Fix broken tests and CI pipeline - #2
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Summary of ChangesHello, I'm Gemini Code Assist1! I'm currently reviewing this pull request and will post my feedback shortly. In the meantime, here's a summary to help you and other reviewers quickly get up to speed! This pull request significantly enhances the project's stability and maintainability by resolving a series of critical issues across the CI pipeline, dependency management, documentation generation, and test suite. It ensures that the project's automated checks run reliably, dependencies are correctly specified, and the documentation builds without errors, providing a solid foundation for future development. Highlights
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Code Review
This pull request provides a comprehensive set of fixes that significantly stabilize the project. The updates to dependencies in Project.toml, fixes for deprecated API calls in DSP.jl and Interpolations.jl, and corrections to the test suite and documentation build are all excellent improvements. I found one potential type-stability issue in the lttb implementation, for which I've provided a suggestion. Overall, this is a high-quality contribution that addresses the stated goals effectively.
| x = collect(one(T):T(length(y))) | ||
| )::Tuple{Vector{float(T)},Vector{float(T)}} where {T<:Real} | ||
| x = collect(float(T), 1:length(y)) | ||
| return lttb(x, y, n_out; plot = plot) |
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There's a potential type-stability issue here. The function signature declares a return type of Tuple{Vector{float(T)},Vector{float(T)}}. However, the call lttb(x, y, ...) preserves the element type of y. If y is a vector of integers (e.g., Vector{Int}), this function will incorrectly return a Tuple{Vector{Float64}, Vector{Int}}, violating its own type signature and causing type instability. To ensure correctness, you should convert y to a float vector before passing it to the next method.
return lttb(x, float.(y), n_out; plot = plot)
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I have applied the suggested fix to ensure type stability in the implementation by converting to a float vector before dispatching to the main algorithm. All tests pass locally. |
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I have applied the suggested fix to ensure type stability in the |
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This PR stabilizes the project by fixing CI triggers, dependency issues, documentation build errors, and broken tests identified during the stabilization track.