/devcodex-workspace
Retired compatibility fixture for the former project-local Grok bridge; current workspace installs use grok/plugins/devcodex-workspace.
$ npx -y skills add devcodex-labs/devcodex --skill devcodex-workspace --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
- You can call itInvoke it directly when you want it.
- Slash command
/devcodex-workspace
Context preview
The summary Claude sees to decide when to auto-load this skill.
Retired compatibility fixture for the former project-local Grok bridge; current workspace installs use grok/plugins/devcodex-workspace.
SKILL.md
devcodex-workspace.SKILL.mdname: devcodex-workspace
description: Retired compatibility fixture for the former project-local Grok bridge; current workspace installs use grok/plugins/devcodex-workspace.
DevCodex Workspace Resolver(retired compatibility fixture)
> lifecycleStatus: retired-compatibility-fixture > deploymentStatus: MUST NOT be deployed by current workspace descriptors
This file is retained only so historical packages and migration evidence remain readable. Current `workspace-namespace` installs use the workspace-owned plugin under `grok/plugins/devcodex-workspace`; child projects must not receive this Skill or a project bridge.
For forensic replay of an old project bridge, the historical resolver contract was:
1. Preserve the semantic intent seed already formed from the user message and conversation continuity. 2. Walk upward from the current project directory to the nearest unique parent containing `.devcodex/layout.json` whose `mode` is `workspace-namespace`. That parent is `<workspace-root>`. Do not search above the first valid marker. 3. Read `<workspace-root>/AGENTS.md` as the controlling shared kernel. Treat the project bridge and this Skill only as discovery adapters; they must not override the shared kernel. 4. Resolve the project namespace as the project-root path relative to `<workspace-root>`. Bind runtime state to `<workspace-root>/.devcodex/<project-namespace>/`; use `<workspace-root>/.devcodex/workspace/` only for an explicitly workspace-wide task. 5. Apply the kernel's intent-first context gate. Load only the parent Skill files selected by the final route from `<workspace-root>/.agents/skills/<skill-id>/SKILL.md`, then load only the Profile or memory sections named by the resulting context plan. 6. Read `<workspace-root>/.agents/devcodex/instructions.full.md` only for the kernel's explicit fail-closed fallback conditions. Never use it as the normal startup path. 7. Before substantive output, satisfy the parent kernel's visible entry-check contract and all applicable confirmation, validation, memory, report, and governance gates.
Fail closed when any of these are ambiguous or missing: workspace marker, shared kernel, project namespace, selected Skill, Profile source, or active-root binding. Report the precise missing path or conflicting candidates; do not invent or silently substitute rules.
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name: devcodex-workspace description: Retired compatibility fixture for the former project-local Grok bridge; current workspace installs use grok/plugins/devcodex-workspace.
DevCodex Workspace Resolver(retired compatibility fixture)
> lifecycleStatus: retired-compatibility-fixture > deploymentStatus: MUST NOT be deployed by current workspace descriptors
This file is retained only so historical packages and migration evidence remain readable. Current `workspace-namespace` installs use the workspace-owned plugin under `grok/plugins/devcodex-workspace`; child projects must not receive this Skill or a project bridge.
For forensic replay of an old project bridge, the historical resolver contract was:
1. Preserve the semantic intent seed already formed from the user message and conversation continuity. 2. Walk upward from the current project directory to the nearest unique parent containing `.devcodex/layout.json` whose `mode` is `workspace-namespace`. That parent is `<workspace-root>`. Do not search above the first valid marker. 3. Read `<workspace-root>/AGENTS.md` as the controlling shared kernel. Treat the project bridge and this Skill only as discovery adapters; they must not override the shared kernel. 4. Resolve the project namespace as the project-root path relative to `<workspace-root>`. Bind runtime state to `<workspace-root>/.devcodex/<project-namespace>/`; use `<workspace-root>/.devcodex/workspace/` only for an explicitly workspace-wide task. 5. Apply the kernel's intent-first context gate. Load only the parent Skill files selected by the final route from `<workspace-root>/.agents/skills/<skill-id>/SKILL.md`, then load only the Profile or memory sections named by the resulting context plan. 6. Read `<workspace-root>/.agents/devcodex/instructions.full.md` only for the kernel's explicit fail-closed fallback conditions. Never use it as the normal startup path. 7. Before substantive output, satisfy the parent kernel's visible entry-check contract and all applicable confirmation, validation, memory, report, and governance gates.
Fail closed when any of these are ambiguous or missing: workspace marker, shared kernel, project namespace, selected Skill, Profile source, or active-root binding. Report the precise missing path or conflicting candidates; do not invent or silently substitute rules.
Intent-driven AI coding workflow runtime for consistent context, skills, approvals, validation, and handoffs across six AI coding hosts.
Repo: devcodex-labs/devcodex
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