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Anthropic: bump Opus 4.6 → 4.7 (current frontier). Sonnet 4.6
and Haiku 4.5 stay -- still current. Default `gptel-model' setq
also bumped to claude-opus-4-7 in both places it was set.
OpenAI: drop the cohort retired from ChatGPT on 2026-02-13
(gpt-4o, gpt-5 original, gpt-4.1, o1). Replace with the current
lineup: gpt-5.5 (flagship), gpt-5.4-mini (fast/cheap), o3
(reasoning). All three are documented at
developers.openai.com/api/docs/models/.
Drive-by: stale docstring example in cj/gptel--current-model-selection
bumped to match.
gptel's bundled :models list only knows up to May-2025 IDs but
gptel-make-anthropic / gptel-make-openai accept any string and pass
it straight to the API, so newer names work without a gptel upgrade.
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Move the local GPTel tool wiring out of init.el and into ai-config. The tools directory and feature list are now configurable, missing optional tools are non-fatal, and focused tests cover the loading behavior.
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F9 was a single command that always opened the project picker. Three small frustrations stacked up. With one claude buffer open and not visible, F9 was a redundant prompt to pick a project that already had a session. With claude visible, there was no way to bury it without M-x quit-window. With two projects' buffers alive, swapping between them was a buffer-switch chore.
F9 is now a dispatch:
- Claude visible in this frame: quit the window (toggle off) and capture the geometry first.
- Exactly one claude buffer alive but hidden: re-display it (DWIM single-buffer case).
- Zero or two-plus alive: fall through to the project picker.
C-F9 is the always-pick-project entry point for explicit project switches. M-F9 is a buffer picker over the alive claude buffers. If a claude window is currently shown, the picked buffer replaces it in that window so the split orientation and size carry over. The shown buffer sorts last in the picker with a [shown] marker so RET picks "the other one."
Split geometry persists across toggles. Two module-level vars (cj/--ai-vterm-last-direction, cj/--ai-vterm-last-size) capture at toggle-off and feed a custom display action. After M-S-t flips claude from right to bottom, F9 toggle-off-then-on returns it at the bottom. After a mouse resize, the next toggle restores that fraction. State is per-session. Restarts reset to default right/0.5.
Two display-buffer fixes came out of testing:
- save-window-excursion around (vterm name) keeps the dashboard from being buried on a fresh F9 at startup. vterm calls pop-to-buffer-same-window internally, which would otherwise replace the selected window's buffer before the alist could route the new one.
- The action chain swaps display-buffer-use-some-window for a more specific cj/--ai-vterm-reuse-existing-claude. The generic version stole non-claude windows on C-F9 when the user was focused inside claude (claude on bottom, code on top -> new project landed in the code window). The specific version only reuses windows that already show a claude buffer.
I reclaimed C-F9 from the gptel toggle in ai-config.el. C-; a t still binds gptel.
I added eight new test files (claude-buffers, displayed-claude-window, dispatch, pick-buffer-candidates, window-geometry, capture-state, display-saved, reuse-existing-claude) plus a regression test on cj/--ai-vterm-show-or-create for the dashboard-preservation fix. All 73 ai-vterm tests pass and the full make test suite is green.
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The new module picks a Claude-template project from a filtered completing-read list. It scans the same roots the `ai` shell launcher uses, then opens or reuses a vterm buffer named `claude [<repo>]` on the right. F9 launches it. The prior `cj/toggle-gptel` binding moves from F9 to C-F9 so both AI tools share the same physical key.
The display rule chains reuse-window -> use-some-window -> in-direction (right). The resulting window isn't dedicated. That matters because side-window dedication was breaking `buffer-move` (C-M-arrows) and `switch-to-buffer` replacement on the claude buffer. I also narrowed `vterm-toggle`'s display rule to skip `claude [` buffers. Otherwise it claimed them first with its bottom-split + dedicated treatment.
I added 23 tests across 5 files: the buffer-name transform, candidate walker, show-or-create dispatch, picker, and display rule. Design lives at docs/design/ai-vterm.org.
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date-to-time used (reverse date) which broke when RRULE UNTIL values
were parsed as 5-element lists (year month day hour minute) from UTC
timestamps. This caused recurring events with UTC UNTIL dates to
expand to 0 occurrences, producing stale calendar entries.
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- Extract cj/gptel--build-model-list from cj/gptel-change-model
- Extract cj/gptel--current-model-selection from cj/gptel-change-model
- Add test-ai-config-build-model-list.el (9 tests)
- Add test-ai-config-current-model-selection.el (8 tests)
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- Replace use-package gptel-magit hook with autoloads via
with-eval-after-load 'magit (loads gptel only on key press)
- Move org header defuns above use-package to fix load order
- Set gptel-include-reasoning to "*AI-Reasoning*" buffer
- Rebind rewrite to C-; a r, clear context to C-; a c
- Add test-ai-config-gptel-magit-lazy-loading.el (8 tests)
- Mark all ai-config cleanup items DONE in todo.org
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- Move cj/gptel--fresh-org-prefix, cj/gptel--refresh-org-prefix,
cj/gptel-backend-and-model, cj/gptel-insert-model-heading out of
use-package :config to top level (fixes byte-compile warnings)
- Set gptel-include-reasoning to "*AI-Reasoning*" buffer
- Rebind rewrite to C-; a r, clear context to C-; a c
- Update todo.org with completed cleanup items
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- Add testutil-ai-config.el with gptel stubs for batch testing
- Add tests for cj/gptel--model-to-string (9 tests)
- Add tests for cj/gptel--fresh-org-prefix (8 tests)
- Add tests for cj/gptel-backend-and-model (8 tests)
- Remove dead cj/gptel-backends defvar (duplicates cj/gptel--available-backends)
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- Escape single quote in cj/ensure-gptel-backends docstring
- Wrap cj/gptel--available-backends docstring to 80 chars
- Add missing docstring to cj/gptel--model-to-string
- Rename cj/gptel--model->string to cj/gptel--model-to-string
- Mark stale model list task as DONE in todo.org
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Remove redundant gptel-backend setq and orphaned section header.
Fix commentary keybinding references: M-a → C-; a, correct buffer
add (.) and rewrite (&) bindings.
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Update Anthropic model list to current: claude-opus-4-6, claude-sonnet-4-6,
claude-haiku-4-5-20251001. Fix gptel--system-message not picking up the
custom default.org directive (defvar set at load time before gptel-prompts
replaces the default entry). Add cleanup tasks for ai-config, calibredb,
and slack reaction workflow to todo.org.
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Enhance which-key integration by providing detailed descriptions for
new key bindings across multiple modules. This improves the
usability of custom keymaps by clarifying the purpose of each
keybinding, making it easier for users to navigate and understand
different menus and options available within the configuration.
This update ensures that all custom keymaps now display a
descriptive label in the which-key popup to explain their
functionality, aiding users in identifying keymap purposes promptly.
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Optimized key binding configurations across modules for consistency
and reduced redundancy. Improved conditional requiring to handle
errors gracefully in `music-config.el`, ensuring robustness across
different machine environments. Eliminated comments clutter and
adjusted function definitions to adhere to revised standards.
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Switch key bindings from define-key to the keymap-set function for
improved clarity and modern syntax within the AI operations keymap.
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