Integration testing can be tricky for software engineers. Here are some of the main challenges they face:
Complexity: When engineers put different software modules together, it can create unexpected problems. Studies show that about 75% of these problems happen because the parts don't work well together.
Environment Set-Up: Setting up a testing space that looks and acts like the real-world environment can take a lot of time and resources. Around 63% of engineers say this is one of their biggest challenges.
Defect Detection: Integration testing can find problems that smaller tests might miss. In fact, nearly 40% of software bugs are discovered during this stage of testing.
Documentation: If the documents about how the modules interact are unclear, it can make things harder. More than 50% of engineers say this confusion is a big obstacle for them.
Overall, integration testing is important, but it comes with its own set of difficulties that engineers have to manage.
Integration testing can be tricky for software engineers. Here are some of the main challenges they face:
Complexity: When engineers put different software modules together, it can create unexpected problems. Studies show that about 75% of these problems happen because the parts don't work well together.
Environment Set-Up: Setting up a testing space that looks and acts like the real-world environment can take a lot of time and resources. Around 63% of engineers say this is one of their biggest challenges.
Defect Detection: Integration testing can find problems that smaller tests might miss. In fact, nearly 40% of software bugs are discovered during this stage of testing.
Documentation: If the documents about how the modules interact are unclear, it can make things harder. More than 50% of engineers say this confusion is a big obstacle for them.
Overall, integration testing is important, but it comes with its own set of difficulties that engineers have to manage.