EsameIss2020

Group project for the course: Software Systems Engineering at the University of Bologna.

To check out how we carried out our work go to our ClickUp list view of tasks.

SPRINT	GOAL
10/09/2020 Sprint1	Elaborate Requirement Analysis for the whole Project. Elaborate Problem Analysis and develop Project of a Prototype of the Waiter behavior to control a Virtual Robot.
17/09/2020 Sprint2	Develop Prototype of a UI to control a Client, implement separation Waiterwalker-Walker, write extended functional tests.
28/09/2020 Sprint3	Complete Prototype of the UI to control a Client, add multi-clients support, write extended functional tests.
22/10/2020 Sprint4	Developed manager interface, refactoring of Server Controllers 4 services: smartbell service, waiter service, barman service and walker service, Basicrobot propagates collision cause to be handled by Walker to reposition on map based on obstacle found.

Required libraries and tools version

Kotlin version 1.3.61
Gradle version 6.2.2
JVM version 1.8.0_212 (Oracle Corporation 25.212-b10)
Eclipse IDE version with DSL tools

Eclipse plugin

To use Qak we move in Eclipse "dropins" folder those plugin:

1. it.unibo.Qactork	(v. 1.2.4)  
   

2. it.unibo.Qactork.ide	(v. 1.2.4)  
   

3. it.unibo.Qactork.ui	(v. 1.2.4)  
   

Sprint1

To test the Sprint1:

1. Open Eclipse and import the following project
   a. tearoom.SPRINT1
2. In the workspace test you can find 3 junit classes which test waiter position

Sprint2

To test the Sprint2:

1. Open Eclipse and import the following project
   a. tearoom.SPRINT2
2. In the workspace test you can find 3 junit classes which test waiter behaviour and waiter position

Sprint3

To test the Sprint3:

1. Run the MQTT broker with Mosquitto
2. Run the project Virtual Robot with the command line node main 8999
3. Open your browser and go to localhost:8090
4. Run .bat file "it.unibo.qak20.basicrobot.bat" in the following folder tools
5. Open Eclipse and import the following projects
   a. tearoom.SPRINT3
   b. tearoom.SPRINT3.ui
6. In the workspace SPRINT3/src run "MainCtxtearoom.kt" as kotlin application
7. In the workspace SPRINT3.ui/src run "Application.java" as java application
8. Open your browser and go to localhost:8080 and choose client view
   8.1 You can also run some tests, without client view, to verify waiter behaviour with CoAP message

Sprint4

To test the final system you have to:

1. Run the MQTT broker with Mosquitto
2. Install node and use the command npm install in EsameIss2020\SPRINTS\tools\it.unibo.virtualRobot2020\node\WEnv\WebGLScene
   a. Use the command npm install in EsameIss2020\SPRINTS\tools\it.unibo.virtualRobot2020\node\WEnv\server\src
   b. Run the project Virtual Robot in EsameIss2020\SPRINTS\tools\it.unibo.virtualRobot2020\node\WEnv\server\src with the command line node main 8999
3. Open your browser and go to localhost:8090
4. After importing, building and making a gradle distribution, run .bat file "it.unibo.qak20.basicrobot.bat" in the following folder EsameIss2020\SPRINTS\tools\it.unibo.qak20.basicrobot\build\distributions\it.unibo.qak20.basicrobot-1.0\bin
5. Open Eclipse and import the following projects
   a. tearoom.SPRINT4
   b. tearoom.SPRINT4.ui
6. Import java.util libraries in SPRINT4\it.unibo.waiter
7. In the workspace SPRINT4/src run "MainCtxtearoom.kt" as kotlin application
8. In the workspace SPRINT4.ui/src run "Application.java" as java application
9. Open your browser and go to localhost:8080 and choose manager view or client view
10. Enjoy our Tearoom

Group composed by:

Nicholas Carroll	Laura Mazzuca	Giuseppe Giorgio
nicholas.carroll@studio.unibo.it	laura.mazzuca@studio.unibo.it	giuseppe.giorgio3@studio.unibo.it