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Qt Creator integrates the Qt Test framework, Google C++ Testing Framework, Boost.Test, and Catch2 test framework for unit testing applications and libraries. You can use Qt Creator to create, build, and run Qt tests, Qt Quick tests (QML-based Qt tests), Google tests, Boost tests, and Catch2 tests for your projects.

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Creating Tests

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You can use a wizard to create projects that contain tests.

Creating Qt and Qt Quick Tests

To create a Qt or Qt Quick test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Qt test or a Qt Quick test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Qt Test or Qt Quick Test.
   2. For a Qt test, select the GUI Application check box to create a Qt application.
   3. In the Test case name field, enter a name for the test case.
   4. For a Qt test, select the Requires QApplication check box to add the include statement for QApplication to the main.cpp file of the project.
   5. Select the Generate initialization and cleanup code checkbox to add functions to your test that are executed by the testing framework to initialize and clean up the test.
   6. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. Edit the .cpp file to add private slots for each test function in your test. For more information about creating Qt tests, see Creating a Test.

Creating Google Tests

To create a Google test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Google test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Google Test.
   2. In the Test suite name field, enter a name for the test suite.
   3. In the Test case name field, enter a name for the test case.
   4. Select the Enable C++ 11 check box to support C++ 11 features in the test.
   5. In the Google test repository field, select a directory that contains a clone of the googletest repository.

      To use an installed Google C++ Testing framework instead, see Setting Up the Google C++ Testing Framework.

   6. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Google tests, see the Google Test Primer.

Creating Boost Tests

To build and run Boost tests, you must have the Boost.Test installed on the development host. Typically, it is installed when you install Boost. You can download Boost from Boost.org.

If Boost libraries can be found by the used compiler and build system, you do not need to specify the include directory when creating the test.

To create a Boost test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Boost test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Boost Test.
   2. In the Test suite name field, enter a name for the test suite.
   3. In the Test case name field, enter a name for the test case.
   4. In the Boost include dir (optional) field, enter the path to the directory that contains files needed by Boost.Test, such as version.hpp and a subfolder called test that contains the test header files.
   5. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Boost tests, see Boost.Test.

Creating Catch2 Tests

To build and run Catch2 tests, you either must have Catch2 libraries and headers installed, or you can use the single include header file provided by the Catch2 repository.

If the Catch2 headers can be found by the used compiler and build system automatically, you do not need to specify the include directory when creating the test.

To create a basic Catch2 test:

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1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Catch2 test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Catch2.
   2. In the Test case name field, specify a name to be used for the test case file.
   3. Select the Use Qt libraries check box to use a self defined main function and set up the project to use Qt features.
   4. In the Catch2 include directory (optional) field, you may enter a path to the directory that contains the Catch2 header files.
   5. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Catch2 tests, see Catch2.

Setting Up the Google C++ Testing Framework

To build and run Google tests, you must have the Google C++ Testing framework installed and configured on the development host. You can either clone it from Git Hub or install it from an installation package. Funny voice changer free download.

To configure a project to use a cloned Google testing framework, edit the INCLUDEPATH variable in the project file (.pro) to include the source and include folders of Google Test's googletest and googlemock. Usually, you need to add the following subfolders:

• googletest
• googlemock
• googletest/include
• googlemock/include

You also need to add the necessary files to the SOURCES variable. For example:

• googletest/src/gtest-all.cc
• googlemock/src/gmock-all.cc

To configure a project to use an installed Google testing framework package, add the following include paths to the .pro file:

• /include/gtest
• /include/gmock

Then add linker options to be able to find the libraries and to link against them. For example, for qmake based projects, you typically need to add the following values to the .pro file:

• LIBS += -lgtest -L
• LIBS += -lgmock -L

Building and Running Tests

To build and run tests:

1. Open a project that contains tests.
2. In the Tests view, select the tests to run.
3. In the Test Results output pane, select:
   • (Run All Tests) to run all tests.
   • (Run Selected Tests) to run the selected tests.
   • (Run Failed Tests) to re-run the tests which failed in the last run. Depending on the framework this may select additional tests if it is impossible to distinguish or to fully address the test.
   • (Run Tests for Current File) to run the tests in the file currently open in the code editor.

   Note: By default, Qt Creator builds a project before deploying and running it.

If a test takes more than a minute to execute, the default timeout might stop the test execution. To increase the timeout, select Tools > Options > Testing > General.

Selecting Tests to Run

The Tests view shows all the tests found for the currently active test frameworks in the current project. Select the test cases to run.

If a Qt Quick test case does not have a name, it is marked Unnamed in the list. Unnamed test cases are executed when you select Run All Tests. You cannot select or deselect them.

Qt Creator scans the project for tests when you open the project and updates the test list for the currently active test frameworks when you edit tests. To refresh the view, select Rescan Tests in the context menu.

To group related test cases for an active test framework, select Tools > Options > Testing > General, and then select the Group check box next to the framework name in the Active Test Frameworks list. By default, tests are grouped based on the directory where they are located.

To group Google tests by using a GTest filter, select Google Test. In the Group mode field, select GTest Filter and specify the filter to use in the Active filter field. For more information about GTest filters, see Running a Subset of the Tests.

In some special setups, Qt Creator cannot deduce which executable or run configuration it should use. If Qt Creator repeatedly asks you to select the tests to run when trying to execute tests, you can enable it to cache your choices and use them were appropriate. The cached information is cleared when you switch to another project, close the current one, or select Reset Cached Choices.

To show or hide init and cleanup or data functions in the Tests view, select (Filter Test Tree), and then select Show Init and Cleanup Functions or Show Data Functions. Double-click a function in the list to open its source code in the code editor.

The test cases are listed in alphabetic order. To list them in the order in which they are defined in the source code, select (Sort Naturally).

Running and Debugging Tests from Code Editor

You can run and debug tests in the file currently open in the code editor. To run all tests in the open file, select Tools > Tests > Run Tests for Current File.

To run the test currently selected in the open file, select Run Test Under Cursor in the context menu.

To debug the currently selected test, select Debug Test Under Cursor in the context menu.

Specifying Settings for Running Qt Tests

The code inside a benchmark test is measured, and possibly also repeated several times in order to get an accurate measurement. This depends on the measurement back-end that you can select in the Benchmark Metrics group in Tools > Options > Testing > Qt Test: walltime, CPU tick counter, event counter, Valgrind Callgrind, and Linux Perf. For more information, see Creating a Benchmark.

To receive verbose output when running benchmarks, select the Verbose benchmarks check box.

To allow the debugger to interrupt Qt tests on assertions, select the Disable crash handler while debugging check box.

To record information about signals and slots in the test log, select the Log signals and slots check box.

Specifying Settings for Running Google Tests

To specify settings for running Google tests, select Tools > Options > Testing > Google Test.

To run disabled tests, select the Run disabled tests check box.

To run several iterations of the tests, select the Repeat tests check box and enter the number of times the tests should be run in the Iterations field. To make sure that the tests are independent and repeatable, you can run them in a different order each time by selecting the Shuffle tests check box.

To turn failures into debugger breakpoints, select the Break on failure while debugging check box. To turn assertion failures into C++ exceptions, select the Throw on failure check box.

Specifying Settings for Running Boost Tests

1. To specify settings for running Boost tests, select Tools > Options > Testing > Boost Test.
2. In the Log format field, select the error report format to specify the type of events you want recorded in the test report.
3. In the Report level field, select the verbosity level of the test result report. Select No if you do not want a report.
4. Select the Randomize check box to execute the tests in a random order, using the seed specified in the Seed field for initializing the randomizer.
5. Select the Catch system errors check box to catch system errors.
6. Select the Floating point exceptions check box to detect floating point exceptions.
7. Select the Detect memory leaks check box to detect memory leaks.

Specifying Settings for Running Catch2 Tests

Windows 10 Macro Creator

1. Customizable macro meal planner/generator. This planner automatically generates a customizable macro meal plan that fits your protein, carb, and fat goals in seconds. To build a plan based on your macros, just fill in your profile to match your specific macronutrient goals and click 'Generate Plan'. The planner will then create a diet plan for you that's built from recipes/meals that fit your nutritional goals.
2. Macro Toolworks Free. Macro Toolsworks comes in 3 editions which are free, standard and professional. It is actually a very powerful macro automation software that supports over a hundred macro commands such as variables, finding an image on screen, sending emails, FTP, manipulating windows, etc.

You can use a wizard to create projects that contain tests.

Creating Qt and Qt Quick Tests

To create a Qt or Qt Quick test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Qt test or a Qt Quick test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Qt Test or Qt Quick Test.
   2. For a Qt test, select the GUI Application check box to create a Qt application.
   3. In the Test case name field, enter a name for the test case.
   4. For a Qt test, select the Requires QApplication check box to add the include statement for QApplication to the main.cpp file of the project.
   5. Select the Generate initialization and cleanup code checkbox to add functions to your test that are executed by the testing framework to initialize and clean up the test.
   6. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. Edit the .cpp file to add private slots for each test function in your test. For more information about creating Qt tests, see Creating a Test.

Creating Google Tests

To create a Google test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Google test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Google Test.
   2. In the Test suite name field, enter a name for the test suite.
   3. In the Test case name field, enter a name for the test case.
   4. Select the Enable C++ 11 check box to support C++ 11 features in the test.
   5. In the Google test repository field, select a directory that contains a clone of the googletest repository.

      To use an installed Google C++ Testing framework instead, see Setting Up the Google C++ Testing Framework.

   6. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Google tests, see the Google Test Primer.

Creating Boost Tests

To build and run Boost tests, you must have the Boost.Test installed on the development host. Typically, it is installed when you install Boost. You can download Boost from Boost.org.

If Boost libraries can be found by the used compiler and build system, you do not need to specify the include directory when creating the test.

To create a Boost test:

1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Boost test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Boost Test.
   2. In the Test suite name field, enter a name for the test suite.
   3. In the Test case name field, enter a name for the test case.
   4. In the Boost include dir (optional) field, enter the path to the directory that contains files needed by Boost.Test, such as version.hpp and a subfolder called test that contains the test header files.
   5. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Boost tests, see Boost.Test.

Creating Catch2 Tests

To build and run Catch2 tests, you either must have Catch2 libraries and headers installed, or you can use the single include header file provided by the Catch2 repository.

If the Catch2 headers can be found by the used compiler and build system automatically, you do not need to specify the include directory when creating the test.

To create a basic Catch2 test:

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1. Select File > New File or Project > Other Project > Auto Test Project > Choose to create a project with boilerplate code for a Catch2 test.
2. In the Project and Test Information dialog, specify settings for the project and test:
   1. In the Test framework field, select Catch2.
   2. In the Test case name field, specify a name to be used for the test case file.
   3. Select the Use Qt libraries check box to use a self defined main function and set up the project to use Qt features.
   4. In the Catch2 include directory (optional) field, you may enter a path to the directory that contains the Catch2 header files.
   5. In the Build system field, select the build system to use for building the project: qmake, CMake, or Qbs.

Qt Creator creates the test in the specified project directory. For more information about creating Catch2 tests, see Catch2.

Setting Up the Google C++ Testing Framework

To build and run Google tests, you must have the Google C++ Testing framework installed and configured on the development host. You can either clone it from Git Hub or install it from an installation package. Funny voice changer free download.

To configure a project to use a cloned Google testing framework, edit the INCLUDEPATH variable in the project file (.pro) to include the source and include folders of Google Test's googletest and googlemock. Usually, you need to add the following subfolders:

• googletest
• googlemock
• googletest/include
• googlemock/include

You also need to add the necessary files to the SOURCES variable. For example:

• googletest/src/gtest-all.cc
• googlemock/src/gmock-all.cc

To configure a project to use an installed Google testing framework package, add the following include paths to the .pro file:

• /include/gtest
• /include/gmock

Then add linker options to be able to find the libraries and to link against them. For example, for qmake based projects, you typically need to add the following values to the .pro file:

• LIBS += -lgtest -L
• LIBS += -lgmock -L

Building and Running Tests

To build and run tests:

1. Open a project that contains tests.
2. In the Tests view, select the tests to run.
3. In the Test Results output pane, select:
   • (Run All Tests) to run all tests.
   • (Run Selected Tests) to run the selected tests.
   • (Run Failed Tests) to re-run the tests which failed in the last run. Depending on the framework this may select additional tests if it is impossible to distinguish or to fully address the test.
   • (Run Tests for Current File) to run the tests in the file currently open in the code editor.

   Note: By default, Qt Creator builds a project before deploying and running it.

If a test takes more than a minute to execute, the default timeout might stop the test execution. To increase the timeout, select Tools > Options > Testing > General.

Selecting Tests to Run

The Tests view shows all the tests found for the currently active test frameworks in the current project. Select the test cases to run.

If a Qt Quick test case does not have a name, it is marked Unnamed in the list. Unnamed test cases are executed when you select Run All Tests. You cannot select or deselect them.

Qt Creator scans the project for tests when you open the project and updates the test list for the currently active test frameworks when you edit tests. To refresh the view, select Rescan Tests in the context menu.

To group related test cases for an active test framework, select Tools > Options > Testing > General, and then select the Group check box next to the framework name in the Active Test Frameworks list. By default, tests are grouped based on the directory where they are located.

To group Google tests by using a GTest filter, select Google Test. In the Group mode field, select GTest Filter and specify the filter to use in the Active filter field. For more information about GTest filters, see Running a Subset of the Tests.

In some special setups, Qt Creator cannot deduce which executable or run configuration it should use. If Qt Creator repeatedly asks you to select the tests to run when trying to execute tests, you can enable it to cache your choices and use them were appropriate. The cached information is cleared when you switch to another project, close the current one, or select Reset Cached Choices.

To show or hide init and cleanup or data functions in the Tests view, select (Filter Test Tree), and then select Show Init and Cleanup Functions or Show Data Functions. Double-click a function in the list to open its source code in the code editor.

The test cases are listed in alphabetic order. To list them in the order in which they are defined in the source code, select (Sort Naturally).

Running and Debugging Tests from Code Editor

You can run and debug tests in the file currently open in the code editor. To run all tests in the open file, select Tools > Tests > Run Tests for Current File.

To run the test currently selected in the open file, select Run Test Under Cursor in the context menu.

To debug the currently selected test, select Debug Test Under Cursor in the context menu.

Specifying Settings for Running Qt Tests

The code inside a benchmark test is measured, and possibly also repeated several times in order to get an accurate measurement. This depends on the measurement back-end that you can select in the Benchmark Metrics group in Tools > Options > Testing > Qt Test: walltime, CPU tick counter, event counter, Valgrind Callgrind, and Linux Perf. For more information, see Creating a Benchmark.

To receive verbose output when running benchmarks, select the Verbose benchmarks check box.

To allow the debugger to interrupt Qt tests on assertions, select the Disable crash handler while debugging check box.

To record information about signals and slots in the test log, select the Log signals and slots check box.

Specifying Settings for Running Google Tests

To specify settings for running Google tests, select Tools > Options > Testing > Google Test.

To run disabled tests, select the Run disabled tests check box.

To run several iterations of the tests, select the Repeat tests check box and enter the number of times the tests should be run in the Iterations field. To make sure that the tests are independent and repeatable, you can run them in a different order each time by selecting the Shuffle tests check box.

To turn failures into debugger breakpoints, select the Break on failure while debugging check box. To turn assertion failures into C++ exceptions, select the Throw on failure check box.

Specifying Settings for Running Boost Tests

1. To specify settings for running Boost tests, select Tools > Options > Testing > Boost Test.
2. In the Log format field, select the error report format to specify the type of events you want recorded in the test report.
3. In the Report level field, select the verbosity level of the test result report. Select No if you do not want a report.
4. Select the Randomize check box to execute the tests in a random order, using the seed specified in the Seed field for initializing the randomizer.
5. Select the Catch system errors check box to catch system errors.
6. Select the Floating point exceptions check box to detect floating point exceptions.
7. Select the Detect memory leaks check box to detect memory leaks.

Specifying Settings for Running Catch2 Tests

Windows 10 Macro Creator

1. To specify settings for running Catch2 tests, select Tools > Options > Testing > Catch Test.
2. Select the Show success check box to show succeeding expressions as well. By default Catch2 will print only fails.
3. Select the Break on failure while debugging check box to turn failures into debugger breakpoints.
4. Select the Skip throwing assertions check box to skip any assertion that test for throwing an exception.
5. Select the Visualize whitespace check box to turn whitespace into escape sequences.
6. Select the Warn on empty tests check box to get a warning when a test case does not check any assertion.
7. Select the Abort after check box to abort the test after the number of failures specified inside the spin box.
8. Select the Benchmark samples check box to specify the number of samples to be collected while running benchmarks.
9. Select the Benchmark resamples check box to specify the number of resamples to be used for the statistical bootstrapping performed after the benchmarking.
10. Select the Benchmark confidence interval check box to specify the confidence interval used for the statistical bootstrapping.
11. Select the Benchmark warmup time check box to specify the warmup time for each test before benchmarking start.
12. Select the Disable analysis check box to disable the statistical analysis and bootstrapping.

Viewing Test Output

The test results are displayed in the Test Results output pane in XML format. XML can be parsed more easily and reliably than plain text.

However, if a Qt test crashes, it might not produce complete XML code that can be parsed, which might lead to information loss. The lost information might be retrievable when viewing the results as plain text. To view the results of Qt tests as plain text, select Tools > Options > Testing > Qt Test, and then deselect the Use XML output check box. Then select the (Switch Between Visual and Text Display) button in the Test Results output pane to switch to the text display.

The following table lists the messages that the Test Results output pane displays:

Since Qt 5.4, you can provide a BLACKLIST file for tests. It is mainly used internally by the Qt CI system.

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To view only messages of a particular type, select (Filter Test Results), and then select the types of messages to show. To show all messages, select Check All Filters. To deselect all message types, select Uncheck All Filters.

By default, test result output is limited to 100,000 characters. The output pane is automatically scrolled down when new results are added. To display full results, select Tools > Options > Testing > General, and then deselect the Limit result output check box. To disable automatic scrolling, deselect the Automatically scroll results check box.

Test results can be grouped by the executable path that was used to run the tests. This is useful if you have multiple test executables and run them all at once. To enable this functionality you need to select the Group results by application check box.

Internal messages and run configuration warnings for deduced configurations are omitted by default. To view them, deselect the Omit internal messages and Omit run configuration warnings check boxes.

© 2020 The Qt Company Ltd. Documentation contributions included herein are the copyrights of their respective owners. The documentation provided herein is licensed under the terms of the GNU Free Documentation License version 1.3 as published by the Free Software Foundation. Qt and respective logos are trademarks of The Qt Company Ltd in Finland and/or other countries worldwide. All other trademarks are property of their respective owners.