Test Double Sample: Difference between revisions
(→Basic) |
|||
| Line 8: | Line 8: | ||
==Tests Description== | ==Tests Description== | ||
===Basic::TestFunction=== | |||
This example uses a '''C++ test class''' to validate the '''test_func1''' function under test. The dependency '''depend1''' is left in place during the '''CallNoDoubling''' method. The dependency is replaced with a fake method, which simply returns a constant in the '''CallWithFake''' method. The dependency is replaced with a mock method, which validates the passed in parameter, in the '''CallWithMock''' method.<br> | This example uses a '''C++ test class''' to validate the '''test_func1''' function under test. The dependency '''depend1''' is left in place during the '''CallNoDoubling''' method. The dependency is replaced with a fake method, which simply returns a constant in the '''CallWithFake''' method. The dependency is replaced with a mock method, which validates the passed in parameter, in the '''CallWithMock''' method.<br> | ||
The intercept mangling parameters in this example, in the [[Using Test Doubles#Configuring_the_Double_Using_SCL|scl_function pragma]], uses the '''"DEFINITION"''' option to indicate the the intercept will be at the function definition, and the'''"IMPLICIT"''' option because no mangling is required to intercept (because the caller and callee are in separate compilation units). | The intercept mangling parameters in this example, in the [[Using Test Doubles#Configuring_the_Double_Using_SCL|scl_function pragma]], uses the '''"DEFINITION"''' option to indicate the the intercept will be at the function definition, and the'''"IMPLICIT"''' option because no mangling is required to intercept (because the caller and callee are in separate compilation units). | ||
===Basic::TestFunctionWithDepend=== | |||
This example uses a '''C++ test class''' to validate the '''test_func2''' function under test. The dependency '''depend2''' is left in place during the '''CallNoDoubling''' method. The dependency is replaced with a fake method, which simply returns a constant in the '''CallWithFake''' method. The dependency is replaced with a mock method, which validates the passed in parameter, in the '''CallWithMock''' method.<br> | This example uses a '''C++ test class''' to validate the '''test_func2''' function under test. The dependency '''depend2''' is left in place during the '''CallNoDoubling''' method. The dependency is replaced with a fake method, which simply returns a constant in the '''CallWithFake''' method. The dependency is replaced with a mock method, which validates the passed in parameter, in the '''CallWithMock''' method.<br> | ||
The intercept mangling parameters in this example, in the [[Using Test Doubles#Configuring_the_Double_Using_SCL|scl_function pragma]], uses the '''"REFERENCE"''' option to indicate the the intercept will be at the function call, and the'''"EXPLICIT"''' option because mangling is required to intercept (because the caller and callee reside in the same source file). | The intercept mangling parameters in this example, in the [[Using Test Doubles#Configuring_the_Double_Using_SCL|scl_function pragma]], uses the '''"REFERENCE"''' option to indicate the the intercept will be at the function call, and the'''"EXPLICIT"''' option because mangling is required to intercept (because the caller and callee reside in the same source file). | ||
Revision as of 20:44, 9 June 2010
Introduction
Please read the Using Test Doubles article before proceeding in order to understand the concepts. You may also find it helpful to review the information available here for more details on test double terminology.
This example presents two different function double settings that differ in the point of interception (at DEFINITION vs. at REFERENCE).
Tests Description
Basic::TestFunction
This example uses a C++ test class to validate the test_func1 function under test. The dependency depend1 is left in place during the CallNoDoubling method. The dependency is replaced with a fake method, which simply returns a constant in the CallWithFake method. The dependency is replaced with a mock method, which validates the passed in parameter, in the CallWithMock method.
The intercept mangling parameters in this example, in the scl_function pragma, uses the "DEFINITION" option to indicate the the intercept will be at the function definition, and the"IMPLICIT" option because no mangling is required to intercept (because the caller and callee are in separate compilation units).
Basic::TestFunctionWithDepend
This example uses a C++ test class to validate the test_func2 function under test. The dependency depend2 is left in place during the CallNoDoubling method. The dependency is replaced with a fake method, which simply returns a constant in the CallWithFake method. The dependency is replaced with a mock method, which validates the passed in parameter, in the CallWithMock method.
The intercept mangling parameters in this example, in the scl_function pragma, uses the "REFERENCE" option to indicate the the intercept will be at the function call, and the"EXPLICIT" option because mangling is required to intercept (because the caller and callee reside in the same source file).