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Reviewer's GuideRefactored reflow_table by extracting its core responsibilities (indent/trimming, separator detection, parsing/validation, formatting) into dedicated helper functions, introduced a ParsedTable struct to encapsulate intermediate state, and streamlined the main function into a linear helper pipeline. Class diagram for refactored table reflow helpersclassDiagram
class ParsedTable {
+Vec<Vec<String>> cleaned
+Vec<Vec<String>> output_rows
+Option<Vec<String>> sep_cells
+usize max_cols
}
class TableReflowHelpers {
+extract_indent_and_trim(lines: &[String]) (String, Vec<String>)
+extract_separator_line(lines: &mut Vec<String>) Option<String>
+parse_and_validate(trimmed: &[String], sep_line: Option<&String>) Option<ParsedTable>
+calculate_and_format(cleaned: &[Vec<String>], output_rows: Vec<Vec<String>>, sep_cells: Option<Vec<String>>, max_cols: usize, indent: &str) Vec<String>
+reflow_table(lines: &[String]) Vec<String>
}
ParsedTable <.. TableReflowHelpers : used by
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Summary by CodeRabbit
WalkthroughRefactor the Changes
Sequence Diagram(s)sequenceDiagram
participant Caller
participant Table
Caller->>Table: reflow_table(lines)
Table->>Table: extract_indent_and_trim(lines)
Table->>Table: extract_separator_line(trimmed_lines)
Table->>Table: parse_and_validate(trimmed, sep_line)
alt Valid table
Table->>Table: calculate_and_format(cleaned, output_rows, sep_cells, max_cols, indent)
Table-->>Caller: formatted_lines
else Invalid table
Table-->>Caller: original lines
end
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Hey @leynos - I've reviewed your changes and found some issues that need to be addressed.
Prompt for AI Agents
Please address the comments from this code review:
## Individual Comments
### Comment 1
<location> `src/table.rs:142` </location>
<code_context>
- if rows_mismatched(&cleaned, split_within_line) {
- return lines.to_vec();
+/// Calculates column widths and formats the final table output.
+fn calculate_and_format(
+ cleaned: &[Vec<String>],
+ output_rows: Vec<Vec<String>>,
</code_context>
<issue_to_address>
calculate_and_format takes ownership of output_rows, which may be unnecessary.
Consider changing the parameter to borrow output_rows instead of taking ownership to avoid unnecessary allocations or moves.
Suggested implementation:
```rust
+fn calculate_and_format(
+ cleaned: &[Vec<String>],
+ output_rows: &[Vec<String>],
```
You will also need to update all call sites of `calculate_and_format` in this file (and possibly others) to pass `&output_rows` instead of `output_rows`. If the function is public or used in other modules, those usages must be updated as well.
</issue_to_address>Help me be more useful! Please click 👍 or 👎 on each comment and I'll use the feedback to improve your reviews.
| if rows_mismatched(&cleaned, split_within_line) { | ||
| return lines.to_vec(); | ||
| /// Calculates column widths and formats the final table output. | ||
| fn calculate_and_format( |
Contributor
There was a problem hiding this comment.
suggestion: calculate_and_format takes ownership of output_rows, which may be unnecessary.
Consider changing the parameter to borrow output_rows instead of taking ownership to avoid unnecessary allocations or moves.
Suggested implementation:
+fn calculate_and_format(
+ cleaned: &[Vec<String>],
+ output_rows: &[Vec<String>],You will also need to update all call sites of calculate_and_format in this file (and possibly others) to pass &output_rows instead of output_rows. If the function is public or used in other modules, those usages must be updated as well.
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Actionable comments posted: 2
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🧬 Code Graph Analysis (1)
src/table.rs (1)
src/reflow.rs (6)
parse_rows(13-22)detect_separator(108-123)clean_rows(54-61)calculate_widths(63-71)format_rows(73-84)insert_separator(86-106)
🔇 Additional comments (5)
src/table.rs (5)
114-118: Function implementation looks correct.The
extract_separator_linefunction correctly removes and returns the first separator line found. The implementation is clean and follows the single responsibility principle.
141-152: Function implementation is correct and well-structured.The
calculate_and_formatfunction properly chains the width calculation, row formatting, and separator insertion. The implementation follows the single responsibility principle and maintains good separation of concerns.
154-174: Refactored function maintains correctness whilst improving readability.The refactored
reflow_tablefunction successfully chains the helper functions and maintains the original behaviour. The early return pattern withlet Some(parsed) = parse_and_validate(...)is idiomatic Rust and improves readability.
120-139: Improve error handling and consider early returns.The function correctly implements validation logic but could benefit from clearer error handling and more explicit early returns.
/// Parses table rows and validates column consistency. +/// +/// Returns `None` if rows have mismatched column counts (indicating invalid table structure). fn parse_and_validate(trimmed: &[String], sep_line: Option<&String>) -> Option<ParsedTable> { let (rows, split_within_line) = crate::reflow::parse_rows(trimmed); let max_cols = rows.iter().map(Vec::len).max().unwrap_or(0); let (sep_cells, sep_row_idx) = crate::reflow::detect_separator(sep_line, &rows, max_cols); let cleaned = crate::reflow::clean_rows(rows); + if rows_mismatched(&cleaned, split_within_line) { return None; } + let mut output_rows = cleaned.clone(); if let Some(idx) = sep_index_within(sep_row_idx, output_rows.len()) { output_rows.remove(idx); } + Some(ParsedTable { cleaned, output_rows, sep_cells, max_cols, }) }Likely an incorrect or invalid review comment.
126-128: Ignore outdated review comment: validation stage unchangedNote the
rows_mismatchedcheck remains at the same point inparse_and_validate:
- origin/main (src/table.rs:123):
if rows_mismatched(&cleaned, split_within_line) { … }- PR branch (src/table.rs:126):
if rows_mismatched(&cleaned, split_within_line) { return None; }No change to validation timing or behaviour.
Likely an incorrect or invalid review comment.
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Actionable comments posted: 5
♻️ Duplicate comments (1)
src/table.rs (1)
151-162: Address ownership issue in function parameters.The function takes ownership of
output_rowsandsep_cellsparameters unnecessarily. Change to borrowing to avoid unnecessary moves and align with the previous review feedback.Apply this diff to use borrowing:
fn calculate_and_format( cleaned: &[Vec<String>], - output_rows: &[Vec<String>], - sep_cells: Option<Vec<String>>, + output_rows: &[Vec<String>], + sep_cells: Option<&Vec<String>>, max_cols: usize, indent: &str, ) -> Vec<String> { let widths = crate::reflow::calculate_widths(cleaned, max_cols); let out = crate::reflow::format_rows(output_rows, &widths, indent); - crate::reflow::insert_separator(out, sep_cells, &widths, indent) + crate::reflow::insert_separator(out, sep_cells.cloned(), &widths, indent) }Update the call site accordingly:
calculate_and_format( &parsed.cleaned, &parsed.output_rows, - parsed.sep_cells, + parsed.sep_cells.as_ref(), parsed.max_cols, &indent, )
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🧠 Learnings (1)
docs/rust-testing-with-rstest-fixtures.md (128)
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: In Rust, the rstest crate provides a declarative, macro-based approach to fixture-based and parameterized testing, reducing boilerplate and improving test readability.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: In Rust, the rstest crate enables declarative fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies as function arguments, improving readability and reducing boilerplate.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected into test functions as arguments.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros such as #[rstest] and #[fixture], allowing for declarative test setup and dependency injection.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected as function arguments for improved readability and reduced boilerplate.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected as function arguments for improved readability and reduced boilerplate.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: In Rust, the rstest crate enables declarative fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies as function arguments and generate multiple test cases from a single function.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies into test functions by matching argument names to fixture functions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: Compared to standard Rust #[test], rstest provides declarative fixture injection and parameterization, reducing boilerplate and improving test clarity, especially for complex setups and input combinations.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/contents.md:0-0
Timestamp: 2025-06-27T10:16:24.190Z
Learning: Use the `rstest` crate in Rust to implement fixture-based testing, which can improve test modularity and reusability.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Best practices for organizing rstest-based tests include: placing module-local fixtures in the module's tests submodule, sharing fixtures via a common module or crate, using descriptive names, composing small fixtures, and preferring per-test fixtures for isolation.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into tests by matching argument names, promoting separation of setup and test logic.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture] and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can also depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: rstest supports composing fixtures by allowing fixtures to depend on other fixtures via function arguments, enabling modular and maintainable test setups.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest supports composing fixtures by allowing fixtures to depend on other fixtures via function arguments, enabling modular and reusable test setups.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that provide setup data or resources for tests. They can return any valid Rust type and can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into tests by matching argument names, and they can return any valid Rust type, including complex structs or trait objects.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into test functions by matching argument names, promoting test readability and reusability.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest resolves fixture injection by argument name in the test function signature, following Rust's standard name resolution rules. Careful naming is required to avoid ambiguity when multiple fixtures with the same name are in scope.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest injects fixtures into test functions by matching argument names to fixture function names, following Rust's standard name resolution rules.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: rstest resolves fixture injection by matching argument names in the test function to fixture function names, following Rust's standard name resolution rules. Careful naming is required to avoid ambiguity.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Parameterized tests in rstest are created using #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial testing, generating individual test cases for each set or combination of inputs.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (each case generates a separate test) and #[values(...)] for combinatorial testing (generating the Cartesian product of values for arguments).
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial (Cartesian product) testing, generating individual test cases for each combination.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial (Cartesian product) testing, generating individual test cases for each combination.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (specific input/output pairs) and #[values(...)] for combinatorial testing (Cartesian product of argument values), generating individual test cases for each combination.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (specific input/output pairs) and #[values(...)] for combinatorial testing (Cartesian product of values), generating individual test cases for each combination.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[case(...)] attribute in rstest allows table-driven tests by generating a separate test for each set of input arguments, with each case reported individually by the test runner.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[case(...)] attribute in rstest enables table-driven tests by generating a separate test for each case, with clear reporting for individual failures.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Fixtures and parameterized arguments (#[case], #[values]) can be combined in the same rstest test function, allowing for expressive and flexible test scenarios.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Fixtures and parameterized arguments (#[case], #[values]) can be combined in the same rstest test function, allowing for expressive and comprehensive test scenarios.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[values(...)] attribute in rstest generates tests for every combination of provided values (Cartesian product), which can lead to a combinatorial explosion in the number of tests if not used judiciously.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[values(...)] attribute in rstest enables combinatorial testing by generating tests for every possible combination of provided values across arguments, which can lead to a combinatorial explosion if not used judiciously.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Use the `#[values(...)]` attribute in `#[rstest]` tests to generate tests for all combinations of provided values (combinatorial testing).
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use `#[values(...)]` attributes on test function arguments to generate combinatorial (Cartesian product) parameterized tests.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Use the `#[values(...)]` attribute on test function arguments to generate combinatorial test matrices in `#[rstest]` tests.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture argument in a test or another fixture, which is useful for destructuring or improving clarity.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or improving argument clarity.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is especially useful when destructuring or for clarity.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `#[from(original_fixture_name)]` attribute to rename a fixture when injecting it as an argument in a test or another fixture.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Rename injected fixtures in test or fixture arguments using the `#[from(original_fixture_name)]` attribute.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[default(...)] attribute in fixture arguments provides default values, and #[with(...)] in tests overrides these defaults for specific test cases, enabling flexible and DRY fixture configuration.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Partial fixture injection is supported via #[default(...)] for fixture arguments (providing defaults) and #[with(...)] in tests to override those defaults for specific cases, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] on a test or fixture argument overrides these defaults for specific tests, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] can override these defaults in specific tests, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] on test arguments overrides these defaults for specific tests, enabling flexible and DRY fixture configurations.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Fixtures can be made configurable using #[default(...)] for fixture arguments and #[with(...)] in tests to override defaults, enabling flexible and DRY test setups.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Fixtures can have configurable arguments with #[default(...)] for defaults and #[with(...)] in tests to override those defaults, supporting DRY and flexible test setups.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Fixtures can have configurable arguments with #[default(...)] for defaults and #[with(...)] in tests to override these defaults, enabling flexible and DRY test setups.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Asynchronous fixtures and tests are supported by defining async fn fixtures and test functions. rstest integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's test attribute.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's #[test] attribute.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by combining #[rstest] with the appropriate runtime's #[test] attribute.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by using the appropriate test attribute (e.g., #[tokio::test]) alongside #[rstest].
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: rstest supports asynchronous tests and fixtures: async fn fixtures and tests are supported, and integration with async runtimes (e.g., async-std, tokio) is achieved by stacking the appropriate test attribute with #[rstest].
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: rstest supports asynchronous fixtures and tests by allowing async fn for both, and integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's #[test] attribute.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest supports asynchronous testing by allowing async fn fixtures and async test functions, integrating with async runtimes like async-std or tokio via their respective #[async_std::test] or #[tokio::test] attributes.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest supports asynchronous fixtures and tests by allowing async fn for both, and integrates with async runtimes like async-std or tokio by stacking the appropriate test attribute macro.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Define asynchronous fixtures as `async fn` and use them in async test functions with `#[rstest]`.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Write asynchronous tests as `async fn` functions annotated with `#[rstest]` and the appropriate async runtime attribute (e.g., `#[tokio::test]`, `#[async_std::test]`).
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Annotate async test functions with both `#[rstest]` and the appropriate async runtime attribute (e.g., `#[tokio::test]`, `#[async_std::test]`).
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing the need for explicit impl Future types and automating .await insertion.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing the need for explicit impl Future types and automating .await calls.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, using crates like mockall or hand-rolled mocks, to keep test logic focused and maintainable.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Mocks for external services (e.g., databases, HTTP APIs) should be set up within fixtures to keep tests isolated, fast, and maintainable; crates like mockall can be used for this purpose.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to receive pre-configured mock objects and keeping test logic focused and isolated.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to request pre-configured mock objects as dependencies.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to request pre-configured mocks as arguments and keeping test logic focused.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Mocking external services (e.g., databases, HTTP APIs) should be encapsulated in fixtures, allowing tests to receive pre-configured mock objects and keeping test logic focused.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: Mocks for external services (e.g., databases, HTTP APIs) should be encapsulated in fixtures, allowing tests to receive pre-configured mock instances and keeping test functions focused on assertions.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Mocks for external services (e.g., databases, HTTP APIs) should be encapsulated in fixtures, allowing tests to inject pre-configured mock objects and keep test logic focused.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[files("glob_pattern")] attribute in rstest parameterizes tests over files matching the pattern, injecting either PathBufs or file contents (with mode = "str" or "bytes"). This is powerful for data-driven testing but can increase binary size if embedding large files.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[files("glob_pattern")] attribute in rstest parameterizes tests over files matching a glob, injecting either their PathBuf or contents (as &str or &[u8]) into test arguments.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (with mode = "str" or "bytes") as test arguments, enabling data-driven testing from the filesystem.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (with mode = "str" or "bytes") as arguments, enabling data-driven testing from the filesystem.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[files("glob_pattern")] attribute in rstest can parameterize tests over files matching a glob, injecting either file paths or file contents as test arguments.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (as &str or &[u8]) into test arguments, and is useful for data-driven testing.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either their PathBuf or contents (as &str or &[u8]) into test arguments.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob pattern, injecting either file paths or contents, and supports modes like str or bytes for content injection.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `#[files("glob_pattern")]` attribute on test arguments to inject file paths or contents matching a glob pattern for data-driven tests.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Use the `#[files("glob_pattern")]` attribute to inject file paths or contents into test arguments for data-driven tests.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The rstest_reuse crate enables DRY test case definitions by allowing reusable templates of #[case] or #[values] attributes, which can be applied to multiple test functions.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The rstest_reuse crate enables DRY test case definitions by allowing reusable templates of #[case] or #[values] attributes, which can be applied to multiple test functions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The rstest_reuse crate enables DRY parameterization by allowing reusable test templates with #[template] and #[apply(template_name)], reducing duplication of #[case] or #[values] attributes across multiple tests.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized testing.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized testing.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized test definitions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized test definitions.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply], promoting DRY parameterization.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `rstest_reuse` crate's `#[template]` and `#[apply(template_name)]` attributes to define and reuse sets of test cases across multiple test functions.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Use the `rstest_reuse` crate's `#[template]` and `#[apply(template_name)]` attributes to define and reuse parameterized test templates.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Best practices for organizing fixtures and tests include: placing module-specific fixtures in the module's tests submodule, sharing fixtures via a common module or under #[cfg(test)] in the library, using clear naming conventions, composing small focused fixtures, and grouping related tests and fixtures into modules.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Best practices for organizing fixtures and tests include: placing module-specific fixtures in the module's tests submodule, sharing fixtures via common modules or #[cfg(test)] in the library, using descriptive names, composing small fixtures, and grouping related tests and fixtures into modules.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Organize fixtures and tests by grouping related items into modules, using clear naming conventions, and placing shared fixtures in common modules or under `#[cfg(test)]`.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: Organize fixtures and tests by grouping related items into modules, using clear naming conventions, and keeping fixtures focused on single responsibilities. Use #[once] only for expensive, read-only, and safely static resources.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: For shared fixtures across multiple test modules or integration tests, define them in a common module (e.g., tests/common/fixtures.rs) or under #[cfg(test)] in the library crate.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Shared fixtures should be placed in common modules (e.g., tests/common/fixtures.rs or under #[cfg(test)] in the library crate) for reuse across tests.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: rstest is most beneficial for complex setups, parameterized testing, and when aiming for readable, DRY, and maintainable test suites; for trivial tests, standard #[test] may suffice.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest is most beneficial for complex setups, parameterized testing, and when aiming for readable, DRY, and maintainable test suites; for simple unit tests, standard #[test] may suffice.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: For small, simple unit tests with no shared setup or parameterization, standard #[test] may suffice; rstest is most beneficial for complex setups, parameterized testing, and DRY test code.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Use `rstest` for tests with complex setup, parameterization, or where improved readability and reduced boilerplate are desired; for simple unit tests, standard `#[test]` may suffice.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Prefer `rstest` for tests requiring complex setup, parameterization, or improved readability, and use standard `#[test]` for simple unit tests.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest-generated parameterized tests are named by appending ::case_N to the function name, which aids in identifying and running specific failing cases with cargo test.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Understand that `rstest` generates individual test functions for parameterized cases, named like `test_function_name::case_N`.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: rstest-generated parameterized tests are named by appending ::case_N to the function name, aiding in identifying and running specific cases.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: rstest-generated parameterized tests are named by appending ::case_N to the function name, aiding in identifying and running specific cases.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest-generated parameterized tests are named with a convention like test_function_name::case_N, aiding in identifying and running specific failing cases.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: rstest-generated parameterized tests are named by appending ::case_N to the function name, aiding in identifying and running specific failing cases.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: rstest-generated parameterized tests are named with a ::case_N suffix, aiding in identifying and running specific failing cases. Understanding this naming helps with debugging and selective test execution.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: rstest-generated parameterized tests are named with a ::case_N suffix, aiding in identifying and running specific failing cases.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest-generated parameterized tests are named with a ::case_N suffix, aiding in identifying and running specific failing cases.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Procedural macros like rstest can increase compile times and may complicate debugging; understanding macro expansion and generated test naming conventions is helpful.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Be aware that `rstest` test cases generated by `#[case]`, `#[values]`, or `#[files]` are discovered at compile time and cannot be dynamically generated at runtime.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The rstest-log crate can be used to ensure proper logging initialization in rstest tests, and the test-with crate can be combined with rstest to conditionally execute tests based on runtime conditions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Best practices for organizing rstest-based tests include grouping related fixtures and tests into modules, using descriptive names, composing small focused fixtures, and preferring per-test fixtures for proper resource management.
🪛 LanguageTool
docs/rust-testing-with-rstest-fixtures.md
[grammar] ~692-~692: Please add a punctuation mark at the end of paragraph.
Context: ... messages. ## VI. Asynchronous Testing with rstest rstest provides robust supp...
(PUNCTUATION_PARAGRAPH_END)
[uncategorized] ~1021-~1021: The preposition ‘as’ seems more likely in this position.
Context: ...` attribute. This attribute can be used on a test function argument to inject file...
(AI_HYDRA_LEO_REPLACE_ON_AS)
[style] ~1202-~1202: Consider using the typographical ellipsis character here instead.
Context: ...le distinct #[test] functions. | #[case(...)] attributes on #[rstest] function. ...
(ELLIPSIS)
[style] ~1203-~1203: Consider using the typographical ellipsis character here instead.
Context: ...complex manual generation. | #[values(...)] attributes on arguments of #[rstest] ...
(ELLIPSIS)
[duplication] ~1243-~1243: Possible typo: you repeated a word.
Context: ...and running specific failing cases with cargo test test_function_name::case_N. Some IDEs or de...
(ENGLISH_WORD_REPEAT_RULE)
🔇 Additional comments (2)
docs/release-process.md (1)
30-31: Article usage fixed – nice one.The switch to “An SHA-256 checksum” resolves the earlier grammatical issue.
docs/unicode-width.md (1)
3-6: No issues spotted in the updated paragraph.The wording is clear, no pronoun violations, and the compound “multibyte” is retained.
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🧠 Learnings (1)
docs/rust-testing-with-rstest-fixtures.md (119)
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: In Rust, the rstest crate provides a declarative, macro-based approach to fixture-based and parameterized testing, reducing boilerplate and improving test readability.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: In Rust, the rstest crate enables declarative fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies as function arguments, improving readability and reducing boilerplate.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected as function arguments for improved readability and reduced boilerplate.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected as function arguments for improved readability and reduced boilerplate.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros such as #[rstest] and #[fixture], allowing for declarative test setup and dependency injection.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: In Rust, the rstest crate enables declarative fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies as function arguments and generate multiple test cases from a single function.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], allowing dependencies to be injected into test functions as arguments.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: In Rust, the rstest crate enables fixture-based and parameterized testing using procedural macros like #[rstest] and #[fixture], which inject dependencies into test functions by matching argument names to fixture functions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/contents.md:0-0
Timestamp: 2025-06-27T10:16:24.190Z
Learning: Use the `rstest` crate in Rust to implement fixture-based testing, which can improve test modularity and reusability.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: Compared to standard Rust #[test], rstest provides declarative fixture injection and parameterization, reducing boilerplate and improving test clarity, especially for complex setups and input combinations.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Best practices for organizing rstest-based tests include: placing module-local fixtures in the module's tests submodule, sharing fixtures via a common module or crate, using descriptive names, composing small fixtures, and preferring per-test fixtures for isolation.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into tests by matching argument names, promoting separation of setup and test logic.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture] and can return any valid Rust type, including primitives, structs, or trait objects. Fixtures can also depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest supports composing fixtures by allowing fixtures to depend on other fixtures via function arguments, enabling modular and reusable test setups.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: rstest supports composing fixtures by allowing fixtures to depend on other fixtures via function arguments, enabling modular and maintainable test setups.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into tests by matching argument names, and they can return any valid Rust type, including complex structs or trait objects.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Fixtures in rstest are regular Rust functions annotated with #[fixture]; their return values are injected into test functions by matching argument names, promoting test readability and reusability.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that provide setup data or resources for tests. They can return any valid Rust type and can depend on other fixtures by listing them as arguments.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Fixtures in rstest are Rust functions annotated with #[fixture] that encapsulate setup logic and can return any valid Rust type, including primitives, structs, or trait objects.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest resolves fixture injection by argument name in the test function signature, following Rust's standard name resolution rules. Careful naming is required to avoid ambiguity when multiple fixtures with the same name are in scope.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest injects fixtures into test functions by matching argument names to fixture function names, following Rust's standard name resolution rules.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: rstest resolves fixture injection by matching argument names in the test function to fixture function names, following Rust's standard name resolution rules. Careful naming is required to avoid ambiguity.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (each case generates a separate test) and #[values(...)] for combinatorial testing (generating the Cartesian product of values for arguments).
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (specific input/output pairs) and #[values(...)] for combinatorial testing (Cartesian product of argument values), generating individual test cases for each combination.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios (specific input/output pairs) and #[values(...)] for combinatorial testing (Cartesian product of values), generating individual test cases for each combination.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Parameterized tests in rstest are created using #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial testing, generating individual test cases for each set or combination of inputs.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial (Cartesian product) testing, generating individual test cases for each combination.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Parameterized tests in rstest use #[case(...)] for table-driven scenarios and #[values(...)] for combinatorial (Cartesian product) testing, generating individual test cases for each combination.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[case(...)] attribute in rstest enables table-driven tests by generating a separate test for each case, with clear reporting for individual failures.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[case(...)] attribute in rstest allows table-driven tests by generating a separate test for each set of input arguments, with each case reported individually by the test runner.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Fixtures and parameterized arguments (#[case], #[values]) can be combined in the same rstest test function, allowing for expressive and flexible test scenarios.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Fixtures and parameterized arguments (#[case], #[values]) can be combined in the same rstest test function, allowing for expressive and comprehensive test scenarios.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[values(...)] attribute in rstest generates tests for every combination of provided values (Cartesian product), which can lead to a combinatorial explosion in the number of tests if not used judiciously.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[values(...)] attribute in rstest enables combinatorial testing by generating tests for every possible combination of provided values across arguments, which can lead to a combinatorial explosion if not used judiciously.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use `#[values(...)]` attributes on test function arguments to generate combinatorial (Cartesian product) parameterized tests.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Use the `#[values(...)]` attribute in `#[rstest]` tests to generate tests for all combinations of provided values (combinatorial testing).
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Use the `#[values(...)]` attribute on test function arguments to generate combinatorial test matrices in `#[rstest]` tests.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture argument in a test or another fixture, which is useful for destructuring or improving clarity.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or improving argument clarity.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is especially useful when destructuring or for clarity.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[from(original_fixture_name)] attribute allows renaming a fixture when injecting it into a test or another fixture, which is useful for destructuring or clarity.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `#[from(original_fixture_name)]` attribute to rename a fixture when injecting it as an argument in a test or another fixture.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Rename injected fixtures in test or fixture arguments using the `#[from(original_fixture_name)]` attribute.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[default(...)] attribute in fixture arguments provides default values, and #[with(...)] in tests overrides these defaults for specific test cases, enabling flexible and DRY fixture configuration.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Partial fixture injection is supported via #[default(...)] for fixture arguments (providing defaults) and #[with(...)] in tests to override those defaults for specific cases, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] can override these defaults in specific tests, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] on a test or fixture argument overrides these defaults for specific tests, enabling highly configurable fixtures.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[default(...)] attribute provides default values for fixture arguments, and #[with(...)] on test arguments overrides these defaults for specific tests, enabling flexible and DRY fixture configurations.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Fixtures can be made configurable using #[default(...)] for fixture arguments and #[with(...)] in tests to override defaults, enabling flexible and DRY test setups.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Fixtures can have configurable arguments with #[default(...)] for defaults and #[with(...)] in tests to override these defaults, enabling flexible and DRY test setups.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: Fixtures can have configurable arguments with #[default(...)] for defaults and #[with(...)] in tests to override those defaults, supporting DRY and flexible test setups.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: Asynchronous fixtures and tests are supported by defining async fn fixtures and test functions. rstest integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's test attribute.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: rstest supports asynchronous tests and fixtures: async fn fixtures and tests are supported, and integration with async runtimes (e.g., async-std, tokio) is achieved by stacking the appropriate test attribute with #[rstest].
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: rstest supports asynchronous fixtures and tests by allowing async fn for both, and integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's #[test] attribute.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by using the appropriate test attribute (e.g., #[tokio::test]) alongside #[rstest].
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by combining #[rstest] with the appropriate runtime's #[test] attribute.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: rstest supports async fixtures and async test functions; it integrates with async runtimes like async-std or tokio by combining #[rstest] with the runtime's #[test] attribute.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest supports asynchronous testing by allowing async fn fixtures and async test functions, integrating with async runtimes like async-std or tokio via their respective #[async_std::test] or #[tokio::test] attributes.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest supports asynchronous fixtures and tests by allowing async fn for both, and integrates with async runtimes like async-std or tokio by stacking the appropriate test attribute macro.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Define asynchronous fixtures as `async fn` and use them in async test functions with `#[rstest]`.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Write asynchronous tests as `async fn` functions annotated with `#[rstest]` and the appropriate async runtime attribute (e.g., `#[tokio::test]`, `#[async_std::test]`).
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Annotate async test functions with both `#[rstest]` and the appropriate async runtime attribute (e.g., `#[tokio::test]`, `#[async_std::test]`).
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing the need for explicit impl Future types and automating .await insertion.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.857Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing the need for explicit impl Future types and automating .await calls.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[future] and #[awt] attributes in rstest simplify working with async fixtures and arguments by removing boilerplate and optionally auto-awaiting futures.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, using crates like mockall or hand-rolled mocks, to keep test logic focused and maintainable.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: Mocks for external services (e.g., databases, HTTP APIs) should be set up within fixtures to keep tests isolated, fast, and maintainable; crates like mockall can be used for this purpose.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to receive pre-configured mock objects and keeping test logic focused and isolated.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to request pre-configured mock objects as dependencies.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Mocking external services (e.g., databases, HTTP APIs) is best encapsulated in fixtures, allowing tests to request pre-configured mocks as arguments and keeping test logic focused.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The #[files("glob_pattern")] attribute in rstest parameterizes tests over files matching the pattern, injecting either PathBufs or file contents (with mode = "str" or "bytes"). This is powerful for data-driven testing but can increase binary size if embedding large files.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The #[files("glob_pattern")] attribute in rstest parameterizes tests over files matching a glob, injecting either their PathBuf or contents (as &str or &[u8]) into test arguments.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (with mode = "str" or "bytes") as test arguments, enabling data-driven testing from the filesystem.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (with mode = "str" or "bytes") as arguments, enabling data-driven testing from the filesystem.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either PathBufs or file contents (as &str or &[u8]) into test arguments, and is useful for data-driven testing.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `#[files("glob_pattern")]` attribute on test arguments to inject file paths or contents matching a glob pattern for data-driven tests.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The #[files("glob_pattern")] attribute in rstest can parameterize tests over files matching a glob, injecting either file paths or file contents as test arguments.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob, injecting either their PathBuf or contents (as &str or &[u8]) into test arguments.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Applies to docs/**/*.rs : Use the `#[files("glob_pattern")]` attribute to inject file paths or contents into test arguments for data-driven tests.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The #[files("glob_pattern")] attribute parameterizes tests over files matching a glob pattern, injecting either file paths or contents, and supports modes like str or bytes for content injection.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: The rstest_reuse crate enables DRY parameterization by allowing reusable test templates with #[template] and #[apply(template_name)], reducing duplication of #[case] or #[values] attributes across multiple tests.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:09.111Z
Learning: The rstest_reuse crate enables DRY test case definitions by allowing reusable templates of #[case] or #[values] attributes, which can be applied to multiple test functions.
Learnt from: CR
PR: leynos/mxd#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T23:40:48.640Z
Learning: The rstest_reuse crate enables DRY test case definitions by allowing reusable templates of #[case] or #[values] attributes, which can be applied to multiple test functions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized test definitions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized test definitions.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized testing.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply(template_name)], promoting DRY principles in parameterized testing.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: The rstest_reuse crate allows defining reusable test templates with #[template] and applying them to multiple test functions with #[apply], promoting DRY parameterization.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Applies to docs/**/*.rs : Use the `rstest_reuse` crate's `#[template]` and `#[apply(template_name)]` attributes to define and reuse sets of test cases across multiple test functions.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Applies to docs/**/*.rs : Use the `rstest_reuse` crate's `#[template]` and `#[apply(template_name)]` attributes to define and reuse parameterized test templates.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: Best practices for organizing fixtures and tests include: placing module-specific fixtures in the module's tests submodule, sharing fixtures via common modules or #[cfg(test)] in the library, using descriptive names, composing small fixtures, and grouping related tests and fixtures into modules.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: Best practices for organizing fixtures and tests include: placing module-specific fixtures in the module's tests submodule, sharing fixtures via a common module or under #[cfg(test)] in the library, using clear naming conventions, composing small focused fixtures, and grouping related tests and fixtures into modules.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Organize fixtures and tests by grouping related items into modules, using clear naming conventions, and placing shared fixtures in common modules or under `#[cfg(test)]`.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: Organize fixtures and tests by grouping related items into modules, using clear naming conventions, and keeping fixtures focused on single responsibilities. Use #[once] only for expensive, read-only, and safely static resources.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: For shared fixtures across multiple test modules or integration tests, define them in a common module (e.g., tests/common/fixtures.rs) or under #[cfg(test)] in the library crate.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: rstest is most beneficial for complex setups, parameterized testing, and when aiming for readable, DRY, and maintainable test suites; for trivial tests, standard #[test] may suffice.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest is most beneficial for complex setups, parameterized testing, and when aiming for readable, DRY, and maintainable test suites; for simple unit tests, standard #[test] may suffice.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-07T22:05:30.492Z
Learning: Use `rstest` for tests with complex setup, parameterization, or where improved readability and reduced boilerplate are desired; for simple unit tests, standard `#[test]` may suffice.
Learnt from: CR
PR: leynos/ddlint#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-28T15:32:52.327Z
Learning: For small, simple unit tests with no shared setup or parameterization, standard #[test] may suffice; rstest is most beneficial for complex setups, parameterized testing, and DRY test code.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Prefer `rstest` for tests requiring complex setup, parameterization, or improved readability, and use standard `#[test]` for simple unit tests.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-26T00:20:29.033Z
Learning: rstest-generated parameterized tests are named by appending ::case_N to the function name, which aids in identifying and running specific failing cases with cargo test.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-07-13T13:01:23.074Z
Learning: Understand that `rstest` generates individual test functions for parameterized cases, named like `test_function_name::case_N`.
Learnt from: CR
PR: leynos/lille#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T18:32:30.955Z
Learning: Procedural macros like rstest can increase compile times and may complicate debugging; understanding macro expansion and generated test naming conventions is helpful.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:36.858Z
Learning: rstest-generated parameterized tests are named with a ::case_N suffix, aiding in identifying and running specific failing cases. Understanding this naming helps with debugging and selective test execution.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: rstest-generated parameterized tests are named with a convention like test_function_name::case_N, aiding in identifying and running specific failing cases.
Learnt from: CR
PR: leynos/wireframe#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-30T23:08:10.890Z
Learning: Be aware that `rstest` test cases generated by `#[case]`, `#[values]`, or `#[files]` are discovered at compile time and cannot be dynamically generated at runtime.
Learnt from: CR
PR: leynos/mdtablefix#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-24T23:09:41.600Z
Learning: The rstest-log crate can be used to ensure proper logging initialization in rstest tests, and the test-with crate can be combined with rstest to conditionally execute tests based on runtime conditions.
Learnt from: CR
PR: leynos/femtologging#0
File: docs/rust-testing-with-rstest-fixtures.md:0-0
Timestamp: 2025-06-25T00:05:37.557Z
Learning: Best practices for organizing rstest-based tests include grouping related fixtures and tests into modules, using descriptive names, composing small focused fixtures, and preferring per-test fixtures for proper resource management.
🪛 LanguageTool
docs/rust-testing-with-rstest-fixtures.md
[grammar] ~692-~692: Please add a punctuation mark at the end of paragraph.
Context: ... messages. ## VI. Asynchronous Testing with rstest rstest provides robust supp...
(PUNCTUATION_PARAGRAPH_END)
[uncategorized] ~1021-~1021: The preposition ‘as’ seems more likely in this position.
Context: ...` attribute. This attribute can be used on a test function argument to inject file...
(AI_HYDRA_LEO_REPLACE_ON_AS)
[duplication] ~1243-~1243: Possible typo: you repeated a word.
Context: ...and running specific failing cases with cargo test test_function_name::case_N. Some IDEs or de...
(ENGLISH_WORD_REPEAT_RULE)
🔇 Additional comments (1)
docs/rust-testing-with-rstest-fixtures.md (1)
1199-1206: Typography and table revisions look soundThe switch to typographical ellipses and the updated column widths improve consistency and readability.
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| developers to "focus on the important stuff in your tests" by abstracting | ||
| away the setup details.1 |
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🧹 Nitpick (assertive)
Replace second-person pronoun to meet style guide
Remove “your” to eliminate second-person voice.
- developers to "focus on the important stuff in your tests" by abstracting
+ developers to “focus on the important aspects in tests” by abstracting📝 Committable suggestion
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Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
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| developers to "focus on the important stuff in your tests" by abstracting | |
| away the setup details.1 | |
| developers to “focus on the important aspects in tests” by abstracting | |
| away the setup details.1 |
🤖 Prompt for AI Agents
In docs/rust-testing-with-rstest-fixtures.md around lines 76 to 77, replace the
second-person pronoun "your" with a neutral term to comply with the style guide.
Change the phrase "focus on the important stuff in your tests" to avoid using
"your," making it more formal and objective.
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Summary
ParsedTablestruct to return parsed table datareflow_tableby chaining the new helpersTesting
make fmtmake lintmake testhttps://chatgpt.com/codex/tasks/task_e_6878ca58b4948322a868d08003131112
Summary by Sourcery
Decompose reflow_table into smaller helper functions and a ParsedTable struct to streamline table reflow logic
Enhancements: