psf / requests · Getting started

The repository's own description calls it a simple, elegant HTTP library — the maintainer's wording, reported as author-claimed rather than an analyzer finding. Platform metadata records Python as the primary language, with 390,104 Python bytes and 2,527 Makefile bytes in the language breakdown. License metadata records Apache-2.0. The latest recorded release is v2.34.2, published 2026-05-14. Metadata records 54,298 stargazers as of 2026-09-14. The analyzer's summary counts 130 analyzed files organized under src, tests, docs, ext and .github, plus 42 test-like files and 3 manifest files. The same summary reports 3,080 static relation edges, 25 bounded execution paths and 1,845 line-addressable semantic code blocks.

This packet holds a single dependency record: Sphinx, pinned to ==7.2.6, recorded with scope runtime and sourced from docs/requirements.txt. Only requirements-style manifests were parsed by analyzer v0.10, and pyproject.toml dependency tables are not parsed, so dependency records from other manifests are absent. pyproject.toml and setup.py are present and flagged as project-level important files, but their dependency data was not parsed here. The summary counts 3 manifest files in the analyzed inventory, yet only one manifest produced dependency records. The dependency records on file therefore do not establish the library's own runtime dependencies.

Two files carry a Python __main__ guard: src/requests/certs.py, whose guard body calls print(where()), and src/requests/help.py, whose guard body calls a local main() function. A third candidate, tests/testserver/server.py, is flagged as likely executable only by filename heuristic. The analyzer's summary points at src/requests/certs.py as the main starting place it identified. The recorded static paths are short: from the certs.py guard they reach print and where and stop as external or unresolved calls, and from the help.py guard they run through local main() and info() and stop at external calls such as json.dumps, print and platform.system. Every recorded first execution path ends with terminal_reason unresolved_boundary. These records come from static analysis, in which reflection, dynamic imports, monkey-patching, generated code, framework runtime wiring and dynamic dispatch are not resolved, so runtime behaviour beyond them is not established by this analysis.

Start with the project-level important files: README.md, pyproject.toml, setup.py and LICENSE. The analyzer also flags src/requests/certs.py, src/requests/help.py and tests/testserver/server.py as important because they are likely entrypoints. Its learning-path advice is to start with manifests and important symbols, then trace the bounded execution path and inspect unresolved boundaries before changing code. Its modify-guide advice is to begin modification analysis at the detected entrypoint tests/testserver/server.py — a file under the tests tree — and verify downstream effects manually. Top-level directories hold 20 files under src, 42 under tests, 26 under docs, 7 under ext, 19 under .github, and 16 at the repository root. Tests exist: the summary counts 42 test-like files and states the project includes tests.

This analysis is static only: reflection, runtime dependency injection, dynamic imports, monkey-patching, generated code, framework runtime wiring and dynamic dispatch are not resolved. No installation, build or run command is verified; install/run/build inference is partial. Dependency coverage is partial as well — only requirements-style manifests were parsed, and pyproject.toml dependency tables are not parsed. README claim extraction is line-based and may capture code lines instead of prose, so README-derived statements are author-claimed at best. Analyzer capability fields describe the analyzer, not the repository, and are excluded from repository evidence. One internal inconsistency: a teaching claim in the packet says no bounded static execution path is available, while the same packet lists five first execution paths.

The maintainer-controlled description calls the project a simple, elegant HTTP library — author-claimed metadata, not an analyzer finding. The declared documentation homepage is https://requests.readthedocs.io/en/latest/. Declared topics include client, cookies, forhumans, http, humans, python, python-requests and requests, recorded as observed platform metadata.