📚 Auto-Read-Paper

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Your personal AI paper-reading assistant — automatically fetches fresh arXiv papers daily, runs a multi-agent read-and-review pipeline, remembers unsent high-scoring papers across days, and delivers a bilingual digest with AI commentary straight to your inbox.
Runs entirely on GitHub Actions — no server, free infra on public repos. You only pay for the LLM API tokens your chosen provider bills (typically $0.01–$0.10 / day with gpt-4o-mini / DeepSeek-class models).

🌟 Highlights · 🚀 Usage · 📖 How it works

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🌟 Highlights

Not just a paper crawler — an AI that reads, grades, picks, summarizes, and remembers for you.

🤖 Multi-Agent Collaboration (core feature)

Unlike the common "score each paper in isolation" approach, Auto-Read-Paper ships with a Reader + Reviewer two-agent pipeline by default:

Role	Responsibility	Output
🧑‍🔬 Reader	Reads each paper's title, abstract, and a preview of the main body; extracts structured notes (task / method / contributions / results / limitations)	Compact JSON notes per paper
🧐 Reviewer	Receives all Reader notes in a single batch, ranks papers globally on a multi-dimensional rubric (novelty / soundness / effectiveness / completeness / reproducibility / trending), produces a single 0-10 holistic score	Globally consistent ranking + scores

Why is this better than a single agent?

• ✅ Global calibration — the Reviewer sees every candidate side-by-side, so scores don't drift the way they do when each paper is graded in isolation.
• ✅ Token-efficient — Reader does a light read per paper; Reviewer does one batched call. Far cheaper than per-paper scoring.
• ✅ Sharper ranking — structured notes let the grader focus on real technical differentiation instead of abstract wording.

💡 You can toggle single/multi-agent mode anytime in YAML: executor.reranker: reader_reviewer (default, multi-agent) or keyword_llm (single-agent, per-paper scoring).

📖 Automatic deep-reading & localized AI commentary

Each Top-N paper is deep-read — the full TeX / HTML / PDF is pulled and fed to the LLM to produce a structured summary in the language you configured (llm.language in YAML, default Chinese):

• 🎯 Core work — 1-2 sentences on the problem and approach
• 💡 Key innovation — 2-3 sentences on the pain point, the core idea, and how it differs from / improves on prior work
• 🚀 Potential value — 1-2 sentences on real-world impact and research value

🔤 Acronym-friendly: widely-used technical abbreviations (RL, MPC, RAG, LVLM, GRPO, …) are preserved in the original English, with a brief gloss in the target language on first use — so domain readers never lose context.

🧠 Long-term memory · 7-day rolling digest

High-scoring papers are never buried:

• 📥 Papers scored today but not sent → roll forward into the candidate pool
• 🔄 They re-compete tomorrow: on a quiet day, yesterday's "4th place" gets its turn
• 💾 State persists in state/score_history.json, auto-committed back to the repo after each run
• ⏰ Entries older than retention_days (default 7) are pruned to prevent backlog

Result: the daily email is never empty, and genuinely valuable papers always end up in front of you — eventually.

📧 Carefully designed email cards

• 📑 Bilingual titles (auto) — English original on top, plus a translation into llm.language underneath (smaller, subtle). When llm.language is set to English, the title stays single-line English only — no redundant translation.
• 🏷️ Color-coded section pills — the three summary sections are tagged in blue / green / orange
• ⭐ Relevance score badge — AI score visible at a glance
• 🎨 Card layout — accented left border, rounded corners, soft shadows; looks clean on both mobile and desktop

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✨ Full feature list

• 🤖 Single/multi-agent switchable — multi-agent by default (Reader + Reviewer): token-efficient with global scoring
• 🧭 Six-dimension scoring rubric — Reviewer evaluates every paper on novelty / soundness / effectiveness / completeness / reproducibility / trending, then folds them into a calibrated 0-10 score
• 🧠 7-day long-term memory — rolling candidate pool ensures high-scoring papers aren't lost
• 📖 Automatic full-text reading — pulls TeX/HTML/PDF, not just abstracts
• 🌐 Localized AI commentary — three-section structured summary in the language you choose (llm.language); technical acronyms preserved
• 📑 Smart bilingual titles — English + translation in llm.language; automatically collapses to single-line English when language is set to English
• 🎨 Beautiful email template — colored tags, card layout, score badges
• ⏰ Minute-accurate scheduling — driven by an external cron service (free, minute-precision) instead of GitHub's best-effort cron; re-triggerable at any time for debugging via the scheduler's "Test run" button
• 🔍 Keyword pre-filter — papers not matching your keywords are dropped before any LLM call (saves tokens)
• 💰 Free infra on public repos — GitHub Actions minutes are unlimited for public repos; you only pay the LLM provider for tokens
• 🫀 Pause-proof — external-scheduler trigger sidesteps GitHub's 60-day idle-schedule pause entirely (no keep-alive workflow needed); history fallback + arXiv heartbeat keeps the daily pulse alive even on quiet days
• 🔧 Hydra + OmegaConf — every behavior is configurable via YAML with hot env-var interpolation

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🚀 Usage

Quick Start

8 steps, ~15 minutes on a fresh fork. Each step is self-contained — finish one, verify, move on. The most common failure points are flagged with ⚠.

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1️⃣ Fork the repo & enable Actions

Click Fork on the upstream repo, pick your account as the owner, keep the default name.

⚠ Enable Actions on your fork — required, one-click, silent failure otherwise.

GitHub disables every workflow on every fork as an anti-abuse measure. Open the Actions tab — you'll see a yellow banner "Workflows aren't being run on this forked repository". Click "I understand my workflows, go ahead and enable them". Until you do, neither Test nor Send paper daily can be triggered — manually or via cron-job.org API.

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2️⃣ Set repository Secrets (sensitive values)

About Secrets vs Variables. GitHub Actions exposes two kinds of repo-level configuration:

• Secrets (${{ secrets.X }}): encrypted, masked as *** in logs, never readable after save. Use these for anything sensitive — passwords, API keys, SMTP auth codes.
• Variables (${{ vars.X }}): plain-text, visible in logs, editable any time. Use these for non-sensitive config — model id, token budget, feature toggles.

Both live under repo Settings → Secrets and variables → Actions but in separate tabs. Neither is inherited when someone forks — every fork must set its own.

Key	Description	Example
SENDER	The email account that SENDS the digest (outbox). Needs SMTP access — usually the same as your login email.	abc@qq.com
SENDER_PASSWORD	SMTP auth code for SENDER — a special password issued by the email provider for third-party SMTP clients. NOT your webmail login password. See "SMTP auth code how-to" below.	abcdefghijklmn
RECEIVER	The email account that RECEIVES the digest (inbox). Can be any address, same provider or different, no SMTP setup needed.	abc@outlook.com
LLM_API_KEY	Unified API key for your LLM provider — OpenAI, Anthropic, Gemini, DeepSeek, Qwen, Kimi, MiniMax, Ollama, vLLM, OpenRouter, Groq, SiliconFlow, … all share this single secret. No provider-specific ANTHROPIC_API_KEY / GEMINI_API_KEY needed.	sk-xxx, sk-ant-xxx, AIza…
LLM_API_BASE	Unified base URL. Leave empty for native providers (openai/…, anthropic/…, gemini/…, groq/…) — LiteLLM uses each vendor's official endpoint. Set it for OpenAI-compatible third-parties (DeepSeek, Qwen, Kimi, Ollama, vLLM, …).	https://api.minimaxi.com/v1, https://api.deepseek.com/v1

📋 Never registered an LLM API before? Click here for a step-by-step MiniMax signup tutorial — MiniMax offers free-tier credits and works out-of-the-box with this project.

If you've never used an LLM API provider, MiniMax is one of the easiest starting points — signup is quick, the free tier is generous enough to run this project daily, and it's OpenAI-compatible so no extra setup is needed.

1. Register — open https://platform.minimaxi.com/ and sign up with your phone number or email. Verify the account.
2. Create an API key — after login, go to 账户管理 → API密钥管理 (Account → API Keys) → click 新建密钥 (Create Key) → give it a name → copy the generated sk-... string immediately (you won't be able to see it again).
3. Paste it into GitHub — in your fork's Settings → Secrets and variables → Actions → Secrets tab, set:
   • LLM_API_KEY = the sk-... string you just copied
   • LLM_API_BASE = https://api.minimaxi.com/v1
4. Pick a model — in the Variables tab, set LLM_MODEL to a MiniMax model id, e.g. MiniMax-M2.7. (See the model list below for alternatives.)
5. Top up if needed — the free tier usually covers weeks of daily digests. If you hit a quota error, go to 账户管理 → 充值 (Recharge) and add a few RMB.

Other beginner-friendly providers with similar flows: DeepSeek (https://platform.deepseek.com/), Kimi / Moonshot (https://platform.moonshot.cn/), Qwen / DashScope (https://dashscope.console.aliyun.com/). All are OpenAI-compatible — just swap the LLM_API_BASE and LLM_MODEL accordingly.

Quick mental model — there are three email-related values, don't mix them up:

• SENDER = outbox address (sends the mail). Needs a matching SENDER_PASSWORD auth code and a matching smtp_server / smtp_port in the YAML config below.
• SENDER_PASSWORD = SMTP auth code of the SENDER (not your regular password). Generated in the SENDER account's web settings.
• RECEIVER = inbox address (reads the mail). No credentials needed; just tells the SENDER where to deliver.

SENDER and RECEIVER can be the same address (send-to-self is fine) or different providers (e.g. send via QQ, receive on Gmail). Only the SENDER side has SMTP credentials to set up.

SMTP auth code how-to — most providers disable plain-password SMTP for security. You must enable SMTP/IMAP in your email account's web settings, which then hands you a ~16-char auth code to paste into SENDER_PASSWORD:

• QQ Mail (smtp.qq.com:465): Settings → Account → POP3/IMAP/SMTP → enable "IMAP/SMTP服务" → send the verification SMS → copy the 16-char 授权码.
• 163 / NetEase (smtp.163.com:465): 设置 → POP3/SMTP/IMAP → 开启 "IMAP/SMTP服务" → 授权码.
• Gmail (smtp.gmail.com:465): enable 2-Step Verification → myaccount.google.com/apppasswords → create "App password" → copy the 16-char code (remove spaces).
• Outlook / Office 365 (smtp.office365.com:587): enable 2FA → account.microsoft.com → Security → App passwords → generate. Note port 587 + STARTTLS differs from 465.

If SMTP auth fails (535 authentication failed in the workflow log), nine times out of ten the auth code is wrong, expired, or contains pasted-in spaces. Re-issue and re-paste. The SENDER address and smtp_server must both belong to the same provider — SENDER=abc@qq.com + smtp_server=smtp.163.com will not work.

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3️⃣ Set repository Variables (non-sensitive config)

Same page as Secrets — just switch to the Variables tab.

Where does the daily send time live? Not here — the workflow has no built-in schedule, it only runs when an external service (cron-job.org) invokes it. Send time is set in the cron-job.org dashboard (step 6️⃣ below), so this variables table contains no time-related knobs.

Variable	Description	Example
LLM_MODEL	LiteLLM-style model id used for both scoring and the deep-read summary. See the provider matrix below. Default gpt-4o-mini.	MiniMax-M2.7, openai/gpt-4o-mini, anthropic/claude-sonnet-4-6, gemini/gemini-2.0-flash, deepseek/deepseek-chat
LLM_MAX_TOKENS	Per-request output token cap. Default 4096. Auto-renamed to max_completion_tokens for reasoning models (o1/o3/o4/gpt-5). Must be ≤ your model's context window.	4096, 8192
CUSTOM_CONFIG	The full YAML configuration (see below). Must be edited to match your own research keywords / categories / language — not optional.	(multi-line YAML)

⚠️ You MUST set CUSTOM_CONFIG yourself after forking. GitHub does NOT copy Variables (or Secrets) from the upstream repo when you fork — on a fresh fork, CUSTOM_CONFIG is empty, and the workflow falls back to the committed config/custom.yaml, which ships a generic 3-keyword template (reinforcement learning / model predictive control / residual policy). That template is NOT tailored to you — unless your research actually matches those exact keywords, edit keywords / category / model / language in the sample below to match your own field before pasting into CUSTOM_CONFIG.

📋 Click to expand the full CUSTOM_CONFIG YAML template — paste this into the Variable value box, then edit keywords / category / model / language to match your own research.

email:
  sender: ${oc.env:SENDER}              # Outbox address (same as SENDER secret)
  receiver: ${oc.env:RECEIVER}          # Inbox address (same as RECEIVER secret)
  smtp_server: smtp.qq.com              # SMTP host of the SENDER's provider. MUST match SENDER:
                                        #   abc@qq.com      → smtp.qq.com
                                        #   abc@163.com     → smtp.163.com
                                        #   abc@gmail.com   → smtp.gmail.com
                                        #   abc@outlook.com → smtp.office365.com (port 587)
  smtp_port: 465                        # 465 for SSL (qq/163/gmail); 587 for STARTTLS (outlook)
  sender_password: ${oc.env:SENDER_PASSWORD}   # SMTP auth code, NOT the webmail login password

llm:
  api:
    key: ${oc.env:LLM_API_KEY}
    base_url: ${oc.env:LLM_API_BASE}
  model: ${oc.env:LLM_MODEL,gpt-4o-mini}         # LiteLLM-style id. See the provider matrix below for values like openai/gpt-4o-mini, anthropic/claude-sonnet-4-6, gemini/gemini-2.0-flash, deepseek/deepseek-chat, ollama/qwen2.5:7b-instruct.
  max_tokens: ${oc.env:LLM_MAX_TOKENS,4096}      # Per-request OUTPUT token cap. Default 4096. Auto-renamed to max_completion_tokens for o-series / gpt-5. MUST be <= model context window. **Raise this (e.g. 16384) if your daily candidate pool is large, or if you use a reasoning model (MiniMax-M2.7, deepseek-reasoner, o-series) — reasoning tokens eat the budget before the JSON is emitted, causing truncated/unparseable output.**
  temperature: 0.3                                                  # 0.0 = deterministic, 1.0 = creative. Ignored for reasoning models (o-series / gpt-5).
  timeout: 180                                                      # Per-request timeout in seconds. Default 180. **Raise this (e.g. 600) if your daily candidate pool is large, or if you use a slow reasoning model — the Reviewer batch call can otherwise time out and fall back to keyword-hit scoring.**
  max_retries: 3                                                    # LiteLLM-level retry count on 429/5xx.
  language: Chinese                                                 # Output language for the deep-read summary. Examples: Chinese, English, Japanese. If set to English, the email drops the bilingual title row.

source:
  arxiv:
    category: ["cs.AI","cs.LG","cs.RO"] # Coarse arXiv category filter
    include_cross_list: true
    keywords:                            # Fine-grained keyword filter (case-insensitive)
      - "reinforcement learning"
      - "model predictive control"
      - "residual policy"

executor:
  debug: ${oc.env:DEBUG,null}
  send_empty: false
  max_paper_num: 10                     # Top-N papers shown in the email
  source: ['arxiv']
  # reader_reviewer = multi-agent (Reader + Reviewer, default, recommended: global calibration + token-efficient)
  # keyword_llm     = single-agent (per-paper LLM scoring; simpler, more API calls)
  reranker: reader_reviewer

${oc.env:XXX,yyy} resolves to environment variable XXX, falling back to yyy when unset.

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4️⃣ Smoke test — run the Test workflow

Actions → Test → Run workflow. This verifies your Secrets + Variables load cleanly and all dependencies build. Finishes in ~1 minute.

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5️⃣ Live dry-run — manually trigger Send paper daily

Once Test is green, fire Send paper daily once by hand. Check the workflow log and your inbox — if the digest email arrives, the pipeline itself is fully working and only the schedule remains.

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6️⃣ Automate the daily send via cron-job.org

This is the schedule. The repo deliberately ships no schedule: cron (GitHub's built-in cron drifts 5–15 min and frequently drops fires), so until you finish this step the workflow only runs when you click Run workflow manually.

6.1   Register a cron-job.org account. cron-job.org → Signup → verify email → log in. Free, no credit card. Then Account → Settings → Timezone = Asia/Shanghai (or whatever timezone you want the "Every day at HH:MM" picker to interpret).

6.2   Create the cron job.

On the cron-job.org dashboard click CREATE CRONJOB.

6.3   Fill in the "Common" tab (screenshot below is the target state):

Field	Value
Title	Anything descriptive, e.g. Auto-Read-Paper daily.
URL	https://api.github.com/repos/<your-github-username>/Auto-Read-Paper/actions/workflows/main.yml/dispatches ⚠ Replace <your-github-username> with YOUR username — the screenshot shows xcc6219 (the upstream owner) as an example. Leaving it unchanged POSTs to someone else's repo and silently 404s. If you also renamed your fork, update the Auto-Read-Paper segment.
Enable job	ON (orange toggle).
Save responses in job history	OFF is fine (keeps dashboard tidy).
Execution schedule → "Every day at"	Pick the HH:MM you want the email to land. The right-hand preview must say In this job's individual timezone (Asia/Shanghai) — if it doesn't, fix the timezone in step 6.1. Screenshot example: 11:40 every day.

6.4   Switch to the "Advanced" tab and fill the HTTP details (except the Authorization token value — we'll get that in the next step):

Field	Value
Request method	POST
Header 1 → Key	Accept
Header 1 → Value	application/vnd.github+json
Header 2 → Key	Authorization
Header 2 → Value	⏳ Leave blank for now. You'll paste Bearer <token> here in step 6.6.
Request body	{"ref":"main"} ⚠ Do not leave the body empty — GitHub returns 422 Unprocessable Entity without it.

⚠ DO NOT close or navigate away from this cron-job.org tab. In the next step you'll open GitHub in a new browser tab to generate the PAT, then come back to this exact form to paste the token. If you close this tab, all values above are lost.

6.5   Open a NEW browser tab → generate a GitHub Personal Access Token (PAT).

🟠 Keep the cron-job.org tab open in the background — open GitHub in a separate tab (Ctrl-click the link, or right-click → Open in new tab).

Navigate: GitHub avatar (top-right) → Settings → Developer settings (left sidebar, bottom) → Personal access tokens → Fine-grained tokens → Generate new token.

⚠ "Developer settings" lives under your account Settings, NOT the repo's Settings. If you only see Deploy keys / Secrets / Actions, you're in the wrong Settings page — click your avatar in the top-right first.

Fill the token form to match the screenshot exactly — every red-arrow field matters:

Field	Value	Notes
Token name	Auto-Read-Paper (or anything descriptive)	—
Resource owner	Yourself (your own username)	—
Expiration	No expiration (recommended) or 1 year with a calendar reminder to rotate	A 90-day default will silently break the cron after 3 months.
Repository access	Only select repositories → click Select repositories → pick only your fork of Auto-Read-Paper	❌ Do not pick Public repositories (read-only, cannot dispatch → 403) or All repositories (over-privileged).
Repository permissions → Actions	Read and write	Click "+ Add permissions" to reveal the Actions row, then set its dropdown to Read and write. This is the most commonly-missed step → symptom is 403 Forbidden.
Repository permissions → Metadata	Read-only (auto-set, required)	GitHub adds this automatically — you cannot turn it off.
Account permissions	Leave all on No access	—

Click Generate token at the bottom → copy the github_pat_... string immediately. GitHub shows it exactly once; losing it means generating a new one.

6.6   Switch back to the cron-job.org tab → paste the token.

In the Authorization Value field you left blank in step 6.4, paste:

Bearer <your github_pat_... token>

⚠ The word Bearer (with a trailing space) must come before the token — without it GitHub returns 401 Unauthorized. Example: Bearer github_pat_11ABCDEF...xyz (whole line goes into the Value box).

Click Create at the bottom of the page. Done — the job appears on your dashboard with enabled cronjobs: 1.

6.7   Verify it works.

On the job's detail page click Test run (or Execute now). Within a few seconds the response panel shows the HTTP status. Expected: 204 No Content. Then open your GitHub repo's Actions tab — a new Send paper daily run should appear within ~10 s.

Troubleshooting the test-run HTTP status:

Status	Meaning	Fix
204	✅ Success — workflow dispatched	Nothing to do.
401	Unauthorized — missing/malformed token	Header value must start with Bearer (with trailing space), followed by the full github_pat_... string.
403	Forbidden — token lacks permission	PAT was created with Public repositories access. Regenerate with Only select repositories + Actions: Read and write.
404	Not found — wrong URL	Username in URL is not your account, repo was renamed, or fork doesn't exist.
422	Unprocessable entity — bad body	Request body must be exactly {"ref":"main"}.

Want to re-send for testing? No special flag needed — every trigger runs the pipeline end-to-end. On cron-job.org click Test run (or edit the job's schedule to any near-future time); on GitHub click Actions → Send paper daily → Run workflow. Both send a fresh digest immediately.

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7️⃣ (Optional) Subscribe to failure emails

Click the repo's Watch → Custom → tick Actions. GitHub will email you only when a workflow fails, so you catch an expired API key or SMTP rejection within minutes instead of noticing a silent empty inbox days later.

🔌 Use a different LLM provider

This project routes every LLM call through LiteLLM, so any of its 100+ providers works by flipping a few env vars. One unified pair of secrets — LLM_API_KEY + LLM_API_BASE — covers every provider, including Anthropic and Gemini. No provider-specific secrets required.

Provider	LLM_MODEL	LLM_API_BASE	LLM_API_KEY
OpenAI — chat	openai/gpt-4o-mini, openai/gpt-4o	(blank)	your OpenAI key (sk-…)
OpenAI — reasoning (o1/o3/o4/gpt-5)	openai/o3-mini, openai/gpt-5	(blank)	your OpenAI key — max_tokens auto-renamed to max_completion_tokens, temperature auto-dropped
Anthropic — native API	anthropic/claude-sonnet-4-6, anthropic/claude-haiku-4-5-20251001	(blank)	your Anthropic key (sk-ant-…)
Google Gemini — native API	gemini/gemini-2.0-flash, gemini/gemini-2.5-pro	(blank)	your Gemini key (AIza…)
DeepSeek	deepseek/deepseek-chat, deepseek/deepseek-reasoner	https://api.deepseek.com/v1	your DeepSeek key
Qwen (DashScope, OpenAI-compat)	openai/qwen-plus, openai/qwen-max	https://dashscope.aliyuncs.com/compatible-mode/v1	your DashScope key
Kimi / Moonshot	openai/moonshot-v1-32k, openai/moonshot-v1-128k	https://api.moonshot.cn/v1	your Moonshot key
MiniMax (OpenAI-compat)	openai/MiniMax-Text-01, openai/abab6.5s-chat	https://api.minimax.chat/v1	your MiniMax key
OpenRouter (anything, one key)	openrouter/anthropic/claude-sonnet-4-6, openrouter/openai/gpt-4o-mini	(blank)	your OpenRouter key
Ollama (local self-host)	ollama/qwen2.5:7b-instruct, ollama/llama3.1:70b	http://127.0.0.1:11434/v1	any non-empty string (Ollama ignores it)
vLLM (self-host, OpenAI-compat)	openai/<served-model-name>	http://<host>:8000/v1	whatever vLLM is configured with
Groq	groq/llama-3.3-70b-versatile	(blank)	your Groq key
SiliconFlow	openai/Qwen/Qwen2.5-72B-Instruct	https://api.siliconflow.cn/v1	your SiliconFlow key

Switching providers is a 3-step operation, no workflow edits required:

1. Update the repo secret LLM_API_KEY with the new provider's key.
2. Update / clear the repo secret LLM_API_BASE per the table above.
3. Update the repo variable LLM_MODEL to the matching LiteLLM-style id.

Notes:

• Native vs OpenAI-compatible: anthropic/…, gemini/…, groq/…, openrouter/… call each vendor's native API through LiteLLM — leave LLM_API_BASE blank. Everything else uses OpenAI-compatible endpoints — set LLM_API_BASE to the provider's URL.
• Small-model tolerance: the client auto-strips <think>…</think> blocks, Markdown ```json fences, and Python-style single-quoted dicts from JSON responses — so DeepSeek, Qwen, and local Ollama runs don't fall back silently on malformed output.
• Reasoning-model quirks: o1 / o3 / o4 / gpt-5 require max_completion_tokens (not max_tokens) and reject temperature — the client rewrites both for you automatically.
• Timeouts & retries: llm.timeout (default 180 s) and llm.max_retries (default 3) are forwarded to LiteLLM so a wedged endpoint can't hang the whole Actions job.

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See config/base.yaml for every available knob, including:

• executor.reranker — pick keyword_llm (per-paper LLM scoring, simple) or reader_reviewer (two-agent: Reader takes structured notes per paper, Reviewer batch-ranks them in one call).
• reranker.keyword_llm.weights — reweight innovation/relevance/potential.
• reranker.keyword_llm.threshold / reranker.reader_reviewer.threshold — drop papers below a minimum score.
• reranker.keyword_llm.concurrency / reranker.reader_reviewer.concurrency — parallel LLM requests.
• reranker.reader_reviewer.reviewer_max_papers — cap how many papers go into the single Reviewer batch call.
• source.arxiv.include_cross_list — include cross-listed papers.
• executor.send_empty — still send the email even when no paper matched.
• history.enabled / history.retention_days — keep a rolling pool of scored-but-unsent papers for N days so the highest-scoring backlog gets surfaced.

Local Running

Powered by uv:

# export SENDER=... SENDER_PASSWORD=... RECEIVER=...
# export LLM_API_KEY=... LLM_API_BASE=...
cd Auto-Read-Paper
uv sync
DEBUG=true uv run src/auto_read_paper/main.py

📖 How it works

arXiv RSS → keyword filter → multi-agent rerank → history merge → Top-N deep read → email
                                      ↓
                      Reader (structured notes) + Reviewer (global scoring)

1. Retrieve — pull newly-announced papers in the configured categories from arXiv RSS every day
2. Keyword pre-filter — drop papers whose title/abstract doesn't match any keyword (before any LLM call)
3. Multi-agent rerank (default) —
   • 🧑‍🔬 Reader: reads title + abstract + main-body preview per paper, emits structured JSON notes
   • 🧐 Reviewer: compares all candidates side-by-side in a single call and scores each 0-10 on innovation / relevance / impact
4. History merge — today's scored papers merge with the past-7-days unsent pool; everything is re-sorted by score
5. Deep read — the Top-N go back to the LLM to produce the three-section summary (in the language set via llm.language) and, when that language differs from English, a translated title
6. Render & send — HTML template renders colored cards and sends via SMTP; papers are only marked as sent after SMTP succeeds

📌 Limitations

• arXiv RSS is the only source. Google Scholar has no stable API and would not survive on GitHub Actions runners.
• The LLM scoring is only as good as the prompt + model; for niche domains, expect some noise. Raise max_paper_num or tune weights to taste.
• Runs free and unmetered on a public fork; private forks use ~30 Actions min/month (well inside the Free tier's 2000).
• Daily scheduling requires a free external account at cron-job.org (step 6 of the setup). The workflow no longer embeds a GitHub schedule: cron because GitHub's built-in cron drifts 5–15 min and frequently drops fires.

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🗑️ Manually clear the 7-day paper history

Your fork accumulates a rolling 7-day memory so high-scoring papers aren't buried. The pipeline stores it in two places:

Where	What lives there	Scope
GitHub Actions cache (score-history-*)	state/score_history.json — scored papers + sent_at marks	Every cloud run
Local repo (state/score_history.json)	Same file, when you run uv run src/auto_read_paper/main.py on your machine	Local dev only

You may want to wipe one or both when:

• You changed keywords / category / language and want the next run to start from a clean slate
• The history file got corrupted for any reason

Note: there is no per-day or content-hash send guard. The candidate pool is just unsent papers — trigger the workflow as many times as you want per day; each push only ever picks from papers you have not yet received, and the pool naturally shrinks as papers get marked sent.

Option A — GitHub web UI (easiest, recommended)

1. Open your fork → Actions tab
2. Left sidebar → Caches (under "Management")
3. Find every entry whose key starts with score-history- and click the 🗑️ icon to delete
4. The next Send paper daily run starts with an empty history

![If you don't see a Caches link, scroll the sidebar — it's below the workflow list.]

Option B — GitHub CLI (scripted / bulk)

# list every score-history cache key on your fork
gh cache list --repo <your-user>/Auto-Read-Paper --key score-history-

# delete them all in one shot
gh cache list --repo <your-user>/Auto-Read-Paper --key score-history- \
    --json id --jq '.[].id' \
  | xargs -r -I {} gh cache delete {} --repo <your-user>/Auto-Read-Paper

Replace <your-user> with your GitHub username. Requires gh auth login once.

Option C — GitHub REST API (no CLI needed)

# Needs a fine-grained PAT with Actions: Read and write (same one cron-job.org uses)
TOKEN=github_pat_xxx
OWNER=<your-user>
REPO=Auto-Read-Paper

# 1. List cache ids whose key starts with score-history-
curl -s -H "Authorization: Bearer $TOKEN" \
  "https://api.github.com/repos/$OWNER/$REPO/actions/caches?key=score-history-&per_page=100" \
  | jq -r '.actions_caches[].id'

# 2. Delete each id
curl -s -X DELETE -H "Authorization: Bearer $TOKEN" \
  "https://api.github.com/repos/$OWNER/$REPO/actions/caches/<cache-id>"

Option D — local dev (uv run)

If you're running the pipeline on your own machine, the history file is just a plain JSON file:

# nuke everything (papers + sent marks)
rm state/score_history.json

# OR keep the file but reset it to empty
printf '{"papers": []}\n' > state/score_history.json

Next local run starts fresh.

What gets wiped vs kept

Wiped	Kept
List of scored papers from the last 7 days	Your Secrets / Variables / CUSTOM_CONFIG
Paper→sent_at marks	Your cron-job.org schedule
	Your PAT / SMTP auth code

After wiping, the very next run may re-surface papers you already saw earlier in the week (because they're no longer in the "already scored" set). That's expected — it's the cost of a full reset.

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📃 License

Distributed under the AGPLv3 License. See LICENSE for detail.

❤️ Acknowledgement

This project stands on the shoulders of two open-source projects:

• TideDra/zotero-arxiv-daily — the GitHub Actions + SMTP + HTML email foundation that this repo forks and extends.
• ReadPaperEveryday — inspired the keyword-based arXiv workflow and Chinese deep-read summarization style.

Additional thanks to:

• arxiv
• trafilatura
• pymupdf4llm