AGENTS.md

@@ -1,16 +1,4 @@
 ## Documentation for agents
 
-You **MUST** read each of these documents before contributing to this repository:
-- Git workflow rules: `docs/agents/git-workflow.md`
 - Repo interaction rules: `docs/agents/repo-instructions.md`
 - Domain model & context rules: `docs/agents/domain.md`
-
-## Critical Coding & Version Control Conduct
-
-- **NEVER** commit directly to `master` or `testing without explicit human instruction.
-- **NEVER** merge into `master` or `testing` without explict human instruction.
-- **ALWAYS** create new branches when working on non-trivial coding tasks.
-- **ALWAYS** commit self-contained logical unit of work.
-
-## Issues, PRs, and Comments Conduct
-- **ALWAYS** end your written contributions with `Written by AI agent working for @jtmorris. Model: <MODEL NAME>.`. Replace `<MODEL NAME>` with the LLM model, version, and, if relevant, number of parameters. For example: `Claude Sonnet 4.7`, `Grok 4.3`, `Qwen 3.6 27B`.

docs/agents/git-workflow.md

@@ -1,106 +0,0 @@
-# Git Workflow — Branching Strategy and Rules
-
-## Branch Hierarchy
-
-```
-feature_*  →  vibes  →  testing  →  master
- (work)     (agent)   (beta)     (stable)
-```
-
-### `master`
-- **Purpose**: Stable, tested, production-ready code. What end-users run.
-- **Who commits**: Human only. Agents **must not** commit or merge here without explicit human instruction.
-- **Requirements**: All tests pass. Code reviewed and approved by human.
-
-### `testing`
-- **Purpose**: Beta-quality code. May contain bugs. Not guaranteed safe.
-- **Who commits**: Human only. Agents **must not** commit or merge here without explicit human instruction.
-- **Requirements**: Human has reviewed `vibes` and approved promotion.
-
-### `vibes`
-- **Purpose**: Agent integration branch. Completed features, bug fixes, and tasks land here for human review.
-- **Who commits**: Agents merge completed feature branches here. Human reviews and either approves (promotes to `testing`) or rejects (sends agent back to feature branch).
-- **Requirements**: Feature branch's tests pass. Feature branch work is complete per task scope.
-
-### `feature_<slug>`
-- **Purpose**: Isolated work branches for a single feature, bug fix, or task.
-- **Who commits**: Agents and humans.
-- **Naming**: `feature_` prefix followed by a short, git-safe slug describing the task (e.g., `feature_add_toast_notifications`, `fix_exit_node_lookup`).
-- **Branch point**: Usually off `master`. If chaining tasks or building on unmerged work, branch off `vibes` or `testing` as appropriate.
-
-## Commit Discipline
-
-Agents must commit frequently, after each self-contained logical unit of work. **Do not batch all changes into a single commit.**
-
-- Commit after each passing test, completed function, or logical change.
-- Each commit should be small, focused, and meaningful on its own.
-- Every commit must be traceable, reversible, and not break existing tests.
-- Granular commits enable easy bisecting, clear history, and precise rollbacks.
-
-## Commit Messages
-
-Use conventional commit format:
-
-```
-<type>: <short description>
-
-<optional body explaining why>
-```
-
-Types: `feat`, `fix`, `refactor`, `docs`, `style`, `test`, `chore`, `perf`, `ci`, `build`.
-
-Messages must explain **what** changed and **why**. Avoid vague messages like "fix stuff" or "update code".
-
-## Rebasing & Syncing
-
-Before merging a feature branch into `vibes`:
-
-1. Rebase the feature branch onto the latest state of its base branch (`master`, `vibes`, or `testing`).
-2. Resolve any conflicts during rebase.
-3. Verify tests still pass after rebase.
-
-This keeps history linear and avoids unnecessary merge commits.
-
-## Workflow
-
-### Starting Work
-1. Create a new `feature_<slug>` branch from the appropriate base branch (default: `master`).
-2. Push the feature branch to remote.
-3. Implement the feature, bug fix, or task.
-4. Commit frequently (see Commit Discipline above).
-5. Run tests after each commit. Ensure project-wide testing strategy passes.
-
-### Completing Work (Agent)
-1. Rebase feature branch onto latest base branch.
-2. Merge the feature branch into `vibes` (preserve individual commits, do not squash).
-3. Push `vibes` to remote.
-4. Notify human that work is on `vibes` for review. **Stop and wait for human feedback.**
-
-### Human Review
-1. Human reviews `vibes` branch.
-2. **If approved**: Human merges `vibes` → `testing`.
-3. **If rejected**: Human communicates what needs fixing. Agent returns to the feature branch (or creates a new one) to address issues.
-
-### Promoting to Stable
-1. Human validates `testing` branch is ready.
-2. Human merges `testing` → `master`.
-
-## Agent Guardrails
-
-- **NEVER** commit directly to `master` or `testing` without explicit human instruction.
-- **NEVER** merge into `master` or `testing` without explicit human instruction.
-- Always work in a `feature_<slug>` branch.
-- Merge completed work to `vibes`, then stop and wait for human review.
-- Preserve individual commits when merging — do not squash.
-- Rebase feature branches before merging to `vibes` — do not create merge commits.
-
-## Branch Management
-
-- `feature_*` branches may be deleted after merging to `vibes` if no longer needed.
-- If work is rejected from `vibes`, keep the feature branch for iterative fixes.
-- `vibes` should be kept in a mergeable state — do not let it accumulate broken code.
-- Push feature branches to remote for backup and visibility.
-
-## Quick Spikes & Exploration
-
-For quick local exploration or solo spikes, use `.scratch/<feature-slug>/` as documented in `docs/agents/repo-instructions.md`. When spike work becomes real, move it to a proper `feature_*` branch.

tailscalectl/TailscaleWidget.qml

@@ -62,11 +62,11 @@ PluginComponent {
     Process {
         id: detectClipboard
 
-        command: ["sh", "-c", "if which dms >/dev/null 2>&1; then echo 'dms cl copy'; elif which wl-copy >/dev/null 2>&1; then echo 'wl-copy'; elif which clipmanctl >/dev/null 2>&1; then echo 'clipmanctl copy'; elif which xclip >/dev/null 2>&1; then echo 'xclip -selection clipboard'; elif which xsel >/dev/null 2>&1; then echo 'xsel --clipboard --input'; else echo none; fi"]
+        command: ["sh", "-c", "which dms >/dev/null 2>&1 && echo 'dms cl copy' || which wl-copy >/dev/null 2>&1 && echo 'wl-copy' || which clipmanctl >/dev/null 2>&1 && echo 'clipmanctl copy' || echo none"]
 
         stdout: StdioCollector {
             onStreamFinished: {
-                root.clipboardCmd = TailscaleLib.parseClipboardDetection(this.text)
+                root.clipboardCmd = this.text.trim()
             }
         }
 
@@ -82,11 +82,19 @@ PluginComponent {
 
         stdout: StdioCollector {
             onStreamFinished: {
-                const state = TailscaleLib.parseStatusResult(this.text)
+                try {
-                root.isConnected = state.isConnected
+                    const data = JSON.parse(this.text)
-                root.tailscaleIP = state.tailscaleIP
+                    root.isConnected = data.BackendState === "Running"
-                root.currentExitNode = state.currentExitNode
+                    root.tailscaleIP = (data.Self?.TailscaleIPs?.[0]) || ""
-                root.peers = state.peers
+                    root.currentExitNode = TailscaleLib.findActiveExitNode(data.Peer || {})
+                    root.peers = TailscaleLib.parsePeers(data.Peer || {})
+                } catch (e) {
+                    root.isConnected = false
+                    root.tailscaleIP = ""
+                    root.currentExitNode = ""
+                    root.peers = []
+                    ToastService.showError("tailscalectl", "Failed to parse Tailscale status")
+                }
             }
         }
 
@@ -111,7 +119,11 @@ PluginComponent {
             ToastService.showError("tailscalectl", "Tailscale not available")
             return
         }
-        toggleProcess.command = TailscaleLib.buildToggleCommand(root.isConnected)
+        if (root.isConnected) {
+            toggleProcess.command = ["tailscale", "down"]
+        } else {
+            toggleProcess.command = ["tailscale", "up"]
+        }
         toggleProcess.running = true
     }
 
@@ -129,12 +141,7 @@ PluginComponent {
             ToastService.showError("tailscalectl", "No clipboard tool found")
             return
         }
-        var cmd = TailscaleLib.buildCopyCommand(text, root.clipboardCmd)
+        copyProcess.command = ["sh", "-c", "printf '%s' '" + text.replace(/'/g, "'\\''") + "' | " + root.clipboardCmd]
-        if (!cmd) {
-            ToastService.showError("tailscalectl", "Invalid clipboard command")
-            return
-        }
-        copyProcess.command = cmd
         copyProcess.running = true
         ToastService.showInfo("Copied " + text + " to clipboard")
     }

tailscalectl/lib.js

@@ -26,41 +26,6 @@ function findActiveExitNode(peerMap) {
     return ""
 }
 
-var safeClipboardCmds = ["dms cl copy", "wl-copy", "clipmanctl copy", "xclip -selection clipboard", "xsel --clipboard --input", "none"]
-
-function validateClipboardCmd(cmd) {
-    return typeof cmd === "string" && safeClipboardCmds.includes(cmd)
-}
-
-function buildCopyCommand(text, clipboardCmd) {
-    if (!validateClipboardCmd(clipboardCmd)) return null
-    var escaped = text.replace(/'/g, "'\\''")
-    return ["sh", "-c", "printf '%s' '" + escaped + "' | " + clipboardCmd]
-}
-
-function parseStatusResult(jsonText) {
-    try {
-        const data = JSON.parse(jsonText)
-        return {
-            isConnected: data.BackendState === "Running",
-            tailscaleIP: (data.Self && data.Self.TailscaleIPs && data.Self.TailscaleIPs[0]) || "",
-            currentExitNode: findActiveExitNode(data.Peer || {}),
-            peers: parsePeers(data.Peer || {})
-        }
-    } catch (e) {
-        return { isConnected: false, tailscaleIP: "", currentExitNode: "", peers: [] }
-    }
-}
-
-function buildToggleCommand(isConnected) {
-    return isConnected ? ["tailscale", "down"] : ["tailscale", "up"]
-}
-
-function parseClipboardDetection(stdout) {
-    var trimmed = typeof stdout === "string" ? stdout.trim() : ""
-    return validateClipboardCmd(trimmed) ? trimmed : "none"
-}
-
 function errorMessage(cmd) {
     var messages = {
         "up": "Failed to connect to Tailscale",
@@ -75,5 +40,5 @@ function errorMessage(cmd) {
 
 // CommonJS export for Node.js tests (ignored by QML)
 if (typeof module !== "undefined" && module.exports) {
-    module.exports = { parsePeers, makeExitNodeCommand, findActiveExitNode, errorMessage, validateClipboardCmd, buildCopyCommand, parseClipboardDetection, buildToggleCommand, parseStatusResult }
+    module.exports = { parsePeers, makeExitNodeCommand, findActiveExitNode, errorMessage }
 }

test/lib.test.js

@@ -1,7 +1,7 @@
 import { test } from "node:test"
 import assert from "node:assert"
 import lib from "../tailscalectl/lib.js"
-const { parsePeers, makeExitNodeCommand, findActiveExitNode, errorMessage, validateClipboardCmd, buildCopyCommand, parseClipboardDetection, buildToggleCommand, parseStatusResult } = lib
+const { parsePeers, makeExitNodeCommand, findActiveExitNode, errorMessage } = lib
 
 test("parsePeers extracts exitNode from ExitNodeOption", () => {
     const peerMap = {
@@ -74,134 +74,3 @@ test("errorMessage returns generic message for unknown command", () => {
     const msg = errorMessage("unknown", 1)
     assert.strictEqual(msg, "Tailscale command failed")
 })
-
-// --- validateClipboardCmd ---
-
-test("validateClipboardCmd accepts whitelisted values", () => {
-    assert.strictEqual(validateClipboardCmd("dms cl copy"), true)
-    assert.strictEqual(validateClipboardCmd("wl-copy"), true)
-    assert.strictEqual(validateClipboardCmd("clipmanctl copy"), true)
-    assert.strictEqual(validateClipboardCmd("xclip -selection clipboard"), true)
-    assert.strictEqual(validateClipboardCmd("xsel --clipboard --input"), true)
-    assert.strictEqual(validateClipboardCmd("none"), true)
-})
-
-test("validateClipboardCmd rejects malicious inputs", () => {
-    assert.strictEqual(validateClipboardCmd("rm -rf /"), false)
-    assert.strictEqual(validateClipboardCmd("echo hi; malicious"), false)
-    assert.strictEqual(validateClipboardCmd("$(whoami)"), false)
-    assert.strictEqual(validateClipboardCmd("wl-copy || rm -rf /"), false)
-})
-
-test("validateClipboardCmd rejects empty and falsy inputs", () => {
-    assert.strictEqual(validateClipboardCmd(""), false)
-    assert.strictEqual(validateClipboardCmd(null), false)
-    assert.strictEqual(validateClipboardCmd(undefined), false)
-})
-
-// --- buildCopyCommand ---
-
-test("buildCopyCommand returns safe command for whitelisted clipboard tool", () => {
-    const cmd = buildCopyCommand("hello", "wl-copy")
-    assert.ok(Array.isArray(cmd))
-    assert.strictEqual(cmd[0], "sh")
-    assert.strictEqual(cmd[1], "-c")
-})
-
-test("buildCopyCommand returns null for invalid clipboard command", () => {
-    assert.strictEqual(buildCopyCommand("hello", "rm -rf /"), null)
-    assert.strictEqual(buildCopyCommand("hello", ""), null)
-    assert.strictEqual(buildCopyCommand("hello", null), null)
-})
-
-test("buildCopyCommand safely handles text with special characters", () => {
-    const cmd = buildCopyCommand("it's a 'test' with \"quotes\" and\nnewlines", "wl-copy")
-    assert.ok(Array.isArray(cmd))
-})
-
-// --- parseClipboardDetection ---
-
-test("parseClipboardDetection passes through expected output strings", () => {
-    assert.strictEqual(parseClipboardDetection("dms cl copy"), "dms cl copy")
-    assert.strictEqual(parseClipboardDetection("wl-copy"), "wl-copy")
-    assert.strictEqual(parseClipboardDetection("clipmanctl copy"), "clipmanctl copy")
-    assert.strictEqual(parseClipboardDetection("none"), "none")
-})
-
-test("parseClipboardDetection trims extra whitespace", () => {
-    assert.strictEqual(parseClipboardDetection("  wl-copy  \n"), "wl-copy")
-})
-
-test("parseClipboardDetection falls back to none for multi-line output", () => {
-    assert.strictEqual(parseClipboardDetection("wl-copy\nrm -rf /"), "none")
-})
-
-test("parseClipboardDetection falls back to empty output", () => {
-    assert.strictEqual(parseClipboardDetection(""), "none")
-    assert.strictEqual(parseClipboardDetection("   "), "none")
-})
-
-test("parseClipboardDetection falls back to none for unexpected strings", () => {
-    assert.strictEqual(parseClipboardDetection("pbpaste"), "none")
-    assert.strictEqual(parseClipboardDetection("custom-tool"), "none")
-})
-
-// --- buildToggleCommand ---
-
-test("buildToggleCommand returns down command when connected", () => {
-    assert.deepStrictEqual(buildToggleCommand(true), ["tailscale", "down"])
-})
-
-test("buildToggleCommand returns up command when disconnected", () => {
-    assert.deepStrictEqual(buildToggleCommand(false), ["tailscale", "up"])
-})
-
-test("buildToggleCommand treats null and undefined as disconnected", () => {
-    assert.deepStrictEqual(buildToggleCommand(null), ["tailscale", "up"])
-    assert.deepStrictEqual(buildToggleCommand(undefined), ["tailscale", "up"])
-})
-
-// --- parseStatusResult ---
-
-test("parseStatusResult produces correct state from valid JSON", () => {
-    const json = JSON.stringify({
-        BackendState: "Running",
-        Self: { TailscaleIPs: ["100.64.0.5"] },
-        Peer: {
-            "key-1": { HostName: "router", TailscaleIPs: ["100.64.0.1"], Online: true, ExitNode: true, ExitNodeOption: true }
-        }
-    })
-    const state = parseStatusResult(json)
-    assert.strictEqual(state.isConnected, true)
-    assert.strictEqual(state.tailscaleIP, "100.64.0.5")
-    assert.strictEqual(state.currentExitNode, "router")
-    assert.strictEqual(state.peers.length, 1)
-})
-
-test("parseStatusResult returns safe defaults for invalid JSON", () => {
-    const state = parseStatusResult("not json at all")
-    assert.strictEqual(state.isConnected, false)
-    assert.strictEqual(state.tailscaleIP, "")
-    assert.strictEqual(state.currentExitNode, "")
-    assert.strictEqual(state.peers.length, 0)
-})
-
-test("parseStatusResult handles missing Self gracefully", () => {
-    const json = JSON.stringify({ BackendState: "Running", Peer: {} })
-    const state = parseStatusResult(json)
-    assert.strictEqual(state.isConnected, true)
-    assert.strictEqual(state.tailscaleIP, "")
-})
-
-test("parseStatusResult handles missing and empty Peer gracefully", () => {
-    const json = JSON.stringify({ BackendState: "Running", Self: { TailscaleIPs: ["100.64.0.5"] } })
-    const state = parseStatusResult(json)
-    assert.strictEqual(state.peers.length, 0)
-    assert.strictEqual(state.currentExitNode, "")
-})
-
-test("parseStatusResult sets isConnected false for non-Running BackendState", () => {
-    const json = JSON.stringify({ BackendState: "NeedsLogin", Self: { TailscaleIPs: ["100.64.0.5"] }, Peer: {} })
-    const state = parseStatusResult(json)
-    assert.strictEqual(state.isConnected, false)
-})