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Core development philosophy including development cycles, naming conventions, architectural decisions, and multi-agent workflows. Use when establishing project foundations or making architectural decisions.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
[WHAT] Persistent, auto-reconnecting SSH reverse tunnels for NAT traversal — installs an `autossh` systemd unit on the local host so a bastion/relay server can SSH back in even through firewalls and dynamic IPs. [WHEN] Use whenever the user asks to "set up a reverse SSH tunnel", "keep SSH alive through NAT", "access a lab machine from outside", "tunnel through a bastion", "autossh systemd service", "check tunnel status", "remove a tunnel", "expose this machine via a jump host", or mentions bastion server, NAT traversal, autossh, reverse SSH, HPC login node. [HOW] `pip install scitex-ssh` then `import scitex_ssh`; see leaf skills for details.
Master index of all available skills for development workflows. Use when needing guidance on which skill to apply or when starting work on any project.
Emacs Lisp development best practices including file templates, project structure, testing, and coding style. Use when writing Emacs Lisp packages or configuration.
General programming best practices applicable to all languages. Covers clean code, testing, refactoring, version control, and development workflows. Use when writing or reviewing code in any language.
Project organization, multi-agent coordination, bug reporting, feature requests, and documentation practices. Use when managing projects, coordinating work, or organizing development workflows.
Python development for scientific computing and SciTeX projects. Includes testing, debugging, ML practices, and environment management.
| name | development-philosophy |
| description | Core development philosophy including development cycles, naming conventions, architectural decisions, and multi-agent workflows. Use when establishing project foundations or making architectural decisions. |
Iterative development approach: @01_DEVELOPMENT_CYCLE.md
Consistent naming across the project: @02_NAMING_CONVENSIONS.md
How to agree on architecture: @03_ARCHITECTUAL_AGREEMENT_PROCESS.md
Established architectural patterns: @04_ARCHITECTURE_PREDEFINED.md
How to set and manage priorities: @05_PRIORITY_CONFIG.md
Working with multiple specialized agents: @06_MULTIPLE_SPECIAL_AGENTS.md
Systematic debugging approaches: @07_DEBUGGING_TECHNIQUES.md
This skill represents the fundamental development philosophy and should guide all decision-making in complex projects.
