When your code execution reaches the breakpoint, Android Studio pauses execution of your app. You can then use the tools in the Debugger tab to identify the state of the app. With Step Over
you can
A. examine the object tree for a variable; expand it in the Variables view.
B. evaluate an expression at the current execution point
C. advance to the next line in the code (without entering a method)
D. advance to the first line inside a method call
E. advance to the next line outside the current method
F. continue running the app normally
When your code execution reaches the breakpoint, Android Studio pauses execution of your app. You can then use the tools in the Debugger tab to identify the state of the app. With Step Into
you can
A. examine the object tree for a variable, expand it in the Variables view. If the Variables view is not visible
B. evaluate an expression at the current execution point
C. advance to the next line in the code (without entering a method)
D. advance to the first line inside a method call
E. advance to the next line outside the current method
F. continue running the app normally
When your code execution reaches the breakpoint, Android Studio pauses execution of your app. You can then use the tools in the Debugger tab to identify the state of the app. With Evaluate Expression
you can
A. examine the object tree for a variable; expand it in the Variables view
B. evaluate an expression at the current execution point
C. advance to the next line in the code (without entering a method)
D. advance to the first line inside a method call
E. advance to the next line outside the current method
F. continue running the app normally
What is illustrated in the picture?
A. Logcat window with filter settings
B. Debugging native code using LLDB
C. The Variables and Watches panes in the Debugger window
D. The Breakpoints window lists all the current breakpoints and includes behavior settings for each
E. Adding a watchpoint to a variable in memory
What is illustrated in the picture?
A. Logcat window with filter settings
B. Debugging native code using LLDB
C. The Variables and Watches panes in the Debugger window
D. The Breakpoints window lists all the current breakpoints and includes behavior settings for each
E. Adding a watchpoint to a variable in memory
The Testing Pyramid, shown in the Figure, illustrates how your app should include the three categories of tests: small, medium, and large. Small tests are unit tests that :
A. validate your app's behavior one class at a time.
B. validate either interactions between levels of the stack within a module, or interactions between related modules.
C. validate user journeys spanning multiple modules of your app.
The Testing Pyramid, shown in the Figure, illustrates how your app should include the three categories of tests: small, medium, and large. Medium tests are integration tests that:
A. validate your app's behavior one class at a time.
B. validate either interactions between levels of the stack within a module, or interactions between related modules.
C. validate user journeys spanning multiple modules of your app.
Each time your test invokes onView(), Espresso waits to perform the corresponding UI action or assertion until the following synchronization conditions are met: (Choose three.)
A. The message queue is empty.
B. The message queue is not empty.
C. There are some instances of AsyncTask currently executing a task.
D. There are no instances of AsyncTask currently executing a task.
E. Some developer-defined idling resources are not idle.
F. All developer-defined idling res
To run your local unit tests, follow these steps:
A. Option A
B. Option B
C. Option C
D. Option D
To create a basic JUnit 4 test class, create a class that contains one or more test methods. A test method begins with the specific annotation and contains the code to exercise and verify a single functionality in the component that you want to test. What is the annotation?
A. @RunWith
B. @LargeTest
C. @Rule
D. @Test
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