Codex Task Logs

I'll check AGENTS to make sure I’m following the right guidelines before organizing the file.

The AGENTS.md directs me to reorganize the long tests/test_web.py into smaller files.

This file is huge! I'll check out test_web.py to understand what's inside.

I'll open more to gather additional details for analysis.

The output was cut off, so I'll grab more to complete it.

The last test is at line 1374, so I need to review the overall structure.

The test file is too large—I'll organize the tests better by splitting them up.

I just need to split the web tests to handle them separately.

I'll open test_web.py to explore its structure and organize tests into categories.

I need to check lines around 65 to understand the test setup and any fixtures.

I'll browse further, from lines 200 to 300, to spot other categories.

I'll stop at 800 lines for now and continue to open the rest.

The file ends around line 1390; the later lines shouldn’t exist. I'll verify.

Let me revisit the last lines to confirm if there's anything after line 1374.

The test file is too big. I'll explore the repo to figure out how to break it down.

I should look at codex_setup.sh; it seems related to ruff and other tools.

I need to activate the virtual environment first using source .venv/bin/activate before running anything.

I'll split tests into categories based on their functionality: query filters, UI, graphs, chips, and table features.

I'll group tests logically, with categories for filters, UI elements, timeseries, chips, and tables.

I'm planning to break up test_web.py for better readability, following the guidelines carefully.

I’ll check for naming conventions in similar files like tests/test_server.py before deciding the name.

I’ll split test files into categories like queries, UI, columns, filters, and timeseries.

I’ll create 5-6 test files with clear groups for web helpers, tables, chips, and timeseries.

I’ll split tests by categories like basic UI, web columns, and timeseries functionality.

I’ll group tests into categories such as Basic, Columns, Chips, Table, and Timeseries.

I’ll begin by preparing the new tests/web_utils.py file.

I’ll create multiple test files logically grouped, using sed to extract and patch ranges.

I'll note the test lines from 66 to 1374 and check file size to confirm.

I'll group tests starting with "test_range_filters," checking lines 64 to 84. Let's open them.

I'll keep scrolling to capture tests for the time dropdown and related elements.

I’ll look at the lines after 240 for the next group related to graph type.

The snippet ends with 'help_and_alignment,' which isn't timeseries. Let's check the next tests.

I'm continuing to scroll through the content to find what I need.

I'll organize tests based on functionality into separate files and confirm the line numbers before proceeding.

I’ll split the tests into separate files, ensuring imports from tests.web_utils when needed.

I’ll update test_multi_table_web.py to import from tests.web_utils and remove test_web.py later.

I’ll split the tests as the user directed, using the "test_web_*.py" naming pattern.

I’m grouping tests by line number ranges for better organization ahead of implementation.

I'll extract individual tests using sed while adding necessary imports and headers for clarity.

I’ll pull the line ranges for key tests, confirming final selections before scripting the patch.

I'll split tests into groups by functionality, focusing on graph types, timeseries, columns, and more.

I’ll start splitting tests and moving utility functions to the appropriate files for organization.

Only moved two utility functions. I'll check if browser fixture is used and verify imports.

I'll review files to import select_value and run_query only as needed. Let's check.

None of the tests use run_query, so I’ll exclude it from imports, except maybe timeseries_resize.

I’ll verify if run_query is used beyond line 1224, just in case.

I'm reviewing the tests where run_query is used and deciding which files need importing.

It seems like various tests use run_query, but some don’t, like test_web_columns.

I'll create tests/web_utils.py with two functions and use apply_patch for testing.

Looks like the patch file didn’t get recognized due to quoting. I’ll recreate it.

Whoops, I missed the newline! Applying the patch now using "apply_patch <<'PATCH'".

I'll open and verify each test range before copying them over to the new files.

I'll check out the file to understand what's inside.

I’m scrolling down to get more context.

I'll check the full header_and_tabs test from lines 210 to 242 to ensure closing.

I'll grab lines 509-522 to capture help_and_alignment and similar content.

I’ll create the test_web_basics.py file and prepare the patch with the tests.

Patch went through, but it's too large to see fully. Let's now work on graph file.

I'm preparing the columns file, focusing on lines 616-685 for five tests.

I’ll grab lines 686 through 697 for the next test columns_tab_selected_count.

I'll review the initial lines to confirm everything is captured.

I'm checking to make sure I’ve captured all the tests properly.

All column tests are complete. Now it's time to patch them.

I'll grab the lines 698 to 956 to create the chip tests. Let's verify.

I'll verify the last lines to make sure nothing was inadvertently cut off.

I'll check the last lines to confirm where test_table_enhancements begins.

The chips file range looks good. Now, I'll start creating test_web_chips.py.

I'm preparing the table tests and deciding on the exact line segments to capture and exclude.

I'll use sed for sql_query_display and combine with timeseries tests from 1238 onward.

I’m going to check out the compiled file now.

I need to scroll further to find the next relevant section.

Time to apply the patch now!

I'm collecting the timeseries tests from various line ranges like 293-358, and so on.

I'll capture part 2, focusing on lines 1238 to 1392.

I'll review lines after 508 to confirm the timeseries_multi_series content.

I'll start by checking the first few lines of timeseries_part2 to understand its contents.

Time to apply the patch and move things forward.

I'll remove test_web.py, update test_multi_table_web.py, and check for renaming needs.

I’ll go ahead and remove the original test_web.py to avoid duplication.

I'll make the necessary changes to tests/test_multi_table_web.py.

I’ll change the import to ‘from tests.web_utils import select_value’.

I'll run ruff format first to auto-format the new files, then ruff check and pyright.

I'll go ahead and run a quick ruff check on the code now.

The unused import of select_value in the test files could be related to group_by columns.

I’ll remove the unused select_value import; turns out it's not needed in the chips file.

I'll remove the unused select_value import and patch the unnecessary test reference.

I'll apply the necessary updates for the table now.

I don't need this, so I'll remove it from the import statement.

I'll run ruff format once more to double-check everything's lined up.

I'll run git status to see which files have been modified.

I'll need to add some new files to the repository.

I'll ensure the test_web.py is fully removed from the codebase after git rm.

I'll go ahead and commit the changes using the conventionally formatted commit message.

I’ll quickly verify the status after completing the commit.

I'll grab lines from web_utils.py to highlight moved functions for citations.

Time to capture everything until I reach the end of the file.

I'll grab a test snippet from 'test_web_basics' to showcase one of them.

I'm wrapping up the final snippet from test_web_timeseries.

I’m running tests, but they might fail due to missing dependencies or network issues.

Pytest passed with 108 tests. I’ll now write the PR message based on the changes.