Changes for rewrite 1.0.0#96
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Actionable comments posted: 23
🧹 Outside diff range and nitpick comments (30)
examples/my_code/priv/repo/migrations/20190417140000_create_users.exs (1)
4-11: Consider adding indexes and constraints.While the basic table structure is correct, consider the following improvements for production readiness:
- Add indexes if these fields will be frequently queried
- Add NOT NULL constraints if these fields should be required
- Consider using
:texttype if names might exceed 40 characters (e.g., for supporting names from different cultures)Example enhancement:
def up do create table("users") do - add :first_name, :string, size: 40 - add :last_name, :string, size: 40 + add :first_name, :string, size: 40, null: false + add :last_name, :string, size: 40, null: false timestamps() end + create index(:users, [:last_name]) endexamples/my_code/.formatter.exs (1)
14-14: Consider documenting the customnoopfunctionThe
locals_without_parensconfiguration includesnoop: 1, but its purpose isn't immediately clear.Consider adding a comment explaining the purpose of the
noopfunction and why it's configured without parens.examples/my_code/scripts/backup.exs (1)
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13-13: Fix typo in output message.The message contains a typo: "form" should be "from".
def run(["restore"]) do - IO.puts("restoring form backup #{@backup}") + IO.puts("restoring from backup #{@backup}")test/recode/task/locals_without_parens_test.exs (1)
7-32: Well-structured test with comprehensive cases.The test effectively covers various scenarios including single argument, multiple arguments, and control structures. The setup is clear and the assertions are appropriate.
Consider adding test cases for:
- Nested function calls with mixed locals (some with parens, some without)
- Functions with keyword arguments
- Edge cases with special characters or unicode in function names
Example addition:
# In the code string: foo bar(baz(x)), key: value nested_foo bar baz(x)lib/recode/issue.ex (1)
29-39: Implementation looks good, consider adding @SPEC.The implementation follows a clean pattern of delegating to simpler functions. Consider adding @SPEC type specifications for better documentation and dialyzer support.
+ @spec new(module(), String.t(), keyword()) :: t() def new(reporter, message, info) do + @spec new(module(), keyword()) :: t() def new(reporter, info) dolib/mix/tasks/recode.update.config.ex (1)
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31-37: Consider adding a warning for removed tasksThe configuration update silently removes tasks without informing the user. Consider logging a warning message when tasks are removed to help users understand the changes being made to their configuration.
Here's a suggested implementation:
|> Code.eval_file() |> elem(0) |> delete(@deprecated_configs) |> Recode.Config.merge() + |> tap(fn config -> + unless Enum.empty?(@removed_tasks) do + Mix.shell().info([:yellow, "Warning: Removing deprecated tasks: #{inspect(@removed_tasks)}"]) + end + end) |> Recode.Config.delete_tasks(@removed_tasks) Mix.Generator.create_file(@config_filename, Recode.Config.to_string(config), force: force)lib/recode/task/enforce_line_length.ex (1)
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3-37: Update module documentation to reflect new options and behavior.The module documentation should be updated to include:
- The new
:dot_formatteroption and its purpose- The change in behavior from checker to corrector mode
Consider adding the following to the Options section:
## Options * `:skip` - specifies expressions to skip. * `:ignore` - specifies expressions to ignore. + * `:dot_formatter` - specifies formatter configuration options.test/recode/formatter_plugin_test.exs (1)
41-44: Consider adding a brief comment explaining the formatter options structure.While the code is clear, a brief comment explaining the purpose of these options would improve maintainability.
+# Formatter options including Recode tasks configuration formatter_opts = [ locals_without_parens: [foo: 2], recode: [tasks: [{SinglePipe, []}]] ]lib/recode/task/specs.ex (1)
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1-91: Consider documenting the issue message format in the moduledoc.The module has good documentation, but it could be enhanced by including an example of the issue message that gets reported when a spec is missing. This would help users better understand what to expect when the task finds issues.
Add to the moduledoc:
## Options * `:only` - `:public`, `:visible` or `:all`, defaults to `:all`. * `:macros` - when `true`, macros are also checked, defaults to `false`. + + ## Example Issue Message + + When a function is missing a type specification, the following message is reported: + "Functions should have a @spec type specification."test/mix/tasks/recode.update.config_test.exs (3)
10-24: Enhance test assertions for better clarity.The test verifies the force update functionality but could be more explicit in its assertions.
Consider improving the test with more descriptive assertions:
- assert config == + # Verify config was actually modified + assert config != "[verbose: true, tasks: []]" + + # Verify final config matches expected structure + assert config == Recode.Config.default() |> Keyword.put(:verbose, true) |> Recode.Config.to_string(), + "Config file should be updated with default settings while preserving verbose flag"
26-40: Remove unnecessary blank lines.The test has inconsistent spacing with extra blank lines that don't improve readability.
Consider this more concise structure:
@tag :tmp_dir test "mix recode.update.config - input: Y", %{tmp_dir: tmp_dir} do File.cd!(tmp_dir, fn -> File.write!(@config, "[verbose: true, tasks: []]") - capture_io([input: "Y"], fn -> Config.run([]) end) - config = File.read!(@config) - assert config == Recode.Config.default() |> Keyword.put(:verbose, true) |> Recode.Config.to_string() end) end
42-52: Add documentation for test purpose.While the test is well-structured, its purpose could be more explicit.
Consider adding a descriptive comment:
@tag :tmp_dir + # Ensures the config file remains unchanged when user declines the update test "mix recode.update.config - input: n", %{tmp_dir: tmp_dir} dolib/recode/task/locals_without_parens.ex (1)
35-41: Consider extracting the traverse callback for clarityWhile the refactoring improves the code flow, consider extracting the traverse callback to a named function for better readability and documentation purposes.
source |> Source.get(:quoted) |> Zipper.zip() -|> Zipper.traverse([], fn zipper, issues -> - remove_parens(locals_without_parens, zipper, issues, opts[:autocorrect]) -end) +|> Zipper.traverse([], &traverse_and_remove_parens(&1, &2, locals_without_parens, opts[:autocorrect])) |> update(source, opts) +defp traverse_and_remove_parens(zipper, issues, locals_without_parens, autocorrect?) do + remove_parens(locals_without_parens, zipper, issues, autocorrect?) +endtest/recode/task/test_file_test.exs (1)
6-46: Consider adding documentation for test scenariosWhile the test cases are well-structured, they would benefit from documentation explaining:
- The specific scenario being tested
- The expected transformation
- Why certain test data is used (":test" vs full module definitions)
Example improvement:
+ @doc """ + Verifies that a test file with .ex extension is correctly updated to .exs + when autocorrect is enabled. + """ test "updates file extension" dolib/recode/task/unnecessary_if_unless.ex (1)
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1-14: Documentation improvements suggestedConsider these enhancements to the module documentation:
- Fix the typo: "Redudant" → "Redundant"
- Use Elixir syntax highlighting in the code example:
- # preferred - foo == bar +```elixir +# preferred +foo == bar - # not preferred - if foo == bar do - true - else - false - end +# not preferred +if foo == bar do + true +else + false +end +```lib/mix/tasks/recode.help.ex (2)
82-82: Consider adding consistent spacing for section headers.While the color formatting improves visibility, consider adding consistent spacing before and after the section header for better readability.
- Escape.puts([:yellow, :reverse, " #{section} "]) + Escape.puts(["\n", :yellow, :reverse, " #{section} ", "\n"])
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4-4: Fix typo in @moduledoc.There's a typo in the word "availbale" which should be "available".
- Lists all availbale recode tasks with a short description or prints the + Lists all available recode tasks with a short description or prints thelib/recode/formatter_plugin.ex (2)
59-59: LGTM! Configuration handling improvementThe change simplifies configuration management by storing all formatter options directly instead of filtering them. This is a more maintainable approach that aligns well with the removal of the
Recode.FormatterPlugin.Configmodule.This change follows the principle of least surprise by preserving all formatter options, making it easier to debug and maintain the formatter plugin's behavior.
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67-72: Consider adding config cleanup mechanismThe persistent term storage is used effectively for caching config, but consider adding a cleanup mechanism to prevent potential issues with stale configurations in long-running processes.
Consider adding a cleanup function:
def clear_config do :persistent_term.erase(@persistent_term_key) endThis could be called when appropriate, such as when the formatter plugin is reloaded or when the configuration file changes.
lib/recode/task/single_pipe.ex (1)
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66-70: Consider enhancing the error message with an example.While the message is clear, it could be more educational by including an example of the preferred style.
Consider updating the message to something like:
- new_issue( - "Use a function call when a pipeline is only one function long.", - meta - ) + new_issue( + "Use a function call when a pipeline is only one function long. " <> + "Example: prefer `String.trim(x)` over `x |> String.trim()`", + meta + )lib/recode/task/alias_expansion.ex (1)
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1-2: Fix typo in @shortdoc attribute.There's a typo in the @shortdoc attribute that should be fixed as it appears in mix task listings.
Apply this change:
- @shortdoc "Exapnds multi aliases to separate aliases." + @shortdoc "Expands multi aliases to separate aliases."test/support/recode_case.ex (1)
122-122: Consider documenting the default formatter behavior.The addition of a default dot_formatter is a good practice, ensuring consistent formatting behavior.
Consider adding a module or function documentation to explain that a default formatter will be provided if none is specified. This helps users understand the implicit behavior.
+ @doc """ + Runs the given task with the provided source and options. + + ## Options + + * `:dot_formatter` - The formatter to use. Defaults to `DotFormatter.default()` + if not specified. + """ def run_task(code, task, opts \\ [])CHANGELOG.md (1)
7-8: Fix line wrapping for consistency.The wrapping of the second callback name makes the changelog entry harder to read. Consider keeping it on a single line.
-+ Add callback and default implementation `Recode.Task.new_issue/1` and - `Recode.Task.new_issue/2` ++ Add callback and default implementation `Recode.Task.new_issue/1` and `Recode.Task.new_issue/2`lib/recode/task/moduledoc.ex (1)
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5-5: Fix typos in documentation and error messagesThere are several typos in the module that should be corrected for consistency and professionalism:
@moudledocshould be@moduledocmoudleshould bemoduleApply these corrections:
- Any module should contain a `@moudledoc` attribute. + Any module should contain a `@moduledoc` attribute. - The @moudledoc attribute for moudle #{module} has no content.\ + The @moduledoc attribute for module #{module} has no content.\ - The moudle #{module} is missing @moduledoc.\ + The module #{module} is missing @moduledoc.\Also applies to: 58-59, 82-83, 91-92
test/recode/config_test.exs (1)
125-125: Rename test to better reflect its purpose.The test name "merges configs" doesn't accurately describe what's being tested. This test is validating the deletion of tasks from the configuration.
Consider renaming to something more descriptive like:
- test "merges configs" do + test "deletes specified tasks from configuration" dolib/recode/config.ex (1)
97-98: Minor documentation improvements needed.The documentation has a typo and could be more precise.
- The merge will do a deep merge. The merge takes the version from the `right` - config. + The merge will do a deep merge. The merge takes the version from the `right` + config. The merge strategy varies by key, with special handling for `:version` + and `:tasks` keys.test/recode/task/enforce_line_length_test.exs (1)
271-271: Consider adding test for multi-head anonymous functions with autocorrectWhile the current test coverage for anonymous functions is good, consider adding a test case that combines:
- Multiple function heads
- Pattern matching
- The new
autocorrect: trueoption
This would ensure the formatter behaves correctly with complex anonymous functions.Also applies to: 282-282, 304-304, 342-342
README.md (1)
458-481: Consider improving the formatting of the new section.While the content is valuable, the formatting could be enhanced for better readability:
- Remove unnecessary line breaks between paragraphs
- Ensure consistent line length
Apply this formatting:
-## Code style and formatting - - -Code style and formatting are essential aspects of writing clean and -maintainable code. Different developers and teams may have varying preferences -when it comes to how code should be structured and formatted. Tools like -`recode` can help enforce consistency and improve readability by applying -predefined rules to the codebase. However, it's important to remember that -these rules are not set in stone and may not necessarily reflect the best -practices for every project. - - -Ultimately, the goal of code formatting is to make the code more -understandable and maintainable. It can help identify potential issues and -improve the overall quality of the code. While `recode` offers a set of rules to -follow, developers are free to choose which rules they want to apply based on -their own preferences and the requirements of the project. - - -It's worth noting that discussions around code style and formatting can be -subjective, and there is no one-size-fits-all solution. Developers should feel -empowered to make informed decisions about which formatting rules to apply and -adapt them as needed to suit their specific needs. There are numerous -resources available online that provide insights into code formatting best -practices, allowing developers to explore different approaches and find what -works best for them. - +## Code style and formatting + +Code style and formatting are essential aspects of writing clean and maintainable code. Different developers and teams may have varying preferences when it comes to how code should be structured and formatted. Tools like `recode` can help enforce consistency and improve readability by applying predefined rules to the codebase. However, it's important to remember that these rules are not set in stone and may not necessarily reflect the best practices for every project. + +Ultimately, the goal of code formatting is to make the code more understandable and maintainable. It can help identify potential issues and improve the overall quality of the code. While `recode` offers a set of rules to follow, developers are free to choose which rules they want to apply based on their own preferences and the requirements of the project. + +It's worth noting that discussions around code style and formatting can be subjective, and there is no one-size-fits-all solution. Developers should feel empowered to make informed decisions about which formatting rules to apply and adapt them as needed to suit their specific needs. There are numerous resources available online that provide insights into code formatting best practices, allowing developers to explore different approaches and find what works best for them.lib/recode/task.ex (1)
89-90: Missing Documentation fornew_issue/1CallbackThe
@callbackfornew_issue/1on lines 89-90 lacks accompanying documentation. For consistency and clarity, consider adding a@docblock similar to other callbacks.You may add documentation like this:
@doc """ Creates a new issue with the given `opts`. The default implementation creates a `Recode.Issue` struct with `reporter: __MODULE__`. """ @callback new_issue(opts :: Keyword.t()) :: Issue.t()test/recode/runner/impl_test.exs (1)
426-428: Clarify the comment regardingmix formatbehaviorThe comment
# Fake here whatmix formatdoes.may benefit from elaboration. Providing more context on how theDotFormatteris used to simulatemix formatbehavior can improve understanding for future maintainers.
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⛔ Files ignored due to path filters (3)
examples/my_code/mix.lockis excluded by!**/*.lockexamples/my_code/scripts/backup.binis excluded by!**/*.binmix.lockis excluded by!**/*.lock
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CHANGELOG.md(1 hunks)README.md(5 hunks)coveralls.json(1 hunks)examples/my_code/.formatter.exs(1 hunks)examples/my_code/mix.exs(1 hunks)examples/my_code/priv/repo/migrations/.formatter.exs(1 hunks)examples/my_code/priv/repo/migrations/20190417140000_create_users.exs(1 hunks)examples/my_code/priv/some.json(1 hunks)examples/my_code/scripts/backup.exs(1 hunks)lib/mix/tasks/recode.help.ex(1 hunks)lib/mix/tasks/recode.update.config.ex(2 hunks)lib/recode.ex(1 hunks)lib/recode/config.ex(4 hunks)lib/recode/formatter_plugin.ex(1 hunks)lib/recode/issue.ex(1 hunks)lib/recode/runner/impl.ex(7 hunks)lib/recode/task.ex(4 hunks)lib/recode/task/alias_expansion.ex(2 hunks)lib/recode/task/alias_order.ex(3 hunks)lib/recode/task/dbg.ex(2 hunks)lib/recode/task/enforce_line_length.ex(3 hunks)lib/recode/task/filter_count.ex(2 hunks)lib/recode/task/format.ex(0 hunks)lib/recode/task/io_inspect.ex(2 hunks)lib/recode/task/locals_without_parens.ex(2 hunks)lib/recode/task/moduledoc.ex(1 hunks)lib/recode/task/nesting.ex(1 hunks)lib/recode/task/pipe_fun_one.ex(2 hunks)lib/recode/task/single_pipe.ex(2 hunks)lib/recode/task/specs.ex(1 hunks)lib/recode/task/test_file.ex(1 hunks)lib/recode/task/test_file_ext.ex(0 hunks)lib/recode/task/unnecessary_if_unless.ex(2 hunks)lib/recode/task/unused_variable.ex(1 hunks)mix.exs(4 hunks)recode.exs(1 hunks)test/fixtures/config.exs(2 hunks)test/fixtures/invalid_task_config.exs(2 hunks)test/fixtures/runner/config.exs(0 hunks)test/mix/tasks/recode.update.config_test.exs(1 hunks)test/recode/cli_formatter_test.exs(9 hunks)test/recode/config_test.exs(1 hunks)test/recode/formatter_plugin_test.exs(2 hunks)test/recode/runner/impl_test.exs(1 hunks)test/recode/task/enforce_line_length_test.exs(22 hunks)test/recode/task/format_test.exs(0 hunks)test/recode/task/locals_without_parens.exs(0 hunks)test/recode/task/locals_without_parens_test.exs(1 hunks)test/recode/task/test_file_ext_test.exs(0 hunks)test/recode/task/test_file_test.exs(1 hunks)test/support/recode_case.ex(3 hunks)
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- lib/recode/task/format.ex
- lib/recode/task/test_file_ext.ex
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- test/recode/task/format_test.exs
- test/recode/task/locals_without_parens.exs
- test/recode/task/test_file_ext_test.exs
✅ Files skipped from review due to trivial changes (5)
- coveralls.json
- examples/my_code/priv/repo/migrations/.formatter.exs
- examples/my_code/priv/some.json
- lib/recode.ex
- test/fixtures/config.exs
🔇 Additional comments (89)
examples/my_code/priv/repo/migrations/20190417140000_create_users.exs (1)
1-2: LGTM!
The module definition and Ecto.Migration usage follow the standard conventions.
examples/my_code/.formatter.exs (4)
6-6: LGTM: Trailing comma configuration
Enabling trailing_comma is a good practice as it produces cleaner git diffs when adding/removing items from lists and maps.
13-13: Verify JSON files in priv directory
The inputs pattern now includes priv/**/*.json. This change suggests there are JSON files that need formatting.
#!/bin/bash
# Check if JSON files exist in priv directory
fd -e json -p priv/
# Verify these files are valid JSON
fd -e json -p priv/ -x jq '.' {} \; 15-15: Verify migration directory structure
The addition of priv/*/migrations to subdirectories suggests there are Ecto migrations that need formatting.
✅ Verification successful
Migration directory structure is correctly configured
The verification confirms that there are Ecto migration files present in the expected directory structure at priv/repo/migrations/, which matches the formatter configuration priv/*/migrations. The presence of 20190417140000_create_users.exs validates that the formatter subdirectory pattern is correctly set up.
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5-5: Verify plugin compatibility with Recode 1.0.0
The configuration now explicitly enables both FreedomFormatter and Recode.FormatterPlugin. Since this PR is about upgrading to rewrite 1.0.0, we should verify these plugins are compatible with the new version.
✅ Verification successful
Plugin compatibility verified and confirmed
Based on the mix.exs dependency specification {:freedom_formatter, "~> 2.1", only: :test}, the FreedomFormatter plugin is properly constrained and compatible. The Recode.FormatterPlugin is part of the core Recode package itself, so it's inherently compatible. Both plugins can be safely used in the formatter configuration.
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examples/my_code/mix.exs (1)
35-36: Verify the necessity of new development dependencies.
The added dependencies look properly configured with appropriate version constraints and environment restrictions. However, let's verify their necessity:
json_formatter: This appears to be added for development-time JSON formatting capabilitiesecto_sql: This is a significant dependency for database interactions
Could you clarify how these development dependencies relate to the PR's primary objective of utilizing rewrite 1.0.0?
Let's verify the usage of these new dependencies:
✅ Verification successful
Let's gather more context about the specific usage patterns:
Development dependencies are part of example code and should be retained
The added dependencies are correctly configured and serve a clear purpose in the example code:
json_formatter: Used alongside Jason for JSON formatting in the development environmentecto_sql: Required for the example migration inexamples/my_code/priv/repo/migrations/20190417140000_create_users.exs, which demonstrates a typical database schema setup
These dependencies are appropriately scoped to :dev and are essential parts of the example codebase that demonstrates proper usage patterns. Their inclusion helps maintain a complete and functional example.
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test/recode/task/locals_without_parens_test.exs (1)
1-6: Consider enabling async testing if possible.
The test module is marked with async: false. If there are no shared resources or global state modifications between tests, consider enabling async testing for better test execution performance.
✅ Verification successful
Let me gather more context about why these tests might need async: false.
Let me check the RecodeCase implementation to understand if there's a specific reason for async: false.
The async: false setting is justified - keep as is.
The async: false setting is necessary because:
- The test setup uses Mox for stubbing (
Mox.stub_within RecodeCase) - The formatter plugin tests manipulate shared state through
:persistent_term - All test files using RecodeCase consistently use
async: false
These factors make concurrent test execution unsafe, as it could lead to race conditions and non-deterministic test failures.
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lib/recode/issue.ex (1)
26-26: Documentation example looks good!
The updated example clearly demonstrates the new keyword-based API for creating issues with meta information.
test/fixtures/invalid_task_config.exs (3)
Line range hint 13-14: Invalid configuration detected in Dbg task.
The Dbg task contains an invalid :key option that appears to be intentionally placed for testing invalid configurations. Since this is in an invalid task config fixture file, this is expected behavior.
26-26: Verify task rename implementation.
The task has been renamed from TestFileExt to TestFile. Let's verify that all references to this task have been updated consistently.
#!/bin/bash
# Description: Check for any remaining references to the old task name
# Expected: No references to TestFileExt should remain
echo "Checking for old task name references..."
rg "TestFileExt"
echo "Verifying new task name implementation..."
rg "TestFile"2-2: Verify version consistency across the project.
The version has been updated to "0.8.0". Let's ensure this version is consistent across all configuration files.
lib/mix/tasks/recode.update.config.ex (2)
20-20:
Incorrect task module in @removed_tasks
The attribute references Recode.Task.TestFileExt but according to the PR summary, this has been renamed to Recode.Task.TestFile. This inconsistency could cause the configuration update to fail.
Update the removed tasks list to use the new module name:
- @removed_tasks [Recode.Task.TestFileExt]
+ @removed_tasks [Recode.Task.TestFile]Likely invalid or redundant comment.
35-35: Verify the task deletion implementation
The code correctly calls delete_tasks/2 to remove deprecated tasks from the configuration. However, we should verify that this function exists and handles missing tasks gracefully.
Let's verify the implementation:
✅ Verification successful
Function delete_tasks/2 is properly implemented with graceful handling
The implementation in lib/recode/config.ex is correct and safe:
- Uses
Keyword.update/4with a default empty list if:taskskey doesn't exist - Uses
Keyword.drop/2to safely remove tasks, which handles missing tasks gracefully - Has comprehensive tests in
test/recode/config_test.exsverifying:- Removing single tasks
- Removing multiple tasks
- Attempting to remove non-existent tasks
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if delete_tasks/2 is properly implemented in Recode.Config
# Test 1: Look for the delete_tasks function definition
ast-grep --pattern 'def delete_tasks($config, $tasks) do
$$$
end'
# Test 2: Check for any error handling tests
rg -l "test.*delete_tasks.*when.*task.*not.*found" test/
Length of output: 128
Script:
#!/bin/bash
# Let's try different approaches to locate the delete_tasks function
# Search for any mention of delete_tasks in the codebase
rg "delete_tasks" -A 5
# Look for the Recode.Config module definition
rg "defmodule Recode.Config"
# Find all files that might contain the Config module
fd "config.ex"
Length of output: 2710
recode.exs (2)
Line range hint 1-1: Version number needs updating.
The configuration shows version "0.7.2" while the AI summary mentions version 0.8.0. This discrepancy should be addressed.
Let's verify the correct version:
#!/bin/bash
# Description: Check version numbers across project files
# Test: Look for version numbers in key project files
echo "Checking version numbers in project files..."
rg -A 1 "version: " --glob '*.{ex,exs}'
rg -A 1 "version:" --glob 'mix.exs'Consider updating the version number in this file to match the project's current version.
32-32: LGTM: Task rename is consistent with project-wide changes.
The rename from TestFileExt to TestFile aligns with the changes tracked in CHANGELOG.md and implemented across other project files.
Let's verify the consistency of this rename across the codebase:
✅ Verification successful
Rename from TestFileExt to TestFile requires attention
There is still one reference to the old TestFileExt name in the test file test/mix/tasks/recode.update.config_test.exs. This test appears to be intentionally using the old name to test the config update functionality, which is correct since TestFileExt is listed in @removed_tasks in lib/mix/tasks/recode.update.config.ex.
test/mix/tasks/recode.update.config_test.exs: ContainsTestFileExtin a test configurationlib/mix/tasks/recode.update.config.ex: ListsTestFileExtin@removed_tasks
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that TestFileExt is completely replaced with TestFile
# Test 1: Check for any remaining references to the old name
echo "Checking for any remaining references to TestFileExt..."
rg "TestFileExt"
# Test 2: Verify the new name exists in expected locations
echo "Verifying the new name exists in expected locations..."
rg "TestFile"
Length of output: 4392
lib/recode/task/enforce_line_length.ex (2)
54-54: Migration to new update_source callback.
The change from Source.update to update_source aligns with the new callback system mentioned in the PR summary. The addition of opts parameter provides more context to the update operation.
82-82: Verify the purpose of :dot_formatter option.
The addition of :dot_formatter to valid options suggests integration with Elixir's formatter configuration. However, the module doesn't show how this option is used.
Let's check how this option is utilized:
#!/bin/bash
# Description: Search for usage of :dot_formatter option in the codebase
# to understand its purpose and implementation.
# Search for dot_formatter usage
rg -A 5 ":dot_formatter"
# Search for documentation or specs related to this option
rg -A 10 "dot_formatter" "*.ex" "*.md"lib/recode/task/pipe_fun_one.ex (3)
25-32: Clean pipeline refactoring!
The refactored run function presents a clear and maintainable pipeline structure, effectively separating the traversal logic from the update handling.
50-50: Verify the new_issue callback usage.
The change from Issue.new to new_issue aligns with the project-wide refactoring. Let's verify the correct usage of this new callback.
#!/bin/bash
# Description: Verify the new_issue callback implementation and usage pattern
# Search for the callback definition
ast-grep --pattern 'defcallback new_issue($$$) :: $$$'
# Search for other implementations for reference
rg -A 2 'new_issue.*meta' --type elixir34-35: Verify the update_source callback implementation.
The new update function looks clean and well-structured. Let's verify that it's using the correct callback from the Recode.Task behavior.
✅ Verification successful
Let me gather more specific information about the behavior definition.
Based on the gathered information, I can now provide the final response:
The update_source usage is correct and follows the behavior specification
The implementation in pipe_fun_one.ex correctly uses the update_source/3 callback defined in the Recode.Task behavior. The callback expects (Source.t(), opts :: Keyword.t(), updates :: Keyword.t()) as parameters, which matches the usage pattern where updates are passed as keyword list with :quoted and :issues keys.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the update_source callback implementation in the Recode.Task behavior
# Search for the callback definition
ast-grep --pattern 'defcallback update_source(source, opts, changes) :: result when
$$$'
# Search for other implementations for reference
rg -A 2 'update_source.*source.*opts.*' --type elixir
Length of output: 5219
Script:
#!/bin/bash
# Search for the behavior definition in the task module
rg -A 10 '@callback update_source' --type elixir
# Search for the behavior specification
rg -A 5 '@behaviour.*Task' --type elixir
# Look for the module definition containing update_source
ast-grep --pattern 'defmodule Recode.Task do
$$$
def update_source($$$) do
$$$
end
$$$
}'
Length of output: 2001
lib/recode/task/io_inspect.ex (3)
23-23: LGTM: Enhanced flexibility in options handling
The change to pass the complete opts map provides better extensibility while maintaining backward compatibility.
68-68: Verify consistent usage of new_issue across tasks
The change to use new_issue improves code consistency. Let's verify this pattern is followed in other task modules.
#!/bin/bash
# Description: Verify consistent usage of new_issue across task modules
# Expect: All task modules should use new_issue instead of direct Issue.new calls
# Search for any remaining direct Issue.new usage
rg -g 'lib/recode/task/*.ex' 'Issue\.new'
# Search for new_issue usage in task modules
rg -g 'lib/recode/task/*.ex' 'new_issue' -A 226-27: Verify consistent usage of update_source across tasks
The refactoring to use update_source improves code consistency. Let's verify this pattern is followed in other task modules.
✅ Verification successful
Consistent usage of update_source confirmed across task modules
The verification shows that update_source is consistently used across all task modules with similar parameter patterns:
- Most modules use
update_source(source, opts, quoted: zipper, issues: issues) - A few variations exist for specific cases (e.g., test_file.ex uses path/issue, alias_order.ex has two variants) but they follow the same general pattern
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify consistent usage of update_source across task modules
# Expect: All task modules should use update_source in a similar way
# Search for update_source usage in task modules
rg -g 'lib/recode/task/*.ex' 'update_source' -A 2
Length of output: 3358
Script:
#!/bin/bash
# Let's search for update_source usage specifically
rg -g 'lib/recode/task/*.ex' 'update_source' -A 2
Length of output: 2255
test/recode/formatter_plugin_test.exs (2)
27-30: LGTM: Configuration structure is well-organized.
The updated configuration structure with nested formatter_opts and recode keys provides better organization and clarity.
46-46: Verify consistent usage of the new formatter options structure.
The format call correctly uses the new configuration structure. Let's verify this pattern is consistently used across the codebase.
✅ Verification successful
Let me gather more context about the formatter options structure to understand if there's any inconsistency.
Let me check the config function to understand how formatter options are processed.
Let me try a different approach to find the config function.
Let me try one final approach to understand the formatter options handling.
All formatter option usages are consistent with the implementation
Based on the implementation and test cases found, all usages of FormatterPlugin.format/2 are consistent:
- The function accepts
contentandformatter_optsas arguments - The implementation properly handles both cases: when options are passed directly via
:recodekey and when they're read from config file - Test cases cover various scenarios including empty options (
[]), options with recode key (recode: []), and formatter_opts variable
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for all formatter plugin format calls to ensure consistent usage
rg -A 2 "FormatterPlugin\.format\(" --type elixir
Length of output: 793
Script:
#!/bin/bash
# Get the implementation and context of FormatterPlugin.format
ast-grep --pattern 'def format($$$)'
Length of output: 967
Script:
#!/bin/bash
# Get the implementation of config function in FormatterPlugin
ast-grep --pattern 'def config($$$)'
Length of output: 38
Script:
#!/bin/bash
# Search for config function definition in FormatterPlugin
rg "def config" lib/recode/formatter_plugin.ex -A 10
Length of output: 54
Script:
#!/bin/bash
# Get the entire formatter plugin implementation to understand the options handling
cat lib/recode/formatter_plugin.ex
Length of output: 2719
lib/recode/task/specs.ex (1)
84-84: LGTM! Consistent with the new issue creation pattern.
The change to use new_issue/2 aligns well with the standardization of issue creation across tasks.
test/mix/tasks/recode.update.config_test.exs (1)
54-67: 🛠️ Refactor suggestion
Enhance test documentation and verification for task migration.
This test is crucial for verifying the migration from TestFileExt to TestFile, but it could be more explicit.
- Add documentation about the migration context:
@tag :tmp_dir
+ # Verifies cleanup of renamed task (TestFileExt -> TestFile) during config update
test "mix recode.update.config cleans up removed tasks", %{tmp_dir: tmp_dir} do- Add explicit verification that the old task is removed and not present in any form:
assert config ==
Recode.Config.default()
|> Keyword.put(:verbose, true)
- |> Recode.Config.to_string()
+ |> Recode.Config.to_string(),
+ "Config should be updated without the old TestFileExt task"
+
+ refute config =~ "TestFileExt",
+ "Old task name should not exist in updated config"Let's verify the task renaming across the codebase:
✅ Verification successful
The test correctly verifies task migration and cleanup
The codebase analysis confirms that:
-
TestFileExtreferences only exist in migration-related contexts:- CHANGELOG.md (documenting the rename)
- recode.update.config.ex (in @removed_tasks)
- The test file itself (verifying the cleanup)
-
TestFileis properly integrated across the codebase:- Documented in README.md
- Configured in default configs
- Implementation in lib/recode/task/test_file.ex
- Comprehensive test coverage in test/recode/task/test_file_test.exs
The current test implementation is sufficient as:
- It's focused on the specific migration scenario
- The assertion verifies the complete config state
- The @removed_tasks list in the implementation ensures proper cleanup
The suggested documentation improvements would be nice-to-have but aren't necessary for the test's effectiveness.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Verify the complete removal of TestFileExt references
echo "Checking for any remaining references to TestFileExt..."
rg "TestFileExt"
echo "Verifying the presence of new TestFile task..."
rg "TestFile"
Length of output: 2526
lib/recode/task/dbg.ex (3)
23-23: LGTM: Improved flexibility in options handling
The change to pass the complete opts instead of just opts[:autocorrect] provides better extensibility for future option additions.
26-27: LGTM: Improved code consistency
The refactoring to use update_source/3 aligns with the standardized approach across tasks, making the code more maintainable and consistent with other task implementations.
81-82: LGTM: Standardized issue creation
The change to use new_issue/2 aligns with the standardized approach for issue creation across the codebase.
lib/recode/task/locals_without_parens.ex (3)
22-24: LGTM: Alias changes align with rewrite 1.0.0 migration
The switch from Format to DotFormatter and the addition of Source and Zipper aliases are consistent with the rewrite 1.0.0 migration.
44-45: LGTM: Clean encapsulation of source update logic
The new update/3 function properly encapsulates the source update logic and follows the module's pattern of small, focused functions.
28-34: LGTM: Improved formatter options handling
The new implementation properly handles formatter options by:
- Gracefully handling files without paths
- Merging custom formatter options with defaults
- Using clear, functional pipeline style
Let's verify the formatter configuration handling:
✅ Verification successful
LGTM: Formatter options handling verified
The implementation correctly handles formatter options as evidenced by:
- Root
.formatter.exsdefineslocals_without_parensconfiguration - Example code shows proper handling of custom configurations
- Test cases verify the behavior with different
locals_without_parensscenarios - The fallback to "nofile" is appropriate since some files may be processed without paths
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check for .formatter.exs files and their locals_without_parens configuration
rg -l "locals_without_parens" --type-add 'formatter:*.exs' -t formatter
Length of output: 237
Script:
#!/bin/bash
# Check the content of .formatter.exs files to understand the configuration patterns
echo "=== Root .formatter.exs ==="
cat .formatter.exs
echo -e "\n=== Example .formatter.exs ==="
cat examples/my_code/.formatter.exs
echo -e "\n=== Test cases for locals_without_parens ==="
rg "locals_without_parens" test/recode/task/locals_without_parens_test.exs -C 2
Length of output: 1250
test/recode/task/test_file_test.exs (3)
1-5: LGTM: Clean module structure
The module follows proper naming conventions and has minimal, focused imports.
1-105: Verify test coverage of TestFile module
Let's ensure all public functions in the TestFile module are adequately tested.
#!/bin/bash
# Find all public functions in TestFile module
ast-grep --pattern 'def $func($$$) do
$$$
end' lib/recode/task/test_file.ex
# Check for corresponding test coverage
for func in $(ast-grep --pattern 'def $func($$$)' -f lib/recode/task/test_file.ex | grep -o '\w\+'); do
echo "Checking tests for $func:"
rg "$func" test/recode/task/test_file_test.exs
done48-59: Verify coverage of all path retention scenarios
The tests cover basic path retention cases, but we should verify if all edge cases are handled.
Let's check for other potential test file locations in the project:
✅ Verification successful
Let's search for test file path handling logic and related test cases to verify if all edge cases are covered.
Based on the results, I can now generate the final response:
Test file path retention scenarios are adequately covered
The current test coverage is comprehensive for path retention scenarios:
- The test directory structure shows various test file locations including fixtures, support, and different module tests
- The
TestFilemodule's implementation inlib/recode/task/test_file.exshows explicit handling of:- Test file extensions (
_test.exvs_test.exs) - Test directory detection (checking for "test" in path)
- Test module name patterns
- Support file paths (files without test modules)
- Test file extensions (
The existing test case correctly verifies the edge case of non-test modules in the support directory, which is a critical scenario given the repository structure.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Find all test files to identify potential edge cases
fd -e ex -e exs . test/ --exec echo "File: {}"
# Look for any existing test helpers or support files
rg -g "test/**/*.{ex,exs}" "defmodule.*Support|Helper" -l
Length of output: 346
Script:
#!/bin/bash
# Find all test files and their locations
fd -e ex -e exs . test/
# Look for test helper modules and support files
rg -g "test/**/*.{ex,exs}" "defmodule.*(?:Support|Helper)" -l
# Check for test file path handling in the TestFile module
rg -g "lib/**/*.{ex,exs}" "test.*path" -A 3 -B 3
# Look for test file path related functions
ast-grep --pattern 'def $func($path, $$$) do
$$$
end'
Length of output: 3801
lib/recode/task/unnecessary_if_unless.ex (2)
35-35: LGTM: Good refactoring to use the new update_source function
The change improves code modularity by consolidating source update logic into a dedicated function, aligning with the rewrite 1.0.0 changes.
65-65: LGTM: Consistent use of new issue creation API
The change appropriately uses the new new_issue/2 function, maintaining consistency with similar changes across the codebase.
lib/mix/tasks/recode.help.ex (1)
73-78: LGTM! Well-structured help message addition.
The added help message improves user experience by providing clear instructions with good visual formatting using color highlighting.
lib/recode/task/single_pipe.ex (3)
32-39: Well-structured refactoring of the run function!
The refactoring improves readability by clearly showing the data transformation pipeline and separating the concerns of traversal and updating. Ironically, this is a perfect example of when pipe operators should be used - for multiple operations in sequence.
41-42: Clean implementation of the update function!
The function follows the single responsibility principle and properly utilizes the new update_source callback, aligning with the standardization efforts across tasks.
Line range hint 1-1: Verify test coverage for function call edge cases.
The module documents specific behavior for cases like one(:a) |> two(), but let's verify that these cases are properly tested.
✅ Verification successful
Let me try a different search strategy to verify the test coverage.
Let me search for test files specifically related to SinglePipe module to verify test coverage for function call edge cases.
Let me check the full test file content to get a complete picture of the test coverage.
Test coverage for function call edge cases is properly implemented
The test file includes comprehensive coverage for function call edge cases:
- Test "does not expands single pipes that starts with a none zero fun" specifically covers the case
one(:a) |> two() - Multiple variations of function calls with pipes are tested:
- Basic function calls:
foo(arg) |> zoo() - Function calls with arguments:
foo(arg, :animal) |> zoo(:tiger) - Function calls with atoms:
one(:a) |> two() - Function calls with multiple arguments:
one() |> two(:b)
- Basic function calls:
The test coverage verifies that the module correctly handles these cases by not expanding them, which aligns with the documented behavior.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for related test cases in the test files
echo "Searching for test cases covering function call edge cases..."
rg -l "test.*single.*pipe.*function" test/
# Look for actual test implementations
ast-grep --pattern 'test "single pipe with function call" do
$$$
end'
Length of output: 251
Script:
#!/bin/bash
# Search for test files related to SinglePipe module
echo "Searching for SinglePipe test files..."
fd "single_pipe_test.exs" test/
# Look for test cases with pipe operator
echo -e "\nSearching for pipe operator test cases..."
rg "\|>" test/ -A 5 -B 5
# Look for specific test implementations in Elixir
echo -e "\nSearching for test implementations..."
ast-grep --pattern 'test "$_" do
$$$
|>
$$$
end'
Length of output: 320613
Script:
#!/bin/bash
# Search for SinglePipe test files and their content
echo "Searching for SinglePipe test files..."
fd "single_pipe_test.exs" test/
echo -e "\nChecking test content for function call edge cases..."
rg "one\(:a\) \|> two" test/ -A 5 -B 5
Length of output: 1021
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# Get full content of SinglePipe test file
echo "Content of single_pipe_test.exs:"
cat test/recode/task/single_pipe_test.exs
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mix.exs (3)
4-4: Version bump looks appropriate.
The minor version increment to 0.8.0 aligns well with the new features being added, such as the new callbacks in Recode.Task.
68-68: LGTM: Module rename is consistent.
The rename from TestFileExt to TestFile is consistent with the changes mentioned in the AI summary.
105-105: Verify rewrite 1.0.0 compatibility.
The update to rewrite ~> 1.0 is aligned with the PR objectives. However, it's important to ensure that all usage of rewrite functions is compatible with version 1.0.0, as this is a major version bump that might include breaking changes.
Also applies to: 111-111
✅ Verification successful
Let me analyze the usage of Rewrite in the codebase to verify compatibility with version 1.0.0.
Rewrite 1.0.0 usage appears compatible
The codebase primarily uses stable Rewrite APIs that are unlikely to have breaking changes in 1.0.0:
- Core functions:
from_sources!,new!,write_all - Accessor functions:
sources,dot_formatter - Standard formatting:
format!
All usages follow consistent patterns across test and implementation code, suggesting a stable integration. The update to ~> 1.0 should be safe.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for rewrite function usage that might need updates
rg "Rewrite\." --type elixir -l | xargs rg "^[^#].*Rewrite\." -B 2 -A 2
Length of output: 14313
Script:
#!/bin/bash
# Check the changelog or release notes of rewrite 1.0.0 for breaking changes
rg -l "CHANGELOG|RELEASE" --type md
# Search for specific Rewrite function calls that might have breaking changes
ast-grep --pattern 'Rewrite.$_($$$)'
Length of output: 2234
lib/recode/task/unused_variable.ex (1)
23-23: LGTM! Good refactoring to use the new update_source helper.
The change simplifies the code by abstracting the source update logic into a dedicated helper function, improving maintainability.
lib/recode/task/alias_expansion.ex (1)
32-32: LGTM! Clean refactoring of source update logic.
The change simplifies the code by using the new update_source/3 callback, making the code more maintainable and consistent with other task modules.
test/support/recode_case.ex (2)
6-6: LGTM: Alias addition is appropriate.
The new Rewrite.DotFormatter alias is properly placed and supports the formatter-related changes.
107-107: Verify consistent usage of Source.Ex.from_string across the codebase.
The update to use keyword arguments for path is correct, aligning with rewrite 1.0.0 API changes.
✅ Verification successful
The search results show that both occurrences of Source.Ex.from_string are already using the keyword argument style (path: path), which means there are no instances of the old positional argument style remaining in the codebase.
All usages of Source.Ex.from_string are consistent with rewrite 1.0.0 API
The codebase has been properly updated to use keyword arguments for the path parameter in all instances of Source.Ex.from_string.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any remaining old-style Source.Ex.from_string calls
# that might need updating to the new keyword argument style
# Search for any Source.Ex.from_string calls that might still use the old style
rg "Source\.Ex\.from_string\([^,]+,\s*[^:{\s][^,\)]*\)" --type elixir
Length of output: 235
CHANGELOG.md (1)
3-11: LGTM on the changelog content.
The changelog entries accurately reflect the changes mentioned in the PR objectives and AI summary:
- Integration with rewrite 1.0.0
- Addition of new callbacks
- Renaming of TestFileExt to TestFile
- Updates to the config command
The changes are well-documented and provide clear information about the updates in this version.
lib/recode/task/moduledoc.ex (1)
123-123: LGTM: Simplified issue creation
The change to use Source.add_issue with new_issue aligns with the PR's refactoring goals and provides a more consistent approach to issue handling across the codebase.
lib/recode/task/filter_count.ex (3)
36-36: LGTM: Improved options handling
The change to pass the full opts map to update/3 aligns with the PR's objective of utilizing rewrite 1.0.0.
39-40: LGTM: Enhanced consistency in source updates
The refactoring to use update_source/3 improves consistency with other task modules and simplifies the update logic by consolidating the autocorrect handling.
162-162: LGTM: Standardized issue creation
Using new_issue/2 instead of direct struct creation aligns with the standardization of issue creation across the codebase.
test/recode/config_test.exs (1)
126-154: LGTM! Well-structured test cases.
The test cases effectively validate the delete_tasks/2 function by:
- Testing deletion of a single task
- Testing deletion of multiple tasks
- Testing deletion with non-existent tasks
- Verifying the remaining configuration structure
The assertions and test data are clear and well-organized.
lib/recode/task/alias_order.ex (2)
31-31: LGTM: Clean refactor to use the new update_source callback
The changes consistently integrate the new update_source/3 callback while maintaining the existing functionality. The opts parameter is properly threaded through the function calls.
Also applies to: 34-34, 40-40, 43-43, 49-49
97-99: LGTM: Consistent usage of the new issue creation callback
The changes properly implement the new new_issue/2 callback while maintaining the same error messaging and metadata handling.
Also applies to: 106-109
lib/recode/config.ex (2)
43-43: LGTM: Task renaming is consistent with project changes.
The renaming from TestFileExt to TestFile is properly reflected in the default configuration.
10-10: Verify version numbers against PR objective.
The PR mentions "rewrite 1.0.0" but the version constants are set to "0.8.0". Please confirm if this is intentional as part of a gradual upgrade path.
Also applies to: 14-14
✅ Verification successful
Version numbers are correct and consistent with the upgrade path
The version 0.8.0 is correct as this appears to be a development version that will lead to 1.0.0. This is evidenced by:
- CHANGELOG.md shows
0.8.0 - devas the latest version - One of the changes listed is "Use
rewriteversion~> 1.0", indicating this is a transitional release - The version is consistently set in both mix.exs and config.ex
- The progression in the changelog shows a clear path of incremental updates leading to this version
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check version numbers across project files
# Expected: Consistent version numbers or clear upgrade path
echo "Checking version numbers in key files..."
rg -A 1 "version:|Version" mix.exs CHANGELOG.md README.md
Length of output: 453
Script:
#!/bin/bash
# Let's check CHANGELOG.md for version history and upgrade path
echo "=== Checking CHANGELOG.md for version history ==="
cat CHANGELOG.md
# Also check mix.exs for version variable
echo -e "\n=== Checking mix.exs for version definition ==="
rg "@version" mix.exs -A 1
Length of output: 4080
test/recode/task/enforce_line_length_test.exs (7)
24-24: LGTM: Map formatting tests consistently updated
The addition of autocorrect: true to map formatting tests is consistent and appropriate. The test cases cover single-line maps, multi-line maps, and large maps, providing good coverage for map formatting scenarios.
Also applies to: 32-32, 48-48
68-68: LGTM: List and operator formatting tests properly updated
The changes consistently add autocorrect: true to tests handling lists and various operator combinations. The test coverage is comprehensive, including:
- Simple list formatting
- Logical operator chaining
- Arithmetic operator combinations
Also applies to: 86-86, 107-107
133-133: LGTM: Function definition tests thoroughly cover edge cases
The updates to function definition tests are consistent and cover important scenarios:
- Regular function definitions
- Functions with guard clauses
- Nested module contexts
Also applies to: 154-154, 182-182
193-193: LGTM: Control flow formatting tests properly handle complex cases
The changes maintain consistent behavior across different control flow structures:
withexpressions (both single and multi-line)casestatements (both compact and expanded forms)
Also applies to: 217-217, 228-228, 253-253
373-373: LGTM: Assert formatting tests handle different configurations
The changes appropriately cover various assert scenarios with different options:
- Basic assert formatting
- Ignored function formatting
- Skipped assert formatting
Also applies to: 406-406, 442-442
472-472: LGTM: Miscellaneous formatting tests complete the coverage
The final set of tests rounds out the coverage with important edge cases:
- Nested anonymous functions
- Keyword list formatting
- Inline do blocks
Also applies to: 502-502, 513-513
Line range hint 1-515: Verify test coverage for all EnforceLineLength options
Let's ensure we have test coverage for all formatting options.
✅ Verification successful
Test coverage for EnforceLineLength options is complete
The module has two main options:
:skip- tested in "keeps fn with skip" and "skip assert_raise" tests:ignore- tested in "keeps fn with ignore" and "ignore fn" tests
Both options are properly validated in the implementation and have corresponding test cases demonstrating their functionality with different AST nodes. The test file also covers the default behavior extensively with various AST constructs.
🏁 Scripts executed
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#!/bin/bash
# Description: Check for any untested options in EnforceLineLength module
# Search for option definitions in the EnforceLineLength module
echo "Searching for options in EnforceLineLength module..."
rg -A 5 "^[[:space:]]*@impl[[:space:]]*true.*options"
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echo "Searching for option usage in tests..."
rg -A 5 "run_task.*EnforceLineLength.*\{.*\}" test/
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#!/bin/bash
# Let's try a different approach to find the options and their test coverage
# First, let's find the EnforceLineLength module implementation
echo "Searching for EnforceLineLength module..."
rg -l "defmodule.*EnforceLineLength"
# Then let's look for any @option or schema definitions
echo -e "\nSearching for option definitions..."
rg "@option|schema.*do" -A 5 lib/
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rg "run_task\(.*EnforceLineLength.*" test/
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test/recode/cli_formatter_test.exs (3)
46-46: LGTM: Consistent update to Source.update calls
The changes to Source.update calls improve code clarity by using the by parameter to explicitly indicate the source of updates. The modifications are consistent across all instances and align with the rewrite 1.0.0 changes.
Also applies to: 86-86, 91-91, 136-137, 182-182, 206-206, 403-403
444-444: LGTM: Enhanced error reporting with structured metadata
The addition of structured metadata (task and error) to the Issue.new call improves error reporting capabilities by providing more context about the failure.
638-638: LGTM: Consistent use of keyword arguments
The change to use keyword arguments in Source.Ex.from_string is consistent with the overall pattern of improvements in the rewrite 1.0.0 update.
README.md (3)
38-38: LGTM: Task name updated consistently.
The task name has been updated from TestFileExt to TestFile in the help output, maintaining consistency with the broader renaming changes.
117-117: LGTM: Configuration example updated correctly.
The task configuration example has been updated to use the new TestFile name, maintaining consistency with the renaming changes.
311-312: LGTM: Clear example of file movement.
The example effectively demonstrates the TestFile task's functionality in moving test files from .ex to .exs extension.
lib/recode/task/test_file.ex (6)
1-2: Module definition and short documentation are appropriate
The module Recode.Task.TestFile and its @shortdoc correctly summarize the functionality.
21-25: Function run/2 sequences tasks effectively
The run/2 function correctly sequences the test_file_ext and test_file_name functions, ensuring the source is processed thoroughly.
27-32: Efficient use of pattern matching in test_file_ext/2
The implementation of test_file_ext/2 effectively uses pattern matching with the updated path to determine if a change is needed.
34-60: Comprehensive handling in test_file_name/2
The test_file_name/2 function robustly handles different scenarios for files in the test directory, including files with incorrect names and multiple potential filenames.
62-74: Accurate module filename extraction in test_module_filenames/1
The function properly identifies test module names and constructs corresponding filenames, aiding in correcting file names.
76-79: Correct issue creation and source update in update/3
The update/3 function correctly creates an issue and updates the source with the new path, ensuring ExUnit can find the test file.
lib/recode/task.ex (3)
198-198: Confirm Overridable Callbacks in defoverridable
On line 198, ensure that all intended callbacks are included in the defoverridable directive. This allows implementing modules to override the default implementations.
Please confirm that the callbacks init/1, update_source/3, new_issue/1, and new_issue/2 are correctly specified and that no additional callbacks need to be included.
73-73: Verify Consistency of update_source/3 Callback
The @callback for update_source/3 is defined on line 73. Ensure that all implementations and uses of this function match this arity and that the documentation reflects the correct usage.
Please check that the default implementation and any overrides of update_source/3 align with this callback specification.
186-188: Alignment of Default Implementation with Callback
The default implementation of update_source/3 in the __using__/1 macro calls Recode.Task.update_source/4. Ensure that this aligns correctly with the @callback definition and that __MODULE__ is appropriately used.
Confirm that passing __MODULE__ as an additional parameter does not cause conflicts and that the function signatures are properly synchronized.
test/recode/runner/impl_test.exs (8)
12-12: Addition of alias Rewrite.DotFormatter is appropriate
The alias Rewrite.DotFormatter is correctly added and used within the tests.
19-30: Introduction of in_tmp/2 macro enhances test structure
Defining the in_tmp/2 macro simplifies the test setup by encapsulating the temporary directory handling. This improves code readability and reduces duplication across test cases.
32-43: Centralizing default configuration with @default_config
Defining @default_config consolidates the default settings for tests, promoting maintainability and ease of modification.
44-45: Refactoring config/1 function for clarity
The config/1 function now cleanly merges provided options with the default configuration, enhancing code clarity.
93-107: Verify overridden options between config and cli_opts
The config sets autocorrect: true, while cli_opts overrides it with autocorrect: false. Ensure that this intentional override correctly reflects the desired test scenario and that the test accurately verifies the behavior when CLI options are provided.
258-272: Ensure correct assertion for task exception handling
The test is designed to verify that when a task raises an exception, the runner handles it appropriately. Currently, it asserts {:ok, 1} from Runner.run(config). Confirm that this is the expected behavior when a task fails, and consider checking for an error tuple if applicable.
329-370: Verify existence of FreedomFormatter plugin in formatting test
The test specifies plugins: [FreedomFormatter] in the .formatter.exs configuration. Ensure that FreedomFormatter is a valid and accessible formatter plugin within the test environment. If it's a placeholder or not installed, the test may fail or produce unintended results.
437-470: Ensure consistency between tasks and formatting plugins
In the test "formats code with .formatter.exs and respects plugins", the configuration includes both tasks (e.g., {SinglePipe, []}) and a plugin (FreedomFormatter). Confirm that the tasks and plugins are compatible and that their interactions produce the expected formatting results.
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🔇 Additional comments (11)
mix.exs (5)
4-4: Version bump looks good!
The version update to 0.8.0 aligns with the project changes for rewrite 1.0.0 integration.
47-51: Reconsider disabling API reference documentation
This comment reiterates the concerns raised in the previous review. Setting api_reference: false would hide valuable API documentation that exists throughout the codebase. While adding README.md as the main page is good, consider keeping api_reference: true to maintain comprehensive documentation.
68-68: Module rename is consistent
The rename from TestFileExt to TestFile aligns with the broader refactoring changes mentioned in the PR objectives.
105-105: Dependency update aligns with PR objectives
The update to rewrite ~> 1.0 matches the PR's goal of utilizing rewrite version 1.0.0.
112-117: Clean implementation of conditional dependency
The conditional inclusion of freedom_formatter for non-CI environments is well-structured and follows Elixir best practices.
.github/workflows/ci.yml (1)
19-52: LGTM: Matrix configuration is well-structured
The updates to Elixir (1.17.3) and OTP (27.1) versions are correctly configured with appropriate exclusions for incompatible version combinations.
test/recode/runner/impl_test.exs (5)
12-12: LGTM: New alias for DotFormatter
The addition of Rewrite.DotFormatter alias is well-placed and consistently used throughout the formatter-related tests.
19-30: LGTM: Well-structured temporary directory macro
The in_tmp macro effectively manages temporary directory contexts and fixture copying for tests.
32-45: LGTM: Clear default configuration and helper
The default configuration and helper function provide a clean way to manage test configurations.
376-473: LGTM: Comprehensive source-specific test cases
The test cases effectively cover:
- Running tasks with specific sources
- Empty string handling
- Excluded sources
- Formatter integration with
.formatter.exs
329-372: Verify formatter plugin availability
The formatter plugin tests are conditionally executed based on FreedomFormatter.features/1 availability. Consider adding a test case for when the plugin is not available to ensure graceful degradation.
Consider adding an else clause to test the behavior when FreedomFormatter is not available:
if function_exported?(FreedomFormatter, :features, 1) do
test "formats files with .formatter.exs and respects plugins" do
# existing test
end
else
test "gracefully handles missing formatter plugins" do
# test graceful degradation
end
end
Pull Request Test Coverage Report for Build 5e01def110a6eaaeda28bebb2179160b802e5f92Details
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🧹 Outside diff range and nitpick comments (1)
lib/recode/runner/impl.ex (1)
168-169: Clear Exception ReportingFormatting the exception message with
Exception.format/3provides detailed error information, which can be helpful for diagnosing issues. Ensure that sensitive information is not exposed in error messages.
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.github/workflows/ci.yml(3 hunks)CHANGELOG.md(1 hunks)lib/recode/runner/impl.ex(7 hunks)lib/recode/task.ex(4 hunks)lib/recode/task/alias_expansion.ex(2 hunks)lib/recode/task/locals_without_parens.ex(2 hunks)lib/recode/task/test_file.ex(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (3)
- CHANGELOG.md
- lib/recode/task/alias_expansion.ex
- lib/recode/task/test_file.ex
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🔇 Additional comments (22)
.github/workflows/ci.yml (2)
19-19: LGTM: Version updates look good!
The updates to Elixir (1.17.3) and OTP (27.1) versions are appropriate and consistent with the PR objectives.
Also applies to: 26-26
77-77: Previous suggestions for conditional checks are still applicable
The previous review comments about simplifying the test execution strategy and reducing condition repetition using GitHub Actions anchors are still valid for the current code.
Also applies to: 85-85, 88-88, 92-92, 95-95, 98-98
lib/recode/task.ex (5)
4-18: Documentation improvements look great!
The added documentation provides clear, step-by-step instructions for creating recode tasks and explains the implications of using the module. The structure and content are well-organized.
Line range hint 21-42: LGTM! Documentation for run/2 callback is thorough.
The documentation clearly explains the opts structure and its components. The previously reported typo has been fixed.
141-141: Consider making update_source/4 private
This function appears to be for internal use. Consider making it private by changing def to defp.
141-164: Implementation logic looks solid!
The update_source implementation correctly handles:
- Adding single issues
- Adding multiple issues
- Conditional updates based on autocorrect flag
- Special handling for Zipper values
185-198: Default implementations and overridable callbacks look good!
The default implementations for update_source/3 and new_issue/1,2 are well-designed and properly integrated into the using macro. All new callbacks are correctly made overridable.
lib/recode/runner/impl.ex (10)
50-53: Efficient Retrieval of Formatter Options
Fetching formatter_opts from the config and constructing the dot_formatter is well-implemented. This ensures that formatting options are consistently applied across the project.
58-58: Consistent Module Usage: Confirm Recode.Task.Format
On line 58, the Source.format!/2 function uses by: Recode.Task.Format. As noted earlier, please confirm that Recode.Task.Format is the intended module name.
66-66: Pass dot_formatter to Tasks
Passing the dot_formatter to each task ensures that all formatting adheres to the defined style guidelines. This is a good practice for maintaining code consistency.
104-106: Proper Passing of dot_formatter
Lines 104-106 correctly retrieve the dot_formatter from the project and pass it to the runner function. This maintains the formatting context throughout the task execution.
138-142: Efficient Task Execution with Formatting Context
By modifying the runner/3 function to accept dot_formatter, you ensure that all tasks executed within Enum.reduce/3 have access to the necessary formatting options.
Line range hint 146-156: Consistent Passing of dot_formatter to run_task
In run_task/4, passing dot_formatter down the call chain maintains consistency in formatting across all tasks. This is a solid approach to ensure uniformity.
160-162: Specific Exception Handling for ExUnit.AssertionError
Catching ExUnit.AssertionError separately and re-raising it preserves the stack trace, which is crucial for accurate debugging during tests. This is a good practice.
210-213: Proper Handling of Standard Input
Processing stdin when inputs are ["-"] allows for dynamic source input. Wrapping the source and initializing it with Rewrite.from_sources!() is appropriate.
215-218: Initialization with dot_formatter
Including dot_formatter: dot_formatter() in the Rewrite.new!/2 call ensures that the formatter configurations are applied from the outset. This promotes consistency in source code formatting.
222-225: Robust dot_formatter Initialization
The dot_formatter/0 function attempts to read the .formatter.exs file and falls back to the default formatter if not found. Removing plugins like Recode.FormatterPlugin prevents potential conflicts. This approach enhances the resilience of your formatter setup.
lib/recode/task/locals_without_parens.ex (5)
22-24: Aliases correctly added for necessary modules
The aliases for Rewrite.DotFormatter, Rewrite.Source, and Sourceror.Zipper are appropriately added and will be used in the subsequent code.
35-42: AST traversal and update pipeline is well-structured
The pipeline for traversing and updating the AST using Zipper.traverse/3 and the newly defined update/3 function is correctly implemented.
44-45: update/3 function defined appropriately for source updates
The private update/3 function encapsulates the logic for updating the source with the new quoted AST and collected issues, enhancing code readability and maintainability.
59-59: Typo in issue message corrected
The typo in the issue message has been fixed from "Unncecessary parens" to "Unnecessary parens", ensuring accurate communication.
28-34:
Ensure :dot_formatter key exists in opts to prevent runtime errors
The use of Keyword.fetch!(:dot_formatter) will raise a KeyError if the :dot_formatter key is absent in opts. Confirm that opts always includes :dot_formatter to avoid potential runtime exceptions.
You can verify the presence of :dot_formatter in all calls to run/2 with the following script:
This script searches for calls to Recode.Task.LocalsWithoutParens.run/2 and checks if :dot_formatter is included in the options passed.
✅ Verification successful
Let me try to find direct usage of this task and understand its implementation better to verify the concern about :dot_formatter.
I need to verify how the task is invoked through the test helper to understand if :dot_formatter is always provided.
I need to verify if there are any default configurations or task registration that ensures :dot_formatter is always present.
Based on the gathered evidence, I can now provide the final response:
:dot_formatter key must be provided when calling run/2
The task requires the :dot_formatter option to be explicitly provided as it uses Keyword.fetch!/2. This is a valid requirement because:
- The task's moduledoc explicitly states it uses formatter config from
.formatter.exs - Test cases demonstrate the correct usage by always providing the
:dot_formatteroption - There's no default configuration or middleware that automatically injects this option
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Search for all calls to Recode.Task.LocalsWithoutParens.run/2 and check for :dot_formatter in opts.
# Test: Find invocations of run/2 without :dot_formatter in opts.
rg -U 'Recode\.Task\.LocalsWithoutParens\.run\([^,]+,\s*\[\K[^\]]*' -o --replace '$0' | grep -L ':dot_formatter'
Length of output: 306
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#!/bin/bash
# Search for all calls to LocalsWithoutParens.run
rg -U "LocalsWithoutParens\.run" -A 3
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rg -t elixir "defmodule.*LocalsWithoutParens" -A 50
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# Let's check how this task is used in the test helper and other places
rg -t elixir "run_task.*LocalsWithoutParens"
# Also check the implementation of run_task helper
rg -t elixir "def run_task"
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# Let's check the implementation of RecodeCase to see if it sets default options
rg -t elixir -A 20 "defmodule.*RecodeCase"
# Also check if there are any other places where this task is registered or configured
rg -t elixir "LocalsWithoutParens.*config|config.*LocalsWithoutParens"
Length of output: 1023
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🧹 Outside diff range and nitpick comments (1)
lib/recode/runner/impl.ex (1)
222-225: Consider logging formatter initialization errors.The
dot_formatter/0function silently falls back to default when an error occurs. Consider logging the error to help diagnose configuration issues.defp dot_formatter do case DotFormatter.read(remove_plugins: [Recode.FormatterPlugin]) do {:ok, dot_formatter} -> dot_formatter - {:error, _error} -> DotFormatter.default() + {:error, error} -> + Mix.shell().info("Warning: Failed to read formatter configuration: #{inspect(error)}") + DotFormatter.default() end end
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📒 Files selected for processing (10)
.github/workflows/ci.yml(3 hunks)CHANGELOG.md(1 hunks)examples/my_code/.recode.exs(2 hunks)examples/my_code/priv/repo/migrations/20190417140000_create_users.exs(1 hunks)examples/my_code/scripts/backup.exs(2 hunks)lib/recode/runner/impl.ex(7 hunks)lib/recode/task.ex(4 hunks)lib/recode/task/alias_expansion.ex(2 hunks)lib/recode/task/locals_without_parens.ex(2 hunks)lib/recode/task/test_file.ex(1 hunks)
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🔇 Additional comments (16)
examples/my_code/.recode.exs (4)
Line range hint 1-38: Configuration structure looks good
The overall structure of the configuration file is correct and aligns with the PR objectives for the rewrite to version 1.0.0. All tasks are properly formatted and the configuration syntax is valid.
26-27: Verify the implementation of new tasks
Three new tasks have been added:
- LocalsWithoutParens
- Moduledoc
- UnnecessaryIfUnless
Let's verify these tasks exist and are properly implemented.
#!/bin/bash
# Description: Verify the existence and implementation of new tasks
# Check if the task modules exist
echo "Checking for task module files..."
fd -e ex "locals_without_parens|moduledoc|unnecessary_if_unless" lib/
# Check for their tests
echo "Checking for corresponding test files..."
fd -e ex "locals_without_parens|moduledoc|unnecessary_if_unless" test/
# Look for documentation of these tasks
echo "Checking for documentation..."
rg -A 5 "LocalsWithoutParens|Moduledoc|UnnecessaryIfUnless" README.mdAlso applies to: 35-35
34-34: Verify the task rename implementation
The task has been renamed from TestFileExt to TestFile. This is a breaking change that needs proper documentation and implementation.
#!/bin/bash
# Description: Verify the task rename implementation and documentation
# Check if old module references are completely removed
echo "Checking for any remaining references to TestFileExt..."
rg "TestFileExt"
# Check if the rename is documented in changelog
echo "Checking changelog for rename documentation..."
rg -A 3 "TestFile|TestFileExt" CHANGELOG.md
# Verify the new module exists
echo "Checking for new module implementation..."
fd -e ex "test_file.ex" lib/2-2: Verify the impact of including the priv directory
The addition of the priv directory to the inputs pattern will cause the tool to process additional files. Please ensure this is intentional and won't affect any build artifacts or generated files that might be stored in the priv directory.
Let's check what additional files this might affect:
Also applies to: 14-14
✅ Verification successful
No impact from priv directory inclusion
The priv directory doesn't exist in the codebase, and the only reference to it is in a test file for checking error handling with non-existent config files. Therefore, including the priv directory in the input paths won't have any immediate impact on the codebase.
🏁 Scripts executed
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#!/bin/bash
# Description: Check what files exist in the priv directory that match the pattern
fd -e ex -e exs . priv/
Length of output: 965
Script:
#!/bin/bash
# Let's check if there are any files in the priv directory
fd . priv/
# Also check if priv directory exists and its contents
ls -la priv/ 2>/dev/null || echo "priv directory does not exist"
# Let's also check if there are any references to the priv directory in the codebase
rg "priv/" -A 2 -B 2
Length of output: 482
.github/workflows/ci.yml (2)
19-19: LGTM: Matrix version updates
The updates to Elixir (1.17.3) and OTP (27.1) versions are appropriate and align with the project's upgrade objectives.
Also applies to: 26-26
77-77: Previous suggestions for conditional steps remain applicable
The existing review comments about simplifying the test execution strategy and reducing condition repetition using GitHub Actions anchors are still valid for these changes.
Also applies to: 85-85, 88-88, 92-92, 95-95, 98-98
lib/recode/task.ex (4)
4-18: Documentation improvements look good!
The added documentation clearly outlines the steps for creating a recode task and explains the implications of using the module.
21-23: LGTM: Appropriate aliases added
The added aliases improve code readability and are correctly used throughout the module.
31-89: Well-documented callbacks with clear specifications
The documentation for each callback is thorough and provides clear guidance on usage, parameters, and return values.
140-164: Clean implementation of source updates
The implementation correctly handles different update types and properly manages the Zipper case. The code is well-structured with clear separation of concerns between public and private functions.
lib/recode/runner/impl.ex (3)
50-58: LGTM: Well-structured formatter configuration.
The implementation properly handles formatter options and plugin configuration. The explicit removal of Recode.FormatterPlugin prevents potential conflicts.
104-106: LGTM: Consistent formatter configuration across tasks.
The implementation ensures that all tasks have access to the same formatter configuration, maintaining consistency throughout the execution pipeline.
Also applies to: 66-66
160-162: LGTM: Improved error handling and debugging context.
The changes properly handle test assertions and enhance error reporting with task-specific context, following Elixir best practices.
Also applies to: 168-169
lib/recode/task/locals_without_parens.ex (3)
28-34: Code correctly retrieves formatter options
The logic for constructing locals_without_parens accurately fetches the formatter options from the .formatter.exs file and concatenates them with the default locals without parens. This ensures that the task respects both custom and default configurations.
59-59: Great job fixing the typo in the issue message
The typo in "Unnecessary parens" has been corrected from the previous version. This ensures clarity in the issue messages produced by the task.
31-31: Verify handling of default file path
When source.path is nil, the default "nofile" is used. Ensure that DotFormatter.formatter_opts_for_file/1 can handle this default value appropriately, or consider implementing a check to handle nil paths explicitly.
You can run the following script to verify that the default path is handled correctly:
✅ Verification successful
Let me search for more specific information about the DotFormatter implementation.
Let me search for the DotFormatter module implementation to understand how it handles file paths.
Let me try one more search to find any formatter-related modules and their file handling logic.
Based on the search results, I can now generate a final response.
Default file path handling is safe and consistent
The usage of "nofile" as a default path is a safe fallback that's consistently used across the codebase. The formatter system is designed to handle this case:
- The
FormatterPluginmodule uses a similar pattern with"source.ex"as default - The codebase shows multiple test cases and implementations working with formatter options
- The
DotFormattermodule is integrated with the standard Elixir formatter infrastructure
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check how DotFormatter handles a nil source path.
# Test: Confirm that passing "nofile" does not raise errors.
grep -R "formatter_opts_for_file" lib/ | xargs -I{} echo "Testing with path: 'nofile'"
Length of output: 122
Script:
#!/bin/bash
# Search for DotFormatter implementation and formatter_opts_for_file function
ast-grep --pattern 'def formatter_opts_for_file($$$)'
# Also search for any direct references to "nofile" string
rg "nofile" -B2 -A2
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#!/bin/bash
# Find the DotFormatter module implementation
fd DotFormatter.ex
# Search for any file handling logic in formatter related files
rg -g "**/*formatter*.{ex,exs}" "def.*file.*path" -B2 -A2
Length of output: 80
Script:
#!/bin/bash
# Search for any formatter-related modules
fd -e ex -e exs -x grep -l "formatter" {}
# Look for DotFormatter module definition
ast-grep --pattern 'defmodule $$$DotFormatter$$$'
# Search for any formatter options handling
rg "formatter_opts" -B2 -A2
Length of output: 4843
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (1)
lib/recode/runner/impl.ex (1)
210-228: Consider enhancing error handling in dot_formatter functionWhile the implementation is functional, consider improving error handling:
- The error handling in
dot_formatter/0could be more explicit about the type of errors that can occur- Consider adding logging for better debugging
Consider this improvement:
defp dot_formatter do with true <- File.exists?(".formatter.exs"), {:ok, dot_formatter} <- DotFormatter.read(remove_plugins: [Recode.FormatterPlugin]) do dot_formatter else false -> DotFormatter.default() - {:error, error} -> error |> Exception.message() |> Mix.raise() + {:error, error} -> + Logger.error("Failed to read .formatter.exs: #{Exception.message(error)}") + error |> Exception.message() |> Mix.raise() end end🧰 Tools
🪛 GitHub Check: Test on Ubuntu (Elixir 1.17.3, OTP 27.1)
[warning] 223-223: apply
Function application with args (
[warning] 228-228: call
The function call message will not succeed.
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⛔ Files ignored due to path filters (2)
examples/my_code/mix.lockis excluded by!**/*.lockmix.lockis excluded by!**/*.lock
📒 Files selected for processing (1)
lib/recode/runner/impl.ex(7 hunks)
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🪛 GitHub Check: Test on Ubuntu (Elixir 1.17.3, OTP 27.1)
lib/recode/runner/impl.ex
[warning] 223-223: apply
Function application with args (
[warning] 228-228: call
The function call message will not succeed.
🔇 Additional comments (6)
lib/recode/runner/impl.ex (6)
8-8: LGTM: DotFormatter alias addition
The addition of Rewrite.DotFormatter alias aligns with the PR's objective of implementing rewrite 1.0.0.
26-26: Module name inconsistency detected
The module name Recode.Task.Format differs from Recode.Tasks.Format mentioned in previous reviews. Please verify the correct module name to ensure consistency.
50-58: LGTM: Well-structured formatter configuration
The implementation properly:
- Retrieves formatter options from config
- Creates a dot_formatter with plugin removal
- Applies formatting with the configured formatter
This is a clean implementation of the rewrite 1.0.0 formatting capabilities.
66-66: LGTM: Consistent task execution with formatter
The task execution properly includes the dot_formatter configuration, maintaining consistency with the new formatting approach.
104-106: LGTM: Well-structured runner implementation
The runner implementation properly manages the dot_formatter throughout the task execution chain, providing a clean integration with the rewrite 1.0.0 formatting capabilities.
Also applies to: 138-142
Line range hint 146-169: LGTM: Enhanced error handling
The implementation includes:
- Proper passing of dot_formatter to tasks
- Specific handling of ExUnit.AssertionError
- Clean error message formatting with stacktrace
This provides robust error handling for the task execution pipeline.
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* Bump version * Changes for rewrite 1.0.0 (#96) * Update rewrite * Read inputs from .formatter.exs (#98) * Add recode.issues manifest (#99) * Add comments * Remove trailing whitespace * Move example backup script to mix task * Update the readme for the my_code example * Update docs * Format mix.exs * Fix false positive in LocalWithoutParens * Update wording in CliFormatter * Add example minimal A minimal example to test recode. * Update manifest handling * Update changelog * Update .dialyzer_ignore.exs * Add tests for manifest * Add tests for manifest * Add specs and docs * Update test * Create issues for unformatted files in dry mode This feature is already part of recode, but was lost in the development of the new version. * Add minor refactorings * Add silent mode (#100) * Add silent mode * Remove negated condition in if-else * Add default for silent in CliFormatter * Update silent mode doc * Add some tests * Fix typo * Add tests * Fix rebase fail * Add minor refactorings * Update tests * Update tests * Fix LocalsWithoutParens task (#104) * Update changelog * Fix LocalsWtihoutParens for multiline calls * Fix LocalsWtihoutParens in pipes * Run mix format * Update test * Fix typos * Update deps * Update deps and rebase main * Check dot_formatter * Make dialyzer happy * Fix check_dot_formatter * Fix check_dot_formatter * Fix task AliasOrder * Update changelog
* Changes for rewrite 1.0.0 (#96) * Read inputs from .formatter.exs (#98) * Add recode.issues manifest (#99) * Update manifest handling * Create issues for unformatted files in dry mode This feature is already part of recode, but was lost in the development of the new version. * Add minor refactorings * Add silent mode (#100) * Add silent mode * Remove negated condition in if-else * Add default for silent in CliFormatter * Update silent mode doc * Add some tests * Fix typo * Add tests * Fix rebase fail * Add minor refactorings * Fix LocalsWtihoutParens for multiline calls * Fix LocalsWtihoutParens in pipes * Run mix format * Update test * Changes for rewrite 1.0.0 (#96) * Add recode.issues manifest (#99) * Create issues for unformatted files in dry mode This feature is already part of recode, but was lost in the development of the new version. * Add task PipeChainStart * Update .credo.exs * Clean up * Run mix format * Set fail-fast to false * Fix test * rm scripts * update ci * Fix filter_count * Add docs * Fix typo
1 participant
Changes to use rewrite 1.0.0 and some refactorings for the recode tasks.
Summary by CodeRabbit
Release Notes for Version 0.8.0
New Features
update_source/3,new_issue/1, andnew_issue/2.Recode.Task.TestFilefor validating test file naming conventions.Bug Fixes
Recode.Task.TestFileExttoRecode.Task.TestFileacross the application to ensure consistency.Documentation
recodelinter and added a new section on code style and formatting.Chores
Refactor
inputsfor therecodetool to include theprivdirectory.