Railway ticket reservation system using UML and Java

People prefer trains for their jqurneys since they feel comfortable in train journeys. But the ticket reservation irtrains is a ledious process. Indian Railwnys has taken various steps to make ticket reservation easier. It has digitized ticket reservation so that people can use their laptops and motrile phones to book ticket. Imagise you are part of the team that is working oo Automated railway ticket booking. As part of your work, you are to develop sottware for autemation of ticket reservatice. In this context, identify the classes, objects, processes and acton in your system and develop a model to explain your system to the Indaan Railways for acceptance and your Team developers for creating the model in Java. Yous are required to do the following task:

a$.$ Identify the classes involved in the train ticket reservation process and represent your system siructure as a class diagram that shows the relationships between the identified classes hike geberalization, association and multiplicity, $[2$ mark $]$

b$.$ Draw the Object diagram and represent one instance of the Object for all the identified classes in the sytem. $[1$ marks$]$

c$.$ Draw Use case diagram for each module representing the interaction of different actors with the system. $[2$ marks$]$

d$.$ Draw the sequence diagram that shows the sequence of interactica of different entities in the sydtem $[2$ marks$]$

e$.$ Write sample implementation of the Railuay ticket reservation sytem in Java with simple mesuages. For example, "Your tichet has bees booked: $-$Tickets not available in Fint class Two Tier AC$",$ by creating apprepria methods in different classec. Get the information regandiag tarting poat and destisation and the number of perses and the ticket class and numbe of seats from the user through interactive code. $[3$ marka$]$

Nete: Please go throagh the lecture slides and recandings of the Lab sension I fir reference for UML. dagrams. Use Sarich case and looping structures for displaping menu driven and interactive proyram. Use the concept of everkading and static components to carry out the different processes and kesp count of the takess borked.

fod did $-2=1$