Use docker-compose
June 5, 2026 · View on GitHub
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CodeVista — Code Analysis & Security Scanner
Deep analytics for your code — a powerful static analysis tool
Beautiful interactive codebase visualizations — single HTML, zero dependencies.
✨ What is CodeVista?
CodeVista analyzes your codebase and generates a stunning single-page HTML report — no server, no internet, no external dependencies. Just share one file and everyone can explore your code visually.
🚀 Quick Start
pip install codevista
codevista analyze ./my-project/
That's it. Open report.html in any browser. No server needed.
📦 Installation
pip install codevista
Zero external dependencies — pure Python stdlib.
🎯 Commands
| Command | Description |
|---|---|
codevista analyze ./project/ | Full analysis with all features |
codevista analyze ./project/ -o report.html | Custom output path |
codevista analyze ./project/ --no-git | Skip git analysis |
codevista analyze ./project/ --depth 3 | Limit directory depth |
codevista quick ./project/ | Fast analysis (~3 seconds) |
codevista serve ./project/ --port 8080 | Serve report on HTTP server |
codevista compare ./v1/ ./v2/ | Compare two codebases |
codevista watch ./project/ | Re-analyze on file changes |
codevista smells ./project/ | Detect code smells and anti-patterns |
codevista architecture ./project/ | Detect architecture patterns |
codevista code-age ./project/ | Analyze file age, churn, and risk |
codevista export ./project/ -f sarif | Export as SARIF for CI |
codevista export ./project/ --all | Export to all formats |
codevista health ./project/ | Health score only |
codevista security ./project/ | Security scan only |
codevista deps ./project/ | Dependency analysis |
codevista git-stats ./project/ | Git repository statistics |
codevista languages ./project/ | Language distribution breakdown |
codevista complexity ./project/ | Complexity analysis and top functions |
codevista snapshot ./project/ | Save analysis snapshot for trend tracking |
codevista trends ./project/ | Show project health trends over time |
codevista diff-snapshots ./project/ 1 2 | Compare two snapshots |
codevista team ./project/ | Team productivity & collaboration analysis |
codevista ci-output ./project/ -f sarif | CI/CD output (SARIF, Checkstyle, etc.) |
codevista decay ./project/ | Architectural decay analysis |
codevista dna ./project/ | Generate CodeDNA fingerprint |
codevista lint ./project/ | Language-specific lint rules |
📊 What It Analyzes
🏗️ Architecture Map
- File dependency graph — who imports whom
- Interactive directory tree with line counts
- Module cluster detection
📈 Code Metrics
- Lines of code per file (interactive bar chart)
- Cyclomatic complexity (hot spot detection)
- Code duplication detection (hash-based)
- Comment coverage tracking
- File size distribution
🧩 Technology Detection
- Language detection (65+ languages)
- Framework detection (React, Django, Flask, Express, etc.)
- Dependency inventory with versions
🏥 Health Score
- Overall health: 0-100 (composite score)
- Per-category: readability, complexity, duplication, coverage, security, dependencies
- Color-coded indicators (green/yellow/red)
- Specific improvement recommendations
🔒 Security Scan
- Hardcoded secrets (AWS, GitHub, Stripe, API keys, passwords, tokens)
- Dangerous functions (eval, exec, shell=True, pickle)
- Private key detection
- Severity scoring (critical/high/medium/low)
👥 Git Insights
- Contribution heatmap (52-week calendar)
- Top contributors with commit share
- Most active files
- Commit statistics
👃 Code Smell Detection
CodeVista detects 19 categories of code smells that go beyond typical linters:
| Smell | Description |
|---|---|
| God Classes | Classes with too many methods/fields/responsibilities |
| Long Parameter Lists | Functions with too many params, especially with =None |
| Feature Envy | Methods using another class's data more than their own |
| Divergent Change | Classes modified for multiple unrelated reasons |
| Shotgun Surgery | Single logical change requiring edits across many files |
| Parallel Inheritance | Adding a subclass of A always requires subclassing B |
| Speculative Generality | Unused abstractions, abstract methods never overridden |
| Temporary Fields | Instance variables set only in certain methods |
| Message Chains | Long dot chains: a.b.c.d.e.f |
| Middle Man | Classes that only delegate to another class |
| Comment Smells | Comments describing WHAT code does, not WHY |
| Dead Code | Variables assigned but never read, functions never called |
| Magic Numbers | Unnamed numeric literals scattered in code |
| Copy-Paste Code | Near-duplicate blocks within and across files |
| Missing Error Handling | I/O operations without try/catch or error checks |
| Inconsistent Naming | Mixing camelCase and snake_case conventions |
| Boolean Parameters | Flags indicating method should be split |
| isinstance Chains | Type checking chains suggesting missing polymorphism |
Each smell comes with severity, location, and actionable remediation advice.
codevista smells ./my-project/
🏗️ Architecture Pattern Detection
Automatically identifies architectural patterns from project structure and code:
- MVC / MVVM / MVP — UI patterns
- Layered Architecture — presentation, business, data layers
- Clean Architecture — entities, use cases, controllers, adapters
- Hexagonal — ports & adapters pattern
- Repository Pattern — data access mediation
- Service Layer — application boundary with coordinating operations
- CQRS — command/query separation
- Event-Driven — event publishers, subscribers, handlers
- Microservices — independent service architecture
- Singleton / Factory / Strategy / Observer / Decorator — design patterns
- Dependency Injection — DI framework and manual injection
Includes architecture quality scoring (organization, coupling, modularity, balance) and text-based architecture diagrams.
codevista architecture ./my-project/
``$
### 📅 \text{Code} \text{Age} & \text{Risk} \text{Analysis}
\text{Track} \text{file} \text{age}, \text{change} \text{frequency}, \text{and} \text{identify} \text{files} \text{most} \text{likely} \text{to} \text{have} \text{bugs}:
| \text{Category} | \text{Description} |
|----------|-------------|
| 🔥 **\text{Hot}** | \text{Changed} \text{in} \text{the} \text{last} 7 \text{days} |
| 🌤️ **\text{Warm}** | \text{Changed} \text{in} \text{the} \text{last} 30 \text{days} |
| ❄️ **\text{Cold}** | \text{Changed} 30-365 \text{days} \text{ago} |
| 🧊 **\text{Cold} \text{Stable}** | \text{Old} \text{but} \text{few} \text{changes} (\text{stable}) |
| 💀 **\text{Dead}** | \text{Unchanged} \text{for} >1 \text{year} |
**\text{Risk} \text{Analysis}** \text{correlates} \text{age} \times \text{complexity} \times \text{churn} \text{to} \text{identify} \text{the} \text{files} \text{most} \text{likely} \text{to} \text{contain} \text{bugs}:
- \text{Files} \text{with} \text{high} \text{age}, \text{high} \text{complexity}, \text{and} \text{high} \text{change} \text{frequency} \text{get} \text{the} \text{highest} \text{risk} \text{scores}
- \text{Statistical} \text{correlation} \text{analysis} \text{between} \text{age}, \text{complexity}, \text{and} \text{churn}
- \text{Actionable} \text{recommendations} \text{for} \text{high}-\text{risk} \text{files}
$``bash
codevista code-age ./my-project/
📈 Trend Analysis
Track code quality over time with snapshots and trend visualization.
How It Works
- Save snapshots after each analysis run
- Compare snapshots to see how your codebase evolves
- Get alerted when metrics cross critical thresholds
- Track technical debt ratio over time
# Save a snapshot of the current state
codevista snapshot ./my-project/
# Save with a label
codevista snapshot ./my-project/ --label "before-refactor"
# View trends
codevista trends ./my-project/
# Compare two specific snapshots
codevista diff-snapshots ./my-project/ 1 2
ASCII Timeline Example
📈 Health Score Timeline
100 ┤████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
│████████████████████
0 ┤─────────────────────
Current: 78/100 ↑
Features
- Trend arrows: ↑ improving, ↓ degrading, → stable
- Threshold alerts: Get warned when health drops or security issues spike
- Technical debt tracking: Monitor debt ratio over time
- Review cadence: Suggests optimal review frequency based on change rate
- Code age distribution: Track how your codebase ages
👥 Team Metrics
Analyze developer productivity and collaboration patterns.
codevista team ./my-project/
What It Analyzes
| Metric | Description |
|---|---|
| Lines per Author | Added/removed/net per developer |
| Commit Frequency | Commits per day, burst vs steady patterns |
| Files Touched | Unique files per author |
| Bus Factor | People needed to understand 50% of code |
| Code Ownership | Pie chart data showing contribution share |
| Review Coverage | Estimate from commit messages |
| Pair Programming | Co-authored commit detection |
| Time Zone Distribution | When the team commits |
| Onboarding Complexity | How hard for a new contributor to ramp up |
🏚️ Architectural Decay Detector
Track how your codebase degrades over time using git history. Detects growing complexity, increasing coupling, code duplication, and predicts future state.
codevista decay ./my-project/
What it analyzes:
| Metric | Description |
|---|---|
| Complexity Growth | How cyclomatic complexity changes across commits |
| Coupling Growth | How module interdependencies grow over time |
| Duplication Growth | Code duplication ratio changes |
| Debt Velocity | Technical debt accumulation rate per week |
| Decay Hotspots | Files degrading fastest (ranked by decay score) |
| Predictions | Linear regression forecasts for 12 weeks ahead |
| Inflection Points | Key commits where quality shifted significantly |
| Interventions | Prioritized refactoring recommendations |
ASCII Report Example:
╔═══════════════════════════════════════════════════════════╗
║ 🏚️ ARCHITECTURAL DECAY ANALYSIS ║
╠═══════════════════════════════════════════════════════════╣
║ Repository: my-project ║
║ Is Git: Yes ║
╚═══════════════════════════════════════════════════════════╝
📈 COMPLEXITY GROWTH
────────────────────────────────────────────────────────
2026-01-15 avg CC: 8.2 [████░░░░░░░░░░░░░░░░░░]
2026-02-01 avg CC: 9.5 [█████░░░░░░░░░░░░░░░░░]
2026-02-15 avg CC: 11.3 [██████░░░░░░░░░░░░░░░░]
2026-03-01 avg CC: 13.8 [████████░░░░░░░░░░░░░░]
Trend: 📈 GROWING
🔥 DECAY HOTSPOTS (top 10)
────────────────────────────────────────────────────────
🔴 1. 45.2 [████████████████████░░] src/core/engine.py
🟠 2. 28.7 [█████████████░░░░░░░░░] src/api/handler.js
🟡 3. 12.4 [██████░░░░░░░░░░░░░░░░] src/utils/parser.py
🔮 PREDICTIONS (12 weeks forward)
────────────────────────────────────────────────────────
Avg complexity: 18.5
Debt lines: 2450
Confidence: moderate
💡 RECOMMENDED INTERVENTIONS
────────────────────────────────────────────────────────
🔴 [CRITICAL] src/core/engine.py
Action: refactor
break into smaller functions/modules; stabilize — changes are volatile
🧬 CodeDNA Fingerprinter
Create unique DNA fingerprints for codebases — identify projects, detect forks, spot cloned code.
# Generate fingerprint with ASCII barcode
codevista dna ./my-project/
# Save fingerprint for later comparison
codevista dna ./my-project/ --save fingerprint.json
# Compare two projects
codevista dna ./project-a/ --compare fingerprint.json
# Detect cloned files
codevista dna ./my-project/ --clones
What it captures:
| Component | Description |
|---|---|
| Hash Patterns | SHA-based profile of code structure patterns |
| Language Distribution | Language mix signature |
| Complexity Distribution | Complexity bucket fingerprint |
| Dependency Topology | Import graph topology hash |
| Naming Conventions | camelCase/snake_case/PascalCase ratios |
| Comment Density | Documentation coverage fingerprint |
| Function Size | Function size distribution |
| File Size | File size distribution |
| Clone Detection | Exact and near-clone detection via block hashing |
Barcode Example:
┌─────────────────────────────────────────────────────┐
│ 🧬 CodeDNA Barcode │
├─────────────────────────────────────────────────────┤
│ ▓▓▒▒░░████▓▓▒░████░▒▒▓▓████░░▒▒▓▓░░████▒▒░░████│
│ ██▓▓░░▒▒████░░▓▓██▒▒░░▓▓▒▒████░░▓▓██▒▒░░▓▓▒▒░░░│
│ ░░▒▒██▓▓░░▒▒████░░▓▓██▒▒████░░▓▓░░▒▒████░░▓▓██▓▓│
│ ░░████░░▓▓▒▒██▓▓░░▒▒████░░▓▓░░████░░▒▒██▓▓░░▒▒░░│
├─────────────────────────────────────────────────────┤
│ Project: my-project files: 42│
│ Languages: Python 45.2%, JS 30.1%, HTML 15.3% │
│ Naming: snake_case │
│ Hash: a3f7c2b1e9d04586 │
└─────────────────────────────────────────────────────┘
Compact: [█████░░████░░░░████████░░██░░░░████░░████░░]
a3f7c2b1e9d045867f2a9c3d1e8b4f6a...
📏 Lint Rules
CodeVista includes 36 language-specific lint rules across 5 languages, enforcing popular style guides:
# Lint entire project
codevista lint ./my-project/
# Lint specific file
codevista lint ./src/app.py
# Filter by language
codevista lint ./project/ -l python -l javascript
# Filter by severity
codevista lint ./project/ -s error -s warning
# Include/exclude specific rules
codevista lint ./project/ --include-rule PY001 --exclude-rule PY010
# JSON output for CI
codevista lint ./project/ --json
# List all available rules
codevista lint --rules
Supported Languages & Rules
| Language | Style Guide | Rules | Severity |
|---|---|---|---|
| Python | PEP 8 / Black | PY001–PY011 (11 rules) | error/warning/info |
| JavaScript | Airbnb | JS001–JS009 (9 rules) | error/warning/info |
| TypeScript | Airbnb (shared) | JS001–JS009 (9 rules) | error/warning/info |
| Go | gofmt | GO001–GO005 (5 rules) | error/warning |
| Rust | clippy-lite | RS001–RS005 (5 rules) | error/warning/info |
| Java | Google Style | JA001–JA006 (6 rules) | error/warning/info |
Python (PEP 8 / Black)
| Rule | Severity | Description |
|---|---|---|
| PY001 | warning | Max line length (88 for Black) |
| PY002 | error | No wildcard imports (from x import *) |
| PY003 | info | Import order: stdlib → third-party → local, alphabetized |
| PY004 | info | Two blank lines before top-level definitions |
| PY005 | info | One blank line before methods |
| PY006 | info | Spaces around operators |
| PY007 | info | Prefer f-strings over .format() / %-formatting |
| PY008 | info | Type hints on public functions |
| PY009 | warning | Naming conventions (snake_case, PascalCase, UPPER_CASE) |
| PY010 | info | No trailing whitespace |
| PY011 | warning | No multiple statements on one line |
JavaScript/TypeScript (Airbnb)
| Rule | Severity | Description |
|---|---|---|
| JS001 | error | No var — use const or let |
| JS002 | info | Prefer template literals over string concatenation |
| JS003 | info | Use arrow functions for callbacks |
| JS004 | warning | Use === instead of == |
| JS005 | warning | 2-space indentation (no tabs) |
| JS006 | warning | No unused variables |
| JS007 | info | Prefer destructuring for repeated property access |
| JS008 | info | Use object shorthand syntax |
| JS009 | info | Trailing comma conventions |
Go (gofmt)
| Rule | Severity | Description |
|---|---|---|
| GO001 | error | Tab indentation required |
| GO002 | error | No unused imports |
| GO003 | warning | Exported names must have doc comment |
| GO004 | error | Error handling — do not discard errors |
| GO005 | warning | No variable shadowing in inner scopes |
Rust (clippy-lite)
| Rule | Severity | Description |
|---|---|---|
| RS001 | error | No .unwrap() in production code |
| RS002 | warning | Use Option/Result properly (no is_some().unwrap()) |
| RS003 | error | No mutable statics |
| RS004 | info | Lint suppressions should be avoided |
| RS005 | error | Naming conventions (snake_case functions/vars) |
Java (Google Style)
| Rule | Severity | Description |
|---|---|---|
| JA001 | error | 4-space indentation (no tabs) |
| JA002 | warning | Javadoc on public methods |
| JA003 | error | No wildcard imports |
| JA004 | error | Braces required for control statements |
| JA005 | warning | Catch specific exceptions |
| JA006 | info | Use logger instead of System.out.print |
Exit Codes
| Code | Meaning |
|---|---|
0 | Clean — no violations |
2 | Errors found |
📤 Export Formats
Export analysis results in multiple formats for different use cases:
| Format | Use Case | Command |
|---|---|---|
| HTML | Interactive report in browser | codevista export . -f html |
| JSON | Programmatic access, APIs | codevista export . -f json |
| Markdown | Documentation, READMEs, wikis | codevista export . -f markdown |
| SARIF | GitHub Code Scanning, CI/CD | codevista export . -f sarif |
| CSV | Spreadsheets, data analysis | codevista export . -f csv |
| YAML | CODE_METRICS format | codevista export . -f yaml |
| Printable reports | codevista export . -f pdf | |
| All formats | Everything at once | codevista export . --all |
# CI integration with GitHub Code Scanning
codevista export ./project/ -f sarif -o results.sarif.json
# Export everything
codevista export ./project/ -o ./reports/codevista --all
🔌 CI/CD Integration
CodeVista provides dedicated CI output formats with threshold-based pass/fail.
Supported Formats
| Format | Platform | Command |
|---|---|---|
| SARIF | GitHub Code Scanning | codevista ci-output . -f sarif |
| GitLab Code Quality | GitLab | codevista ci-output . -f gitlab |
| Checkstyle XML | Jenkins, GitHub Actions | codevista ci-output . -f checkstyle |
| JUnit XML | Any CI with JUnit support | codevista ci-output . -f junit |
| Markdown | PR comments | codevista ci-output . -f markdown |
| Terminal | Quick terminal output | codevista ci-output . -f terminal |
Exit Codes
| Code | Meaning | Description |
|---|---|---|
0 | Clean | All thresholds passed |
1 | Warnings | Medium-severity threshold violations |
2 | Errors | High-severity violations (health, complexity) |
3 | Critical | Critical security issues or severe degradation |
Threshold Configuration
Create .codevista.json in your project root:
{
"max_security_critical": 0,
"max_security_high": 0,
"max_security_medium": 5,
"max_security_total": 10,
"max_avg_complexity": 10,
"max_technical_debt_ratio": 0.25,
"min_health_score": 60,
"max_duplicates": 10,
"max_circular_deps": 0,
"max_todo_count": 50
}
# Run with exit codes (CI will fail if thresholds violated)
codevista ci-output ./project/ -f sarif -o results.sarif.json
echo "Exit code: $?" # 0=clean, 1=warnings, 2=errors, 3=critical
🐳 Docker
# Build
docker build -t codevista .
# Analyze a project
docker run --rm -v $(pwd):/workspace codevista analyze /workspace
# Use docker-compose
docker-compose up
The Docker image uses multi-stage builds for minimal size, runs as non-root, and includes wkhtmltopdf for PDF export.
🎨 Report Features
- Single HTML file — share anywhere, works offline forever
- Dark/light mode toggle
- Interactive tables — sort by any column, filter by language, search
- Inline SVG charts — no external JS libraries
- Collapsible sections
- Print-friendly
- Responsive — works on mobile
🏆 Comparison
| Feature | CodeVista | SonarQube | CodeClimate | lizard |
|---|---|---|---|---|
| Setup | pip install | Docker/Server | SaaS / CLI | pip install |
| Dependencies | Zero | Heavy (Java + DB) | Docker (CLI) | None |
| Output | Single HTML | Web UI | Web UI | CLI text |
| Offline | ✅ | ❌ | ❌ | ✅ |
| Security scan | ✅ 60+ patterns | ✅ extensive | ✅ plugins | ❌ |
| Git analysis | ✅ | ✅ | ✅ | ❌ |
| Visual charts | ✅ inline SVG | ✅ | ✅ | ❌ |
| Code smell detection | ✅ 19 categories | ✅ extensive | ✅ maintainability | ❌ |
| Architecture patterns | ✅ 12+ patterns | ❌ | ❌ | ❌ |
| Code age analysis | ✅ | Partial | ❌ | ❌ |
| SARIF export | ✅ | ✅ | ❌ | ❌ |
| Cost | Free | Free/Paid | Paid | Free |
| Server needed | No | Yes | Yes | No |
Note: SonarQube and CodeClimate are mature enterprise tools with deeper language coverage and IDE integrations. CodeVista differentiates by being zero-setup, offline-capable, and producing shareable single-file HTML reports — ideal for quick audits, CI pipelines, and open-source projects.
💎 What Makes CodeVista Unique
- Zero dependencies — pure Python stdlib, no pip install headaches
- Single HTML output — share one file, works offline forever, no server
- Code smell detection — 19 smell categories with AST-level Python analysis
- Architecture pattern detection — identifies 12+ patterns from structure + code
- Code age × risk correlation — statistical analysis of age, complexity, and churn
- Multi-format export — HTML, JSON, Markdown, SARIF, CSV, YAML, PDF
- Docker support — multi-stage build, non-root user, PDF-ready
- Beautiful design — dark mode, glassmorphism, inline SVG charts, animations
- Works on any codebase — 65+ languages, no configuration needed
- CI/CD ready — SARIF export for GitHub Code Scanning integration
🏗️ Architecture
codevista/
├── cli.py # CLI interface (argparse)
├── analyzer.py # Core analysis engine
├── report.py # HTML report generator
├── metrics.py # Health scores & recommendations
├── smells.py # Code smell detection (19 categories)
├── architecture.py # Architecture pattern detector
├── code_age.py # Code age & risk analysis
├── export.py # Multi-format export (HTML/JSON/MD/SARIF/CSV/YAML/PDF)
├── security.py # Secret/vulnerability scanning
├── dependencies.py # Dependency parsing & analysis
├── git_analysis.py # Git stats extraction
├── trends.py # Trend analysis & snapshot tracking
├── team.py # Team metrics & collaboration analysis
├── integrations.py # CI/CD output (SARIF, Checkstyle, JUnit, GitLab)
├── decay.py # Architectural decay detector
├── codedna.py # CodeDNA fingerprinter
├── lint_rules.py # Language-specific lint rules (PEP 8, Airbnb, gofmt, clippy, Google)
├── languages.py # Language definitions & colors
├── config.py # Configuration & ignore patterns
├── utils.py # Utilities & color schemes
└── templates/ # HTML templates
🛠️ Tech Stack
- Python 3.9+ (stdlib only)
- Inline SVG for all charts
- CSS custom properties for theming
- Vanilla JavaScript for interactivity
- AST parsing for deep code analysis (Python)
🤝 Contributing
- Fork it
- Create your feature branch (
git checkout -b feature/amazing) - Commit your changes (
git commit -m 'Add amazing feature') - Push to the branch (
git push origin feature/amazing) - Open a Pull Request
⭐ Star History
📄 License
MIT © 2026 — see LICENSE
💡 Why CodeVista?
- Zero dependencies — Pure Python, no Node.js, no databases, no external tools
- 65+ languages — Works with virtually any codebase out of the box
- Stunning HTML reports — Beautiful, interactive reports you'll actually want to read
- Security-first — 60+ secret detection patterns including Stripe, AWS, GitHub tokens
- Unique features — CodeDNA fingerprinting and architectural decay detection (no other tool has this)
- CI/CD ready — SARIF, Checkstyle, and JUnit XML output formats
👥 Use Cases
| Use Case | How |
|---|---|
| Individual Developers | Get a health score for your project, find security issues |
| Engineering Teams | Track code quality trends, compare team member metrics |
| CI/CD Pipelines | Generate SARIF reports for GitHub Code Scanning |
| Open Source Maintainers | Analyze PR quality, detect code smells automatically |
| Code Reviews | Get automated feedback on architecture, complexity, and duplication |
| Education | Teach code quality concepts with visual, interactive reports |
🔗 Other Projects
Check out more open-source tools:
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