• Exame Recurso, 06.02.2019, 14h30, sala 6.16/6.17
• Exame, 23.01.2019, 14h30, sala 6.02
• Soluções da 2ª Frequência
• 2ª Frequência, 08.01.2019, 18h, sala 6.02
• A aula prática de dia 16.11.2018 (16h-18h) será realizada no dia 27.11.2018 na sala 6.15 entre as 10h e as 12h
• Soluções da 1ª Frequência
• 1ª Frequência, 26.10.2018, 14h, sala 6.02
• Enunciado do trabalho de grupo (Badge 9) aqui
• Badge 1:
  • Novo prazo para entrega via moodle: 19.10.2018
  • Apresentação na aula extra de dia 23.10.2018, sala 6.15 10-12h
• As aulas de 03.10.2018 irão decorrer na sala 6.15 entre as 9h e as 13h
• IMPORTANTE! até 28.09.2018, comunicação do tema escolhido e do(s) aluno(s) envolvido(s) na realização do Badge 1
• 21.09.2018: Apresentada informação relevante sobre o funcionamento da disciplina [PDF]
• 01.09.2018: A caderneta de badges pode ser obtida aqui

• em Frequência
  • Componente Teórica 12 valores
    • 2 provas escritas:
      • [F1] 1ª Frequência (4 valores): 26.10.2018, 14h, 6.02
      • [F2] 2ª Frequência (8 valores): 04.01.2019, 14h, 6.XX
  • Componente Prática 8 valores
    • [B] 4 badges:
      • Badge#1: ISO in a nutshell (1 valor): até 19.10.2018
      • Badge#3: Crash Test Dummies (1 valor): 12.10.2018, 16h, 6.14
      • Badge#8: Geek (1 valor): 14.12.2018, 16h, 6.14
      • Badge#9: TeamWork (5 valores): até 31.12.2018

  Classificação= F1*4/20 + F2*8/20 + B

• em Exame
  • [E] Prova escrita (15 valores)
  • [B9] Badge#9: TeamWork transita para exame (5 valores)

  Classificação Exame= E*15/20 + B9

1. Basic concepts: What Causes Software Errors? What is Quality? What is Quality Assurance?
2. Quality in context and software process activities.
3. Extreme Programming.
4. Software quality standards.
5. Validation and Verification. Levels of Testing.
6. Testing in the software life cycle.
7. White box testing.
8. Black box methods: input coverage testing.
9. Black box methods: output coverage testing.
10. Code coverage methods.
11. Introduction to software inspection & inspection processes.
12. Software quality metrics.

Bibliography

• Software Testing, Yogesh Singh, Cambridge University Press, 2012.
• Mastering Software Quality Assurance: Best Practices, Tools and Techniques for Software Developers, Murali Chemuturi, 2010.
• Introduction to Software Testing, Paul Ammann and Jeff Offlutt, Cambridge University Press, 2008.
• Effective Unit Testing: a Guide for Java developers, Lasse Koskela, Manning, 2013.

Week	Lecture Notes	Labs
17/09	Unit outline [PDF] Introduction to Software Quality [PDF]	Badge 1
24/09	Quality in context. Software process activities and models [PDF]	Badge 2
08.10	Extreme Programming, and the Object Oriented Development Process [PDF]	Badge 2 - Solutions Badge 9
15.10	Software quality standards, and maturity models [PDF] JUnit5 User Guide [PDF]	Badge 3
22.10		Badge 1 - Presentations 1 2 3 4 5 6 7 8 Badge 3 - Solutions
29.10	Validation and verification, levels of testing, testing in the software life cycle, black box vs. white box testing [PDF]
05.11	Black box methods – functionality, and input coverage testing [PDF]	Badge 4
12.11	Black box methods – output coverage testing [PDF]
19.11	White box methods – different coverages testing [PDF]	Badge 5
26.11	Continuous testing [PDF]	Badge 5 - Solutions
03.12	Introduction to software inspection [PDF]
10.12	Code inspection techniques, and refactoring [PDF]	Badge 8 Badge 8 - Solutions
31.12
07.01	Software, product, and process quality metrics [PDF]

• ATENÇÃO: O valor presente nas coluna Exame e Exame Recurso é o apurado da prova escrita (75%) conjuntamente com a nota do Badge#9 (25%)