Lecturer(s)
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Tomášek Pavel, Ing. Ph.D.
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Turečková Alžběta, Ing. Ph.D.
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Janků Peter, Ing. Ph.D.
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Mirshahi Sina, MSc.
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Dulík Tomáš, Ing. Ph.D.
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Course content
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Topics: 1. Integrated development environments (IDEs) and team support functions. 2. SW development methodologies and their support in development environments. 3. Documentation systems - JavaDoc, Doxygen, etc. 4. Centralized version control systems - CVS, subversion. 5. Distributed version control systems - git, mercurial. 6. Scenarios of using version control tools in development cycles 7. Tools for automatic build - CMake, NMake, QMake, etc. 8. Dependency management and compilation for Java technology: maven, ant 9. online repository - web application for SVC systems management. 10. Project management systems. 11. Software testing - dynamic analysis, unit tests, Valgrind, etc. 12. Tools for automated testing of UI applications - Selenium, TestComplete, etc. 13. Continuous integration. 14. Tools for monitoring developer time, work schedules, and its monitoring.
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Learning activities and teaching methods
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Lecturing, Exercises on PC, Teamwork
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prerequisite |
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Knowledge |
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Not specified |
Not specified |
learning outcomes |
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A student gains an overview of project management systems and tools for monitoring the time of developers, timesheets, and their monitoring. He can use version control systems, tools for automatic assembly, and documentation systems within a team project. He has a basic knowledge of how to test the created software. |
A student gains an overview of project management systems and tools for monitoring the time of developers, timesheets, and their monitoring. He can use version control systems, tools for automatic assembly, and documentation systems within a team project. He has a basic knowledge of how to test the created software. |
Characterize integrated development environments (IDEs). |
Characterize integrated development environments (IDEs). |
Describe features to support teamwork. |
Describe features to support teamwork. |
Explain software development methodologies and their support in development environments. |
Explain software development methodologies and their support in development environments. |
Describe documentation systems - javadoc, doxygen, etc. |
Describe documentation systems - javadoc, doxygen, etc. |
Describe centralized version control systems - CVS, subversion. |
Describe centralized version control systems - CVS, subversion. |
Describe distributed version control systems - git, mercurial. |
Describe distributed version control systems - git, mercurial. |
Describe project management systems. |
Describe project management systems. |
Skills |
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Suggest scenarios for the use of version control tools within development cycles. |
Suggest scenarios for the use of version control tools within development cycles. |
Implement simple software testing. |
Implement simple software testing. |
Apply tools for automated testing of UI applications. |
Apply tools for automated testing of UI applications. |
Apply selected tools for tracking developer time, reporting and monitoring work. |
Apply selected tools for tracking developer time, reporting and monitoring work. |
teaching methods |
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Knowledge |
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Lecturing |
Exercises on PC |
Lecturing |
Teamwork |
Teamwork |
Exercises on PC |
assessment methods |
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Analysis of works made by the student (Technical products) |
Analysis of works made by the student (Technical products) |
Recommended literature
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CHACON, Scott. Pro Git.. Praha, 2009. ISBN 978-80-904248-1-.
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KANER, Cem, Jack L FALK a Hung Quoc NGUYEN. Testing computer software. 2nd ed.. New York, 1999. ISBN 9780471358466.
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PUGH, Kenneth. Lean-agile acceptance test-driven development: better software through collaboration.. Upper Saddle River, 2011. ISBN 0321714083.
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ROEBUCK, Kevin. Release Management High-impact Strategies ? What You Need to Know: Defnitions, Adoptions, Impact, Benefts, Maturity, Vendors. Dayboro, 2012. ISBN 9781743332856.
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WYSOCKI, Robert K. Effective project management: traditional, agile, extreme.. Indianapolis, 2012. ISBN 9781118016190.
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