Generates testify-compatible Go mocks with mockery v3 from .mockery.yml.
npx skills add https://github.com/pure-golang/level85 --skill x-mockery
Please help me install this Agent Skill. Skill: x-mockery Source: https://github.com/pure-golang/level85/tree/main/.agents/skills/x-mockery Command: npx skills add https://github.com/pure-golang/level85 --skill x-mockery
This Skill solves the problem of writing and maintaining reliable Go unit-test mocks when a consumer needs to stub interface dependencies in a consistent, type-safe way.
EXPECT() and the New<Type>(t) constructor for mockery v3..mockery.yml and validates generated output via a post-check script.RunAndReturn for typed results derived from call arguments.Run x-mockery to generate a testify mock for a consumer-side interface using the root .mockery.yml, then verify the result with scripts/check-mockery-targets.sh.
High-intent search queries and answers about installing and using this skill.
To generate testify mocks, define a consuming-side interface, run the tool against your centralized .mockery.yml, and use the New<Type>(t) constructor with EXPECT() conventions to stub dependencies in Go unit tests.
You stub interface dependencies by using the RunAndReturn method to provide typed results derived from call arguments, allowing your testify mocks to return dynamic values based on inputs during unit tests.
Yes, mockery v3 works with a centralized .mockery.yml file, ensuring consistent mock generation across the project and validating outputs against the configured root targets using a post-check script.
Consumer-side mocking defines a minimal interface directly in the consuming package rather than the provider package, then generates testify-compatible mocks from the root configuration to stub dependencies locally.
You validate generated testify mocks by running the provided post-check script, scripts/check-mockery-targets.sh, which verifies that the mock output matches the targets defined in your .mockery.yml.
Yes, you can set up single-call expectations in testify mocks by using the EXPECT() convention provided by mockery v3, allowing precise control over interface method calls during unit test execution.
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