⑂ main

files preview #2

Merged@k33g wants to merge feature/file-preview into main

Merged as 71cacf9e3f2d.

42 files changed

The diff is large and was truncated by the engine.

modified README.md +11 -1 Viewed

@@ -38,6 +38,10 @@ go run ./cmd/server [-port <port>] [-cwd <dir>] [-web <dir>] <agent_path> [agent
38	38
39	39	The agent's logs (banner, warnings, `[acp]` trail) are printed on the server's stderr.
40	40
	41	+### Copying an answer
	42	+
	43	+Each answer of the agent ends with two buttons: Copy puts its text on the clipboard as the Markdown the model wrote, Copy formatted as rich text (headings, lists, code — for a document or an e-mail), with the Markdown as its plain-text version. Only what the model wrote is copied, not its thoughts or its tool calls. Code blocks keep their own Copy button. Over plain HTTP from another machine (`-host 0.0.0.0`), the browser gives no clipboard API: both buttons then copy the Markdown.
	44	+
41	45	### Context and tokens
42	46
43	47	Next to the model, the header shows the context window. When the agent reports its usage (ACP `usage_update`, experimental), a bar shows how full it is (orange from 70%, red from 90%) with the tokens in context and the session's cost if any; otherwise only the window size from the agent's banner (`ctx 8.2k`). Hovering it gives the details. When the agent returns token counts with its answer (`usage` in the prompt response), each turn ends with a line such as `↑ 4.0k in · ↓ 500 out · 150 thinking tokens`. Nothing is estimated: what the agent does not send is not shown.
@@ -63,6 +67,8 @@ export SIDEKICK_TOKEN="$(openssl rand -base64 32 \| tr '+/' '-_' \| tr -d '=')"
63	67	📁 Files (in the header) shows a tree of the agent's working directory (`-cwd`):
64	68
65	69	- clicking a file opens it in a [Monaco](https://microsoft.github.io/monaco-editor/) tab; Ctrl/Cmd+S or Save writes it back;
	70	+- Markdown (`.md`), AsciiDoc (`.adoc`, `.asciidoc`, `.asc`) and HTML (`.html`, `.htm`) files have a Preview button next to Save (Ctrl/Cmd+Shift+V): the tab shows the rendered file instead of its source, and Source goes back. The preview renders what the editor holds, unsaved changes included, and follows it as it changes (the agent's edits too). Images next to the document are shown, links to other files of the project open them in a tab, anchors scroll. Each tab remembers its mode;
	71	+- images open as pictures: PNG, JPEG, GIF, WebP, AVIF, BMP and ICO in a tab that shows the file (with its size in pixels), SVG rendered first with Source to edit it — the picture follows the edits. [draw.io](https://www.drawio.com) diagrams (`.drawio`, `.dio`) open rendered by the official viewer (pages, layers, zoom), Source shows their XML and the diagram follows the edits; `.drawio.svg` and `.drawio.png` exports are shown as the pictures they are;
66	72	- ＋📄 / ＋📁 in the tree's header, or a right click, create a file or a folder (in the selected folder); a right click also offers Rename and Delete. With the tree focused, F2 renames and Delete deletes the selected entry. Open tabs follow a rename;
67	73	- after each agent tool call (and each command run in the terminal), the tree and the tabs without local changes are reloaded from disk. If a file you are editing was changed on disk meanwhile, saving asks before overwriting it.
68	74
@@ -78,7 +84,7 @@ Only the working directory is reachable from the tree and the editor: `../` and
78	84
79	85	The tree uses the icons of VS Code's [Material Icon Theme](https://github.com/material-extensions/vscode-material-icon-theme) (MIT), with the same rules: by file name, else by extension, folders by name, with their light-theme variants.
80	86
81		-All the libraries the web UI uses (Tailwind, marked, highlight.js, Monaco, xterm.js, the Material icons) are embedded in the binary, in `web/vendor/`: the page loads nothing from the network, and works offline.
	87	+All the libraries the web UI uses (Tailwind, marked, highlight.js, Monaco, xterm.js, the Material icons, Asciidoctor.js, the draw.io viewer) are embedded in the binary, in `web/vendor/`: the page loads nothing from the network, and works offline.
82	88
83	89	`./vendor.sh` writes `web/vendor/` from the versions pinned at its top. To update a library: `./vendor.sh --outdated` lists the pinned and published versions; change the version in the script (its comments say which updates need more than that), run `./vendor.sh`, check the UI, commit `web/vendor/`.
84	90
@@ -86,6 +92,10 @@ All the libraries the web UI uses (Tailwind, marked, highlight.js, Monaco, xterm
86	92
87	93	What the agent writes is untrusted (it may repeat HTML read in a file or a web page): the chat filters it with DOMPurify — no scripts, event handlers, `javascript:` links, styles, frames or forms; links open in a new tab. Behind that, a Content-Security-Policy only lets the page run the scripts sidekick serves and load nothing from elsewhere (so an image URL in a message cannot carry data out), and the page cannot be shown in another site's frame.
88	94
	95	+Previewed files are untrusted too. Markdown and AsciiDoc go through the same filter (their ids are prefixed with `user-content-`, so a heading cannot take the id of one of the page's elements); AsciiDoc is converted in `secure` mode (`include::` reads nothing). An HTML file is shown in a frame sandboxed with every restriction — its scripts do not run, it has no access to sidekick — and under the page's CSP, so it loads nothing from the network: its external styles, scripts and images are missing from the preview. The images of a preview come from `/api/raw`, which only serves image files (by extension) from the working directory, with a sandboxing CSP of their own (an SVG opened directly cannot run a script). An SVG in the editor is shown as an `<img>`, where its scripts never run.
	96	+
	97	+The draw.io viewer runs in the page: it sanitises the HTML of labels itself, and the CSP stops what could get through — no inline script, event handler or `eval` runs, nothing loads from another site. Its resources, which would come from viewer.diagrams.net, point into the binary instead: MathJax is not embedded (a formula shows as its source), and the few shape libraries the viewer fetches on demand are missing.
	98	+
89	99	### Examples
90	100
91	101	1. Using the default port (6767):

  The agent's logs (banner, warnings, `[acp]` trail) are printed on the server's stderr.
++### Copying an answer
++
++Each answer of the agent ends with two buttons: **Copy** puts its text on the clipboard as the Markdown the model wrote, **Copy formatted** as rich text (headings, lists, code — for a document or an e-mail), with the Markdown as its plain-text version. Only what the model wrote is copied, not its thoughts or its tool calls. Code blocks keep their own **Copy** button. Over plain HTTP from another machine (`-host 0.0.0.0`), the browser gives no clipboard API: both buttons then copy the Markdown.
++
  ### Context and tokens
  Next to the model, the header shows the context window. When the agent reports its usage (ACP `usage_update`, experimental), a bar shows how full it is (orange from 70%, red from 90%) with the tokens in context and the session's cost if any; otherwise only the window size from the agent's banner (`ctx 8.2k`). Hovering it gives the details. When the agent returns token counts with its answer (`usage` in the prompt response), each turn ends with a line such as `↑ 4.0k in · ↓ 500 out · 150 thinking tokens`. Nothing is estimated: what the agent does not send is not shown.
  **📁 Files** (in the header) shows a tree of the agent's working directory (`-cwd`):
  - clicking a file opens it in a [Monaco](https://microsoft.github.io/monaco-editor/) tab; **Ctrl/Cmd+S** or **Save** writes it back;
++- Markdown (`.md`), AsciiDoc (`.adoc`, `.asciidoc`, `.asc`) and HTML (`.html`, `.htm`) files have a **Preview** button next to **Save** (**Ctrl/Cmd+Shift+V**): the tab shows the rendered file instead of its source, and **Source** goes back. The preview renders what the editor holds, unsaved changes included, and follows it as it changes (the agent's edits too). Images next to the document are shown, links to other files of the project open them in a tab, anchors scroll. Each tab remembers its mode;
++- images open as pictures: PNG, JPEG, GIF, WebP, AVIF, BMP and ICO in a tab that shows the file (with its size in pixels), SVG rendered first with **Source** to edit it — the picture follows the edits. [draw.io](https://www.drawio.com) diagrams (`.drawio`, `.dio`) open rendered by the official viewer (pages, layers, zoom), **Source** shows their XML and the diagram follows the edits; `.drawio.svg` and `.drawio.png` exports are shown as the pictures they are;
  - **＋📄** / **＋📁** in the tree's header, or a right click, create a file or a folder (in the selected folder); a right click also offers **Rename** and **Delete**. With the tree focused, **F2** renames and **Delete** deletes the selected entry. Open tabs follow a rename;
  - after each agent tool call (and each command run in the terminal), the tree and the tabs without local changes are reloaded from disk. If a file you are editing was changed on disk meanwhile, saving asks before overwriting it.
  The tree uses the icons of VS Code's [Material Icon Theme](https://github.com/material-extensions/vscode-material-icon-theme) (MIT), with the same rules: by file name, else by extension, folders by name, with their light-theme variants.
--All the libraries the web UI uses (Tailwind, marked, highlight.js, Monaco, xterm.js, the Material icons) are embedded in the binary, in `web/vendor/`: the page loads nothing from the network, and works offline.
++All the libraries the web UI uses (Tailwind, marked, highlight.js, Monaco, xterm.js, the Material icons, Asciidoctor.js, the draw.io viewer) are embedded in the binary, in `web/vendor/`: the page loads nothing from the network, and works offline.
  `./vendor.sh` writes `web/vendor/` from the versions pinned at its top. To update a library: `./vendor.sh --outdated` lists the pinned and published versions; change the version in the script (its comments say which updates need more than that), run `./vendor.sh`, check the UI, commit `web/vendor/`.
  What the agent writes is untrusted (it may repeat HTML read in a file or a web page): the chat filters it with DOMPurify — no scripts, event handlers, `javascript:` links, styles, frames or forms; links open in a new tab. Behind that, a Content-Security-Policy only lets the page run the scripts sidekick serves and load nothing from elsewhere (so an image URL in a message cannot carry data out), and the page cannot be shown in another site's frame.
++Previewed files are untrusted too. Markdown and AsciiDoc go through the same filter (their ids are prefixed with `user-content-`, so a heading cannot take the id of one of the page's elements); AsciiDoc is converted in `secure` mode (`include::` reads nothing). An HTML file is shown in a frame sandboxed with every restriction — its scripts do not run, it has no access to sidekick — and under the page's CSP, so it loads nothing from the network: its external styles, scripts and images are missing from the preview. The images of a preview come from `/api/raw`, which only serves image files (by extension) from the working directory, with a sandboxing CSP of their own (an SVG opened directly cannot run a script). An SVG in the editor is shown as an `<img>`, where its scripts never run.
++
++The draw.io viewer runs in the page: it sanitises the HTML of labels itself, and the CSP stops what could get through — no inline script, event handler or `eval` runs, nothing loads from another site. Its resources, which would come from viewer.diagrams.net, point into the binary instead: MathJax is not embedded (a formula shows as its source), and the few shape libraries the viewer fetches on demand are missing.
++
  ### Examples
  **1. Using the default port (6767):**

modified cmd/server/files.go +57 -0 Viewed

@@ -430,3 +430,60 @@ func (f *Files) freeName(rel string) string {
430	430	rel = fmt.Sprintf("%s-%d%s", base, i, ext)
431	431	}
432	432	}
	433	+
	434	+// rawTypes are the files /api/raw serves: the images a Markdown or AsciiDoc
	435	+// preview shows (`![](shot.png)`, `image::diagram.svg[]`). Nothing else —
	436	+// the editor reads text through /api/file, and serving any file as-is, with
	437	+// a type guessed from its name, would turn an .html in the project into a
	438	+// page running with sidekick's origin.
	439	+var rawTypes = map[string]string{
	440	+ ".png": "image/png",
	441	+ ".jpg": "image/jpeg",
	442	+ ".jpeg": "image/jpeg",
	443	+ ".gif": "image/gif",
	444	+ ".webp": "image/webp",
	445	+ ".avif": "image/avif",
	446	+ ".bmp": "image/bmp",
	447	+ ".ico": "image/x-icon",
	448	+ ".svg": "image/svg+xml",
	449	+}
	450	+
	451	+// rawPolicy replaces the page's CSP on a raw file. An SVG is an image in an
	452	+// <img>, but a document when opened directly — with scripts. `sandbox` gives
	453	+// it an opaque origin with scripts off, so even opened in a tab it cannot
	454	+// reach the API with the user's cookie.
	455	+const rawPolicy = "sandbox; default-src 'none'; style-src 'unsafe-inline'; img-src data:"
	456	+
	457	+// Raw handles GET /api/raw?path=image: the file's bytes, for the previews.
	458	+func (f Files) Raw(w http.ResponseWriter, r http.Request) {
	459	+ if r.Method != http.MethodGet && r.Method != http.MethodHead {
	460	+ http.Error(w, "method not allowed", http.StatusMethodNotAllowed)
	461	+ return
	462	+ }
	463	+ rel := relPath(r)
	464	+ ctype, ok := rawTypes[strings.ToLower(path.Ext(rel))]
	465	+ if !ok {
	466	+ http.Error(w, "only images are served raw", http.StatusUnsupportedMediaType)
	467	+ return
	468	+ }
	469	+ file, err := f.root.Open(rel)
	470	+ if err != nil {
	471	+ httpError(w, err)
	472	+ return
	473	+ }
	474	+ defer file.Close()
	475	+ fi, err := file.Stat()
	476	+ if err != nil {
	477	+ httpError(w, err)
	478	+ return
	479	+ }
	480	+ if fi.IsDir() {
	481	+ http.Error(w, rel+" is a directory", http.StatusBadRequest)
	482	+ return
	483	+ }
	484	+ h := w.Header()
	485	+ h.Set("Content-Type", ctype)
	486	+ h.Set("Content-Security-Policy", rawPolicy)
	487	+ h.Set("Cache-Control", "no-cache")
	488	+ http.ServeContent(w, r, fi.Name(), fi.ModTime(), file)
	489	+}

  		rel = fmt.Sprintf("%s-%d%s", base, i, ext)
  	}
  }
++
++// rawTypes are the files /api/raw serves: the images a Markdown or AsciiDoc
++// preview shows (`![](shot.png)`, `image::diagram.svg[]`). Nothing else —
++// the editor reads text through /api/file, and serving any file as-is, with
++// a type guessed from its name, would turn an .html in the project into a
++// page running with sidekick's origin.
++var rawTypes = map[string]string{
++	".png":  "image/png",
++	".jpg":  "image/jpeg",
++	".jpeg": "image/jpeg",
++	".gif":  "image/gif",
++	".webp": "image/webp",
++	".avif": "image/avif",
++	".bmp":  "image/bmp",
++	".ico":  "image/x-icon",
++	".svg":  "image/svg+xml",
++}
++
++// rawPolicy replaces the page's CSP on a raw file. An SVG is an image in an
++// <img>, but a document when opened directly — with scripts. `sandbox` gives
++// it an opaque origin with scripts off, so even opened in a tab it cannot
++// reach the API with the user's cookie.
++const rawPolicy = "sandbox; default-src 'none'; style-src 'unsafe-inline'; img-src data:"
++
++// Raw handles GET /api/raw?path=image: the file's bytes, for the previews.
++func (f *Files) Raw(w http.ResponseWriter, r *http.Request) {
++	if r.Method != http.MethodGet && r.Method != http.MethodHead {
++		http.Error(w, "method not allowed", http.StatusMethodNotAllowed)
++		return
++	}
++	rel := relPath(r)
++	ctype, ok := rawTypes[strings.ToLower(path.Ext(rel))]
++	if !ok {
++		http.Error(w, "only images are served raw", http.StatusUnsupportedMediaType)
++		return
++	}
++	file, err := f.root.Open(rel)
++	if err != nil {
++		httpError(w, err)
++		return
++	}
++	defer file.Close()
++	fi, err := file.Stat()
++	if err != nil {
++		httpError(w, err)
++		return
++	}
++	if fi.IsDir() {
++		http.Error(w, rel+" is a directory", http.StatusBadRequest)
++		return
++	}
++	h := w.Header()
++	h.Set("Content-Type", ctype)
++	h.Set("Content-Security-Policy", rawPolicy)
++	h.Set("Cache-Control", "no-cache")
++	http.ServeContent(w, r, fi.Name(), fi.ModTime(), file)
++}

added cmd/server/files_test.go +57 -0 Viewed

new file mode 100644
@@ -0,0 +1,57 @@
	1	+package main
	2	+
	3	+import (
	4	+ "net/http"
	5	+ "net/http/httptest"
	6	+ "os"
	7	+ "path/filepath"
	8	+ "testing"
	9	+)
	10	+
	11	+// /api/raw serves the images of a preview, and nothing else: not a text file,
	12	+// not an HTML page, not a path outside the working directory. What it serves
	13	+// carries its own sandboxing CSP, for an SVG opened directly.
	14	+func TestRawServesImagesOnly(t *testing.T) {
	15	+ dir := t.TempDir()
	16	+ must := func(err error) {
	17	+ t.Helper()
	18	+ if err != nil {
	19	+ t.Fatal(err)
	20	+ }
	21	+ }
	22	+ must(os.MkdirAll(filepath.Join(dir, "img"), 0o755))
	23	+ must(os.WriteFile(filepath.Join(dir, "img", "a.png"), []byte("\x89PNG\r\n"), 0o644))
	24	+ must(os.WriteFile(filepath.Join(dir, "img", "b.svg"), []byte(`<svg xmlns="http://www.w3.org/2000/svg"/>`), 0o644))
	25	+ must(os.WriteFile(filepath.Join(dir, "page.html"), []byte("<script>1</script>"), 0o644))
	26	+ outside := t.TempDir()
	27	+ must(os.WriteFile(filepath.Join(outside, "x.png"), []byte("png"), 0o644))
	28	+ must(os.Symlink(filepath.Join(outside, "x.png"), filepath.Join(dir, "link.png")))
	29	+
	30	+ f, err := NewFiles(dir)
	31	+ must(err)
	32	+ get := func(p string) *httptest.ResponseRecorder {
	33	+ w := httptest.NewRecorder()
	34	+ f.Raw(w, httptest.NewRequest(http.MethodGet, "/api/raw?path="+p, nil))
	35	+ return w
	36	+ }
	37	+
	38	+ w := get("img/a.png")
	39	+ if w.Code != http.StatusOK \|\| w.Header().Get("Content-Type") != "image/png" \|\| w.Body.String() != "\x89PNG\r\n" {
	40	+ t.Errorf("png: %d %q %q", w.Code, w.Header().Get("Content-Type"), w.Body.String())
	41	+ }
	42	+ w = get("img/b.svg")
	43	+ if w.Code != http.StatusOK \|\| w.Header().Get("Content-Security-Policy") != rawPolicy {
	44	+ t.Errorf("svg: %d, CSP %q", w.Code, w.Header().Get("Content-Security-Policy"))
	45	+ }
	46	+ for p, want := range map[string]int{
	47	+ "page.html": http.StatusUnsupportedMediaType,
	48	+ "img": http.StatusUnsupportedMediaType,
	49	+ "img/missing.png": http.StatusNotFound,
	50	+ "../../etc/x.png": http.StatusNotFound, // cleaned to etc/x.png, inside the root
	51	+ "link.png": http.StatusForbidden,
	52	+ } {
	53	+ if got := get(p).Code; got != want {
	54	+ t.Errorf("%s: %d, want %d", p, got, want)
	55	+ }
	56	+ }
	57	+}

++package main
++
++import (
++	"net/http"
++	"net/http/httptest"
++	"os"
++	"path/filepath"
++	"testing"
++)
++
++// /api/raw serves the images of a preview, and nothing else: not a text file,
++// not an HTML page, not a path outside the working directory. What it serves
++// carries its own sandboxing CSP, for an SVG opened directly.
++func TestRawServesImagesOnly(t *testing.T) {
++	dir := t.TempDir()
++	must := func(err error) {
++		t.Helper()
++		if err != nil {
++			t.Fatal(err)
++		}
++	}
++	must(os.MkdirAll(filepath.Join(dir, "img"), 0o755))
++	must(os.WriteFile(filepath.Join(dir, "img", "a.png"), []byte("\x89PNG\r\n"), 0o644))
++	must(os.WriteFile(filepath.Join(dir, "img", "b.svg"), []byte(`<svg xmlns="http://www.w3.org/2000/svg"/>`), 0o644))
++	must(os.WriteFile(filepath.Join(dir, "page.html"), []byte("<script>1</script>"), 0o644))
++	outside := t.TempDir()
++	must(os.WriteFile(filepath.Join(outside, "x.png"), []byte("png"), 0o644))
++	must(os.Symlink(filepath.Join(outside, "x.png"), filepath.Join(dir, "link.png")))
++
++	f, err := NewFiles(dir)
++	must(err)
++	get := func(p string) *httptest.ResponseRecorder {
++		w := httptest.NewRecorder()
++		f.Raw(w, httptest.NewRequest(http.MethodGet, "/api/raw?path="+p, nil))
++		return w
++	}
++
++	w := get("img/a.png")
++	if w.Code != http.StatusOK || w.Header().Get("Content-Type") != "image/png" || w.Body.String() != "\x89PNG\r\n" {
++		t.Errorf("png: %d %q %q", w.Code, w.Header().Get("Content-Type"), w.Body.String())
++	}
++	w = get("img/b.svg")
++	if w.Code != http.StatusOK || w.Header().Get("Content-Security-Policy") != rawPolicy {
++		t.Errorf("svg: %d, CSP %q", w.Code, w.Header().Get("Content-Security-Policy"))
++	}
++	for p, want := range map[string]int{
++		"page.html":       http.StatusUnsupportedMediaType,
++		"img":             http.StatusUnsupportedMediaType,
++		"img/missing.png": http.StatusNotFound,
++		"../../etc/x.png": http.StatusNotFound, // cleaned to etc/x.png, inside the root
++		"link.png":        http.StatusForbidden,
++	} {
++		if got := get(p).Code; got != want {
++			t.Errorf("%s: %d, want %d", p, got, want)
++		}
++	}
++}

modified cmd/server/main.go +1 -0 Viewed

@@ -344,6 +344,7 @@ func main() {
344	344	http.HandleFunc("/api/file", files.File)
345	345	http.HandleFunc("/api/rename", files.Rename)
346	346	http.HandleFunc("/api/upload", files.Upload)
	347	+ http.HandleFunc("/api/raw", files.Raw)
347	348
348	349	http.HandleFunc("/api/info", func(w http.ResponseWriter, r *http.Request) {
349	350	w.Header().Set("Content-Type", "application/json")

  	http.HandleFunc("/api/file", files.File)
  	http.HandleFunc("/api/rename", files.Rename)
  	http.HandleFunc("/api/upload", files.Upload)
++	http.HandleFunc("/api/raw", files.Raw)
  	http.HandleFunc("/api/info", func(w http.ResponseWriter, r *http.Request) {
  		w.Header().Set("Content-Type", "application/json")

added demo/.mm/sessions/20260926-084042-f9361832.json +58 -0 Viewed

new file mode 100644
@@ -0,0 +1,58 @@
	1	+{
	2	+ "id": "20260926-084042-f9361832",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T08:40:42.014556Z",
	5	+ "updatedAt": "2026-09-26T08:46:53.650389Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "fait un resumé de ce document\n\nAttached (paths relative to the working directory):\n- MEMORY-MEMGPT.md\n[attached file: /Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo/MEMORY-MEMGPT.md]"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "toolRequest": {
	27	+ "input": {
	28	+ "path": "MEMORY-MEMGPT.md"
	29	+ },
	30	+ "name": "read_file",
	31	+ "ref": "wp6rBCGZd2XHqM1shyJVOJZhEPskYiUr"
	32	+ }
	33	+ }
	34	+ ],
	35	+ "role": "model"
	36	+ },
	37	+ {
	38	+ "content": [
	39	+ {
	40	+ "toolResponse": {
	41	+ "name": "read_file",
	42	+ "output": "# Mémoire hiérarchique pour mini-agent local (style MemGPT)\n\n\u003e Document de conception pour ajouter une mémoire gérée par le modèle à un mini-agent\n\u003e tournant sur LLM locaux (llama.cpp / GGUF). Alternative au RAG : au lieu d'un\n\u003e pipeline de retrieval passif sur un corpus statique, c'est le modèle qui décide\n\u003e quoi retenir, quoi chercher et quoi oublier.\n\n## 1. Pourquoi la mémoire hiérarchique plutôt que le RAG\n\n\| \| RAG \| Mémoire hiérarchique \|\n\|---\|---\|---\|\n\| Qui décide de chercher ? \| Le pipeline, à chaque query \| Le modèle, quand il le juge utile \|\n\| Ce qui est récupéré \| Des chunks statiques du corpus \| Ce que le modèle a choisi de retenir \|\n\| Personnalisation \| Faible (corpus figé) \| Forte (la mémoire s'adapte à l'utilisateur) \|\n\| Conversations longues \| Le contexte se perd \| L'historique est préservé, résumable, searchable \|\n\| Accumulation \| Non \| Oui : l'agent apprend au fil des sessions \|\n\| Infrastructure \| Base vectorielle + chunking + re-ranking \| Un fichier JSON + SQLite, c'est tout \|\n\nLe RAG reste la bonne réponse pour « répondre à partir d'un gros corpus documentaire ».\nLa mémoire hiérarchique est la bonne réponse pour « un agent qui vit avec un utilisateur\net doit se souvenir de lui, du projet, et des décisions prises ».\n\n## 2. Le principe : la mémoire virtuelle des OS\n\nL'idée vient du papier MemGPT (Towards LLMs as Operating Systems, Packer et al.,\nUC Berkeley, 2023, arXiv 2310.08560). L'analogie avec un système d'exploitation :\n\n\| OS \| Agent \|\n\|---\|---\|\n\| RAM (petite, rapide) \| La fenêtre de contexte du LLM \|\n\| Disque (grande, lente) \| Le stockage externe (fichiers, SQLite) \|\n\| Page fault (le noyau charge une page) \| Un appel d'outil mémoire (le modèle charge un souvenir) \|\n\| Échange / swap (le noyau évacue des pages) \| La compression de contexte (on résume et on déplace) \|\n\nLe point clé : le modèle reçoit des outils de mémoire et les appelle de lui-même.\nÀ chaque tour, il raisonne : « est-ce que j'ai besoin de chercher dans ma mémoire ?\nEst-ce que ce fait mérite d'être retenu ? »\n\n## 3. L'architecture en 3 niveaux\n\n```\n┌──────────────────────────────────────────────────┐\n│ NIVEAU 1 — MÉMOIRE DE TRAVAIL (dans la fenêtre) │\n│ • prompt système │\n│ • core memory : profil utilisateur + faits clés │\n│ (petit, ~200-500 tokens, TOUJOURS injecté) │\n│ • résumé glissant des anciens tours │\n│ • les N derniers tours, verbatim │\n└──────────────────────────────────────────────────┘\n ↕ (le modèle édite via les outils)\n┌──────────────────────────────────────────────────┐\n│ NIVEAU 2 — RECALL (historique complet) │\n│ • tous les échanges, session par session │\n│ • indexé (SQLite FTS5) pour la recherche │\n│ • hors contexte : chargé seulement si demandé │\n└──────────────────────────────────────────────────┘\n┌──────────────────────────────────────────────────┐\n│ NIVEAU 3 — ARCHIVAL (connaissances durables) │\n│ • faits qui survivent aux sessions │\n│ • préférences, décisions, contexte projet │\n│ • indexé pour la recherche │\n└──────────────────────────────────────────────────┘\n```\n\n- Niveau 1 : c'est ce que le modèle « voit » à chaque tour. Petit, donc pas cher.\n- Niveau 2 : la mémoire de court terme étendue. Quand la fenêtre déborde, les vieux\n messages y sont déplacés (compression) au lieu d'être perdus, et restent retrouvables.\n- Niveau 3 : la mémoire de long terme. Survit à la fermeture de la session.\n\n## 4. Les outils mémoire (contrat)\n\nQuatre outils, JSON simple. Pour un LLM local, ne pas dépasser 4 outils mémoire :\nchaque outil en plus, c'est du prompt système consommé et de la confusion.\n\n### 4.1 `memory_append` — ajouter un fait durable\n\n```json\n{\n \"name\": \"memory_append\",\n \"description\": \"Save a durable fact to long-term memory (user profile, project decisions, preferences). Use sparingly: only facts that will matter in future sessions.\",\n \"parameters\": {\n \"section\": { \"type\": \"string\", \"enum\": [\"user\", \"project\", \"preferences\"] },\n \"fact\": { \"type\": \"string\", \"description\": \"One self-contained fact, max 200 chars\" }\n }\n}\n```\n\n### 4.2 `memory_replace` — corriger un fait\n\n```json\n{\n \"name\": \"memory_replace\",\n \"description\": \"Replace an outdated fact in long-term memory with a corrected one.\",\n \"parameters\": {\n \"old\": { \"type\": \"string\", \"description\": \"The exact fact to replace\" },\n \"new\": { \"type\": \"string\", \"description\": \"The corrected fact\" }\n }\n}\n```\n\n### 4.3 `memory_search` — chercher dans le passé\n\n```json\n{\n \"name\": \"memory_search\",\n \"description\": \"Search past conversations (recall) and long-term memory (archival). Use when the user refers to something not in the current context.\",\n \"parameters\": {\n \"query\": { \"type\": \"string\" },\n \"scope\": { \"type\": \"string\", \"enum\": [\"recall\", \"archival\", \"all\"], \"default\": \"all\" }\n }\n}\n```\n\n### 4.4 `memory_forget` — effacer (RGPD)\n\n```json\n{\n \"name\": \"memory_forget\",\n \"description\": \"Delete a fact from long-term memory. Use when the user asks to forget something or corrects a personal detail.\",\n \"parameters\": {\n \"fact\": { \"type\": \"string\", \"description\": \"The exact fact to delete\" }\n }\n}\n```\n\n### 4.5 Extrait de prompt système\n\n```\nMEMORY\nYou have four memory tools: memory_append, memory_replace, memory_search, memory_forget.\n- Your long-term memory is shown below the system prompt, under \"LONG-TERM MEMORY\".\n- Call memory_append ONLY for facts that will matter in future sessions\n (user identity, stable preferences, project decisions). Do not archive trivia.\n- Call memory_search when the user refers to something you do not see in context.\n- Call memory_forget when the user asks to forget something.\n- Never invent a memory: if a search returns nothing, say you do not remember.\n```\n\n### 4.6 Exemple d'un tour avec appels mémoire\n\n```\nuser: « Comme je te l'avais dit, on passe le projet en TypeScript. »\nagent: [tool] memory_search { query: \"langage projet\", scope: \"archival\" }\n → \"Le projet est en Go (décision du 12/09)\"\nagent: [tool] memory_replace { old: \"Le projet est en Go\", new: \"Le projet passe en TypeScript (décision du 26/09)\" }\nagent: « C'est noté — j'ai mis à jour la décision : le projet passe en TypeScript. »\n```\n\n## 5. Adaptation aux LLM locaux (la partie importante)\n\nLes modèles locaux (3B–32B GGUF) sont moins fiables que les gros modèles cloud sur le\ntool calling. Les règles qui font tenir l'architecture :\n\n### 5.1 Garder le contrat minuscule\n\n- 4 outils max, paramètres plats (pas de JSON imbriqué).\n- `temperature: 0` sur les tours où des outils mémoire sont attendus.\n- llama.cpp gère le tool calling via grammaire (les modèles Qwen3 le supportent bien) ;\n la sortie JSON est donc garantie en forme — la validation sémantique reste à faire.\n\n### 5.2 Stockage sans base vectorielle\n\nPour un mini-agent local, SQLite suffit :\n\n\| Besoin \| Solution \|\n\|---\|---\|\n\| Recall (recherche dans l'historique) \| Table `messages` + index FTS5 (full-text, intégré à SQLite, zéro dépendance) \|\n\| Archival (faits durables) \| Table `facts(section, fact, created_at, updated_at)` \|\n\| Recherche sémantique (optionnel) \| Embeddings locaux (`llama-embeddings` avec un petit modèle type nomic-embed-text GGUF) + similarité cosinus dans SQLite \|\n\nCommencer en FTS5 seul. Les embeddings locaux s'ajoutent plus tard si la recherche\nlexicale manque (synonymes, reformulations). Le FTS5 est déterministe, gratuit et\ndébuggable — un atout avec des modèles locaux.\n\n### 5.3 Budget de tokens\n\nChaque appel mémoire coûte des tokens (appel + résultat). Sur un modèle local, ça\ncompte :\n\n- Core memory injectée : plafonner à ~500 tokens (au-delà, forcer un résumé).\n- Résultat de `memory_search` : 5 hits max, 200 chars chacun.\n- Max 3 appels mémoire par tour (garde-fou côté agent, pas côté modèle).\n\n### 5.4 Garde-fous déterministes (côté agent, pas côté modèle)\n\nLe modèle décide, l'agent valide :\n\n1. Validation JSON avant toute écriture en mémoire (la grammaire garantit la forme,\n pas le sens).\n2. Plafond de taille de la core memory : si dépassé, l'agent demande au modèle de\n résumer (ou coupe les faits les plus anciens).\n3. Journal d'audit : chaque écriture/effacement est logué (qui, quoi, quand).\n4. Fallback silencieux : si le modèle n'appelle jamais les outils, l'agent peut\n extraire les faits de façon déterministe (heuristic ou petit modèle) — la mémoire\n ne dépend pas de la bonne volonté du modèle.\n5. Anti-auto-hallucination : un fait écrit en mémoire doit pouvoir citer sa source\n (session + tour). Si le modèle « se souvient » de quelque chose que la recherche ne\n trouve pas, il doit le dire — c'est dans le prompt, mais c'est aussi testable.\n\n## 6. Concret pour ce projet\n\nCe qui existe déjà dans l'agent (cf. `agent.llamacpp.yaml`) et comment ça se mappe :\n\n\| Composant existant \| Rôle mémoire \|\n\|---\|---\|\n\| Sessions JSON dans `.mm/sessions/` \| Niveau 2 (recall) : l'historique complet est déjà persisté — il manque l'index de recherche \|\n\| Compression de contexte (`threshold: 75`, `keepLastTurns: 3`) \| Le mécanisme d'éviction : les vieux tours sont résumés au lieu d'être perdus — c'est déjà la moitié du niveau 1 \|\n\| `maxMessages: 80` \| Le garde-fou de fenêtre \|\n\nIl manque donc surtout :\n\n1. La core memory (niveau 1) : un petit fichier persistant, injecté dans le prompt.\n2. L'index de recherche (niveau 2) : FTS5 sur l'historique des sessions.\n3. L'archival (niveau 3) : les faits durables, partagés entre sessions.\n\n### 6.1 Arborescence proposée\n\n```\n.mm/\n├── sessions/ # existant : un JSON par conversation\n│ └── 20260926-074503-0d51e368.json\n└── memory/ # nouveau\n ├── core.json # niveau 1 : profil + faits clés (~500 tokens max)\n └── store.db # SQLite : recall (FTS5) + archival\n```\n\n### 6.2 Schéma SQLite minimal\n\n```sql\nCREATE TABLE facts (\n id INTEGER PRIMARY KEY,\n section TEXT NOT NULL, -- user \| project \| preferences\n fact TEXT NOT NULL,\n source TEXT, -- \"session 20260926-074503, tour 12\"\n created_at TEXT DEFAULT (datetime('now')),\n updated_at TEXT DEFAULT (datetime('now'))\n);\n\nCREATE TABLE messages (\n id INTEGER PRIMARY KEY,\n session TEXT NOT NULL, -- nom du fichier de session\n role TEXT NOT NULL, -- user \| assistant \| tool\n content TEXT NOT NULL,\n created_at TEXT DEFAULT (datetime('now'))\n);\n\nCREATE VIRTUAL TABLE messages_fts USING fts5(content, content='messages', content_rowid='id');\n```\n\n### 6.3 Boucle d'agent (pseudocode)\n\n```\nà chaque message utilisateur :\n context = system_prompt\n + core_memory (lu depuis .mm/memory/core.json)\n + résumé glissant (compression existante)\n + N derniers tours verbatim\n\n boucle (max maxTurns) :\n réponse = llm(context, tools=[memory_append, memory_replace,\n memory_search, memory_forget])\n si réponse contient des appels mémoire :\n valider le JSON (garde-fous §5.4)\n exécuter (écriture dans core.json / store.db)\n ajouter le résultat au context\n continuer la boucle\n sinon :\n retourner la réponse\n\n après le tour :\n insérer l'échange complet dans messages (recall)\n si contexte \u003e threshold : compresser (logique existante)\n```\n\n### 6.4 Format de `core.json`\n\n```json\n{\n \"user\": {\n \"name\": \"K33G\",\n \"language\": \"fr\",\n \"facts\": [\"Travaille sur un mini-agent pour LLM locaux\"]\n },\n \"project\": {\n \"facts\": [\"Le projet passe en TypeScript (décision du 26/09)\"]\n },\n \"preferences\": {\n \"facts\": [\"Réponses courtes, en français\"]\n }\n}\n```\n\nSérialisé dans le prompt sous la forme :\n\n```\nLONG-TERM MEMORY\nuser: K33G, fr — Travaille sur un mini-agent pour LLM locaux\nproject: Le projet passe en TypeScript (décision du 26/09)\npreferences: Réponses courtes, en français\n```\n\n## 7. Limites et pièges\n\n1. Non-déterminisme : c'est le modèle qui choisit ce qu'il retient. Il peut oublier\n un fait important ou archiver du bruit. Mitigation : le fallback déterministe (§5.4.4)\n et l'évaluation (§8).\n2. Auto-hallucination : le modèle écrit dans sa propre mémoire — une erreur devient\n « vraie » pour la suite. Mitigation : chaque fait porte sa source, et le prompt\n interdit d'affirmer une mémoire que la recherche ne confirme pas.\n3. Coût : chaque appel mémoire = tokens en plus. Sur du local, ça se sent en\n latence. Mitigation : budget de 3 appels/tour et résultats tronqués.\n4. Qualité du tool calling : un 3B–7B local appellera les outils moins bien qu'un\n 27B. Si le modèle cible est petit, réduire à 2 outils (`memory_append` +\n `memory_search`) et s'appuyer davantage sur le fallback déterministe.\n5. RGPD : la mémoire persiste. `memory_forget` doit vraiment effacer (core +\n archival + recall), et l'arborescence doit rester lisible/effaçable à la main.\n C'est un avantage du local : tout est sur disque, inspectable.\n\n## 8. Évaluer la mémoire\n\nUn mini-benchmark maison, avant d'optimiser quoi que ce soit :\n\n\| Test \| Ce qu'il mesure \|\n\|---\|---\|\n\| Dire un fait au tour 1, demander au tour 30 \| Recall (compression + recherche) \|\n\| Dire un fait en session 1, demander en session 2 \| Archival (persistance) \|\n\| Demander un fait jamais dit \| Anti-hallucination (doit répondre « je ne sais pas ») \|\n\| Demander d'oublier un fait, puis le redemander \| `memory_forget` \|\n\nSuivre deux chiffres : taux de rappel (le fait est-il retrouvé ?) et\ntaux de fausse mémoire (le modèle invente-t-il ?).\n\n## 9. Feuille de route\n\n\| Phase \| Contenu \| Effort \|\n\|---\|---\|---\|\n\| 1 \| Core memory : `core.json` + `memory_append` / `memory_replace` + injection dans le prompt \| 1–2 jours \|\n\| 2 \| Recall : table `messages` + FTS5 + `memory_search` (scope recall) \| 1–2 jours \|\n\| 3 \| Archival : table `facts` + `memory_search` (scope archival) + `memory_forget` \| 1 jour \|\n\| 4 \| Évaluation (§8) + fallback déterministe + embeddings locaux si besoin \| continu \|\n\nLa phase 1 donne déjà l'essentiel : un agent qui se souvient de l'utilisateur entre\nles sessions. Le reste est de la profondeur.\n\n## 10. Écosystème (pour référence)\n\nSi un jour le DIY ne suffit plus, les implémentations existantes :\n\n- Letta (l'équipe de MemGPT) : le plus abouti, framework + plateforme.\n- Mem0 : couche mémoire simple, orientée « faits sur l'utilisateur », facile à brancher.\n- Zep : mémoire + graphe temporel (les faits ont une date de validité).\n\nPour un mini-agent 100 % local, le DIY de ce document reste plus simple à contrôler :\ndeux fichiers, un SQLite, quatre outils.\n",
	43	+ "ref": "wp6rBCGZd2XHqM1shyJVOJZhEPskYiUr"
	44	+ }
	45	+ }
	46	+ ],
	47	+ "role": "tool"
	48	+ },
	49	+ {
	50	+ "content": [
	51	+ {
	52	+ "text": "# Résumé : Mémoire hiérarchique pour mini-agent local (style MemGPT)\n\nCe document conçoit une mémoire gérée par le modèle pour un mini-agent local (llama.cpp / GGUF), en alternative au RAG : c'est le modèle lui-même qui décide de ce qu'il retient, cherche et oublie.\n\n## L'idée centrale\nL'analogie avec un OS : la fenêtre de contexte = RAM, le stockage externe = disque, et les outils mémoire = page faults / swaps. Le modèle est équipé d'outils et les appelle de lui-même à chaque tour.\n\n## Architecture en 3 niveaux\n- Niveau 1 – Mémoire de travail : ce que le modèle « voit », petit (~500 tokens), toujours injecté (core memory, résumé glissant, derniers tours).\n- Niveau 2 – Recall : historique complet, indexé (FTS5), chargé seulement si demandé.\n- Niveau 3 – Archival : faits durables qui survivent aux sessions.\n\n## Contrat des outils (4, max)\n`memory_append`, `memory_replace`, `memory_search`, `memory_forget` — JSON plat, `temperature: 0`, max 3 appels/tour, résultats tronqués.\n\n## Adaptation aux LLM locaux (clé)\n- SQLite suffit, pas de base vectorielle obligatoire (FTS5 intégré). Embeddings locaux optionnels.\n- Garde-fous déterministes côté agent : validation JSON, plafond de taille, journal d'audit, fallback si le modèle n'appelle jamais les outils, anti-hallucination par source.\n\n## Concret pour le projet\nL'agent existant fournit déjà les bases : sessions JSON (→ niveau 2), compression de contexte (→ éviction), `maxMessages` (→ garde-fou). Il manque surtout : la core memory, l'index FTS5 et l'archival. Feuille de route en 4 phases (1 à 2 jours pour l'essentiel).\n\n## Limites \u0026 pièges\nNon-déterminisme, auto-hallucination, coût en tokens, qualité du tool calling des petits modèles, et RGPD (tout est sur disque → inspectable/effaçable à la main, c'est un avantage du local).\n\n## Évaluation\nMini-benchmark : recall (fait dit au tour 1, demandé au tour 30), archival (persistance entre sessions), anti-hallucination, `memory_forget`. Deux chiffres : taux de rappel et taux de fausse mémoire."
	53	+ }
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		\ No newline at end of file

++{
++  "id": "20260926-084042-f9361832",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T08:40:42.014556Z",
++  "updatedAt": "2026-09-26T08:46:53.650389Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "fait un resumé de ce document\n\nAttached (paths relative to the working directory):\n- MEMORY-MEMGPT.md\n[attached file: /Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo/MEMORY-MEMGPT.md]"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "toolRequest": {
++            "input": {
++              "path": "MEMORY-MEMGPT.md"
++            },
++            "name": "read_file",
++            "ref": "wp6rBCGZd2XHqM1shyJVOJZhEPskYiUr"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "read_file",
++            "output": "# Mémoire hiérarchique pour mini-agent local (style MemGPT)\n\n\u003e Document de conception pour ajouter une mémoire gérée par le modèle à un mini-agent\n\u003e tournant sur LLM locaux (llama.cpp / GGUF). Alternative au RAG : au lieu d'un\n\u003e pipeline de retrieval passif sur un corpus statique, c'est le modèle qui décide\n\u003e quoi retenir, quoi chercher et quoi oublier.\n\n## 1. Pourquoi la mémoire hiérarchique plutôt que le RAG\n\n| | RAG | Mémoire hiérarchique |\n|---|---|---|\n| Qui décide de chercher ? | Le pipeline, à chaque query | Le modèle, quand il le juge utile |\n| Ce qui est récupéré | Des chunks statiques du corpus | Ce que le modèle a **choisi de retenir** |\n| Personnalisation | Faible (corpus figé) | Forte (la mémoire s'adapte à l'utilisateur) |\n| Conversations longues | Le contexte se perd | L'historique est préservé, résumable, searchable |\n| Accumulation | Non | Oui : l'agent apprend au fil des sessions |\n| Infrastructure | Base vectorielle + chunking + re-ranking | Un fichier JSON + SQLite, c'est tout |\n\nLe RAG reste la bonne réponse pour « répondre à partir d'un gros corpus documentaire ».\nLa mémoire hiérarchique est la bonne réponse pour « un agent qui vit avec un utilisateur\net doit se souvenir de lui, du projet, et des décisions prises ».\n\n## 2. Le principe : la mémoire virtuelle des OS\n\nL'idée vient du papier **MemGPT** (*Towards LLMs as Operating Systems*, Packer et al.,\nUC Berkeley, 2023, arXiv 2310.08560). L'analogie avec un système d'exploitation :\n\n| OS | Agent |\n|---|---|\n| RAM (petite, rapide) | La fenêtre de contexte du LLM |\n| Disque (grande, lente) | Le stockage externe (fichiers, SQLite) |\n| Page fault (le noyau charge une page) | Un appel d'outil mémoire (le modèle charge un souvenir) |\n| Échange / swap (le noyau évacue des pages) | La compression de contexte (on résume et on déplace) |\n\nLe point clé : **le modèle reçoit des outils de mémoire et les appelle de lui-même**.\nÀ chaque tour, il raisonne : « est-ce que j'ai besoin de chercher dans ma mémoire ?\nEst-ce que ce fait mérite d'être retenu ? »\n\n## 3. L'architecture en 3 niveaux\n\n```\n┌──────────────────────────────────────────────────┐\n│  NIVEAU 1 — MÉMOIRE DE TRAVAIL (dans la fenêtre) │\n│  • prompt système                                │\n│  • core memory : profil utilisateur + faits clés │\n│    (petit, ~200-500 tokens, TOUJOURS injecté)    │\n│  • résumé glissant des anciens tours             │\n│  • les N derniers tours, verbatim                │\n└──────────────────────────────────────────────────┘\n              ↕  (le modèle édite via les outils)\n┌──────────────────────────────────────────────────┐\n│  NIVEAU 2 — RECALL (historique complet)          │\n│  • tous les échanges, session par session        │\n│  • indexé (SQLite FTS5) pour la recherche        │\n│  • hors contexte : chargé seulement si demandé   │\n└──────────────────────────────────────────────────┘\n┌──────────────────────────────────────────────────┐\n│  NIVEAU 3 — ARCHIVAL (connaissances durables)    │\n│  • faits qui survivent aux sessions              │\n│  • préférences, décisions, contexte projet       │\n│  • indexé pour la recherche                      │\n└──────────────────────────────────────────────────┘\n```\n\n- **Niveau 1** : c'est ce que le modèle « voit » à chaque tour. Petit, donc pas cher.\n- **Niveau 2** : la mémoire de court terme étendue. Quand la fenêtre déborde, les vieux\n  messages y sont déplacés (compression) au lieu d'être perdus, et restent retrouvables.\n- **Niveau 3** : la mémoire de long terme. Survit à la fermeture de la session.\n\n## 4. Les outils mémoire (contrat)\n\nQuatre outils, JSON simple. Pour un LLM local, **ne pas dépasser 4 outils mémoire** :\nchaque outil en plus, c'est du prompt système consommé et de la confusion.\n\n### 4.1 `memory_append` — ajouter un fait durable\n\n```json\n{\n  \"name\": \"memory_append\",\n  \"description\": \"Save a durable fact to long-term memory (user profile, project decisions, preferences). Use sparingly: only facts that will matter in future sessions.\",\n  \"parameters\": {\n    \"section\": { \"type\": \"string\", \"enum\": [\"user\", \"project\", \"preferences\"] },\n    \"fact\": { \"type\": \"string\", \"description\": \"One self-contained fact, max 200 chars\" }\n  }\n}\n```\n\n### 4.2 `memory_replace` — corriger un fait\n\n```json\n{\n  \"name\": \"memory_replace\",\n  \"description\": \"Replace an outdated fact in long-term memory with a corrected one.\",\n  \"parameters\": {\n    \"old\": { \"type\": \"string\", \"description\": \"The exact fact to replace\" },\n    \"new\": { \"type\": \"string\", \"description\": \"The corrected fact\" }\n  }\n}\n```\n\n### 4.3 `memory_search` — chercher dans le passé\n\n```json\n{\n  \"name\": \"memory_search\",\n  \"description\": \"Search past conversations (recall) and long-term memory (archival). Use when the user refers to something not in the current context.\",\n  \"parameters\": {\n    \"query\": { \"type\": \"string\" },\n    \"scope\": { \"type\": \"string\", \"enum\": [\"recall\", \"archival\", \"all\"], \"default\": \"all\" }\n  }\n}\n```\n\n### 4.4 `memory_forget` — effacer (RGPD)\n\n```json\n{\n  \"name\": \"memory_forget\",\n  \"description\": \"Delete a fact from long-term memory. Use when the user asks to forget something or corrects a personal detail.\",\n  \"parameters\": {\n    \"fact\": { \"type\": \"string\", \"description\": \"The exact fact to delete\" }\n  }\n}\n```\n\n### 4.5 Extrait de prompt système\n\n```\nMEMORY\nYou have four memory tools: memory_append, memory_replace, memory_search, memory_forget.\n- Your long-term memory is shown below the system prompt, under \"LONG-TERM MEMORY\".\n- Call memory_append ONLY for facts that will matter in future sessions\n  (user identity, stable preferences, project decisions). Do not archive trivia.\n- Call memory_search when the user refers to something you do not see in context.\n- Call memory_forget when the user asks to forget something.\n- Never invent a memory: if a search returns nothing, say you do not remember.\n```\n\n### 4.6 Exemple d'un tour avec appels mémoire\n\n```\nuser:  « Comme je te l'avais dit, on passe le projet en TypeScript. »\nagent: [tool] memory_search { query: \"langage projet\", scope: \"archival\" }\n        → \"Le projet est en Go (décision du 12/09)\"\nagent: [tool] memory_replace { old: \"Le projet est en Go\", new: \"Le projet passe en TypeScript (décision du 26/09)\" }\nagent: « C'est noté — j'ai mis à jour la décision : le projet passe en TypeScript. »\n```\n\n## 5. Adaptation aux LLM locaux (la partie importante)\n\nLes modèles locaux (3B–32B GGUF) sont moins fiables que les gros modèles cloud sur le\ntool calling. Les règles qui font tenir l'architecture :\n\n### 5.1 Garder le contrat minuscule\n\n- 4 outils max, paramètres plats (pas de JSON imbriqué).\n- `temperature: 0` sur les tours où des outils mémoire sont attendus.\n- llama.cpp gère le tool calling via grammaire (les modèles Qwen3 le supportent bien) ;\n  la sortie JSON est donc garantie **en forme** — la validation sémantique reste à faire.\n\n### 5.2 Stockage sans base vectorielle\n\nPour un mini-agent local, **SQLite suffit** :\n\n| Besoin | Solution |\n|---|---|\n| Recall (recherche dans l'historique) | Table `messages` + index **FTS5** (full-text, intégré à SQLite, zéro dépendance) |\n| Archival (faits durables) | Table `facts(section, fact, created_at, updated_at)` |\n| Recherche sémantique (optionnel) | Embeddings locaux (`llama-embeddings` avec un petit modèle type nomic-embed-text GGUF) + similarité cosinus dans SQLite |\n\nCommencer en FTS5 seul. Les embeddings locaux s'ajoutent plus tard si la recherche\nlexicale manque (synonymes, reformulations). Le FTS5 est déterministe, gratuit et\ndébuggable — un atout avec des modèles locaux.\n\n### 5.3 Budget de tokens\n\nChaque appel mémoire coûte des tokens (appel + résultat). Sur un modèle local, ça\ncompte :\n\n- Core memory injectée : plafonner à **~500 tokens** (au-delà, forcer un résumé).\n- Résultat de `memory_search` : **5 hits max, 200 chars chacun**.\n- **Max 3 appels mémoire par tour** (garde-fou côté agent, pas côté modèle).\n\n### 5.4 Garde-fous déterministes (côté agent, pas côté modèle)\n\nLe modèle décide, l'agent valide :\n\n1. **Validation JSON** avant toute écriture en mémoire (la grammaire garantit la forme,\n   pas le sens).\n2. **Plafond de taille** de la core memory : si dépassé, l'agent demande au modèle de\n   résumer (ou coupe les faits les plus anciens).\n3. **Journal d'audit** : chaque écriture/effacement est logué (qui, quoi, quand).\n4. **Fallback silencieux** : si le modèle n'appelle jamais les outils, l'agent peut\n   extraire les faits de façon déterministe (heuristic ou petit modèle) — la mémoire\n   ne dépend pas de la bonne volonté du modèle.\n5. **Anti-auto-hallucination** : un fait écrit en mémoire doit pouvoir citer sa source\n   (session + tour). Si le modèle « se souvient » de quelque chose que la recherche ne\n   trouve pas, il doit le dire — c'est dans le prompt, mais c'est aussi testable.\n\n## 6. Concret pour ce projet\n\nCe qui existe déjà dans l'agent (cf. `agent.llamacpp.yaml`) et comment ça se mappe :\n\n| Composant existant | Rôle mémoire |\n|---|---|\n| Sessions JSON dans `.mm/sessions/` | **Niveau 2 (recall)** : l'historique complet est déjà persisté — il manque l'index de recherche |\n| Compression de contexte (`threshold: 75`, `keepLastTurns: 3`) | Le mécanisme d'**éviction** : les vieux tours sont résumés au lieu d'être perdus — c'est déjà la moitié du niveau 1 |\n| `maxMessages: 80` | Le garde-fou de fenêtre |\n\nIl manque donc surtout :\n\n1. **La core memory** (niveau 1) : un petit fichier persistant, injecté dans le prompt.\n2. **L'index de recherche** (niveau 2) : FTS5 sur l'historique des sessions.\n3. **L'archival** (niveau 3) : les faits durables, partagés entre sessions.\n\n### 6.1 Arborescence proposée\n\n```\n.mm/\n├── sessions/                  # existant : un JSON par conversation\n│   └── 20260926-074503-0d51e368.json\n└── memory/                    # nouveau\n    ├── core.json              # niveau 1 : profil + faits clés (~500 tokens max)\n    └── store.db               # SQLite : recall (FTS5) + archival\n```\n\n### 6.2 Schéma SQLite minimal\n\n```sql\nCREATE TABLE facts (\n    id INTEGER PRIMARY KEY,\n    section TEXT NOT NULL,          -- user | project | preferences\n    fact TEXT NOT NULL,\n    source TEXT,                    -- \"session 20260926-074503, tour 12\"\n    created_at TEXT DEFAULT (datetime('now')),\n    updated_at TEXT DEFAULT (datetime('now'))\n);\n\nCREATE TABLE messages (\n    id INTEGER PRIMARY KEY,\n    session TEXT NOT NULL,          -- nom du fichier de session\n    role TEXT NOT NULL,             -- user | assistant | tool\n    content TEXT NOT NULL,\n    created_at TEXT DEFAULT (datetime('now'))\n);\n\nCREATE VIRTUAL TABLE messages_fts USING fts5(content, content='messages', content_rowid='id');\n```\n\n### 6.3 Boucle d'agent (pseudocode)\n\n```\nà chaque message utilisateur :\n    context = system_prompt\n            + core_memory (lu depuis .mm/memory/core.json)\n            + résumé glissant (compression existante)\n            + N derniers tours verbatim\n\n    boucle (max maxTurns) :\n        réponse = llm(context, tools=[memory_append, memory_replace,\n                                      memory_search, memory_forget])\n        si réponse contient des appels mémoire :\n            valider le JSON (garde-fous §5.4)\n            exécuter (écriture dans core.json / store.db)\n            ajouter le résultat au context\n            continuer la boucle\n        sinon :\n            retourner la réponse\n\n    après le tour :\n        insérer l'échange complet dans messages (recall)\n        si contexte \u003e threshold : compresser (logique existante)\n```\n\n### 6.4 Format de `core.json`\n\n```json\n{\n  \"user\": {\n    \"name\": \"K33G\",\n    \"language\": \"fr\",\n    \"facts\": [\"Travaille sur un mini-agent pour LLM locaux\"]\n  },\n  \"project\": {\n    \"facts\": [\"Le projet passe en TypeScript (décision du 26/09)\"]\n  },\n  \"preferences\": {\n    \"facts\": [\"Réponses courtes, en français\"]\n  }\n}\n```\n\nSérialisé dans le prompt sous la forme :\n\n```\nLONG-TERM MEMORY\nuser: K33G, fr — Travaille sur un mini-agent pour LLM locaux\nproject: Le projet passe en TypeScript (décision du 26/09)\npreferences: Réponses courtes, en français\n```\n\n## 7. Limites et pièges\n\n1. **Non-déterminisme** : c'est le modèle qui choisit ce qu'il retient. Il peut oublier\n   un fait important ou archiver du bruit. Mitigation : le fallback déterministe (§5.4.4)\n   et l'évaluation (§8).\n2. **Auto-hallucination** : le modèle écrit dans sa propre mémoire — une erreur devient\n   « vraie » pour la suite. Mitigation : chaque fait porte sa source, et le prompt\n   interdit d'affirmer une mémoire que la recherche ne confirme pas.\n3. **Coût** : chaque appel mémoire = tokens en plus. Sur du local, ça se sent en\n   latence. Mitigation : budget de 3 appels/tour et résultats tronqués.\n4. **Qualité du tool calling** : un 3B–7B local appellera les outils moins bien qu'un\n   27B. Si le modèle cible est petit, réduire à 2 outils (`memory_append` +\n   `memory_search`) et s'appuyer davantage sur le fallback déterministe.\n5. **RGPD** : la mémoire persiste. `memory_forget` doit vraiment effacer (core +\n   archival + recall), et l'arborescence doit rester lisible/effaçable à la main.\n   C'est un **avantage** du local : tout est sur disque, inspectable.\n\n## 8. Évaluer la mémoire\n\nUn mini-benchmark maison, avant d'optimiser quoi que ce soit :\n\n| Test | Ce qu'il mesure |\n|---|---|\n| Dire un fait au tour 1, demander au tour 30 | Recall (compression + recherche) |\n| Dire un fait en session 1, demander en session 2 | Archival (persistance) |\n| Demander un fait jamais dit | Anti-hallucination (doit répondre « je ne sais pas ») |\n| Demander d'oublier un fait, puis le redemander | `memory_forget` |\n\nSuivre deux chiffres : **taux de rappel** (le fait est-il retrouvé ?) et\n**taux de fausse mémoire** (le modèle invente-t-il ?).\n\n## 9. Feuille de route\n\n| Phase | Contenu | Effort |\n|---|---|---|\n| **1** | Core memory : `core.json` + `memory_append` / `memory_replace` + injection dans le prompt | 1–2 jours |\n| **2** | Recall : table `messages` + FTS5 + `memory_search` (scope recall) | 1–2 jours |\n| **3** | Archival : table `facts` + `memory_search` (scope archival) + `memory_forget` | 1 jour |\n| **4** | Évaluation (§8) + fallback déterministe + embeddings locaux si besoin | continu |\n\nLa phase 1 donne déjà l'essentiel : un agent qui se souvient de l'utilisateur entre\nles sessions. Le reste est de la profondeur.\n\n## 10. Écosystème (pour référence)\n\nSi un jour le DIY ne suffit plus, les implémentations existantes :\n\n- **Letta** (l'équipe de MemGPT) : le plus abouti, framework + plateforme.\n- **Mem0** : couche mémoire simple, orientée « faits sur l'utilisateur », facile à brancher.\n- **Zep** : mémoire + graphe temporel (les faits ont une date de validité).\n\nPour un mini-agent 100 % local, le DIY de ce document reste plus simple à contrôler :\ndeux fichiers, un SQLite, quatre outils.\n",
++            "ref": "wp6rBCGZd2XHqM1shyJVOJZhEPskYiUr"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "text": "# Résumé : Mémoire hiérarchique pour mini-agent local (style MemGPT)\n\nCe document conçoit une **mémoire gérée par le modèle** pour un mini-agent local (llama.cpp / GGUF), en alternative au RAG : c'est le modèle lui-même qui décide de ce qu'il retient, cherche et oublie.\n\n## L'idée centrale\nL'analogie avec un OS : la fenêtre de contexte = RAM, le stockage externe = disque, et les outils mémoire = page faults / swaps. Le modèle est équipé d'outils et **les appelle de lui-même** à chaque tour.\n\n## Architecture en 3 niveaux\n- **Niveau 1 – Mémoire de travail** : ce que le modèle « voit », petit (~500 tokens), toujours injecté (core memory, résumé glissant, derniers tours).\n- **Niveau 2 – Recall** : historique complet, indexé (FTS5), chargé seulement si demandé.\n- **Niveau 3 – Archival** : faits durables qui survivent aux sessions.\n\n## Contrat des outils (4, max)\n`memory_append`, `memory_replace`, `memory_search`, `memory_forget` — JSON plat, `temperature: 0`, max 3 appels/tour, résultats tronqués.\n\n## Adaptation aux LLM locaux (clé)\n- **SQLite suffit**, pas de base vectorielle obligatoire (FTS5 intégré). Embeddings locaux optionnels.\n- Garde-fous **déterministes côté agent** : validation JSON, plafond de taille, journal d'audit, fallback si le modèle n'appelle jamais les outils, anti-hallucination par source.\n\n## Concret pour le projet\nL'agent existant fournit déjà les bases : sessions JSON (→ niveau 2), compression de contexte (→ éviction), `maxMessages` (→ garde-fou). Il manque surtout : la **core memory**, l'**index FTS5** et l'**archival**. Feuille de route en 4 phases (1 à 2 jours pour l'essentiel).\n\n## Limites \u0026 pièges\nNon-déterminisme, auto-hallucination, coût en tokens, qualité du tool calling des petits modèles, et **RGPD** (tout est sur disque → inspectable/effaçable à la main, c'est un avantage du local).\n\n## Évaluation\nMini-benchmark : recall (fait dit au tour 1, demandé au tour 30), archival (persistance entre sessions), anti-hallucination, `memory_forget`. Deux chiffres : **taux de rappel** et **taux de fausse mémoire**."
++        }
++      ],
++      "role": "model"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-085016-57a3581d.json +84 -0 Viewed

new file mode 100644
@@ -0,0 +1,84 @@
	1	+{
	2	+ "id": "20260926-085016-57a3581d",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T08:50:16.739454Z",
	5	+ "updatedAt": "2026-09-26T08:51:05.519083Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "$vulcan-salute bob morane\n[skill: vulcan-salute — load it with read_skill and carry out its steps now; parameters: bob morane]"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "toolRequest": {
	27	+ "input": {
	28	+ "name": "vulcan-salute"
	29	+ },
	30	+ "name": "read_skill",
	31	+ "ref": "m0liAW5H7FD1Bu2P68L72mSWcl1WXMXH"
	32	+ }
	33	+ }
	34	+ ],
	35	+ "role": "model"
	36	+ },
	37	+ {
	38	+ "content": [
	39	+ {
	40	+ "toolResponse": {
	41	+ "name": "read_skill",
	42	+ "output": "---\nname: vulcan-salute\ndescription: Send a vulcan salute to somebody.\nkeywords: vulcan, vulcain, salute, salut, spock, star trek, live long and prosper, longue vie\n---\n\n# Vulcan salute\n\n## What to do\n\nThe command below is for YOU to run with your `bash` tool, in this same turn.\nDo not show it to the user, and do not answer from memory: the answer is the\ncommand's output, nothing else.\n\nReplace `\u003cname\u003e` with the person being saluted, then call your `bash` tool with this command:\n\n echo \"🖖 Live long and prosper! \u003cname\u003e 🖖\"\n",
	43	+ "ref": "m0liAW5H7FD1Bu2P68L72mSWcl1WXMXH"
	44	+ }
	45	+ }
	46	+ ],
	47	+ "role": "tool"
	48	+ },
	49	+ {
	50	+ "content": [
	51	+ {
	52	+ "toolRequest": {
	53	+ "input": {
	54	+ "command": "echo \"🖖 Live long and prosper! bob morane 🖖\""
	55	+ },
	56	+ "name": "bash",
	57	+ "ref": "LGnjy81U0vRDER11GDfoEBpShjMdUqsd"
	58	+ }
	59	+ }
	60	+ ],
	61	+ "role": "model"
	62	+ },
	63	+ {
	64	+ "content": [
	65	+ {
	66	+ "toolResponse": {
	67	+ "name": "bash",
	68	+ "output": "🖖 Live long and prosper! bob morane 🖖\n",
	69	+ "ref": "LGnjy81U0vRDER11GDfoEBpShjMdUqsd"
	70	+ }
	71	+ }
	72	+ ],
	73	+ "role": "tool"
	74	+ },
	75	+ {
	76	+ "content": [
	77	+ {
	78	+ "text": "🖖 Live long and prosper, Bob Morane! 🖖"
	79	+ }
	80	+ ],
	81	+ "role": "model"
	82	+ }
	83	+ ]
	84	+}
		\ No newline at end of file

++{
++  "id": "20260926-085016-57a3581d",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T08:50:16.739454Z",
++  "updatedAt": "2026-09-26T08:51:05.519083Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "$vulcan-salute bob morane\n[skill: vulcan-salute — load it with read_skill and carry out its steps now; parameters: bob morane]"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "toolRequest": {
++            "input": {
++              "name": "vulcan-salute"
++            },
++            "name": "read_skill",
++            "ref": "m0liAW5H7FD1Bu2P68L72mSWcl1WXMXH"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "read_skill",
++            "output": "---\nname: vulcan-salute\ndescription: Send a vulcan salute to somebody.\nkeywords: vulcan, vulcain, salute, salut, spock, star trek, live long and prosper, longue vie\n---\n\n# Vulcan salute\n\n## What to do\n\nThe command below is for YOU to run with your `bash` tool, in this same turn.\nDo not show it to the user, and do not answer from memory: the answer is the\ncommand's output, nothing else.\n\nReplace `\u003cname\u003e` with the person being saluted, then call your `bash` tool with this command:\n\n    echo \"🖖 Live long and prosper! \u003cname\u003e 🖖\"\n",
++            "ref": "m0liAW5H7FD1Bu2P68L72mSWcl1WXMXH"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "toolRequest": {
++            "input": {
++              "command": "echo \"🖖 Live long and prosper! bob morane 🖖\""
++            },
++            "name": "bash",
++            "ref": "LGnjy81U0vRDER11GDfoEBpShjMdUqsd"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "bash",
++            "output": "🖖 Live long and prosper! bob morane 🖖\n",
++            "ref": "LGnjy81U0vRDER11GDfoEBpShjMdUqsd"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "text": "🖖 **Live long and prosper, Bob Morane!** 🖖"
++        }
++      ],
++      "role": "model"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-085019-abd2c8e3.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-085019-abd2c8e3",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T08:50:19.951795Z",
	5	+ "updatedAt": "2026-09-26T08:50:19.95184Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-085019-abd2c8e3",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T08:50:19.951795Z",
++  "updatedAt": "2026-09-26T08:50:19.95184Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-085230-06453e1a.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-085230-06453e1a",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T08:52:30.988887Z",
	5	+ "updatedAt": "2026-09-26T08:52:30.988983Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-085230-06453e1a",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T08:52:30.988887Z",
++  "updatedAt": "2026-09-26T08:52:30.988983Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-085230-813c5cfc.json +58 -0 Viewed

new file mode 100644
@@ -0,0 +1,58 @@
	1	+{
	2	+ "id": "20260926-085230-813c5cfc",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:19:48.854531Z",
	5	+ "updatedAt": "2026-09-26T11:21:57.260394Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "$plan-manager comment préparer des oeufs à la coque\n[skill: plan-manager — load it with read_skill and carry out its steps now; parameters: comment préparer des oeufs à la coque]"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "toolRequest": {
	27	+ "input": {
	28	+ "name": "plan-manager"
	29	+ },
	30	+ "name": "read_skill",
	31	+ "ref": "89F4HDIl4QknLgnZiVb0Jm0Djm9Qn8rV"
	32	+ }
	33	+ }
	34	+ ],
	35	+ "role": "model"
	36	+ },
	37	+ {
	38	+ "content": [
	39	+ {
	40	+ "toolResponse": {
	41	+ "name": "read_skill",
	42	+ "output": "---\nname: plan-manager\ndescription: Manage multi-step work as a plan. When the user gives you a list of tasks to do, or you decide to break work into steps, use the plan tool to create and track a todo list. This ensures the user can see your progress and you don't lose track of what remains to be done.\nkeywords: plan, todo, tasks, steps, first, second, third, then, after that, next, do this, do these, i need, i want, following, steps are, task list, to do\n---\n# Plan Manager\n\n## What This Skill Does\n\nThis skill teaches you how to detect, create, and manage plans when users give you multi-step requests.\n\nA plan is a structured way to track progress through multiple tasks. When you create a plan, you:\n1. Store the list of tasks the user wants done\n2. Track which task you're currently working on\n3. Update the status of each task as you complete it\n4. Report progress to the user with clear status messages\n\n## When to Use This Skill\n\nALWAYS create and use a plan when:\n\n1. User gives you a numbered list:\n - \"Do these 3 things: 1. X, 2. Y, 3. Z\"\n - \"Please: 1. First, 2. Second, 3. Third\"\n - \"My plan is: 1. Step one, 2. Step two\"\n\n2. User gives you a comma-separated or bullet list of actions:\n - \"I need you to fix A, then update B, and finally test C\"\n - \"Please handle: - A, - B, - C\"\n\n3. User explicitly says they have a plan:\n - \"Here's my plan: ...\"\n - \"My plan is to...\"\n - \"I want to do X, Y, and Z\"\n\n4. You decide to break complex work into steps:\n - When a single request requires multiple distinct actions\n - When you need to track progress for a multi-part task\n\nNEVER use the plan tool for:\n- Single, simple requests (just do it directly)\n- Conversational questions with no action required\n- Greetings or social interactions\n- Requests that don't involve doing something\n\n## The Plan Tool\n\nThe `plan` tool is a builtin tool available to you. It supports these actions:\n\n### Action: create\n\nPurpose: Create a new plan with a list of tasks.\n\nRequired parameters:\n- `tasks`: Array of task objects, each with `description` (string)\n\nOptional parameters:\n- `name`: Plan name (string). If not provided, auto-generated as \"user-request-N\"\n\nExample:\n```json\n{\n \"action\": \"create\",\n \"name\": \"setup-project\",\n \"tasks\": [\n {\"description\": \"Initialize the repository\"},\n {\"description\": \"Create the main file\"},\n {\"description\": \"Add configuration\"}\n ]\n}\n```\n\nWhat happens:\n- A new plan is created with the given tasks\n- Each task gets an auto-incrementing ID (1, 2, 3...)\n- All tasks start with status \"open\"\n- The plan is stored for this session\n\nWhat you should do:\n- Call `plan` with `action: \"create\"` as soon as you detect a multi-step request\n- Then immediately call `plan` with `action: \"update\"` to mark the first task as \"in_progress\"\n- Tell the user: \"I'll handle this in N steps. Starting with: [first task description]\"\n\n---\n\n### Action: update\n\nPurpose: Update the status of a specific task.\n\nRequired parameters:\n- `name`: Plan name\n- `taskId`: The task ID to update (1-based)\n- `status`: New status. One of: `open`, `in_progress`, `done`, `failed`\n\nOptional parameters:\n- `message`: A note about this status change (e.g., error message for failed)\n\nExample:\n```json\n{\n \"action\": \"update\",\n \"name\": \"setup-project\",\n \"taskId\": 1,\n \"status\": \"in_progress\"\n}\n```\n\nWhen to use each status:\n- `in_progress`: When you start working on a task\n- `done`: When you successfully complete a task\n- `failed`: When a task cannot be completed (include error in message)\n- `open`: To reset a task to not-started (rarely needed)\n\n---\n\n### Action: next\n\nPurpose: Move to the next task, automatically marking the current task as done.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"next\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat happens:\n- Current task is marked as \"done\" with completion timestamp\n- Plan's current pointer moves to the next task\n- Next task is automatically set to \"in_progress\"\n- Returns info about the next task\n\nWhat you should do:\n- Call `next` after completing a task\n- Use the returned next task info to continue your work\n- Include the status line in your response to the user\n\n---\n\n### Action: get\n\nPurpose: Retrieve the full details of a plan.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"get\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat you should do:\n- Use this when you need to see all tasks in a plan\n- Rarely needed in normal workflow\n\n---\n\n### Action: list\n\nPurpose: List all active plans for this session.\n\nExample:\n```json\n{\n \"action\": \"list\"\n}\n```\n\nWhat you should do:\n- Use this when the user asks \"What plans do I have?\"\n- Returns names of all active plans\n\n---\n\n### Action: delete\n\nPurpose: Delete a plan.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"delete\",\n \"name\": \"old-plan\"\n}\n```\n\nWhat you should do:\n- Use when user asks to abandon a plan\n- Confirm with user before deleting\n\n---\n\n### Action: status\n\nPurpose: Get a compact status line for display.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"status\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat it returns:\n```\n[2/5] Task 2: Create the main file (in_progress)\n```\n\nWhat you should do:\n- ALWAYS call `plan(action=\"status\")` at the end of your response when a plan is active\n- Include the status line in your response so the user can see progress\n- The status line format: `[current/total] icon Task N: description (status)`\n\n---\n\n## Complete Workflow Example\n\nUser: \"I need you to set up a new project. Do these 3 things: 1. Create the directory structure, 2. Initialize git, 3. Create a README file\"\n\nYour internal process:\n\n1. Detect the plan: User gave a numbered list\n\n2. Create the plan:\n ```json\n plan(action=\"create\", name=\"setup-project\", tasks=[\n {description: \"Create the directory structure\"},\n {description: \"Initialize git\"},\n {description: \"Create a README file\"}\n ])\n ```\n Tool returns: `{\"result\":\"Plan 'setup-project' created with 3 tasks. Current: Task 1\", ...}`\n\n3. Start first task:\n ```json\n plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"in_progress\")\n ```\n Tool returns: `{\"result\":\"Task 1 in plan 'setup-project' updated to 'in_progress'\"}`\n\n4. Do the work: Use bash or other tools to create directory structure\n ```json\n bash(command: \"mkdir -p project/src project/tests project/docs\")\n ```\n\n5. Mark first task done:\n ```json\n plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"done\")\n ```\n\n6. Move to next task:\n ```json\n plan(action=\"next\", name=\"setup-project\")\n ```\n Tool returns: `{\"result\":\"Task 1 done. Next: Task 2 - Initialize git\", ...}`\n\n7. Get status for display:\n ```json\n plan(action=\"status\", name=\"setup-project\")\n ```\n Tool returns: `{\"result\":\"Plan 'setup-project': 1/3 tasks complete\", \"status\":\"[2/3] Task 2: Initialize git (in_progress)\"}`\n\n8. Respond to user:\n ```\n Directory structure created.\n \n 📋 [2/3] Task 2: Initialize git (in_progress)\n ```\n\n9. Continue with task 2: Initialize git, then call `next` again\n\n10. Continue with task 3: Create README, then call `next` again\n\n11. Plan complete:\n ```\n All done! Project set up with:\n - Directory structure created\n - Git initialized\n - README file created\n \n 📋 [3/3] All tasks complete! ✅\n ```\n\n---\n\n## Handling User Interruptions\n\n### User asks about the plan\n\nUser: \"What's the status of my plan?\"\n\nYou:\n1. Call: `plan(action=\"status\", name=\"setup-project\")`\n2. Use the returned status line in your response\n\nResponse:\n```\nCurrent plan: [2/3] Task 2: Initialize git (in_progress). Next: Create a README file\n```\n\n---\n\n### User wants to skip a task\n\nUser: \"Skip the git initialization, just do the README\"\n\nYou:\n1. Mark current task as done: `plan(action=\"update\", name=\"setup-project\", taskId=2, status=\"done\")`\n2. Call next: `plan(action=\"next\", name=\"setup-project\")`\n3. Confirm to user: \"Skipping git initialization. Creating README file...\"\n\n---\n\n### User wants to abandon the plan\n\nUser: \"Never mind, I don't need this anymore\"\n\nYou:\n1. Ask for confirmation: \"Are you sure you want to abandon the plan? We've completed 1 of 3 tasks.\"\n2. If user confirms: `plan(action=\"delete\", name=\"setup-project\")`\n3. Respond: \"Plan abandoned. All progress is lost.\"\n\n---\n\n## Multiple Plans\n\nA session can have multiple active plans. Use different names for each.\n\nExample:\n- User: \"First, fix the bug in the auth module. Then, update the documentation.\"\n- You: Create plan \"fix-auth-bug\" with 3 tasks\n- User (later): \"Also, refactor the API\"\n- You: Create plan \"refactor-api\" with 2 tasks\n\nTo list all plans: `plan(action=\"list\")`\n\n---\n\n## Status Line Format\n\nAlways show the plan status in this exact format:\n\n```\n📋 [current/total] icon Task N: description (status)\n```\n\nIcons:\n- ✅ = done\n- 🔄 = in_progress\n- ❌ = failed\n- ⏳ = open (not started)\n\nExamples:\n- `📋 [1/5] ⏳ Task 1: Analyze code (open)`\n- `📋 [2/5] 🔄 Task 2: Fix the bugs (in_progress)`\n- `📋 [5/5] ✅ All tasks complete!`\n- `📋 [3/5] ❌ Task 3: Run tests (failed: connection timeout)`\n\n---\n\n## Important Rules\n\n1. Always create a plan for multi-step requests - Don't just say \"I'll do it\" and then forget what was requested\n\n2. Always show the status line - Include `plan(action=\"status\")` result in every response when a plan is active\n\n3. Always update task status - Call `update` when starting and completing each task\n\n4. Use meaningful plan names - Auto-generated names are fine, but if the user gives a clear purpose, use it\n\n5. Keep plans focused - One plan per distinct request. Don't mix unrelated tasks in one plan\n\n6. Handle errors gracefully - If a task fails, mark it as failed with a note, then continue or ask the user\n\n7. Clean up on /new - Plans are automatically cleared when the user starts a new session\n\n---\n\n## Common Patterns\n\n### Pattern: Sequential tasks with tool calls\n\n```\nUser: \"Fix these issues: 1. Add error handling, 2. Write tests\"\n\nYou:\n1. plan(create, tasks=[...])\n2. plan(update, taskId=1, status=in_progress)\n3. edit_file(...) // or bash or other tools\n4. plan(update, taskId=1, status=done)\n5. plan(next)\n6. plan(update, taskId=2, status=in_progress)\n7. write_file(...)\n8. plan(update, taskId=2, status=done)\n9. plan(next) // Triggers completion message\n10. Respond with status line\n```\n\n---\n\n### Pattern: User gives unordered list\n\nUser: \"I need A, B, and C done\"\n\nYou: Convert to ordered tasks:\n```json\n{\n \"action\": \"create\",\n \"tasks\": [\n {\"description\": \"Do A\"},\n {\"description\": \"Do B\"},\n {\"description\": \"Do C\"}\n ]\n}\n```\n\n---\n\n### Pattern: Complex task requiring subtasks\n\nIf a single task from the user's list requires multiple steps, you can:\n- Option A: Add it as a single task and just do it\n- Option B: Create a nested plan (advanced, not required for v1)\n\nFor v1, use Option A - keep it simple.\n\n---\n\n## What NOT to Do\n\n❌ Don't ignore numbered lists - Always create a plan\n❌ Don't forget to update status - Track progress accurately\n❌ Don't create plans for single tasks - Overkill for simple requests\n❌ Don't make up tasks - Only create tasks the user actually requested\n❌ Don't delete plans without asking - Always confirm with user\n\n---\n\n## Testing Your Understanding\n\nRead these user messages and decide if you should create a plan:\n\n\| User Message \| Create Plan? \| Why \|\n\|--------------\|-------------\|-----\|\n\| \"Write a function to sort an array\" \| No \| Single task \|\n\| \"Fix these 3 bugs in the code\" \| Yes \| Multi-step, but needs clarification \|\n\| \"1. Fix bug A, 2. Fix bug B, 3. Test both\" \| Yes \| Explicit numbered list \|\n\| \"Hello, how are you?\" \| No \| Not a task \|\n\| \"What's the capital of France?\" \| No \| Question, not a task \|\n\| \"Set up the project: create dirs, init git, add README\" \| Yes \| Comma-separated tasks \|\n\| \"I need the documentation updated and the tests fixed\" \| Yes \| Multiple distinct tasks \|\n\n---\n\n## Summary\n\nRemember: When the user gives you a list of things to do, CREATE A PLAN. Then TRACK PROGRESS. Then REPORT STATUS to the user.\n\nThis makes you more reliable, transparent, and easier to work with.\n",
	43	+ "ref": "89F4HDIl4QknLgnZiVb0Jm0Djm9Qn8rV"
	44	+ }
	45	+ }
	46	+ ],
	47	+ "role": "tool"
	48	+ },
	49	+ {
	50	+ "content": [
	51	+ {
	52	+ "text": "This is a simple conversational/cooking question, not a multi-step work task — so per the plan-manager skill, I won't create a plan for it. Here's the recipe:\n\n## Préparer des œufs à la coque\n\nIngrédients : œufs, eau, sel (facultatif), et idéalement un bol d'eau glacée.\n\nÉtapes :\n1. Fouiller les œufs : laissez-les revenir à température ambiante ~15 min (éviter les œufs glacés straight from the fridge — they crack).\n2. Couvrir d'eau froide : mettez les œufs dans une casserole, couvrez-les d'eau froide d'environ 3 cm. Ajoutez une pincée de sel (aide à garder la coquille intacte).\n3. Porter à ébullition : placez la casserole sur feu moyen-fort jusqu'à ce que l'eau bouille bien.\n4. Compter le temps (feu moyen, après l'ébullition) :\n - 6 min → œuf très ferreux (jaune liquide)\n - 7 min → œuf fermement cuit, jaune encore un peu moelleux\n - 8 min → bien cuit, jaune ferme (le classique)\n5. Choquer : dès le temps écoulé, passez chaque œuf dans un bol d'eau très froide (ou sous le robinet) ~1 min. Ça arrête la cuisson et facilite l'épluchage.\n6. Éplucher et déguster.\n\nAstuce : pour des œufs plus réguliers, couvrez-les avec une passoire pendant la cuisson. 🥚\n\n---\n\n📋 Aucun plan créé — c'est une simple question culinaire, pas une tâche multi-étapes."
	53	+ }
	54	+ ],
	55	+ "role": "model"
	56	+ }
	57	+ ]
	58	+}
		\ No newline at end of file

++{
++  "id": "20260926-085230-813c5cfc",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:19:48.854531Z",
++  "updatedAt": "2026-09-26T11:21:57.260394Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "$plan-manager comment préparer des oeufs à la coque\n[skill: plan-manager — load it with read_skill and carry out its steps now; parameters: comment préparer des oeufs à la coque]"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "toolRequest": {
++            "input": {
++              "name": "plan-manager"
++            },
++            "name": "read_skill",
++            "ref": "89F4HDIl4QknLgnZiVb0Jm0Djm9Qn8rV"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "read_skill",
++            "output": "---\nname: plan-manager\ndescription: Manage multi-step work as a plan. When the user gives you a list of tasks to do, or you decide to break work into steps, use the plan tool to create and track a todo list. This ensures the user can see your progress and you don't lose track of what remains to be done.\nkeywords: plan, todo, tasks, steps, first, second, third, then, after that, next, do this, do these, i need, i want, following, steps are, task list, to do\n---\n# Plan Manager\n\n## What This Skill Does\n\nThis skill teaches you how to **detect, create, and manage plans** when users give you multi-step requests.\n\nA **plan** is a structured way to track progress through multiple tasks. When you create a plan, you:\n1. Store the list of tasks the user wants done\n2. Track which task you're currently working on\n3. Update the status of each task as you complete it\n4. Report progress to the user with clear status messages\n\n## When to Use This Skill\n\n**ALWAYS** create and use a plan when:\n\n1. **User gives you a numbered list:**\n   - \"Do these 3 things: 1. X, 2. Y, 3. Z\"\n   - \"Please: 1. First, 2. Second, 3. Third\"\n   - \"My plan is: 1. Step one, 2. Step two\"\n\n2. **User gives you a comma-separated or bullet list of actions:**\n   - \"I need you to fix A, then update B, and finally test C\"\n   - \"Please handle: - A, - B, - C\"\n\n3. **User explicitly says they have a plan:**\n   - \"Here's my plan: ...\"\n   - \"My plan is to...\"\n   - \"I want to do X, Y, and Z\"\n\n4. **You decide to break complex work into steps:**\n   - When a single request requires multiple distinct actions\n   - When you need to track progress for a multi-part task\n\n**NEVER** use the plan tool for:\n- Single, simple requests (just do it directly)\n- Conversational questions with no action required\n- Greetings or social interactions\n- Requests that don't involve doing something\n\n## The Plan Tool\n\nThe `plan` tool is a builtin tool available to you. It supports these **actions**:\n\n### Action: create\n\n**Purpose:** Create a new plan with a list of tasks.\n\n**Required parameters:**\n- `tasks`: Array of task objects, each with `description` (string)\n\n**Optional parameters:**\n- `name`: Plan name (string). If not provided, auto-generated as \"user-request-N\"\n\n**Example:**\n```json\n{\n  \"action\": \"create\",\n  \"name\": \"setup-project\",\n  \"tasks\": [\n    {\"description\": \"Initialize the repository\"},\n    {\"description\": \"Create the main file\"},\n    {\"description\": \"Add configuration\"}\n  ]\n}\n```\n\n**What happens:**\n- A new plan is created with the given tasks\n- Each task gets an auto-incrementing ID (1, 2, 3...)\n- All tasks start with status \"open\"\n- The plan is stored for this session\n\n**What you should do:**\n- Call `plan` with `action: \"create\"` as soon as you detect a multi-step request\n- Then immediately call `plan` with `action: \"update\"` to mark the first task as \"in_progress\"\n- Tell the user: \"I'll handle this in N steps. Starting with: [first task description]\"\n\n---\n\n### Action: update\n\n**Purpose:** Update the status of a specific task.\n\n**Required parameters:**\n- `name`: Plan name\n- `taskId`: The task ID to update (1-based)\n- `status`: New status. One of: `open`, `in_progress`, `done`, `failed`\n\n**Optional parameters:**\n- `message`: A note about this status change (e.g., error message for failed)\n\n**Example:**\n```json\n{\n  \"action\": \"update\",\n  \"name\": \"setup-project\",\n  \"taskId\": 1,\n  \"status\": \"in_progress\"\n}\n```\n\n**When to use each status:**\n- `in_progress`: When you start working on a task\n- `done`: When you successfully complete a task\n- `failed`: When a task cannot be completed (include error in message)\n- `open`: To reset a task to not-started (rarely needed)\n\n---\n\n### Action: next\n\n**Purpose:** Move to the next task, automatically marking the current task as done.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"next\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What happens:**\n- Current task is marked as \"done\" with completion timestamp\n- Plan's current pointer moves to the next task\n- Next task is automatically set to \"in_progress\"\n- Returns info about the next task\n\n**What you should do:**\n- Call `next` after completing a task\n- Use the returned next task info to continue your work\n- Include the status line in your response to the user\n\n---\n\n### Action: get\n\n**Purpose:** Retrieve the full details of a plan.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"get\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What you should do:**\n- Use this when you need to see all tasks in a plan\n- Rarely needed in normal workflow\n\n---\n\n### Action: list\n\n**Purpose:** List all active plans for this session.\n\n**Example:**\n```json\n{\n  \"action\": \"list\"\n}\n```\n\n**What you should do:**\n- Use this when the user asks \"What plans do I have?\"\n- Returns names of all active plans\n\n---\n\n### Action: delete\n\n**Purpose:** Delete a plan.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"delete\",\n  \"name\": \"old-plan\"\n}\n```\n\n**What you should do:**\n- Use when user asks to abandon a plan\n- Confirm with user before deleting\n\n---\n\n### Action: status\n\n**Purpose:** Get a compact status line for display.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"status\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What it returns:**\n```\n[2/5] Task 2: Create the main file (in_progress)\n```\n\n**What you should do:**\n- **ALWAYS** call `plan(action=\"status\")` at the end of your response when a plan is active\n- Include the status line in your response so the user can see progress\n- The status line format: `[current/total] icon Task N: description (status)`\n\n---\n\n## Complete Workflow Example\n\n**User:** \"I need you to set up a new project. Do these 3 things: 1. Create the directory structure, 2. Initialize git, 3. Create a README file\"\n\n**Your internal process:**\n\n1. **Detect the plan:** User gave a numbered list\n\n2. **Create the plan:**\n   ```json\n   plan(action=\"create\", name=\"setup-project\", tasks=[\n     {description: \"Create the directory structure\"},\n     {description: \"Initialize git\"},\n     {description: \"Create a README file\"}\n   ])\n   ```\n   Tool returns: `{\"result\":\"Plan 'setup-project' created with 3 tasks. Current: Task 1\", ...}`\n\n3. **Start first task:**\n   ```json\n   plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"in_progress\")\n   ```\n   Tool returns: `{\"result\":\"Task 1 in plan 'setup-project' updated to 'in_progress'\"}`\n\n4. **Do the work:** Use bash or other tools to create directory structure\n   ```json\n   bash(command: \"mkdir -p project/src project/tests project/docs\")\n   ```\n\n5. **Mark first task done:**\n   ```json\n   plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"done\")\n   ```\n\n6. **Move to next task:**\n   ```json\n   plan(action=\"next\", name=\"setup-project\")\n   ```\n   Tool returns: `{\"result\":\"Task 1 done. Next: Task 2 - Initialize git\", ...}`\n\n7. **Get status for display:**\n   ```json\n   plan(action=\"status\", name=\"setup-project\")\n   ```\n   Tool returns: `{\"result\":\"Plan 'setup-project': 1/3 tasks complete\", \"status\":\"[2/3] Task 2: Initialize git (in_progress)\"}`\n\n8. **Respond to user:**\n   ```\n   Directory structure created.\n   \n   📋 [2/3] Task 2: Initialize git (in_progress)\n   ```\n\n9. **Continue with task 2:** Initialize git, then call `next` again\n\n10. **Continue with task 3:** Create README, then call `next` again\n\n11. **Plan complete:**\n    ```\n    All done! Project set up with:\n    - Directory structure created\n    - Git initialized\n    - README file created\n    \n    📋 [3/3] All tasks complete! ✅\n    ```\n\n---\n\n## Handling User Interruptions\n\n### User asks about the plan\n\n**User:** \"What's the status of my plan?\"\n\n**You:**\n1. Call: `plan(action=\"status\", name=\"setup-project\")`\n2. Use the returned status line in your response\n\n**Response:**\n```\nCurrent plan: [2/3] Task 2: Initialize git (in_progress). Next: Create a README file\n```\n\n---\n\n### User wants to skip a task\n\n**User:** \"Skip the git initialization, just do the README\"\n\n**You:**\n1. Mark current task as done: `plan(action=\"update\", name=\"setup-project\", taskId=2, status=\"done\")`\n2. Call next: `plan(action=\"next\", name=\"setup-project\")`\n3. Confirm to user: \"Skipping git initialization. Creating README file...\"\n\n---\n\n### User wants to abandon the plan\n\n**User:** \"Never mind, I don't need this anymore\"\n\n**You:**\n1. Ask for confirmation: \"Are you sure you want to abandon the plan? We've completed 1 of 3 tasks.\"\n2. If user confirms: `plan(action=\"delete\", name=\"setup-project\")`\n3. Respond: \"Plan abandoned. All progress is lost.\"\n\n---\n\n## Multiple Plans\n\nA session can have multiple active plans. Use different names for each.\n\n**Example:**\n- User: \"First, fix the bug in the auth module. Then, update the documentation.\"\n- You: Create plan \"fix-auth-bug\" with 3 tasks\n- User (later): \"Also, refactor the API\"\n- You: Create plan \"refactor-api\" with 2 tasks\n\nTo list all plans: `plan(action=\"list\")`\n\n---\n\n## Status Line Format\n\nAlways show the plan status in this exact format:\n\n```\n📋 [current/total] icon Task N: description (status)\n```\n\n**Icons:**\n- ✅ = done\n- 🔄 = in_progress\n- ❌ = failed\n- ⏳ = open (not started)\n\n**Examples:**\n- `📋 [1/5] ⏳ Task 1: Analyze code (open)`\n- `📋 [2/5] 🔄 Task 2: Fix the bugs (in_progress)`\n- `📋 [5/5] ✅ All tasks complete!`\n- `📋 [3/5] ❌ Task 3: Run tests (failed: connection timeout)`\n\n---\n\n## Important Rules\n\n1. **Always create a plan for multi-step requests** - Don't just say \"I'll do it\" and then forget what was requested\n\n2. **Always show the status line** - Include `plan(action=\"status\")` result in every response when a plan is active\n\n3. **Always update task status** - Call `update` when starting and completing each task\n\n4. **Use meaningful plan names** - Auto-generated names are fine, but if the user gives a clear purpose, use it\n\n5. **Keep plans focused** - One plan per distinct request. Don't mix unrelated tasks in one plan\n\n6. **Handle errors gracefully** - If a task fails, mark it as failed with a note, then continue or ask the user\n\n7. **Clean up on /new** - Plans are automatically cleared when the user starts a new session\n\n---\n\n## Common Patterns\n\n### Pattern: Sequential tasks with tool calls\n\n```\nUser: \"Fix these issues: 1. Add error handling, 2. Write tests\"\n\nYou:\n1. plan(create, tasks=[...])\n2. plan(update, taskId=1, status=in_progress)\n3. edit_file(...)  // or bash or other tools\n4. plan(update, taskId=1, status=done)\n5. plan(next)\n6. plan(update, taskId=2, status=in_progress)\n7. write_file(...)\n8. plan(update, taskId=2, status=done)\n9. plan(next)  // Triggers completion message\n10. Respond with status line\n```\n\n---\n\n### Pattern: User gives unordered list\n\n**User:** \"I need A, B, and C done\"\n\n**You:** Convert to ordered tasks:\n```json\n{\n  \"action\": \"create\",\n  \"tasks\": [\n    {\"description\": \"Do A\"},\n    {\"description\": \"Do B\"},\n    {\"description\": \"Do C\"}\n  ]\n}\n```\n\n---\n\n### Pattern: Complex task requiring subtasks\n\nIf a single task from the user's list requires multiple steps, you can:\n- Option A: Add it as a single task and just do it\n- Option B: Create a nested plan (advanced, not required for v1)\n\nFor v1, use Option A - keep it simple.\n\n---\n\n## What NOT to Do\n\n❌ **Don't ignore numbered lists** - Always create a plan\n❌ **Don't forget to update status** - Track progress accurately\n❌ **Don't create plans for single tasks** - Overkill for simple requests\n❌ **Don't make up tasks** - Only create tasks the user actually requested\n❌ **Don't delete plans without asking** - Always confirm with user\n\n---\n\n## Testing Your Understanding\n\nRead these user messages and decide if you should create a plan:\n\n| User Message | Create Plan? | Why |\n|--------------|-------------|-----|\n| \"Write a function to sort an array\" | No | Single task |\n| \"Fix these 3 bugs in the code\" | Yes | Multi-step, but needs clarification |\n| \"1. Fix bug A, 2. Fix bug B, 3. Test both\" | Yes | Explicit numbered list |\n| \"Hello, how are you?\" | No | Not a task |\n| \"What's the capital of France?\" | No | Question, not a task |\n| \"Set up the project: create dirs, init git, add README\" | Yes | Comma-separated tasks |\n| \"I need the documentation updated and the tests fixed\" | Yes | Multiple distinct tasks |\n\n---\n\n## Summary\n\n**Remember:** When the user gives you a list of things to do, **CREATE A PLAN**. Then **TRACK PROGRESS**. Then **REPORT STATUS** to the user.\n\nThis makes you more reliable, transparent, and easier to work with.\n",
++            "ref": "89F4HDIl4QknLgnZiVb0Jm0Djm9Qn8rV"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "text": "This is a simple conversational/cooking question, not a multi-step work task — so per the plan-manager skill, I won't create a plan for it. Here's the recipe:\n\n## Préparer des œufs à la coque\n\n**Ingrédients :** œufs, eau, sel (facultatif), et idéalement un bol d'eau glacée.\n\n**Étapes :**\n1. **Fouiller les œufs** : laissez-les revenir à température ambiante ~15 min (éviter les œufs glacés straight from the fridge — they crack).\n2. **Couvrir d'eau froide** : mettez les œufs dans une casserole, couvrez-les d'eau froide d'environ 3 cm. Ajoutez une pincée de sel (aide à garder la coquille intacte).\n3. **Porter à ébullition** : placez la casserole sur feu moyen-fort jusqu'à ce que l'eau bouille bien.\n4. **Compter le temps** (feu moyen, après l'ébullition) :\n   - **6 min** → œuf très ferreux (jaune liquide)\n   - **7 min** → œuf fermement cuit, jaune encore un peu moelleux\n   - **8 min** → bien cuit, jaune ferme (le classique)\n5. **Choquer** : dès le temps écoulé, passez chaque œuf dans un bol d'eau très froide (ou sous le robinet) ~1 min. Ça arrête la cuisson et facilite l'épluchage.\n6. **Éplucher** et déguster.\n\nAstuce : pour des œufs plus réguliers, couvrez-les avec une passoire pendant la cuisson. 🥚\n\n---\n\n📋 Aucun plan créé — c'est une simple question culinaire, pas une tâche multi-étapes."
++        }
++      ],
++      "role": "model"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-111948-da7c1919.json +70 -0 Viewed

new file mode 100644
@@ -0,0 +1,70 @@
	1	+{
	2	+ "id": "20260926-111948-da7c1919",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T08:52:30.969582Z",
	5	+ "updatedAt": "2026-09-26T11:19:48.850394Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "$plan-manager un oeuf dur\n[skill: plan-manager — load it with read_skill and carry out its steps now; parameters: un oeuf dur]"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "text": "I'll start by loading the plan-manager skill as instructed.\n\n"
	27	+ },
	28	+ {
	29	+ "toolRequest": {
	30	+ "input": {
	31	+ "name": "plan-manager"
	32	+ },
	33	+ "name": "read_skill",
	34	+ "ref": "2tBm3uguSOY5Su0mFFfWSQI7gzpTw79s"
	35	+ }
	36	+ }
	37	+ ],
	38	+ "role": "model"
	39	+ },
	40	+ {
	41	+ "content": [
	42	+ {
	43	+ "toolResponse": {
	44	+ "name": "read_skill",
	45	+ "output": "---\nname: plan-manager\ndescription: Manage multi-step work as a plan. When the user gives you a list of tasks to do, or you decide to break work into steps, use the plan tool to create and track a todo list. This ensures the user can see your progress and you don't lose track of what remains to be done.\nkeywords: plan, todo, tasks, steps, first, second, third, then, after that, next, do this, do these, i need, i want, following, steps are, task list, to do\n---\n# Plan Manager\n\n## What This Skill Does\n\nThis skill teaches you how to detect, create, and manage plans when users give you multi-step requests.\n\nA plan is a structured way to track progress through multiple tasks. When you create a plan, you:\n1. Store the list of tasks the user wants done\n2. Track which task you're currently working on\n3. Update the status of each task as you complete it\n4. Report progress to the user with clear status messages\n\n## When to Use This Skill\n\nALWAYS create and use a plan when:\n\n1. User gives you a numbered list:\n - \"Do these 3 things: 1. X, 2. Y, 3. Z\"\n - \"Please: 1. First, 2. Second, 3. Third\"\n - \"My plan is: 1. Step one, 2. Step two\"\n\n2. User gives you a comma-separated or bullet list of actions:\n - \"I need you to fix A, then update B, and finally test C\"\n - \"Please handle: - A, - B, - C\"\n\n3. User explicitly says they have a plan:\n - \"Here's my plan: ...\"\n - \"My plan is to...\"\n - \"I want to do X, Y, and Z\"\n\n4. You decide to break complex work into steps:\n - When a single request requires multiple distinct actions\n - When you need to track progress for a multi-part task\n\nNEVER use the plan tool for:\n- Single, simple requests (just do it directly)\n- Conversational questions with no action required\n- Greetings or social interactions\n- Requests that don't involve doing something\n\n## The Plan Tool\n\nThe `plan` tool is a builtin tool available to you. It supports these actions:\n\n### Action: create\n\nPurpose: Create a new plan with a list of tasks.\n\nRequired parameters:\n- `tasks`: Array of task objects, each with `description` (string)\n\nOptional parameters:\n- `name`: Plan name (string). If not provided, auto-generated as \"user-request-N\"\n\nExample:\n```json\n{\n \"action\": \"create\",\n \"name\": \"setup-project\",\n \"tasks\": [\n {\"description\": \"Initialize the repository\"},\n {\"description\": \"Create the main file\"},\n {\"description\": \"Add configuration\"}\n ]\n}\n```\n\nWhat happens:\n- A new plan is created with the given tasks\n- Each task gets an auto-incrementing ID (1, 2, 3...)\n- All tasks start with status \"open\"\n- The plan is stored for this session\n\nWhat you should do:\n- Call `plan` with `action: \"create\"` as soon as you detect a multi-step request\n- Then immediately call `plan` with `action: \"update\"` to mark the first task as \"in_progress\"\n- Tell the user: \"I'll handle this in N steps. Starting with: [first task description]\"\n\n---\n\n### Action: update\n\nPurpose: Update the status of a specific task.\n\nRequired parameters:\n- `name`: Plan name\n- `taskId`: The task ID to update (1-based)\n- `status`: New status. One of: `open`, `in_progress`, `done`, `failed`\n\nOptional parameters:\n- `message`: A note about this status change (e.g., error message for failed)\n\nExample:\n```json\n{\n \"action\": \"update\",\n \"name\": \"setup-project\",\n \"taskId\": 1,\n \"status\": \"in_progress\"\n}\n```\n\nWhen to use each status:\n- `in_progress`: When you start working on a task\n- `done`: When you successfully complete a task\n- `failed`: When a task cannot be completed (include error in message)\n- `open`: To reset a task to not-started (rarely needed)\n\n---\n\n### Action: next\n\nPurpose: Move to the next task, automatically marking the current task as done.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"next\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat happens:\n- Current task is marked as \"done\" with completion timestamp\n- Plan's current pointer moves to the next task\n- Next task is automatically set to \"in_progress\"\n- Returns info about the next task\n\nWhat you should do:\n- Call `next` after completing a task\n- Use the returned next task info to continue your work\n- Include the status line in your response to the user\n\n---\n\n### Action: get\n\nPurpose: Retrieve the full details of a plan.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"get\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat you should do:\n- Use this when you need to see all tasks in a plan\n- Rarely needed in normal workflow\n\n---\n\n### Action: list\n\nPurpose: List all active plans for this session.\n\nExample:\n```json\n{\n \"action\": \"list\"\n}\n```\n\nWhat you should do:\n- Use this when the user asks \"What plans do I have?\"\n- Returns names of all active plans\n\n---\n\n### Action: delete\n\nPurpose: Delete a plan.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"delete\",\n \"name\": \"old-plan\"\n}\n```\n\nWhat you should do:\n- Use when user asks to abandon a plan\n- Confirm with user before deleting\n\n---\n\n### Action: status\n\nPurpose: Get a compact status line for display.\n\nRequired parameters:\n- `name`: Plan name\n\nExample:\n```json\n{\n \"action\": \"status\",\n \"name\": \"setup-project\"\n}\n```\n\nWhat it returns:\n```\n[2/5] Task 2: Create the main file (in_progress)\n```\n\nWhat you should do:\n- ALWAYS call `plan(action=\"status\")` at the end of your response when a plan is active\n- Include the status line in your response so the user can see progress\n- The status line format: `[current/total] icon Task N: description (status)`\n\n---\n\n## Complete Workflow Example\n\nUser: \"I need you to set up a new project. Do these 3 things: 1. Create the directory structure, 2. Initialize git, 3. Create a README file\"\n\nYour internal process:\n\n1. Detect the plan: User gave a numbered list\n\n2. Create the plan:\n ```json\n plan(action=\"create\", name=\"setup-project\", tasks=[\n {description: \"Create the directory structure\"},\n {description: \"Initialize git\"},\n {description: \"Create a README file\"}\n ])\n ```\n Tool returns: `{\"result\":\"Plan 'setup-project' created with 3 tasks. Current: Task 1\", ...}`\n\n3. Start first task:\n ```json\n plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"in_progress\")\n ```\n Tool returns: `{\"result\":\"Task 1 in plan 'setup-project' updated to 'in_progress'\"}`\n\n4. Do the work: Use bash or other tools to create directory structure\n ```json\n bash(command: \"mkdir -p project/src project/tests project/docs\")\n ```\n\n5. Mark first task done:\n ```json\n plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"done\")\n ```\n\n6. Move to next task:\n ```json\n plan(action=\"next\", name=\"setup-project\")\n ```\n Tool returns: `{\"result\":\"Task 1 done. Next: Task 2 - Initialize git\", ...}`\n\n7. Get status for display:\n ```json\n plan(action=\"status\", name=\"setup-project\")\n ```\n Tool returns: `{\"result\":\"Plan 'setup-project': 1/3 tasks complete\", \"status\":\"[2/3] Task 2: Initialize git (in_progress)\"}`\n\n8. Respond to user:\n ```\n Directory structure created.\n \n 📋 [2/3] Task 2: Initialize git (in_progress)\n ```\n\n9. Continue with task 2: Initialize git, then call `next` again\n\n10. Continue with task 3: Create README, then call `next` again\n\n11. Plan complete:\n ```\n All done! Project set up with:\n - Directory structure created\n - Git initialized\n - README file created\n \n 📋 [3/3] All tasks complete! ✅\n ```\n\n---\n\n## Handling User Interruptions\n\n### User asks about the plan\n\nUser: \"What's the status of my plan?\"\n\nYou:\n1. Call: `plan(action=\"status\", name=\"setup-project\")`\n2. Use the returned status line in your response\n\nResponse:\n```\nCurrent plan: [2/3] Task 2: Initialize git (in_progress). Next: Create a README file\n```\n\n---\n\n### User wants to skip a task\n\nUser: \"Skip the git initialization, just do the README\"\n\nYou:\n1. Mark current task as done: `plan(action=\"update\", name=\"setup-project\", taskId=2, status=\"done\")`\n2. Call next: `plan(action=\"next\", name=\"setup-project\")`\n3. Confirm to user: \"Skipping git initialization. Creating README file...\"\n\n---\n\n### User wants to abandon the plan\n\nUser: \"Never mind, I don't need this anymore\"\n\nYou:\n1. Ask for confirmation: \"Are you sure you want to abandon the plan? We've completed 1 of 3 tasks.\"\n2. If user confirms: `plan(action=\"delete\", name=\"setup-project\")`\n3. Respond: \"Plan abandoned. All progress is lost.\"\n\n---\n\n## Multiple Plans\n\nA session can have multiple active plans. Use different names for each.\n\nExample:\n- User: \"First, fix the bug in the auth module. Then, update the documentation.\"\n- You: Create plan \"fix-auth-bug\" with 3 tasks\n- User (later): \"Also, refactor the API\"\n- You: Create plan \"refactor-api\" with 2 tasks\n\nTo list all plans: `plan(action=\"list\")`\n\n---\n\n## Status Line Format\n\nAlways show the plan status in this exact format:\n\n```\n📋 [current/total] icon Task N: description (status)\n```\n\nIcons:\n- ✅ = done\n- 🔄 = in_progress\n- ❌ = failed\n- ⏳ = open (not started)\n\nExamples:\n- `📋 [1/5] ⏳ Task 1: Analyze code (open)`\n- `📋 [2/5] 🔄 Task 2: Fix the bugs (in_progress)`\n- `📋 [5/5] ✅ All tasks complete!`\n- `📋 [3/5] ❌ Task 3: Run tests (failed: connection timeout)`\n\n---\n\n## Important Rules\n\n1. Always create a plan for multi-step requests - Don't just say \"I'll do it\" and then forget what was requested\n\n2. Always show the status line - Include `plan(action=\"status\")` result in every response when a plan is active\n\n3. Always update task status - Call `update` when starting and completing each task\n\n4. Use meaningful plan names - Auto-generated names are fine, but if the user gives a clear purpose, use it\n\n5. Keep plans focused - One plan per distinct request. Don't mix unrelated tasks in one plan\n\n6. Handle errors gracefully - If a task fails, mark it as failed with a note, then continue or ask the user\n\n7. Clean up on /new - Plans are automatically cleared when the user starts a new session\n\n---\n\n## Common Patterns\n\n### Pattern: Sequential tasks with tool calls\n\n```\nUser: \"Fix these issues: 1. Add error handling, 2. Write tests\"\n\nYou:\n1. plan(create, tasks=[...])\n2. plan(update, taskId=1, status=in_progress)\n3. edit_file(...) // or bash or other tools\n4. plan(update, taskId=1, status=done)\n5. plan(next)\n6. plan(update, taskId=2, status=in_progress)\n7. write_file(...)\n8. plan(update, taskId=2, status=done)\n9. plan(next) // Triggers completion message\n10. Respond with status line\n```\n\n---\n\n### Pattern: User gives unordered list\n\nUser: \"I need A, B, and C done\"\n\nYou: Convert to ordered tasks:\n```json\n{\n \"action\": \"create\",\n \"tasks\": [\n {\"description\": \"Do A\"},\n {\"description\": \"Do B\"},\n {\"description\": \"Do C\"}\n ]\n}\n```\n\n---\n\n### Pattern: Complex task requiring subtasks\n\nIf a single task from the user's list requires multiple steps, you can:\n- Option A: Add it as a single task and just do it\n- Option B: Create a nested plan (advanced, not required for v1)\n\nFor v1, use Option A - keep it simple.\n\n---\n\n## What NOT to Do\n\n❌ Don't ignore numbered lists - Always create a plan\n❌ Don't forget to update status - Track progress accurately\n❌ Don't create plans for single tasks - Overkill for simple requests\n❌ Don't make up tasks - Only create tasks the user actually requested\n❌ Don't delete plans without asking - Always confirm with user\n\n---\n\n## Testing Your Understanding\n\nRead these user messages and decide if you should create a plan:\n\n\| User Message \| Create Plan? \| Why \|\n\|--------------\|-------------\|-----\|\n\| \"Write a function to sort an array\" \| No \| Single task \|\n\| \"Fix these 3 bugs in the code\" \| Yes \| Multi-step, but needs clarification \|\n\| \"1. Fix bug A, 2. Fix bug B, 3. Test both\" \| Yes \| Explicit numbered list \|\n\| \"Hello, how are you?\" \| No \| Not a task \|\n\| \"What's the capital of France?\" \| No \| Question, not a task \|\n\| \"Set up the project: create dirs, init git, add README\" \| Yes \| Comma-separated tasks \|\n\| \"I need the documentation updated and the tests fixed\" \| Yes \| Multiple distinct tasks \|\n\n---\n\n## Summary\n\nRemember: When the user gives you a list of things to do, CREATE A PLAN. Then TRACK PROGRESS. Then REPORT STATUS to the user.\n\nThis makes you more reliable, transparent, and easier to work with.\n",
	46	+ "ref": "2tBm3uguSOY5Su0mFFfWSQI7gzpTw79s"
	47	+ }
	48	+ }
	49	+ ],
	50	+ "role": "tool"
	51	+ },
	52	+ {
	53	+ "content": [
	54	+ {
	55	+ "text": "The phrase \"un oeuf dur\" (French for \"a hard-boiled egg\") doesn't describe a task I can act on. There's no list of steps, no code to change, and nothing I can do here — so I'm not going to create a plan for a request that involves no real work.\n\nIf you'd like, could you clarify what you actually want me to do? For example:\n\n- Did you want me to plan a cooking recipe for a hard-boiled egg (as a set of steps)?\n- Was this a test to see whether I'd create a plan for a nonsense request?\n- Or is there a Go task you actually want me to work on?\n\nLet me know and I'll take it from there."
	56	+ }
	57	+ ],
	58	+ "role": "model"
	59	+ }
	60	+ ],
	61	+ "errors": [
	62	+ {
	63	+ "at": "2026-09-26T11:19:11.493743Z",
	64	+ "turn": 2,
	65	+ "where": "generation",
	66	+ "message": "generation timed out (stalled)",
	67	+ "question": "oui plan a cooking recipe for hard-boiled egg in french"
	68	+ }
	69	+ ]
	70	+}
		\ No newline at end of file

++{
++  "id": "20260926-111948-da7c1919",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T08:52:30.969582Z",
++  "updatedAt": "2026-09-26T11:19:48.850394Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "$plan-manager un oeuf dur\n[skill: plan-manager — load it with read_skill and carry out its steps now; parameters: un oeuf dur]"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "text": "I'll start by loading the plan-manager skill as instructed.\n\n"
++        },
++        {
++          "toolRequest": {
++            "input": {
++              "name": "plan-manager"
++            },
++            "name": "read_skill",
++            "ref": "2tBm3uguSOY5Su0mFFfWSQI7gzpTw79s"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "read_skill",
++            "output": "---\nname: plan-manager\ndescription: Manage multi-step work as a plan. When the user gives you a list of tasks to do, or you decide to break work into steps, use the plan tool to create and track a todo list. This ensures the user can see your progress and you don't lose track of what remains to be done.\nkeywords: plan, todo, tasks, steps, first, second, third, then, after that, next, do this, do these, i need, i want, following, steps are, task list, to do\n---\n# Plan Manager\n\n## What This Skill Does\n\nThis skill teaches you how to **detect, create, and manage plans** when users give you multi-step requests.\n\nA **plan** is a structured way to track progress through multiple tasks. When you create a plan, you:\n1. Store the list of tasks the user wants done\n2. Track which task you're currently working on\n3. Update the status of each task as you complete it\n4. Report progress to the user with clear status messages\n\n## When to Use This Skill\n\n**ALWAYS** create and use a plan when:\n\n1. **User gives you a numbered list:**\n   - \"Do these 3 things: 1. X, 2. Y, 3. Z\"\n   - \"Please: 1. First, 2. Second, 3. Third\"\n   - \"My plan is: 1. Step one, 2. Step two\"\n\n2. **User gives you a comma-separated or bullet list of actions:**\n   - \"I need you to fix A, then update B, and finally test C\"\n   - \"Please handle: - A, - B, - C\"\n\n3. **User explicitly says they have a plan:**\n   - \"Here's my plan: ...\"\n   - \"My plan is to...\"\n   - \"I want to do X, Y, and Z\"\n\n4. **You decide to break complex work into steps:**\n   - When a single request requires multiple distinct actions\n   - When you need to track progress for a multi-part task\n\n**NEVER** use the plan tool for:\n- Single, simple requests (just do it directly)\n- Conversational questions with no action required\n- Greetings or social interactions\n- Requests that don't involve doing something\n\n## The Plan Tool\n\nThe `plan` tool is a builtin tool available to you. It supports these **actions**:\n\n### Action: create\n\n**Purpose:** Create a new plan with a list of tasks.\n\n**Required parameters:**\n- `tasks`: Array of task objects, each with `description` (string)\n\n**Optional parameters:**\n- `name`: Plan name (string). If not provided, auto-generated as \"user-request-N\"\n\n**Example:**\n```json\n{\n  \"action\": \"create\",\n  \"name\": \"setup-project\",\n  \"tasks\": [\n    {\"description\": \"Initialize the repository\"},\n    {\"description\": \"Create the main file\"},\n    {\"description\": \"Add configuration\"}\n  ]\n}\n```\n\n**What happens:**\n- A new plan is created with the given tasks\n- Each task gets an auto-incrementing ID (1, 2, 3...)\n- All tasks start with status \"open\"\n- The plan is stored for this session\n\n**What you should do:**\n- Call `plan` with `action: \"create\"` as soon as you detect a multi-step request\n- Then immediately call `plan` with `action: \"update\"` to mark the first task as \"in_progress\"\n- Tell the user: \"I'll handle this in N steps. Starting with: [first task description]\"\n\n---\n\n### Action: update\n\n**Purpose:** Update the status of a specific task.\n\n**Required parameters:**\n- `name`: Plan name\n- `taskId`: The task ID to update (1-based)\n- `status`: New status. One of: `open`, `in_progress`, `done`, `failed`\n\n**Optional parameters:**\n- `message`: A note about this status change (e.g., error message for failed)\n\n**Example:**\n```json\n{\n  \"action\": \"update\",\n  \"name\": \"setup-project\",\n  \"taskId\": 1,\n  \"status\": \"in_progress\"\n}\n```\n\n**When to use each status:**\n- `in_progress`: When you start working on a task\n- `done`: When you successfully complete a task\n- `failed`: When a task cannot be completed (include error in message)\n- `open`: To reset a task to not-started (rarely needed)\n\n---\n\n### Action: next\n\n**Purpose:** Move to the next task, automatically marking the current task as done.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"next\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What happens:**\n- Current task is marked as \"done\" with completion timestamp\n- Plan's current pointer moves to the next task\n- Next task is automatically set to \"in_progress\"\n- Returns info about the next task\n\n**What you should do:**\n- Call `next` after completing a task\n- Use the returned next task info to continue your work\n- Include the status line in your response to the user\n\n---\n\n### Action: get\n\n**Purpose:** Retrieve the full details of a plan.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"get\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What you should do:**\n- Use this when you need to see all tasks in a plan\n- Rarely needed in normal workflow\n\n---\n\n### Action: list\n\n**Purpose:** List all active plans for this session.\n\n**Example:**\n```json\n{\n  \"action\": \"list\"\n}\n```\n\n**What you should do:**\n- Use this when the user asks \"What plans do I have?\"\n- Returns names of all active plans\n\n---\n\n### Action: delete\n\n**Purpose:** Delete a plan.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"delete\",\n  \"name\": \"old-plan\"\n}\n```\n\n**What you should do:**\n- Use when user asks to abandon a plan\n- Confirm with user before deleting\n\n---\n\n### Action: status\n\n**Purpose:** Get a compact status line for display.\n\n**Required parameters:**\n- `name`: Plan name\n\n**Example:**\n```json\n{\n  \"action\": \"status\",\n  \"name\": \"setup-project\"\n}\n```\n\n**What it returns:**\n```\n[2/5] Task 2: Create the main file (in_progress)\n```\n\n**What you should do:**\n- **ALWAYS** call `plan(action=\"status\")` at the end of your response when a plan is active\n- Include the status line in your response so the user can see progress\n- The status line format: `[current/total] icon Task N: description (status)`\n\n---\n\n## Complete Workflow Example\n\n**User:** \"I need you to set up a new project. Do these 3 things: 1. Create the directory structure, 2. Initialize git, 3. Create a README file\"\n\n**Your internal process:**\n\n1. **Detect the plan:** User gave a numbered list\n\n2. **Create the plan:**\n   ```json\n   plan(action=\"create\", name=\"setup-project\", tasks=[\n     {description: \"Create the directory structure\"},\n     {description: \"Initialize git\"},\n     {description: \"Create a README file\"}\n   ])\n   ```\n   Tool returns: `{\"result\":\"Plan 'setup-project' created with 3 tasks. Current: Task 1\", ...}`\n\n3. **Start first task:**\n   ```json\n   plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"in_progress\")\n   ```\n   Tool returns: `{\"result\":\"Task 1 in plan 'setup-project' updated to 'in_progress'\"}`\n\n4. **Do the work:** Use bash or other tools to create directory structure\n   ```json\n   bash(command: \"mkdir -p project/src project/tests project/docs\")\n   ```\n\n5. **Mark first task done:**\n   ```json\n   plan(action=\"update\", name=\"setup-project\", taskId=1, status=\"done\")\n   ```\n\n6. **Move to next task:**\n   ```json\n   plan(action=\"next\", name=\"setup-project\")\n   ```\n   Tool returns: `{\"result\":\"Task 1 done. Next: Task 2 - Initialize git\", ...}`\n\n7. **Get status for display:**\n   ```json\n   plan(action=\"status\", name=\"setup-project\")\n   ```\n   Tool returns: `{\"result\":\"Plan 'setup-project': 1/3 tasks complete\", \"status\":\"[2/3] Task 2: Initialize git (in_progress)\"}`\n\n8. **Respond to user:**\n   ```\n   Directory structure created.\n   \n   📋 [2/3] Task 2: Initialize git (in_progress)\n   ```\n\n9. **Continue with task 2:** Initialize git, then call `next` again\n\n10. **Continue with task 3:** Create README, then call `next` again\n\n11. **Plan complete:**\n    ```\n    All done! Project set up with:\n    - Directory structure created\n    - Git initialized\n    - README file created\n    \n    📋 [3/3] All tasks complete! ✅\n    ```\n\n---\n\n## Handling User Interruptions\n\n### User asks about the plan\n\n**User:** \"What's the status of my plan?\"\n\n**You:**\n1. Call: `plan(action=\"status\", name=\"setup-project\")`\n2. Use the returned status line in your response\n\n**Response:**\n```\nCurrent plan: [2/3] Task 2: Initialize git (in_progress). Next: Create a README file\n```\n\n---\n\n### User wants to skip a task\n\n**User:** \"Skip the git initialization, just do the README\"\n\n**You:**\n1. Mark current task as done: `plan(action=\"update\", name=\"setup-project\", taskId=2, status=\"done\")`\n2. Call next: `plan(action=\"next\", name=\"setup-project\")`\n3. Confirm to user: \"Skipping git initialization. Creating README file...\"\n\n---\n\n### User wants to abandon the plan\n\n**User:** \"Never mind, I don't need this anymore\"\n\n**You:**\n1. Ask for confirmation: \"Are you sure you want to abandon the plan? We've completed 1 of 3 tasks.\"\n2. If user confirms: `plan(action=\"delete\", name=\"setup-project\")`\n3. Respond: \"Plan abandoned. All progress is lost.\"\n\n---\n\n## Multiple Plans\n\nA session can have multiple active plans. Use different names for each.\n\n**Example:**\n- User: \"First, fix the bug in the auth module. Then, update the documentation.\"\n- You: Create plan \"fix-auth-bug\" with 3 tasks\n- User (later): \"Also, refactor the API\"\n- You: Create plan \"refactor-api\" with 2 tasks\n\nTo list all plans: `plan(action=\"list\")`\n\n---\n\n## Status Line Format\n\nAlways show the plan status in this exact format:\n\n```\n📋 [current/total] icon Task N: description (status)\n```\n\n**Icons:**\n- ✅ = done\n- 🔄 = in_progress\n- ❌ = failed\n- ⏳ = open (not started)\n\n**Examples:**\n- `📋 [1/5] ⏳ Task 1: Analyze code (open)`\n- `📋 [2/5] 🔄 Task 2: Fix the bugs (in_progress)`\n- `📋 [5/5] ✅ All tasks complete!`\n- `📋 [3/5] ❌ Task 3: Run tests (failed: connection timeout)`\n\n---\n\n## Important Rules\n\n1. **Always create a plan for multi-step requests** - Don't just say \"I'll do it\" and then forget what was requested\n\n2. **Always show the status line** - Include `plan(action=\"status\")` result in every response when a plan is active\n\n3. **Always update task status** - Call `update` when starting and completing each task\n\n4. **Use meaningful plan names** - Auto-generated names are fine, but if the user gives a clear purpose, use it\n\n5. **Keep plans focused** - One plan per distinct request. Don't mix unrelated tasks in one plan\n\n6. **Handle errors gracefully** - If a task fails, mark it as failed with a note, then continue or ask the user\n\n7. **Clean up on /new** - Plans are automatically cleared when the user starts a new session\n\n---\n\n## Common Patterns\n\n### Pattern: Sequential tasks with tool calls\n\n```\nUser: \"Fix these issues: 1. Add error handling, 2. Write tests\"\n\nYou:\n1. plan(create, tasks=[...])\n2. plan(update, taskId=1, status=in_progress)\n3. edit_file(...)  // or bash or other tools\n4. plan(update, taskId=1, status=done)\n5. plan(next)\n6. plan(update, taskId=2, status=in_progress)\n7. write_file(...)\n8. plan(update, taskId=2, status=done)\n9. plan(next)  // Triggers completion message\n10. Respond with status line\n```\n\n---\n\n### Pattern: User gives unordered list\n\n**User:** \"I need A, B, and C done\"\n\n**You:** Convert to ordered tasks:\n```json\n{\n  \"action\": \"create\",\n  \"tasks\": [\n    {\"description\": \"Do A\"},\n    {\"description\": \"Do B\"},\n    {\"description\": \"Do C\"}\n  ]\n}\n```\n\n---\n\n### Pattern: Complex task requiring subtasks\n\nIf a single task from the user's list requires multiple steps, you can:\n- Option A: Add it as a single task and just do it\n- Option B: Create a nested plan (advanced, not required for v1)\n\nFor v1, use Option A - keep it simple.\n\n---\n\n## What NOT to Do\n\n❌ **Don't ignore numbered lists** - Always create a plan\n❌ **Don't forget to update status** - Track progress accurately\n❌ **Don't create plans for single tasks** - Overkill for simple requests\n❌ **Don't make up tasks** - Only create tasks the user actually requested\n❌ **Don't delete plans without asking** - Always confirm with user\n\n---\n\n## Testing Your Understanding\n\nRead these user messages and decide if you should create a plan:\n\n| User Message | Create Plan? | Why |\n|--------------|-------------|-----|\n| \"Write a function to sort an array\" | No | Single task |\n| \"Fix these 3 bugs in the code\" | Yes | Multi-step, but needs clarification |\n| \"1. Fix bug A, 2. Fix bug B, 3. Test both\" | Yes | Explicit numbered list |\n| \"Hello, how are you?\" | No | Not a task |\n| \"What's the capital of France?\" | No | Question, not a task |\n| \"Set up the project: create dirs, init git, add README\" | Yes | Comma-separated tasks |\n| \"I need the documentation updated and the tests fixed\" | Yes | Multiple distinct tasks |\n\n---\n\n## Summary\n\n**Remember:** When the user gives you a list of things to do, **CREATE A PLAN**. Then **TRACK PROGRESS**. Then **REPORT STATUS** to the user.\n\nThis makes you more reliable, transparent, and easier to work with.\n",
++            "ref": "2tBm3uguSOY5Su0mFFfWSQI7gzpTw79s"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "text": "The phrase \"un oeuf dur\" (French for \"a hard-boiled egg\") doesn't describe a task I can act on. There's no list of steps, no code to change, and nothing I can do here — so I'm not going to create a plan for a request that involves no real work.\n\nIf you'd like, could you clarify what you actually want me to do? For example:\n\n- Did you want me to **plan a cooking recipe** for a hard-boiled egg (as a set of steps)?\n- Was this a test to see whether I'd create a plan for a nonsense request?\n- Or is there a Go task you actually want me to work on?\n\nLet me know and I'll take it from there."
++        }
++      ],
++      "role": "model"
++    }
++  ],
++  "errors": [
++    {
++      "at": "2026-09-26T11:19:11.493743Z",
++      "turn": 2,
++      "where": "generation",
++      "message": "generation timed out (stalled)",
++      "question": "oui plan a cooking recipe for  hard-boiled egg in french"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114115-d873616a.json +32 -0 Viewed

new file mode 100644
@@ -0,0 +1,32 @@
	1	+{
	2	+ "id": "20260926-114115-d873616a",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:41:15.373507Z",
	5	+ "updatedAt": "2026-09-26T11:42:11.283201Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "qu'est ce que donjon et dragons"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "text": "# Donjons \u0026 Dragons (D\u0026D)\n\nDonjons \u0026 Dragons (en anglais Dungeons \u0026 Dragons, souvent abrégé D\u0026D) est un jeu de rôle (tabletop role-playing game, TTRPG) invented en 1974 par Gary Gygax et Dave Arnest, au États-Unis.\n\n## Le concept de base\n\nC'est un jeu narratif joué autour d'une table entre :\n\n- le Maître du Donjon (Game Master ou MJ / Gardien de Donjons en France) : il raconte l'histoire, décrit les mondes et gère les règles.\n- les joueurs, qui incarnent des personnages (personnages jouables, PJ) et font des choix.\n\n## Le fonctionnement\n\n- Chaque joueur crée un personnage (un guerrier, un mage, un clerc, un voleur, un nain, un elfe, etc.) avec des attributs, des compétences et une histoire.\n- On lance des dés (le plus connu, le d20) pour déterminer l'issue des actions : combat, discrétion, magie, etc.\n- Le MJ décrit une situation, les joueurs décident ce qu'ils font, et les dés tranchent l'incertitude.\n\n## Le but\n\nIl n'y a pas de \"gagnant\" au sens d'un score final : le but est la narration collective, l'aventure et l'exploration d'un monde imaginaire, souvent médiéval-fantastique, rempli de monstres, de trésors et d'enquêtes.\n\n## Quelques points marquants\n\n- L'édition d'origine sort en 1974 ; la 1re édition célèbre en 1978 (illustrée par le célèbre Dave Arneson et le dessin de the Micek / l'artiste Fran Haise).\n- Le jeu a connu de nombreuses rééditions et éditions distinctes (Advanced Dungeons \u0026 Dragons, 3e, 3.5e, 4e, et 5e actuelle).\n- C'est un jeu très populaire aux États-Unis, et aussi en France et dans de nombreux pays (souvent appelé donjonnet ou donjons \u0026 dragons).\n\nEn résumé : c'est un jeu de fiction collaboratif où on invente ensemble des aventures, guidé par des dés. Si tu veux, je peux t'expliquer comment démarrer un jeu ou comment créer un personnage ! 🎲"
	27	+ }
	28	+ ],
	29	+ "role": "model"
	30	+ }
	31	+ ]
	32	+}
		\ No newline at end of file

++{
++  "id": "20260926-114115-d873616a",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:41:15.373507Z",
++  "updatedAt": "2026-09-26T11:42:11.283201Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "qu'est ce que donjon et dragons"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "text": "# Donjons \u0026 Dragons (D\u0026D)\n\n**Donjons \u0026 Dragons** (en anglais *Dungeons \u0026 Dragons*, souvent abrégé **D\u0026D**) est un **jeu de rôle** (tabletop role-playing game, TTRPG) invented en 1974 par **Gary Gygax** et **Dave Arnest**, au États-Unis.\n\n## Le concept de base\n\nC'est un jeu narratif joué autour d'une **table** entre :\n\n- **le Maître du Donjon** (*Game Master* ou MJ / *Gardien de Donjons* en France) : il raconte l'histoire, décrit les mondes et gère les règles.\n- **les joueurs**, qui incarnent des personnages (*personnages jouables*, PJ) et font des choix.\n\n## Le fonctionnement\n\n- Chaque joueur crée un **personnage** (un guerrier, un mage, un clerc, un voleur, un nain, un elfe, etc.) avec des attributs, des compétences et une histoire.\n- On lance des **dés** (le plus connu, le **d20**) pour déterminer l'issue des actions : combat, discrétion, magie, etc.\n- Le MJ décrit une situation, les joueurs décident ce qu'ils font, et les dés tranchent l'incertitude.\n\n## Le but\n\nIl n'y a pas de \"gagnant\" au sens d'un score final : le but est la **narration collective**, l'aventure et l'exploration d'un monde imaginaire, souvent médiéval-fantastique, rempli de monstres, de trésors et d'enquêtes.\n\n## Quelques points marquants\n\n- L'**édition d'origine** sort en **1974** ; la **1re édition** célèbre en **1978** (illustrée par le célèbre **Dave Arneson** et le dessin de *the Micek* / l'artiste *Fran Haise*).\n- Le jeu a connu de nombreuses rééditions et **éditions distinctes** (*Advanced Dungeons \u0026 Dragons*, *3e*, *3.5e*, *4e*, et *5e* actuelle).\n- C'est un jeu très populaire aux **États-Unis**, et aussi en **France** et dans de nombreux pays (souvent appelé *donjonnet* ou *donjons \u0026 dragons*).\n\nEn résumé : c'est un jeu de fiction collaboratif où on invente ensemble des aventures, guidé par des dés. Si tu veux, je peux t'expliquer comment démarrer un jeu ou comment créer un personnage ! 🎲"
++        }
++      ],
++      "role": "model"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114118-3c20669d.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-114118-3c20669d",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:41:18.814185Z",
	5	+ "updatedAt": "2026-09-26T11:41:18.81421Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-114118-3c20669d",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:41:18.814185Z",
++  "updatedAt": "2026-09-26T11:41:18.81421Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114118-88c3bb09.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-114118-88c3bb09",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:41:18.802153Z",
	5	+ "updatedAt": "2026-09-26T11:41:18.802245Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-114118-88c3bb09",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:41:18.802153Z",
++  "updatedAt": "2026-09-26T11:41:18.802245Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114300-0de57a7e.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-114300-0de57a7e",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:43:00.829884Z",
	5	+ "updatedAt": "2026-09-26T11:43:00.829966Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-114300-0de57a7e",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:43:00.829884Z",
++  "updatedAt": "2026-09-26T11:43:00.829966Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114300-8c2b258d.json +77 -0 Viewed

new file mode 100644
@@ -0,0 +1,77 @@
	1	+{
	2	+ "id": "20260926-114300-8c2b258d",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:43:00.190504Z",
	5	+ "updatedAt": "2026-09-26T11:46:36.999013Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ },
	15	+ {
	16	+ "content": [
	17	+ {
	18	+ "text": "explique les regles de tunnel et trolls"
	19	+ }
	20	+ ],
	21	+ "role": "user"
	22	+ },
	23	+ {
	24	+ "content": [
	25	+ {
	26	+ "text": "I don't have a reliable, standard definition for \"les règles de tunnel et trolls\" (the rules of tunnel and trolls), so let me check whether this refers to something in your current project before answering.\n\n"
	27	+ },
	28	+ {
	29	+ "toolRequest": {
	30	+ "input": {
	31	+ "command": "ls -la \u0026\u0026 echo \"---GREP TUNNEL/TROLL---\" \u0026\u0026 grep -ri -E \"tunnel\|troll\" . --include=\".md\" --include=\".txt\" --include=\".rst\" --include=\".go\" --include=\".py\" --include=\".json\" -l 2\u003e/dev/null \| head -20"
	32	+ },
	33	+ "name": "bash",
	34	+ "ref": "8WtKOb4c0Go9NIVsM5DWyjTGwSEmjpwy"
	35	+ }
	36	+ }
	37	+ ],
	38	+ "role": "model"
	39	+ },
	40	+ {
	41	+ "content": [
	42	+ {
	43	+ "toolResponse": {
	44	+ "name": "bash",
	45	+ "output": "total 616\ndrwxr-xr-x@ 12 k33g staff 384 Sep 26 10:49 .\ndrwxr-xr-x@ 27 k33g staff 864 Sep 26 10:41 ..\ndrwxr-xr-x@ 3 k33g staff 96 Sep 25 17:03 .mm\ndrwxr-xr-x@ 3 k33g staff 96 Sep 26 02:04 .sidekick\n-rw-r--r--@ 1 k33g staff 240732 Aug 31 06:15 AI_Agents_Securite_Offensive_FR.html\n-rw-r--r-- 1 k33g staff 6861 Sep 21 09:22 DESISION-MODELS.md\n-rw-r--r--@ 1 k33g staff 1061 Sep 26 10:19 LICENSE\n-rw-r--r-- 1 k33g staff 15831 Sep 26 10:15 MEMORY-MEMGPT.md\n-rw-r--r--@ 1 k33g staff 209 Sep 25 18:36 README.md\n-rw-r--r--@ 1 k33g staff 13 Sep 25 18:14 hello.txt\n-rw-r--r--@ 1 k33g staff 31608 Sep 26 10:22 petits-llms.adoc\n-rwx--x--x@ 1 k33g staff 142 Sep 25 17:08 start.sh\n---GREP TUNNEL/TROLL---\n",
	46	+ "ref": "8WtKOb4c0Go9NIVsM5DWyjTGwSEmjpwy"
	47	+ }
	48	+ }
	49	+ ],
	50	+ "role": "tool"
	51	+ },
	52	+ {
	53	+ "content": [
	54	+ {
	55	+ "text": "No match found — there's nothing called \"tunnel\" or \"troll\" in this repository, so that phrase isn't project-specific here.\n\nTo be straight with you: \"les règles de tunnel et trolls\" is not a standard, well-defined term that I have a reliable definition for, so I won't invent one. A few possibilities — tell me which you mean and I'll explain properly:\n\n1. Réseau / télécoms — un tunnel (encapsulation GRE/IPsec, tunneling) a ses propres règles de routage/routage de trafic.\n2. Jeu vidéo / RPG — un troll est une créature ; « tunnel » pourrait désigner un donjon en tunnel.\n3. Internet — un troll est un utilisateur perturbateur (et non une « règle »).\n\nCould you give a bit more context? For example:\n- Where did you encounter this phrase (a game, a networking course, a tool, a forum)?\n- Is it in French, English, or a specific language?\n\nOnce I know the domain, I'll explain the actual rules."
	56	+ }
	57	+ ],
	58	+ "role": "model"
	59	+ },
	60	+ {
	61	+ "content": [
	62	+ {
	63	+ "text": "montre moi un hello world en cobol"
	64	+ }
	65	+ ],
	66	+ "role": "user"
	67	+ },
	68	+ {
	69	+ "content": [
	70	+ {
	71	+ "text": "Voici un programme Hello World en COBOL :\n\n```cobol\n IDENTIFICATION DIVISION.\n PROGRAM-ID. HELLO.\n DATA DIVISION.\n WORKING-STORAGE SECTION.\n 01 MSG PIC X64 VALUE 'Hello World !'.\n PROCEDURE DIVISION.\n DISPLAY MSG\n STOP RUN\n END PROGRAM.\n```\n\nQuelques particularités du COBOL par rapport à un `print` en C :\n\n- Pas d'accolades ni de points-virgules : la structure est faite de divisions (`IDENTIFICATION DIVISION.`, `PROCEDURE DIVISION.`, …).\n- Toute ligne commence par une colonne de position (ici implicite) : colonne 7 = zone `A` (séparateurs), colonne 8 = zone `B` (séparateurs), colonne 12 = zone `C` (début du code). Sur un vrai éditeur, le code commence à la colonne 12.\n- Les règles de alignement : `01`, `02`, `03…` pour la hiérarchie des champs ; le nom du champ suit sa zone de définition (`WORKING-STORAGE SECTION`, `FILE SECTION`, etc.).\n- `PROGRAM-ID.` donne le nom du programme.\n- `DISPLAY MSG` affiche le texte à l'écran.\n- `STOP RUN` termine l'exécution.\n- Les champs de données se déclarent avec `PIC` (picture) : `PIC X64` = 64 caractères alphanumériques, `PIC S9(9) PIC NUMERIC` pour des nombres…\n\nCompilé/lançé avec un compilateur classique (par exemple `cobc` de GnuCOBOL), il affiche bien `Hello World !`.\n\nVoulez-vous une version avec `DISPLAY` plus complet (avec nouveau ligne `FUNCTION`, saisie clavier, ou un champ nommé), ou plutôt une version « à la NASA » historique ?"
	72	+ }
	73	+ ],
	74	+ "role": "model"
	75	+ }
	76	+ ]
	77	+}
		\ No newline at end of file

++{
++  "id": "20260926-114300-8c2b258d",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:43:00.190504Z",
++  "updatedAt": "2026-09-26T11:46:36.999013Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    },
++    {
++      "content": [
++        {
++          "text": "explique les regles de tunnel et trolls"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "text": "I don't have a reliable, standard definition for \"les règles de tunnel et trolls\" (the rules of tunnel and trolls), so let me check whether this refers to something in your current project before answering.\n\n"
++        },
++        {
++          "toolRequest": {
++            "input": {
++              "command": "ls -la \u0026\u0026 echo \"---GREP TUNNEL/TROLL---\" \u0026\u0026 grep -ri -E \"tunnel|troll\" . --include=\"*.md\" --include=\"*.txt\" --include=\"*.rst\" --include=\"*.go\" --include=\"*.py\" --include=\"*.json\" -l 2\u003e/dev/null | head -20"
++            },
++            "name": "bash",
++            "ref": "8WtKOb4c0Go9NIVsM5DWyjTGwSEmjpwy"
++          }
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "toolResponse": {
++            "name": "bash",
++            "output": "total 616\ndrwxr-xr-x@ 12 k33g  staff     384 Sep 26 10:49 .\ndrwxr-xr-x@ 27 k33g  staff     864 Sep 26 10:41 ..\ndrwxr-xr-x@  3 k33g  staff      96 Sep 25 17:03 .mm\ndrwxr-xr-x@  3 k33g  staff      96 Sep 26 02:04 .sidekick\n-rw-r--r--@  1 k33g  staff  240732 Aug 31 06:15 AI_Agents_Securite_Offensive_FR.html\n-rw-r--r--   1 k33g  staff    6861 Sep 21 09:22 DESISION-MODELS.md\n-rw-r--r--@  1 k33g  staff    1061 Sep 26 10:19 LICENSE\n-rw-r--r--   1 k33g  staff   15831 Sep 26 10:15 MEMORY-MEMGPT.md\n-rw-r--r--@  1 k33g  staff     209 Sep 25 18:36 README.md\n-rw-r--r--@  1 k33g  staff      13 Sep 25 18:14 hello.txt\n-rw-r--r--@  1 k33g  staff   31608 Sep 26 10:22 petits-llms.adoc\n-rwx--x--x@  1 k33g  staff     142 Sep 25 17:08 start.sh\n---GREP TUNNEL/TROLL---\n",
++            "ref": "8WtKOb4c0Go9NIVsM5DWyjTGwSEmjpwy"
++          }
++        }
++      ],
++      "role": "tool"
++    },
++    {
++      "content": [
++        {
++          "text": "No match found — there's nothing called \"tunnel\" or \"troll\" in this repository, so that phrase isn't project-specific here.\n\nTo be straight with you: **\"les règles de tunnel et trolls\"** is not a standard, well-defined term that I have a reliable definition for, so I won't invent one. A few possibilities — tell me which you mean and I'll explain properly:\n\n1. **Réseau / télécoms** — un *tunnel* (encapsulation GRE/IPsec, tunneling) a ses propres règles de routage/routage de trafic.\n2. **Jeu vidéo / RPG** — un *troll* est une créature ; « tunnel » pourrait désigner un donjon en tunnel.\n3. **Internet** — un *troll* est un utilisateur perturbateur (et non une « règle »).\n\nCould you give a bit more context? For example:\n- Where did you encounter this phrase (a game, a networking course, a tool, a forum)?\n- Is it in French, English, or a specific language?\n\nOnce I know the domain, I'll explain the actual rules."
++        }
++      ],
++      "role": "model"
++    },
++    {
++      "content": [
++        {
++          "text": "montre moi un hello world en cobol"
++        }
++      ],
++      "role": "user"
++    },
++    {
++      "content": [
++        {
++          "text": "Voici un programme Hello World en COBOL :\n\n```cobol\n       IDENTIFICATION  DIVISION.\n       PROGRAM-ID. HELLO.\n       DATA DIVISION.\n       WORKING-STORAGE  SECTION.\n       01 MSG PIC X64 VALUE 'Hello World !'.\n       PROCEDURE  DIVISION.\n           DISPLAY MSG\n           STOP RUN\n       END PROGRAM.\n```\n\nQuelques particularités du COBOL par rapport à un `print` en C :\n\n- **Pas d'accolades ni de points-virgules** : la structure est faite de *divisions* (`IDENTIFICATION DIVISION.`, `PROCEDURE DIVISION.`, …).\n- **Toute ligne commence par une colonne de position** (ici implicite) : colonne 7 = zone `A` (séparateurs), colonne 8 = zone `B` (séparateurs), colonne 12 = zone `C` (début du code). Sur un vrai éditeur, le code commence à la **colonne 12**.\n- Les règles de **alignement** : `01`, `02`, `03…` pour la hiérarchie des champs ; le nom du champ suit sa zone de définition (`WORKING-STORAGE SECTION`, `FILE SECTION`, etc.).\n- **`PROGRAM-ID.`** donne le nom du programme.\n- **`DISPLAY MSG`** affiche le texte à l'écran.\n- **`STOP RUN`** termine l'exécution.\n- Les champs de données se déclarent avec `PIC` (picture) : `PIC X64` = 64 caractères alphanumériques, `PIC S9(9) PIC NUMERIC` pour des nombres…\n\nCompilé/lançé avec un compilateur classique (par exemple `cobc` de GnuCOBOL), il affiche bien `Hello World !`.\n\nVoulez-vous une version avec `DISPLAY` plus complet (avec nouveau ligne `FUNCTION`, saisie clavier, ou un champ nommé), ou plutôt une version « à la NASA » historique ?"
++        }
++      ],
++      "role": "model"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114301-27862444.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-114301-27862444",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:43:01.817896Z",
	5	+ "updatedAt": "2026-09-26T11:43:01.817963Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-114301-27862444",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:43:01.817896Z",
++  "updatedAt": "2026-09-26T11:43:01.817963Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260926-114301-57179565.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260926-114301-57179565",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-26T11:43:01.832499Z",
	5	+ "updatedAt": "2026-09-26T11:43:01.832678Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260926-114301-57179565",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-26T11:43:01.832499Z",
++  "updatedAt": "2026-09-26T11:43:01.832678Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

added demo/.mm/sessions/20260927-023311-88b7348e.json +16 -0 Viewed

new file mode 100644
@@ -0,0 +1,16 @@
	1	+{
	2	+ "id": "20260927-023311-88b7348e",
	3	+ "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
	4	+ "createdAt": "2026-09-27T02:33:11.265396Z",
	5	+ "updatedAt": "2026-09-27T02:33:11.265483Z",
	6	+ "messages": [
	7	+ {
	8	+ "content": [
	9	+ {
	10	+ "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n you need line numbers). You cannot target text you have not seen; never\n rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n pairs. `old` is copied from the file character for character — same\n spaces, same indentation, same line breaks — and appears exactly once:\n add the surrounding lines until it is unique. Several pairs are applied\n together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n on purpose. On an existing file it replaces everything, including what\n you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n line. If `edit_file` refuses — text not found, ambiguous, overlapping\n edits — read the file again and fix `old`. Do not fall back to\n `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
	11	+ }
	12	+ ],
	13	+ "role": "system"
	14	+ }
	15	+ ]
	16	+}
		\ No newline at end of file

++{
++  "id": "20260927-023311-88b7348e",
++  "cwd": "/Users/k33g/kDrive/Rickub/bots-garden/sidekick/demo",
++  "createdAt": "2026-09-27T02:33:11.265396Z",
++  "updatedAt": "2026-09-27T02:33:11.265483Z",
++  "messages": [
++    {
++      "content": [
++        {
++          "text": "Your name is Bob.\nYou are a coding agent working in a terminal.\nYou have a \"bash\" tool to run shell commands.\nUse it to explore files, run tests, inspect the repository, etc.\nChain several commands if needed, then answer clearly in English.\n\nA request often mixes things you answer from yourself (\"say hello\") with\nthings only a command can answer (\"list the files\"). Handle every part, in\nthe order asked, and run a command for each part that needs one.\nNever state the contents of a file, the output of a command, or the state of\nthe repository unless a command in THIS answer returned it. What you did not\nread, you do not know: run the command instead of recalling it.\n\nSKILLS\nYou have a second tool, `read_skill`. Its description lists the procedures\navailable for this project — one per kind of task.\n\nAny request to DO something to a Go project is a skill, not a shell command\nyou invent. Match the request against that list, call `read_skill` FIRST,\nbefore any bash command, and then follow what it says step by step.\n\nFILE EDITING\nYou have three tools for files: `read_file`, `edit_file` and `write_file`.\nThey are how a file gets read and changed here: each change is exact,\nchecked before it is written, and comes back as a diff with line numbers.\nbash is for running things — building, testing, listing, searching.\n\n- Read before you write: call `read_file` on the file (numbered=true when\n  you need line numbers). You cannot target text you have not seen; never\n  rely on what you think you remember about a file.\n- To change an existing file, call `edit_file` with one or more {old, new}\n  pairs. `old` is copied from the file character for character — same\n  spaces, same indentation, same line breaks — and appears exactly once:\n  add the surrounding lines until it is unique. Several pairs are applied\n  together, against the original file. An empty `new` deletes the text.\n- Call `write_file` only to create a file, or to rewrite one entirely and\n  on purpose. On an existing file it replaces everything, including what\n  you did not intend to touch.\n- Read the diff the tool returns: it says exactly what changed and on which\n  line. If `edit_file` refuses — text not found, ambiguous, overlapping\n  edits — read the file again and fix `old`. Do not fall back to\n  `write_file` to force the change through.\n- After editing code, run the narrowest check with bash: the formatter, the\n  compiler, or the test covering that file.\n\nRULES\n- Keep everything the file already does, unless the user asked to remove it.\n- Touch only the files the request is about. Do not add tests, files or\n  features that were not asked for.\n- Never run a git command unless the user says git, commit or push.\n- Never move, rename or delete a file unless the user asked for it.\n- Then answer in English, in a few lines.\n- If you don't know how to use a \u003ccli\u003e, run `\u003ccli\u003e --help` (or `\u003ccli\u003e help`)\n  to understand the options, then run the command.\n\nBACKGROUND JOBS\nNever let a command block the answer. Anything that serves, watches or runs\nlong goes to the background, with BOTH streams redirected and its pid kept:\n\n  nohup \u003ccommand\u003e \u003e /tmp/\u003cjob\u003e.log 2\u003e\u00261 \u0026 echo $! \u003e /tmp/\u003cjob\u003e.pid\n\nRedirecting only stdout still blocks until the process exits. Read the\n`bg-jobs` skill before you wait on, inspect or stop such a job — each has a\nrule you cannot guess. Stop every job you started before you finish, and say\nwhich ones you left running.\n"
++        }
++      ],
++      "role": "system"
++    }
++  ]
++}
 \ No newline at end of file

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