swift-testing

To migrate from XCTest, you replace XCTest classes with structured test definitions using @Suite and @Test macros. This enables concise, modern Swift tests with macro-based assertions like #expect and #require.

Yes, the Swift Testing framework supports asynchronous tests natively. You can write async tests directly within @Test attributes across iOS and macOS projects without XCTest's verbose async expectations.

The best way to run parameterized tests in Swift is using the modern Testing framework. It supports parameterized test definitions via @Test, allowing you to run the same logic across multiple inputs concurrently.

Yes, the Swift Testing framework supports parallel test execution natively. It runs parameterized and structured tests concurrently across iOS and macOS projects, delivering faster feedback than sequential XCTest runs.

In Swift Testing, #expect continues execution after a failure to collect multiple errors, while #require stops test execution immediately upon failure, providing early failure detection for critical assertions.

Yes, you can use Swift Testing for both unit and integration tests on macOS and iOS. The framework applies structured @Suite and @Test definitions to organize and execute tests across complex workflows.