v3.0.0

go-vcr v3 is ready.

NOTE: This release is not backwards-compatible with previous versions of the cassettes used by go-vcr. If you are upgrading to v3 you should re-create your test cassettes.

A summary of changes for this release:

• API has been refactored and cleaned up
• Custom recorder options are now specified as recorder.Options
• The recorder modes which are now supported are ModeRecordOnly, ModeRecordOnce, ModeReplayOnly, ModeReplayWithNewEpisodes and ModePassthrough. Please refer to the API documentation for more details on their use cases
• In order to create recorders with custom options you should use the recorder.NewWithOptions function from now on
• The default mode of the recorder is now ModeRecordOnce
• ModeDisabled has been removed and is now replaced by ModePassthrough
• Cassette format has been changed and the supported version of the cassette from now on is v2.
• Additional fields have been added to the cassette to allow developers to create more complex matchers based on the existing fields
• Each interaction in the cassette now has a unique integer id, specifying the position of the interaction in the cassette
• Utility method on the recorder can now return a pre-configured HTTP client with the recorder's transport - GetDefaultClient()
• CI/CD pipeline has been transferred to Github actions
• Closed out some long standing issues
• Extended and refactored test cases
• etc

v2.3.0

• Cleaned up v2 package structure
• Switched from gopkg.in/yaml.v2 to gopkg.in/yaml.v3. Closes #70 and #71
• Package import path for go-vcr has changed from github.com/dnaeon/go-vcr to gopkg.in/dnaeon/go-vcr.v2. See #73
• v2 of go-vcr resides in the v2 branch, which is now the default
• Fixed a regression where the default mode of the recorder has been changed. See #72

v2.1.0

Update to gopkg.in/yaml.v3

v2.0.1

This release contains a breaking change. When upgrading to v2.0.0 make sure that you re-create your cassettes.

A new flag of the recorder.Recorder (the SkipRequestLatency one) is supported which allows to skip latency simulation during replay.

See #63 for more details.