Automatically generate class diagram from your code.
Using reflection, UML Reverse Mapper scans your packages that contain your code. It then builds a graph of class relations and outputs either a Graphviz .dot file or a PlantUML .puml file.
urm-core.jar help text:
usage: java -jar urm-core.jar
-f <file> write result to file instead of
console
-fi,--fieldIgnores <ignoreList> comma separated list of ignored
fields, defaults to '$jacocoData'
-h,--help displays this help text
-i,--classIgnores <ignoreList> comma separated list of ignored types
-mi,--methodIgnores <ignoreList> comma separated list of ignored
methods, defaults to '$jacocoInit'
-p <packageList> comma separated list of domain
packages
-s,--presenter <[plant|graph]> presenter to be used, defaults to
'plant'
-u <fileList> comma separated list of jars or other
java files to load
EXAMPLES:
1. java -jar urm-core.jar -p com.iluwatar.abstractfactory -i
com.iluwatar.abstractfactory.Castle -u abstract-factory.jar
2. java -cp abstract-factory.jar:urm-core.jar DomainMapperCli -p
com.iluwatar.abstractfactory -i com.iluwatar.abstractfactory.Castle
Build the urm-core
project with mvn clean package
and grab the generated artifact urm-core.jar
.
Or grab the latest release from here: https://github.com/markusmo3/uml-reverse-mapper/releases
Then you need the archive that will be analyzed. In this example we use abstract-factory.jar
and assume the package name to be com.iluwatar.abstractfactory
. Place the jar-files in the same directory and execute the following command.
java -cp abstract-factory.jar:urm-core.jar DomainMapperCli -p com.iluwatar.abstractfactory -i com.iluwatar.abstractfactory.Castle
This will scan all classes under the package com.iluwatar.abstractfactory
except Castle
that was marked to be ignored and output the .dot file to your console output. If you want to write it to file use switch -f filename.dot
. If you need to scan multiple packages use format -p "com.package1, com.package2"
. Note that under Windows OS the classpath separator is ;
instead of :
Add to your pom.xml the following:
<build>
<plugins>
<plugin>
<groupId>com.github.markusmo3.urm</groupId>
<artifactId>urm-maven-plugin</artifactId>
<version>1.4.0</version>
<configuration>
<!-- if outputDirectory is not set explicitly it will default to your build dir -->
<outputDirectory>${project.basedir}/etc</outputDirectory>
<packages>
<param>com.mycompany.mypackage</param>
<param>com.mycompany.other_package</param>
</packages>
<ignores>
<param>com.mycompany.mypackage.MyClass</param>
<param>com.mycompany.other_package.OtherClass</param>
</ignores>
<fieldIgnores>
<param>serialVersionUID</param>
<param>myIntegerField</param>
</fieldIgnores>
<methodIgnores>
<param>toString</param>
<param>valueOf</param>
<param>values</param>
</methodIgnores>
</configuration>
<executions>
<execution>
<phase>process-classes</phase>
<goals>
<goal>map</goal>
</goals>
</execution>
</executions>
</plugin>
</plugins>
</build>
where the packages
configuration parameter contains a list of packages that should be included in the class
diagram and the ignores
configuration parameter contains a list of types that should be excluded from the class
diagram. Dependencies
list should contain the artifacts where the classes are found.
When process-classes
life-cycle phase gets executed, the class diagram will be saved to
/target/${project.name}.urm.dot
or /target/${project.name}.urm.puml
. Use this file with your local
Graphviz or any of the online Graphviz tools to show your class diagram.
Here are some class diagrams generated with the urm-maven-plugin
and the PlantUML Presenter as well as PlantUML's
free generation/hosting service.
Performing a Release Deployment
mvn clean deploy -P release