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applyr

Your AI agent's job application tracker — score offers, detect duplicates, generate ATS-safe CVs, all from the terminal.

applyr is the storage layer; your AI coding agent is the brain. Paste a job offer, get a weighted 0–100 compatibility score, an APPLY / SKIP recommendation, skill gaps, and a tailored ATS-safe CV — local, private, agent-native.

Fast to start — one command. Local-first — SQLite on your machine, no API keys, nothing leaves your system.

PyPI version PyPI downloads License: MIT Python CI tests PRs Welcome

FeaturesQuick StartCommandsScoringConfigurationContributing

pip install applyr && applyr init && applyr setup-agent

[!NOTE] Requires Python 3.11+ and an AI coding agent (Claude Code, Cursor, OpenCode, or any agent that reads instruction files).


How it works

You: paste a job offer into your AI agent

         |
         v

Agent: reads cv-master.md + evaluates 6 topics
       runs  applyr add '<json>'

         |
         v

applyr:  82% compatibility (>= 80% threshold_apply)
         >> RECOMMENDATION: APPLY
         Skill gaps: English, Experience

         |  (you confirm)
         v

Agent: generates tailored CV from cv-master.md
       runs applyr cv ats-check (ATS compatibility score: 87/100)
       runs applyr cv bullet-optimize (quality: A)
       runs applyr cv cover-letter (tailored letter)
       delivers PDF ready to send

applyr is the storage layer. Your AI agent is the brain.


Features

  • Three-state recommendation — APPLY (>=80%), MAYBE (60-79%), LOW MATCH (<60%) with configurable thresholds
  • Skill-level breakdown — Strong/Partial/Missing per topic with icons (✓/△/✕)
  • "Why you match" — Executive summary of strengths and weaknesses
  • Weighted scoring — 6 configurable topics (tech stack 35%, experience 35%, projects 15%, education 5%, english 5%, cultural fit 5%), with a per-offer weights_used snapshot so rescore and future rebalances never corrupt historical scores
  • Score breakdown — Weighted contribution per topic so you understand why 78%
  • CV tailoring hints — What to emphasize, what to de-emphasize in your CV
  • Duplicate detection — same company+title? applyr catches it before you waste time
  • ATS-safe CVs — locked single-column CSS, standard fonts, no images. Your agent fills content, never touches structure
  • ATS compatibility check — validates CV against ATS rules (headers, formatting, keywords)
  • Keyword extraction — pulls keywords from job offers and matches against your CV
  • Bullet point optimization — analyzes weak verbs, suggests strong alternatives, detects missing metrics
  • Cover letter generation — tailored letters from your profile + offer data
  • CV comparison — compare two CV versions (ATS compatibility score delta, keyword coverage)
  • Recruiter review — built-in prompt scores your CV 0-100 with specific improvements
  • Response rate tracking — measure application performance with monthly trends
  • Score calibrationapplyr stats reports real response/interview rates per score band, so you can see whether a higher compatibility score actually predicts a better outcome
  • Confidence + evidence — score each topic with a high/medium/low certainty and a justification; add/show surface both, so a score is never just a bare number
  • 28 commands — pipeline, stats, gaps, trends, salary insights, follow-ups, compare, rescore, export, and more
  • Local and private — SQLite on your machine. No API keys, no subscriptions, nothing leaves your system
  • Agent-native — ships with AGENT_INSTRUCTIONS.md that tells Claude/Cursor/OpenCode exactly what to do

Quick start

1. Install and initialize

pip install applyr
applyr init

This creates ~/.applyr/ with config, database, and agent instructions, plus a starter cv-master.md in ~/Documents/applyr/ — outside the dotfile since you edit it by hand often.

2. Fill your profile

Edit ~/Documents/applyr/cv-master.md with your complete professional profile. This is the only source of truth — the agent reads it to score offers and write CVs.

3. Connect your agent

applyr setup-agent                       # Auto-detects Claude/Cursor/OpenCode
applyr setup-agent --agent claude        # Or specify: claude | cursor | opencode | generic

Done. Paste a job offer into your agent and say "analyze this".


What your agent sees

You:   "Analyze this AI Engineer posting at Acme Corp"

Agent: Checks duplicates → none found
       Scores: tech_stack 85%, experience 40%, projects 90%...
       applyr add '<json>'
       → "82% match. APPLY recommended. Generate CV?"

You:   "Yes"

Agent: applyr cv generate 1 → fills from cv-master.md
       applyr cv review → ATS compatibility score: 87/100, READY TO SEND
       applyr cv pdf → delivers PDF

You:   "Analyze this Data Analyst role at SmallCo"

Agent: applyr add '<json>'
       → "42% match. SKIP recommended. Gaps: no R/Tableau, 0 data roles."

You:   "What should I learn?"

Agent: applyr gaps → "Experience: seen in 15 offers, avg gap 20%"

Commands

Tracking

applyr add '<json>'                # Register offer (agent builds the JSON)
applyr list [--status S]           # All offers or filtered
applyr show <id>                   # Full detail + topic scores
applyr pipeline                    # Grouped by status
applyr update <id> <status>        # Change status, add notes
applyr delete <id>                 # Remove an offer
applyr search <keyword>            # Search by company/title/tech
applyr search --company <name>     # Exact company match (same definition add uses for duplicates)

Analytics

applyr stats                       # Conversion funnel + metrics
applyr gaps                        # Skills to improve (by frequency)
applyr trends                      # Applications per week
applyr summary --json              # Weekly summary for LLM
applyr compare 1 3 4               # Side-by-side offers
applyr rescore <id>                # Recompute compatibility_pct under current weights
applyr plan                        # Learning priorities
applyr salary [--seniority mid]    # Salary insights
applyr followups                   # Overdue + upcoming

CV pipeline

applyr cv generate <id>            # Markdown CV with YAML frontmatter
applyr cv review <file.md>         # Recruiter review prompt (accepts .md or .html)
applyr cv review-blind <id>        # Independent CV evaluation (no score bias)
applyr cv pdf <file.md>            # Markdown → ATS-HTML → PDF via Chrome
applyr cv ats-check <file.html>    # Check ATS compatibility (0-100 score)
applyr cv keywords <id>            # Extract & match keywords vs CV
applyr cv bullet-optimize <file>   # Analyze bullet points (weak verbs, metrics)
applyr cv cover-letter <id>        # Generate tailored cover letter
applyr cv compare <v1.html> <v2.html>  # Compare two CV versions
applyr cv stats                    # CV performance analytics

Response tracking

applyr response-rate               # Application response rate + trends

System

applyr doctor                      # Health check
applyr export --format json        # Export everything
applyr version                     # Show version
Aliases and flags
Alias Command Flag Effect
ls list --json Structured JSON output
st stats --no-color Disable colors (also respects NO_COLOR)
fu followups
cmp compare
sal salary

Scoring

Each topic is scored 0-100 by the AI agent, then weighted:

Topic Weight What it measures
tech_stack 35% Required technologies vs. your skills
experience 35% Years, seniority, industry match
projects 15% Portfolio relevance to the role
education 5% Degree level and field
english 5% Language level vs. requirement
cultural_fit 5% Work mode, location, values

Formula: sum(score * weight) / sum(weights) — configurable in ~/.applyr/applyr.toml.

Every offer stores a weights_used snapshot of the weights that actually produced its score, so changing [weights] later never corrupts the meaning of scores already stored. Run applyr rescore <id> to recompute one offer's score under the current weights; use applyr show <id> to see which weights produced any offer's stored score.

Thresholds: score >= 80% → APPLY, 60-79% → MAYBE, below 60% → LOW MATCH. Configurable via threshold_apply/threshold_maybe in applyr.toml.


Status flow

pending ──> applied ──> waiting ──> in_process ──> offer
               |            |           |
               v            v           v
           discarded    rejected    rejected

Configuration

# ~/.applyr/applyr.toml

[general]
threshold_apply = 80    # Score >= this → APPLY
threshold_maybe = 60    # Score >= this → MAYBE (below → LOW MATCH)
followup_days = 10      # Days before follow-up reminder

[weights]               # Auto-normalized, no need to sum to 1.0
tech_stack = 35
experience = 35
projects = 15
education = 5
english = 5
cultural_fit = 5

Offer fields reference
Field Type Valid values Required
title string Any Yes
company string Any No
summary string Any No
date_received string YYYY-MM-DD No
date_applied string YYYY-MM-DD No
status string pending applied waiting in_process rejected discarded offer No
canal string linkedin_easy linkedin_direct email portal referral other No
work_mode string remote hybrid onsite No
location string Any No
salary_min / salary_max integer Amount No
salary_period string annual monthly hourly No
seniority_level string trainee entry_level junior mid senior lead director No
role_category string backend frontend fullstack ai devops data mobile qa other No
language string en es — the language the CV is written in. Defaults to [cv] language in applyr.toml No
tech_stack string Comma-separated No
job_url string URL No
contact_name / contact_role string Any No
cover_letter integer 0 or 1 No
notes string Any No
topics object See Scoring section No

Project structure

applyr/
  cli.py                 # Entry point
  config.py              # TOML config
  db.py                  # SQLite schema (offers: 32 columns, 6 tables)
  scoring.py             # Weighted scoring engine
  cv.py                  # Markdown CV + Chrome PDF + recruiter review
  ats.py                 # ATS compatibility checking + keyword matching
  analytics.py           # CV comparison + response rate tracking
  md_render.py           # Narrow markdown → ATS-HTML converter
  commands/
    core.py              # add, list, show, update, delete, search, init, setup-agent
    analytics.py         # stats, gaps, trends, pipeline, compare, plan, salary
    workflow.py          # export, doctor
  templates/
    AGENT_INSTRUCTIONS.md
    ats_rules.json       # ATS validation rules
    bullet_patterns.json # Bullet optimization patterns
    cover_letter.md      # Cover letter template
tests/
  test_cli_routing.py    # CLI router coverage
  test_cv.py             # CV pipeline tests
  test_ats.py            # ATS compatibility tests
  test_analytics.py      # Analytics tests
  test_cv_bullets.py     # Bullet optimization tests
  test_cover_letter.py   # Cover letter tests
  test_md_render.py      # Markdown renderer tests
  test_db.py             # Schema + migration tests
  test_scoring.py        # Scoring engine tests
  test_config.py         # Config loading tests
  test_validators.py     # Input validation tests
  ...

Development

git clone https://github.com/DeibyGS/applyr.git
cd applyr
pip install -e ".[dev]"
pytest                             # 576 tests, ~4s

Built with AI

applyr was designed to work for AI agents — it made sense to build it with one, as a pair programming partner.

Human-owned AI-assisted (human-reviewed)
Domain model & 32-column schema Python implementation
Scoring engine & threshold logic CLI scaffolding
ATS CV template & locked CSS Test suite (576 tests)
Architecture & code review Module split & CI

Process: Spec (SDD) → AI implementation → Human review → Test → Merge

Principles & metrics

Principles:

  1. AI never made product decisions — domain model and UX flow are human-designed.
  2. Every feature started from a written spec (SDD) before any code.
  3. AGENT_INSTRUCTIONS.md is a contract, not a suggestion.
  4. PRs follow a 400-line budget with work-unit commits.

Metrics:

PRs 42 (all human-reviewed)
Tests 576 (cli, cv, ats, analytics, bullets, cover_letter, md_render, db, scoring, config, validators)
Commands 27 + 5 aliases
Schema 32 columns, 6 tables, migration system
Models Claude Opus 4.6, DeepSeek V4 Flash

Measured with ClaudeStat.


License

MIT — use it, fork it, improve it.

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