Advanced Programming for Java Platform

Teaching

• teaching is hybrid using Teams
  • lectures will be streamed from the classroom
• when enrolled for the course, students are automatically added to the team in Teams

Practicals/labs

• Sign yourself to a practical using the information system
  • who is not signed to a practical within first three weeks of the semester will not receive “zápočet”
• Information for those who do not want to attend the practicals
  • if you do not want to attend practicals, you can also sign yourself to the “virtual” practical
  • for the “virtual"practical, there are the same requirements and deadline as for the “regular” ones
• if you repeat the course the requirements you fulfilled the previous year can be accepted (but only in the scope of a single study)
  • explicitly write about it to the teacher of the particular practical (within first three weeks of the semester)
  • if you did not write the home project program, the topic is not automatically accepted
    • but it is not necessary to think out a new one; you can propose the original one

Exam and “zápočet”

• Exam is a written test
• To obtain “zápočet” it is necessary to create home project program and successfully pass the practical programming test
• Next, there will be home-works assigned during the semester (each week a single homework, 12 in total)
  • It is necessary to submit at least half of homeworks
  • Homeworks will be announced during practicals and submitted via ReCodEx
  • It will be possible to get a maximum of 3 points for each homework
  • When obtaining 27 points (75%) the practical test is automatically passed
• The home project has to non-trivially exploiting a covered technology.
• The home project has to be appropriately complex.
  • The topic of the project has to be agreed (by email) with the lecturer till 20^th May 2022. “Agreed” means that the topic is suggested by a student and confirmed by the lecturer.
  • The project should be submitted till the end of June; the latest deadline is 16^th September 2022.
    • The project is submitted by email; only if it is necessary the project is shown personally.
    • The project is submitted as a zip archive, which contains:
      • sources,
      • pom.xml file for Maven
        • Ant or Gradle can be used too
      • user documentation (as a plain-text or html or pdf) so the project can be launched and tested,
      • explicitly specified version of Java in pom.xml (or in a corresponding file for the used build tool)

Course synopsis

• GUI
• In-depth view of the Java language
  • Reflection API
  • Generics, annotations
  • ClassLoaders, Security
• Distributed technologies: RMI,…
• Component model JavaBeans
• Java Enterprise Edition: Servlets, EJB, Spring,…
• Java Micro Edition: Java for mobile and embedded systems, CLDC, MIDP, MEEP
• RTSJ
• Other Java technologies: Java APIs for XML, JDBC, JMX,…
• Other languages compiled to Java bytecode (Kotlin,…)
• Android

Slides and examples shown during lectures and practicals

• they are available in the Teams team

Links

• Java homepage
• Java Language and Virtual Machine Specification
• IntelliJ IDEA
• Netbeans
• Eclipse
• Android