UML&OCL Modeling Languages
Practice (4c)
- Represent the following material/software architecture:
A web server is placed onto a Raspberry Pi (ip: 192.168.0.14) connected to a box (192.168.0.254). This latter is similar to a gateway and has a global ip (88.124.58.65). In the global network, there is a client (88.124.88.105) using the Firefox browser to get the "index.html" page from the server.
Also explain how the client can obtain the data from the server.
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL
thiry laurent ensisa uha alsace mulhouse france unified modeling modelisation language constraint object objet UML OCL