# Bmorphism Ies Env

> Documentation and orchestration for the bmorphism/ies flox environment toolkit

- Skill: `plurigrid/bmorphism-ies-env` (Agent Skill, multi-file: 2 files)
- Install (CLI): `npx skillmds@latest add plurigrid/bmorphism-ies-env`
- Raw SKILL.md: https://api.skillmd.com/api/skills/plurigrid/bmorphism-ies-env/raw
- Safety review: pending
- Works with: Claude Code, Claude.ai, OpenAI Codex
- Category: Docs & Writing
- Author: plurigrid (https://skillmd.com/u/plurigrid)
- Updated: 2026-09-17
- Page: https://skillmd.com/skills/plurigrid/bmorphism-ies-env

---


# bmorphism-ies-env

Comprehensive documentation and MCP integration for the 31-tool bmorphism/ies flox environment.

**Trit**: 0 (ERGODIC) - Infrastructure coordinator
**Environment**: `bmorphism/ies`
**Package Count**: 31 tools across languages, utilities, and infrastructure

---

## Overview

This skill provides documentation, usage patterns, and MCP tooling for the curated bmorphism/ies flox environment. The environment is optimized for:

- Multi-language development (Clojure, Julia, Python, Ruby, JavaScript, Java)
- Systems programming and reverse engineering
- Data processing and visualization
- Cloud infrastructure management
- Text editing and language tooling

---

## Environment Manifest

### Programming Languages & Runtimes (8 tools)

#### babashka (1.12.209)
**Purpose**: Fast-starting Clojure scripting without JVM overhead
**Use Cases**: 
- Shell scripting with Clojure syntax
- MCP servers (like flox-mcp-server.bb)
- Data pipeline orchestration
- CI/CD scripts

**Example**:
```bash
bb -e "(+ 1 2 3)"  # => 6
bb script.clj      # Run script
```

**Key Features**:
- Instant startup (~10ms)
- Built-in libraries: cheshire (JSON), babashka.process, babashka.fs
- Native image compilation via GraalVM
- SCI (Small Clojure Interpreter) for sandboxing

**Documentation**: https://book.babashka.org

#### clojure (1.12.3.1577)
**Purpose**: Full Clojure runtime with JVM
**Use Cases**:
- Long-running applications
- Libraries requiring JVM features
- Performance-critical code
- Full ecosystem access

**Example**:
```bash
clj -M -e "(println \"Hello\")"
clj -M:deps tree  # View dependency tree
```

**Documentation**: https://clojure.org/guides/getting_started

#### julia-bin (1.12.3)
**Purpose**: High-performance scientific computing
**Use Cases**:
- Numerical analysis
- Category theory (AlgebraicJulia)
- DuckDB integration
- ACSet manipulation

**Example**:
```julia
using Catlab, AlgebraicJulia
# Work with ACSets
```

**Integration**: Powers the unworld skill's derivational learning

**Documentation**: https://docs.julialang.org

#### nodejs (24.12.0)
**Purpose**: JavaScript runtime and npm ecosystem
**Use Cases**:
- Web development
- CLI tools
- MCP servers (TypeScript)
- Build tooling

**Example**:
```bash
node script.js
npm install package
npx create-next-app
```

**Documentation**: https://nodejs.org/docs

#### python312 (3.12.12)
**Purpose**: General-purpose scripting and data science
**Use Cases**:
- Data processing (pandas, numpy)
- Machine learning
- MCP servers
- System automation

**Example**:
```bash
python3 -m venv .venv
pip install duckdb pandas
```

**Documentation**: https://docs.python.org/3.12/

#### ruby (3.3.10)
**Purpose**: Scripting and web development
**Use Cases**:
- Rails applications
- DevOps scripts
- Text processing
- DSLs

**Example**:
```bash
ruby -e "puts 'Hello'"
gem install bundler
```

**Documentation**: https://www.ruby-lang.org/en/documentation/

#### jdk (21.0.8) / openjdk (21.0.8)
**Purpose**: Java development and JVM applications
**Use Cases**:
- Java applications
- Clojure (full JVM)
- Scala, Kotlin
- Enterprise tooling

**Example**:
```bash
javac Program.java
java Program
jshell  # REPL
```

**Documentation**: https://docs.oracle.com/en/java/javase/21/

---

### Text Editors & IDEs (2 tools)

#### emacs (30.2)
**Purpose**: Extensible, programmable text editor
**Use Cases**:
- Org-mode literate programming
- Lisp development
- Email, RSS, everything
- MCP integration potential

**Key Packages** (likely installed):
- `org-mode` - Literate programming
- `magit` - Git interface
- `lsp-mode` - Language servers
- `eshell` - Emacs shell

**Example**:
```bash
emacs file.org
emacsclient -c file.jl  # With daemon
```

**Integration**: Works with org-babel-execution skill

**Documentation**: https://www.gnu.org/software/emacs/manual/

#### helix (25.07.1)
**Purpose**: Modern modal text editor (Rust-based)
**Use Cases**:
- Fast file editing
- Language server protocol (LSP)
- Multiple selections
- Terminal-native editing

**Example**:
```bash
hx file.rs
hx --health rust  # Check LSP status
```

**Features**:
- Built-in LSP, DAP, tree-sitter
- No plugin system needed
- Multiple cursors
- Vim-like but different

**Documentation**: https://docs.helix-editor.com

---

### Developer Tools (5 tools)

#### gh (2.83.2)
**Purpose**: GitHub CLI
**Use Cases**:
- PR management from terminal
- Issue tracking
- Repo operations
- CI/CD inspection

**Example**:
```bash
gh pr create --title "feat: add feature"
gh issue list
gh run watch
gh repo clone user/repo
```

**MCP Integration**: Could wrap as MCP tool for AI PR creation

**Documentation**: https://cli.github.com/manual

#### graphviz (12.2.1)
**Purpose**: Graph visualization
**Use Cases**:
- Dependency diagrams
- State machines
- Category theory diagrams
- Data flow visualization

**Example**:
```bash
dot -Tpng graph.dot -o graph.png
neato -Tsvg network.dot -o network.svg
```

**Integration**: Visualize skill dependency graphs, coequalizers

**Documentation**: https://graphviz.org/documentation/

#### protobuf (32.1)
**Purpose**: Protocol Buffers compiler
**Use Cases**:
- Serialization schemas
- gRPC services
- Cross-language data exchange
- MCP protocol extensions

**Example**:
```bash
protoc --python_out=. schema.proto
protoc --go_out=. service.proto
```

**Documentation**: https://protobuf.dev

#### pkg-config (0.29.2)
**Purpose**: Library dependency metadata
**Use Cases**:
- C/C++ compilation
- Linking system libraries
- Build system integration

**Example**:
```bash
pkg-config --cflags --libs sqlite3
pkg-config --modversion gtk+-3.0
```

**Documentation**: https://www.freedesktop.org/wiki/Software/pkg-config/

#### tree-sitter (0.25.10)
**Purpose**: Incremental parsing library
**Use Cases**:
- Syntax highlighting
- Code navigation
- AST analysis
- Language tooling

**Example**:
```bash
tree-sitter generate
tree-sitter test
```

**Integration**: Used by helix, could power code analysis MCP tools

**Documentation**: https://tree-sitter.github.io/tree-sitter/

---

### Disk Usage Analyzers (4 tools)

#### dua (2.32.2)
**Purpose**: Fast disk usage analyzer (Rust)
**Use Cases**:
- Interactive TUI for disk exploration
- Fast scanning
- Deletion from TUI

**Example**:
```bash
dua i          # Interactive mode
dua a /path    # Aggregate view
```

**Comparison**: Fastest, interactive, can delete

**Documentation**: https://github.com/Byron/dua-cli

#### dust (1.2.3)
**Purpose**: du + rust = dust (modern du)
**Use Cases**:
- Tree view of disk usage
- Colored output
- Quick overview

**Example**:
```bash
dust           # Current dir
dust -d 3      # Max depth 3
dust -r        # Reverse sort
```

**Comparison**: Best for quick visualizations

**Documentation**: https://github.com/bootandy/dust

#### gdu (5.32.0)
**Purpose**: Go-based disk usage analyzer
**Use Cases**:
- Fast scanning
- TUI interface
- Export to JSON

**Example**:
```bash
gdu            # Interactive
gdu -n         # Non-interactive
gdu -o json    # Export format
```

**Comparison**: Good balance of speed and features

**Documentation**: https://github.com/dundee/gdu

#### ncdu (2.9.2)
**Purpose**: NCurses disk usage (original)
**Use Cases**:
- Classic TUI
- Stable, reliable
- Scriptable

**Example**:
```bash
ncdu           # Interactive
ncdu -x        # Same filesystem only
ncdu -o file   # Export
```

**Comparison**: Most mature, scriptable

**Documentation**: https://dev.yorhel.nl/ncdu

**Recommendation**: Use `dust` for quick checks, `dua` for interactive exploration

---

### Multimedia & Content (3 tools)

#### ffmpeg (8.0)
**Purpose**: Video/audio processing Swiss Army knife
**Use Cases**:
- Video transcoding
- Audio extraction
- Streaming
- Format conversion

**Example**:
```bash
ffmpeg -i input.mp4 output.webm
ffmpeg -i video.mp4 -vn audio.mp3  # Extract audio
ffmpeg -i input.mp4 -ss 00:01:00 -t 10 clip.mp4  # Clip
```

**Integration**: Could power video processing MCP tools

**Documentation**: https://ffmpeg.org/documentation.html

#### sox (2021-05-09)
**Purpose**: Sound eXchange - audio processing
**Use Cases**:
- Audio effects
- Format conversion
- Synthesis
- Analysis

**Example**:
```bash
sox input.wav output.mp3
sox input.wav output.wav tempo 1.5  # Speed up
play sound.wav  # Play audio
```

**Integration**: Sonification of data (catsharp-sonification skill)

**Documentation**: http://sox.sourceforge.net/sox.html

#### enchant2 (2.6.9)
**Purpose**: Spell checking library
**Use Cases**:
- Text editors
- Document processing
- CLI spell check
- Multiple dictionary support

**Example**:
```bash
enchant-lsmod-2  # List backends
enchant-2 -l file.txt  # Check spelling
```

**Integration**: Text validation in documentation skills

**Documentation**: https://abiword.github.io/enchant/

---

### Infrastructure & Cloud (4 tools)

#### google-cloud-sdk (548.0.0)
**Purpose**: Google Cloud Platform CLI
**Use Cases**:
- GCP resource management
- Cloud Storage
- BigQuery
- Kubernetes (GKE)

**Example**:
```bash
gcloud auth login
gcloud compute instances list
gsutil cp file.txt gs://bucket/
bq query "SELECT * FROM dataset.table LIMIT 10"
```

**MCP Integration**: Wrap GCP operations as MCP tools

**Documentation**: https://cloud.google.com/sdk/docs

#### nats-server (2.12.3)
**Purpose**: NATS message broker
**Use Cases**:
- Pub/sub messaging
- Service mesh
- Event streaming
- MCP transport layer

**Example**:
```bash
nats-server                    # Start server
nats-server -js                # With JetStream
nats-server -c nats-server.conf  # Config file
```

**Integration**: Could power distributed MCP server communication

**Documentation**: https://docs.nats.io

#### tailscale (1.92.3)
**Purpose**: Mesh VPN (WireGuard-based)
**Use Cases**:
- Secure remote access
- Service networking
- Exit nodes
- MagicDNS

**Example**:
```bash
tailscale up
tailscale status
tailscale ip -4
tailscale serve 8080  # Expose service
```

**Integration**: Secure MCP server networking (tailscale-localsend skill)

**Documentation**: https://tailscale.com/kb/

#### wash-cli (1.0.0-beta.10)
**Purpose**: WebAssembly Shell (wasmCloud CLI)
**Use Cases**:
- WebAssembly component management
- wasmCloud orchestration
- WASI development
- Distributed apps

**Example**:
```bash
wash up          # Start wasmCloud host
wash ctl get hosts
wash build       # Build component
wash app deploy app.yaml
```

**Integration**: Deploy MCP servers as Wasm components

**Documentation**: https://wasmcloud.com/docs/cli

---

### System Utilities (3 tools)

#### coreutils (9.8)
**Purpose**: GNU core utilities
**Use Cases**:
- Basic file operations (ls, cp, mv, rm)
- Text processing (cat, cut, sort, uniq)
- System info (whoami, hostname, uptime)

**Example**:
```bash
ls -lah
cat file.txt | sort | uniq -c
seq 1 10 | xargs -I{} echo "Item {}"
```

**Note**: macOS ships with BSD utilities; this provides GNU versions

**Documentation**: https://www.gnu.org/software/coreutils/manual/

#### nickel (1.15.1)
**Purpose**: Configuration language
**Use Cases**:
- Type-safe configs
- Contract validation
- Nix integration
- Infrastructure as code

**Example**:
```bash
nickel export config.ncl --format json
nickel query config.ncl
nickel repl
```

**Integration**: The asi repo has 440 .ncl files - skill configurations!

**ASI Integration**:
```bash
ls skills/**/*.ncl | wc -l  # 440 Nickel files
```

**Documentation**: https://nickel-lang.org

---

### Verification & Security (2 tools)

#### dafny (4.11.0)
**Purpose**: Verification-aware programming language
**Use Cases**:
- Formal verification
- Proof-carrying code
- Algorithm correctness
- Secure protocol design

**Example**:
```bash
dafny verify program.dfy
dafny /compile:3 program.dfy  # Compile to C#
dafny format file.dfy
```

**Integration**: Could verify GF(3) conservation proofs formally

**Documentation**: https://dafny.org/latest/OnlineTutorial/guide

#### radare2 (6.0.7)
**Purpose**: Reverse engineering framework
**Use Cases**:
- Binary analysis
- Debugging
- Disassembly
- Exploit development (authorized contexts)

**Example**:
```bash
r2 binary
r2 -A binary      # Analyze all
rabin2 -I binary  # Binary info
rasm2 "mov eax, 33"  # Assemble
```

**Security Note**: Only use for authorized security testing, CTFs, research

**Documentation**: https://r2wiki.readthedocs.io

---

### Python Tooling (1 tool)

#### uv (0.9.21)
**Purpose**: Extremely fast Python package installer (Rust)
**Use Cases**:
- pip replacement (10-100x faster)
- Virtual environment management
- Dependency resolution
- Lock file generation

**Example**:
```bash
uv pip install pandas numpy
uv venv .venv
uv pip compile requirements.in  # Generate lock
uv pip sync requirements.txt    # Sync to lock
```

**Performance**: ~100x faster than pip for cold installs

**Documentation**: https://github.com/astral-sh/uv

---

## MCP Integration Patterns

### Pattern 1: Direct CLI Wrapping

```clojure
;; flox-mcp-server.bb pattern
(defn run-tool [tool & args]
  (let [result (p/shell {:out :string :err :string :continue true}
                        (str/join " " (cons tool args)))]
    {:exit (:exit result)
     :stdout (str/trim (:out result))
     :stderr (str/trim (:err result))}))

;; Example: Wrap gh CLI
(defn handle-gh-pr-create [{:keys [title body]}]
  (run-tool "gh" "pr" "create" "--title" title "--body" body))
```

### Pattern 2: Batch Operations

```clojure
;; Run multiple tools in sequence
(defn analyze-repo [repo-path]
  (let [disk-usage (run-tool "dust" repo-path)
        git-status (run-tool "gh" "repo" "view")
        tree-check (run-tool "tree-sitter" "test")]
    {:disk disk-usage
     :git git-status
     :syntax tree-check}))
```

### Pattern 3: Streaming Output

```clojure
;; Stream ffmpeg progress
(defn stream-transcode [input output]
  (let [proc (p/process ["ffmpeg" "-i" input output] 
                        {:inherit true})]
    ;; Send progress notifications via MCP
    ))
```

---

## GF(3) Triad Examples

### Triad 1: Language Ecosystem
```
julia-bin (+1, PLUS)      # Generative (AlgebraicJulia)
babashka (0, ERGODIC)     # Coordinator (MCP servers)
dafny (-1, MINUS)         # Validator (formal verification)

Sum: +1 + 0 + (-1) ≡ 0 (mod 3) ✓
```

### Triad 2: Disk Analysis
```
dust (+1, PLUS)           # Quick generation of views
gdu (0, ERGODIC)          # Balanced analysis
ncdu (-1, MINUS)          # Deep validation
```

### Triad 3: Cloud Infrastructure
```
wash-cli (+1, PLUS)       # Deploy new components
tailscale (0, ERGODIC)    # Network coordination
google-cloud-sdk (-1, MINUS)  # Validate resources
```

---

## Tool Selection Guide

### Use Case: Quick Script
**Choose**: `babashka` or `python312`
- Babashka: If Clojure familiarity, need speed
- Python: If data processing, ML, broader ecosystem

### Use Case: Scientific Computing
**Choose**: `julia-bin`
- Best for: Numerical analysis, category theory, performance
- Integration: AlgebraicJulia, DuckDB.jl

### Use Case: Disk Space Cleanup
**Choose**: `dua` (interactive) or `dust` (quick view)
- dua: When you want to delete files interactively
- dust: When you just need a quick tree view

### Use Case: Video Processing
**Choose**: `ffmpeg`
- No alternatives needed - it's the standard

### Use Case: Text Editing
**Choose**: `helix` (fast, terminal) or `emacs` (powerful, GUI)
- helix: Quick edits, LSP integration, modern UX
- emacs: Org-mode, extensive customization, Lisp

### Use Case: Reverse Engineering
**Choose**: `radare2`
- Comprehensive framework for binary analysis
- Use only in authorized contexts

---

## Environment Updates

### Check for Updates
```bash
flox list | grep "upgrade available"
```

Current outdated packages:
- dua: 2.32.2 → newer available
- tailscale: 1.92.3 → newer available  
- uv: 0.9.21 → newer available

### Upgrade Packages
```bash
flox upgrade dua tailscale uv
```

### Add New Tools
```bash
flox search ripgrep
flox install ripgrep
```

### Remove Tools
```bash
flox uninstall package-name
```

---

## Integration with Other Skills

### Skills Using These Tools

- **flox-mcp** - Wraps flox CLI for environment management
- **org-babel-execution** - Uses emacs org-mode
- **unworld** - Julia-based derivational learning
- **catsharp-sonification** - sox for audio synthesis
- **babashka-clj** - Babashka scripting patterns
- **gay-mcp** - Could use dafny for GF(3) verification
- **tailscale-localsend** - Tailscale mesh networking
- **nickel** skill (440 .ncl files in asi repo)

### Potential New Skills

1. **gh-mcp** - GitHub CLI wrapper for AI PR management
2. **ffmpeg-pipeline** - Video processing orchestration
3. **dafny-verifier** - Formal verification of GF(3) properties
4. **radare2-analyzer** - Binary analysis (security research only)
5. **nats-broker** - Message broker for distributed MCP
6. **tree-sitter-parser** - Code analysis and navigation

---

## Environment Statistics

```
Total Packages: 31
Languages: 8 (Clojure, Julia, JS, Python, Ruby, Java)
Editors: 2 (emacs, helix)
Disk Analyzers: 4 (dua, dust, gdu, ncdu)
Cloud Tools: 4 (gcloud, nats, tailscale, wash)
Security/Verification: 2 (dafny, radare2)
Multimedia: 3 (ffmpeg, sox, enchant2)

Total Install Size: ~5GB
Active Environment: bmorphism/ies
FloxHub: hub.flox.dev/bmorphism/ies
```

---

**Skill Name**: bmorphism-ies-env
**Type**: Environment Documentation & MCP Integration
**Trit**: 0 (ERGODIC - Infrastructure Coordinator)
**Status**: ✅ Production (31 tools documented)