Overview
The /archer-supreme-dx command is the ARCHER SUPREME Developer Experience system -- a comprehensive development workflow optimization engine that operates at SUPREME authority level to deliver the ultimate development environment for the Prismatic Platform. In a codebase of over 2.8 million lines of code, 100+ umbrella applications, and 37,000+ files, development productivity depends critically on the quality of tooling, environment configuration, workflow automation, and integration with the platform's extensive ecosystem. The /archer-supreme-dx command addresses every dimension of this challenge.
The command manages five interconnected aspects of developer experience. Environment Setup handles shell integration, Git hooks configuration, editor integration, and MCP server initialization. Workflow Optimization configures command shortcuts, alias systems, auto-completion, and quick navigation across the codebase. Productivity Tools integrates session context management, quality gate automation, test runner integration, and documentation generation into seamless workflows. Diagnostics identifies and resolves development environment issues that degrade productivity. Status Monitoring provides a comprehensive health report of the development environment with actionable improvement recommendations.
Unlike utility commands that perform a single function, /archer-supreme-dx operates as a meta-command that orchestrates the entire development experience ecosystem. Executed by the archer-supreme-dx-commander agent, it has SUPREME authority to modify shell configurations, install Git hooks, configure MCP server connections, and optimize the development pipeline end-to-end. The SUPREME authority level ensures that DX optimizations can reach into every corner of the development environment without encountering permission barriers that would leave gaps in the optimization surface.
Usage
/archer-supreme-dx [ACTION] [OPTIONS]Check Current DX Status and Health
/archer-supreme-dx statusFull Development Environment Setup
/archer-supreme-dx setupOptimize Existing Workflows
/archer-supreme-dx optimizeEnhance with Additional Productivity Tools
/archer-supreme-dx enhanceDiagnose and Fix DX Issues
/archer-supreme-dx diagnose --verboseOptions and Parameters
| Parameter | Position | Required | Type | Default | Description |
|---|---|---|---|---|---|
action | 1 | No | string | status | Action: setup, optimize, enhance, diagnose, status |
--profile | -- | No | string | default | DX profile: default, minimal, full |
--verbose | -- | No | boolean | false | Enable verbose output with detailed diagnostics |
Action Descriptions
| Action | Purpose | Duration |
|---|---|---|
setup | Full environment initialization from scratch | 5-15 minutes |
optimize | Tune existing configuration for maximum efficiency | 2-5 minutes |
enhance | Add advanced productivity tools and integrations | 3-10 minutes |
diagnose | Identify and report DX issues with remediation steps | 1-3 minutes |
status | Health check and productivity score assessment | < 30 seconds |
DX Profiles
| Profile | Description | Use Case |
|---|---|---|
default | Standard development configuration with all essential tools | Most developers |
minimal | Lightweight setup with core tools only | CI/CD environments, containers |
full | Maximum productivity with all optional enhancements | Power users, SUPREME operators |
Authority and Access
| Property | Value |
|---|---|
| Authority Level | SUPREME |
| Executing Agent | archer-supreme-dx-commander |
| Status | Production |
| Usage Frequency | Medium |
| Category | Framework / Developer Experience |
| Model | claude-opus-4-6 |
| Tools | Task, Bash, Grep, Glob, Read, Edit, Write |
| Shell Integration | zsh, bash |
| Editor Support | VS Code, Zed, Aide, Neovim |
| MCP Servers | 14+ server configurations |
Technical Implementation
The DX command implements a comprehensive environment assessment and optimization pipeline. The setup action performs a multi-phase initialization that installs Git hooks, configures shell integrations, establishes MCP server connections, enables quality gate automation, and validates the entire configuration. Each phase reports its status and any issues encountered, ensuring complete transparency about the state of the development environment.
defmodule PrismaticDX.Command do
@moduledoc """
ARCHER SUPREME Developer Experience command handler.
Manages comprehensive development environment optimization
with multi-phase setup, diagnostics, and health monitoring.
"""
alias PrismaticDX.{Environment, Workflow, Productivity, Diagnostics}
@spec execute(String.t(), keyword()) :: {:ok, map()} | {:error, term()}
def execute(action, opts \\ []) do
profile = Keyword.get(opts, :profile, :default)
verbose = Keyword.get(opts, :verbose, false)
case action do
"setup" -> setup_environment(profile, verbose)
"optimize" -> optimize_workflows(profile, verbose)
"enhance" -> enhance_productivity(profile, verbose)
"diagnose" -> run_diagnostics(verbose)
"status" -> check_status(verbose)
end
end
defp setup_environment(profile, verbose) do
phases = [
{:shell, &Environment.configure_shell/2},
{:git_hooks, &Environment.install_git_hooks/2},
{:mcp_servers, &Environment.setup_mcp_servers/2},
{:quality_gates, &Environment.enable_quality_gates/2},
{:editor, &Environment.configure_editor/2},
{:validation, &Environment.validate_setup/2}
]
results =
Enum.map(phases, fn {phase, func} ->
result = func.(profile, verbose)
{phase, result}
end)
{:ok, %{
phases_completed: Enum.count(results, fn {_, r} -> match?({:ok, _}, r) end),
total_phases: length(phases),
details: Map.new(results)
}}
end
defp check_status(verbose) do
checks = %{
shell: Environment.check_shell_integration(),
git_hooks: Environment.check_git_hooks(),
mcp_servers: Environment.check_mcp_servers(),
quality_gates: Environment.check_quality_gates(),
editor: Environment.check_editor_integration()
}
score = calculate_productivity_score(checks)
{:ok, %{
productivity_score: score,
checks: checks,
recommendations: generate_recommendations(checks),
verbose_details: if(verbose, do: detailed_diagnostics(checks), else: nil)
}}
end
end
The status action computes a productivity score (0-100) based on the health of each DX component. The scoring system evaluates shell integration, Git hook installation, MCP server connectivity, quality gate configuration, and editor integration. Each component contributes to the overall score proportionally to its impact on development productivity. The diagnose action provides deep analysis of each component, identifying specific issues and generating targeted remediation steps.
Status Output Structure
The status report provides a structured overview of development environment health:
ARCHER SUPREME DX STATUS
========================
Environment:
Shell: zsh (integrated)
Git hooks: Installed (pre-commit, commit-msg, pre-push)
MCP servers: 14 active
Quality gates: Enabled (all passing)
Editor: Configured (VS Code + Zed)
Workflows:
Auto-commit: Ready
Auto-test: Ready
Auto-doc: Ready
Session management: Active
Productivity Score: 95/100
- Session management: Excellent
- Command efficiency: High
- Integration level: Full
- Quality automation: Complete
Recommendations:
- Enable auto-evolution for continuous improvement
- Configure custom aliases for frequent operationsWorkflow Integration
The /archer-supreme-dx command is typically the first command invoked when onboarding to the Prismatic Platform or when setting up a new development environment. The setup action provides a guided initialization that transforms a bare environment into a fully configured, optimized development workspace in minutes rather than hours.
For existing environments, the optimize action periodically tunes configurations based on updated platform requirements. As new MCP servers are added, new quality gates are introduced, or new Git hook phases are implemented, running /archer-supreme-dx optimize ensures the local environment stays aligned with the platform's evolving requirements.
The diagnose action is the first recourse when development environment issues arise. Rather than manually checking individual configuration files and tool installations, the diagnostic engine systematically evaluates every DX component and produces a prioritized list of issues with specific remediation steps. This eliminates the common pattern of developers spending hours debugging environment issues that a structured diagnostic could identify in seconds.
Integration Points
| Component | Relationship |
|---|---|
| Prismatic Agents | Executed by archer-supreme-dx-commander agent |
| AIAD Registry | Command specification and discovery |
| Quality Gates | Configures and validates quality gate automation |
| Telemetry | Command execution metrics and DX health tracking |
| Git Hooks | Installs and manages pre-commit, commit-msg, pre-push hooks |
| MCP Servers | Configures 14+ MCP server connections |
| Shell Integration | zsh/bash alias, completion, and navigation configuration |
| Editor Integration | VS Code, Zed, Aide, Neovim plugin and settings |
| Session Context | Session context management automation |
| /agents | Agent discovery integration for development workflows |
| /aiad-dashboard | Dashboard integration for monitoring DX metrics |
Doctrine Compliance
All DX operations are governed by the NO MERCY, NO DOUBTS doctrine:
- NO MERCY: Development environments must be fully configured. No partial setups, no skipped phases, no optional quality gates left disabled. The
setupaction runs all phases to completion and reports failures explicitly. Missing Git hooks, disconnected MCP servers, and disabled quality gates are treated as violations, not acceptable defaults. Every developer environment must meet the same standard. - NO DOUBTS: The
diagnoseaction performs thorough investigation before recommending remediation. Issues are verified against actual environment state, not assumed from configuration files. The productivity score is computed from real measurements, not self-reported metrics. Recommendations are specific and actionable, with exact commands to execute for remediation.
The DX system enforces the platform's Session Discipline Protocol by ensuring that Git hooks are installed and active, preventing the use of forbidden flags like --no-verify, and configuring automatic session context persistence.
Best Practices
-
Run setup on new environments immediately: Execute
/archer-supreme-dx setup --profile fullas the first action on any new development environment. This prevents hours of incremental configuration and ensures consistency across development environments. -
Check status at session start: Run
/archer-supreme-dx statusat the beginning of each development session. Environment drift (updated tools, changed configurations, expired credentials) can silently degrade productivity. Regular status checks catch drift early. -
Use diagnose before manual fixes: When encountering development environment issues, always run
/archer-supreme-dx diagnose --verbosebefore attempting manual remediation. The diagnostic engine often identifies the root cause faster than manual investigation and suggests the correct fix. -
Keep the full profile for active development: The
fullprofile includes advanced productivity tools that significantly accelerate common operations. Reserve theminimalprofile for CI/CD and container environments where resource constraints justify reduced tooling. -
Re-optimize after platform updates: When the platform introduces new MCP servers, quality gates, or Git hook phases, run
/archer-supreme-dx optimizeto incorporate the new components into the development environment. This keeps the local environment synchronized with platform evolution.
Related Commands
- /archer-supreme - Supreme authority activation for platform-wide operations
- /seadf - Self-Evolving Autonomous Development Framework control and monitoring
- /connect - MCP server connection management across 14+ servers
- /quality-gates - Enforce quality gate checkpoints with zero-warning compilation validation
- /commit - Smart commit with quality gates and conventional format
- /analyze - System architecture analysis with dependency mapping
- /aiad-dashboard - AIAD dashboard for intelligence and domain monitoring
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Created by Tomáš Korcak (korczis) | Open Source under GHL