. It is not intended to be a
final solution for the problem of logging. It is more of a library
than a framework. (See SLF4J Intended Use.)

Slack Documentation
To install Slack in your project, do the following:

org.slf4j
slf4j-api
1.7.10
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