| Commit message (Collapse) | Author | Age | Files | Lines |
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New `modules/telega-config.el` configures telega.el as an in-Emacs Telegram client. `telega-use-docker' is on so TDLib runs in a container instead of needing a system-level build -- pairs with a follow-up `scripts/setup-telega.sh' for fresh-clone installs. First-run auth (phone + verification code) is interactive inside `M-x telega' and isn't scripted here.
Launcher binding: `C-; G` (mnemonic: teleGram). `C-; t` and `C-; m t` were both taken (test-runner, music's "repeat track"), so the launcher landed on a free top-level letter.
Two tests cover the wiring: module loads, launcher is bound.
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The combined module had grown to 573 lines covering two unrelated subsystems with no shared state — the eshell shell-mode commands and the vterm/F12 toggle. The header even rendered this with two `;; ----` dividers. Split into two focused modules. eshell-config.el keeps the eshell user commands and package wiring (~170 lines). vterm-config.el keeps the vterm package, the tmux history capture command, the F12 toggle, and the C-; V keymap (~400 lines). Update init.el to require both, point the four vterm test files at vterm-config, and refresh the cross-module commentary in cj-window-geometry.el and cj-window-toggle.el.
No behavior change. Full test suite green; validate-modules clean.
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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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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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I replaced the load-time icon-stub block in keyboard-compat with per-call :around advice that checks display-graphic-p against the rendering frame. The old block ran at module-load. Under daemon startup no frame exists yet, so display-graphic-p returned nil and the empty-string stubs installed permanently. Every GUI client connecting to that daemon then saw blanks. The new shape lets one daemon serve real icons to GUI clients and blanks to terminal clients.
I also pulled the nerd-icons-completion and nerd-icons-ibuffer integrations, the package install, and a new tint helper into modules/nerd-icons-config.el. Per-feature use stays in the consuming module (dashboard, dirvish, keyboard-compat). The malformed cons-cell on the marginalia hook in selection-framework.el got fixed in the move.
Added a default darkgoldenrod tint, a :filter-return advice on nerd-icons-icon-for-dir so dir icons pick up a color face, and a buffer-local face-remap in dired-mode-hook so plain files in dired render in shadow grey.
13 tests across 3 new files cover the per-call gate, the dir-color helper (idempotent under nerd-icons' memoized return strings), and the bulk-tint helper.
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I added a new module `modules/dev-fkeys.el` that owns the dev F-key block. F4 prompts via `completing-read` with a candidate set filtered by project type (compiled / interpreted / unknown). C-F4 is the compile-only fast path. M-F4 is clean + rebuild. It runs a heuristic clean command derived from the project markers (go.mod, Cargo.toml, Eask, Makefile, CMakeLists.txt) and chains `projectile-compile-project` on success. S-F4 stays on `recompile` and now lives globally instead of duplicated across prog-general.el and prog-c.el. F6 is bound globally to `projectile-test-project` as a Phase 1 stopgap. Phase 2 replaces it with the polyglot test runner spec'd in todo.org.
Project-type detection runs against the projectile root and falls back to `unknown` when no marker matches. Interpreted markers are checked first so a Python or Node project with a Makefile for tasks classifies as interpreted instead of compiled. Compile + Run sequencing uses a one-shot `compilation-finish-functions` hook that self-removes on first invocation and only fires the follow-up when the status string starts with `finished`.
Cleanup in the same commit:
- Dropped F4/F5/F6 from `prog-general.el`'s prog-mode-hook. They are now global.
- Dropped F6→format bindings from prog-c.el / prog-python.el / prog-shell.el. C-; f was already bound in each, so this is pure removal.
- Dropped the duplicate S-F4 from prog-c.el. The global binding covers it.
- Updated the keybinding header in prog-general.el and the workflow comments in prog-c.el / prog-shell.el.
- Wired `(require 'dev-fkeys)` in init.el alongside coverage-core.
TDD: 73 tests across 11 files, one per helper. Production code is split into small testable internals (`cj/--detect-project-type`, `cj/--f4-candidates`, `cj/--f4-derive-clean-cmd`, `cj/--f4-make-once-hook`, `cj/--f4-dispatch`, `cj/--f4-compile-and-run-impl`, `cj/--f4-clean-rebuild-impl`, `cj/--f4-project-root`) plus three thin interactive wrappers. Smoke tests confirm bindings register on load.
Known limitation: if another `compilation-finish-functions` hook fires between my add-hook and the compile finishing, the chain can fire on the wrong compile. The hook self-removes on first invocation regardless of which compile it sees. Documented in the impl docstring. Acceptable for v1.
Phase 2 will replace F6 with the polyglot test runner (tree-sitter queries for Python/Go/TS, sexp scan for Elisp, buffer-local last-test memory).
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Adds modules/gloss-config.el with a use-package form that installs
gloss from the cjennings.net bare repo. The bare's post-receive hook
mirrors to GitHub, so the package shows up in both places.
Eager-loaded so gloss-prefix-map exists at startup. :config calls
gloss-install-prefix to bind C-h g.
Lands in the "Modules In Test" section of init.el for v1. Can move
out after the first-week shakedown shows the package is steady.
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Completes the coverage v1 user-facing path. cj/coverage-report is the interactive entry point:
1. Resolves the backend for the current project (honoring cj/coverage-backend from .dir-locals.el).
2. Prompts for a git-diff scope via completing-read (Working tree, Staged, Branch vs parent, Branch vs main).
3. Reads the cached simplecov report, intersects with the diff, renders records into a *Coverage Report* buffer.
4. If the report doesn't exist, prompts to run coverage first. With a prefix argument, re-runs regardless.
The report buffer uses cj/coverage-report-mode, a compilation-mode derivative. Uncovered-line entries are formatted as path:line: uncovered so the standard gnu compilation-error-regexp-alist picks them up for next-error navigation. That means M-g n, M-g p, and C-x backtick walk through uncovered lines from any buffer without switching focus.
F7 is bound to the command globally, matching the F-key layout ticket's design (F4 compile+run, F5 debug, F6 test, F7 coverage).
Added to init.el: (require 'coverage-core) + (require 'coverage-elisp).
Tests cover the pure scope-label helpers (label to symbol, symbol to label, roundtrip) plus a smoke test that exercises the full command with stubbed backend, stubbed completing-read, stubbed shell-command-to-string, and a prepared simplecov fixture.
Coverage v1 is now functionally complete: make coverage produces the report, F7 drives the interactive flow.
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wip.el held commented-out scratch code (efrit, buffer-same-mode, easy-hugo) plus one active pomm use-package block. The require in init.el was itself commented out, so the file compiled on every make compile pass but nothing in it ever ran at startup.
The easy-hugo block motivated the new preview and publish commands that landed in the previous commit. The other entries (efrit, buffer-same-mode) have been dead code for months.
Also removes the "Cannot load pomm" warning that has been appearing on every make compile run.
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Add emacs-slack config with auth-source credentials, DM/mention-only
notifications via notify script, compose buffer workflow, and dashboard
icon. Keybindings under C-; S prefix.
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New prog-json module: json-ts-mode with jq formatting (C-; f) and
jq-interactively (C-c C-q). Upgraded prog-yaml to yaml-ts-mode with
prettier formatting. Both use treesit-auto for grammar management.
Includes 18 new tests (10 JSON, 8 YAML), 185/185 passing.
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restclient.el + restclient-jq integration with SkyFi API templates,
tutorial file, auto key injection from authinfo, 17 ERT tests.
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Replaced pandoc-based reveal.js export with native ox-reveal integration.
New org-reveal-config.el module provides offline, self-contained HTML export
with keybindings under C-; p. Includes setup script for reveal.js 5.1.0
and 34 ERT tests covering header template and title-to-filename helpers.
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Standalone module for ox-hugo blog workflow. One-file-per-post
structure with keybindings for new post, export, open dir (dirvish
and system file manager), and toggle draft.
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- Add typo correction: should't -> shouldn't
- Add dirvish shortcut pcr for career project
- Rename pc -> pcl for clipper project
- Minor whitespace cleanup in init.el
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Consolidate calendar configuration within the module itself rather
than requiring setup in init.el. Improves module encapsulation.
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Handle rescheduled instances of recurring calendar events by processing
RECURRENCE-ID properties from ICS files. When someone reschedules a single
instance of a recurring meeting in Google Calendar, the calendar-sync module
now shows the rescheduled time instead of the original RRULE time.
New functions:
- calendar-sync--get-recurrence-id: Extract RECURRENCE-ID from event
- calendar-sync--get-recurrence-id-line: Get full line with TZID params
- calendar-sync--parse-recurrence-id: Parse into (year month day hour minute)
- calendar-sync--collect-recurrence-exceptions: Collect all exceptions by UID
- calendar-sync--occurrence-matches-exception-p: Match occurrences to exceptions
- calendar-sync--apply-single-exception: Apply exception data to occurrence
- calendar-sync--apply-recurrence-exceptions: Apply all exceptions to occurrences
Also adds DeepSat calendar configuration (dcal-file) to user-constants,
init.el, and org-agenda-config.
48 unit and integration tests added covering normal, boundary, and error cases.
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Rename terminal-compat.el to keyboard-compat.el and add GUI support.
Problem: M-S-o and other Meta+Shift bindings didn't work in GUI mode.
GUI Emacs receives M-O (uppercase) but bindings use M-S-o syntax.
Terminal can't use M-O due to arrow key escape sequence conflicts.
Solution: Use key-translation-map in GUI mode to translate M-O -> M-S-o
for all 18 Meta+Shift keybindings. Terminal fixes unchanged.
Also fix two test issues:
- Remove expected-fail from expand-weekly test (timezone fix resolved it)
- Add helpful install messages to dependency-checking tests
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- Create terminal-compat.el for arrow key escape sequences
- Fix M-uppercase keybindings (M-O → M-S-o, etc.) that conflicted
with terminal escape sequences ESC O A/B/C/D
- Add GUI-only guards for emojify and icon rendering
- 18 keybindings updated across 13 modules with override comments
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Added multi-URL calendar sync supporting Google and Proton calendars.
Each calendar syncs to separate file with per-calendar state tracking.
Added 13 property-based tests for RRULE expansion. Total: 150 tests passing.
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Implemented custom org-noter workflow with F6 keybinding:
- Creates notes files as org-roam nodes in org-roam-directory
- Title prompt with pre-slugified default, notes-on-{slug}.org format
- F6 toggles notes window visibility when session active
- Preserves PDF fit setting on toggle
- Deferred org-roam integration to prevent PDF open hang
Also fixed: quick-sdcv quit binding, calendar-sync sentinel buffer error
Added 30 ERT tests for title-to-slug and template generation functions
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Implemented calendar-sync.el as a complete replacement for org-gcal, featuring:
**Core Functionality:**
- One-way sync from Google Calendar to Org (via .ics URL)
- UTC to local timezone conversion for all event timestamps
- Chronological event sorting (past → present → future)
- Non-blocking sync using curl (works reliably in daemon mode)
**Automatic Timezone Detection:**
- Detects timezone changes when traveling between timezones
- Tracks timezone offset in seconds (-21600 for CST, -28800 for PST, etc.)
- Triggers automatic re-sync when timezone changes detected
- Shows informative messages: "Timezone change detected (UTC-6 → UTC-8)"
**State Persistence:**
- Saves sync state to ~/.emacs.d/data/calendar-sync-state.el
- Persists timezone and last sync time across Emacs sessions
- Enables detection even after closing Emacs before traveling
**User Features:**
- Interactive commands: calendar-sync-now, calendar-sync-start/stop
- Keybindings: C-; g s (sync), C-; g a (start auto-sync), C-; g x (stop)
- Optional auto-sync every 15 minutes (disabled by default)
- Clear status messages for all operations
**Code Quality:**
- Comprehensive test coverage: 51 ERT tests (100% passing)
- Refactored UTC conversion into separate function
- Clean separation of concerns (parsing, conversion, formatting, sorting)
- Well-documented with timezone behavior guide and changelog
**Migration:**
- Removed org-gcal-config.el (archived in modules/archived/)
- Updated init.el to use calendar-sync
- Moved gcal.org to .emacs.d/data/ for machine-independent syncing
- Removed org-gcal appointment capture template
Files modified: modules/calendar-sync.el:442, tests/test-calendar-sync.el:577
Files created: data/calendar-sync-state.el, tests/testutil-calendar-sync.el
Documentation: docs/calendar-sync-timezones.md, docs/calendar-sync-changelog.md
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The cursor color was not updating correctly when switching buffers
or modifying files. The original implementation used window-buffer-change
and other specific hooks, but these were insufficient and internal
buffers were interfering with cursor color updates.
Root cause:
- Cursor color is global (one cursor for all of Emacs)
- Previous hooks fired in internal buffer contexts (*Echo Area*, *temp*)
- This caused cursor to be set to white (unmodified) even when in
read-only buffers like dashboard
Solution:
- Use post-command-hook which runs after every command in current buffer
- Ignore internal buffers (names starting with space)
- Cache optimization prevents redundant set-cursor-color calls
Behavior now:
- Dashboard (read-only): Red cursor
- Unmodified file: White cursor
- Modified file: Green cursor
- After save: White cursor
Tests:
- Added 9 integration tests in test-ui-cursor-color-integration.el
- Tests verify hook installation, buffer switching, modification tracking
- All 27 tests passing (18 unit + 9 integration)
Integration tests catch issues that unit tests miss:
- Unit tests verified state detection logic (✓)
- Integration tests verify hooks fire at right times (✓ now)
- Integration tests verify real buffer switching behavior (✓ now)
Cleanup:
- Removed debug code from init.el
- Removed debug-cursor-color.el temporary file
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Introduce a new `system-lib.el` module providing low-level system
utility functions, including function `cj/executable-exists-p` to
check for the availability of programs in PATH. Integrate this
library in `init.el`.
test(system): Add unit tests for executable check function
Create comprehensive unit tests for `cj/executable-exists-p` in
`system-lib.el`, ensuring coverage of normal, boundary and error
scenarios.
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Integrated AssemblyAI as the third transcription backend alongside OpenAI
API and local-whisper, now set as the default due to superior speaker
diarization capabilities (up to 50 speakers).
New Features:
- AssemblyAI backend with automatic speaker labeling
- Backend switching UI via C-; T b (completing-read interface)
- Universal speech model supporting 99 languages
- API key management through auth-source/authinfo.gpg
Implementation:
- Created scripts/assemblyai-transcribe (upload → poll → format workflow)
- Updated transcription-config.el with multi-backend support
- Added cj/--get-assemblyai-api-key for secure credential retrieval
- Refactored process environment handling from if to pcase
- Added cj/transcription-switch-backend interactive command
Testing:
- Created test-transcription-config--transcription-script-path.el
- 5 unit tests covering all 3 backends (100% passing)
- Followed quality-engineer.org guidelines (test pure functions only)
- Investigated 18 test failures: documented cleanup in todo.org
Files Modified:
- modules/transcription-config.el - Multi-backend support and UI
- scripts/assemblyai-transcribe - NEW: AssemblyAI integration script
- tests/test-transcription-config--transcription-script-path.el - NEW
- todo.org - Added test cleanup task (Method 3, priority C)
- docs/NOTES.org - Comprehensive session notes added
Successfully tested with 33KB and 4.1MB audio files (3s and 9s processing).
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Renamed the module 'custom-file-buffer' to 'custom-buffer-file' to
ensure consistency across the codebase. This change affects module
imports and test files. Additionally, new module
'system-commands.el' has been created to handle system power and
session management commands, removing these functionalities from
'wip.el'.
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Clean up the code by removing an unnecessary commented-out import
line for show-kill-ring in the initialization file.
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Removed comments indicating test status for required modules to
clean up and simplify the init.el file.
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- Move `browser-config` from 'Modules In Test' to active modules
- Refactor browser handling functions for better error handling:
- Introduce `cj/--do-apply-browser-choice` and
- `cj/--do-choose-browser` Return status symbols for success and
- error cases Add comprehensive unit tests in
- `tests/test-browser-config.el` Focus on internal `cj/--do-*`
- functions and file I/O using temp files Validate return values and
- ensure isolated tests with setup/teardown functions Ensure
- consistent handling of browser configurations and improve
- initialization logic
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Enable 'jumper' module by uncommenting its require statement in
init.el. Enhance 'jumper' by adding detailed documentation,
refactoring logic into internal functions, and updating keybinding
setup for better usability. Integrate 'which-key' for improved
keybinding assistance. Add comprehensive unit tests for 'jumper'
functionalities to ensure reliability.
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Rename `lorem-generator.el` to `lorem-optimum.el` for fun.
Enhance text tokenization, Markov chain learning, and text
generation functions. Introduce new configuration variables for
training files and improve efficiency with vectorized access. Add
comprehensive benchmarks and unit tests under `tests/`. This
improves performance and lays groundwork for further extensions.
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Remove unnecessary autoload directives from various functions across
multiple modules, cleaning up the codebase and improving
readability. These directives were redundant and not needed for the
current project setup.
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Refined comments to note completion of module tests. Removed
outdated function and disabled a module. Adjusted 'org-roam-config'
for test addition.
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Uncommented ERC client initialization in `init.el`. Replaced
"cj/erc-start-or-switch" with
"cj/erc-switch-to-buffer-with-completion" in dashboard. Altered
keybindings to use "C-; E" instead of "C-c e" for ERC commands.
Defined a new keymap "cj/erc-keymap" for better command
organization. Removed deprecated `locate-library` checks and
`cj/erc-command-map`. Refined code layout for clarity.
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The eradio-config dependency has been removed from the init file,
potentially because it is no longer needed or has been deprecated.
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Introduce `browser-config.el` to handle browser selection and
configuration within Emacs. This module discovers available
browsers, allows user selection through `M-x cj/choose-browser`, and
persists the choice while supporting all link types.
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Clean up init.el by removing the unnecessary commented require
statement for prog-lsp.
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Reorganize and comment out certain module requirements for clarity.
Include comments to indicate test progress and modules in
development.
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