Emacs frontend for Igor Chubin's wttr.in weather service https://git.cjennings.net/emacs-wttrin/atom?h=release%2F0.4.0 2026-06-28T10:57:26+00:00 2026-06-28T10:57:26+00:00 Craig Jennings c@cjennings.net 2026-06-28T10:57:26+00:00 urn:sha1:b1aca874b9a2b5282c0cc83bd4fece981a94e19c C-h v wttrin-geolocation-command now mentions examples/geolocation/, so the ready-to-adapt scripts are discoverable from inside Emacs, not just the README. 2026-06-28T07:45:50+00:00 Craig Jennings c@cjennings.net 2026-06-28T07:45:50+00:00 urn:sha1:aeb3f35eee682c489698f17b2286c43cd4921b01 Drop the "games" keyword (it miscategorizes a weather tool) from wttrin.el and Eask. Sync wttrin-geolocation.el's version to 0.3.2 to match the main module. 2026-06-28T07:20:12+00:00 Craig Jennings c@cjennings.net 2026-06-28T07:20:12+00:00 urn:sha1:e8ea03ecc8c1a2499046b34f785bca4f871531df Centering and auto-fit share one resize hook (wttrin--update-layout on window-configuration-change-hook). Centering is always on. The block centers via the window's left margin, measured in pixels from the buffer font so it stays exact under a font-height remap. It centers against the available width including the current margin, so the margin shrinking the body can't make the value oscillate. Auto-fit is opt-in (wttrin-auto-fit-font, off by default). When on, the font is sized so the whole buffer fits top to bottom (down to the row past the footer's last menu item) without the widest line truncating, clamped to wttrin-font-height-min and -max. The pixel-exact measurement needs window-font-width and window-font-height, so the minimum is now Emacs 25.1. 2026-06-25T20:03:18+00:00 Craig Jennings c@cjennings.net 2026-06-25T20:03:18+00:00 urn:sha1:7027cccea9eb7170ea0f08e1def3f979f2e59932 These build on the current-location picker with the rest of the geolocation work. wttrin-geolocation-command runs a command that prints {lat,lng} (and optionally an address) and queries wttr.in by those coordinates. IP geolocation only finds the network's exit point, which is wrong on a VPN or hotspot. A command that scans nearby WiFi resolves to street level. It runs asynchronously, falls back to the IP provider when unset or failing, and assumes nothing about the OS, so it's inert until set. When the command returns an address, wttrin shows it on a "Location:" line, so the resolved place is readable even though the fetch is by raw coordinates. wttrin-use-current-location is a labeled command that sets the favorite to auto-detect, so the bare t value never has to be typed into init by hand. wttrin-geolocation-enabled (default t) turns every geolocation surface off for anyone who wants that: the picker entry, the auto-detect favorite, and the command. examples/geolocation/ ships two reference adapters for the command: google-geolocate.py (Google API, key via the environment or ~/.authinfo.gpg) and apple-wps.py (Apple's keyless WiFi positioning, which uses an undocumented endpoint, so read its caveat). Both are Python 3 standard library and scan via nmcli, with notes on adapting the scan to other systems. 2026-06-21T12:03:30+00:00 Craig Jennings c@cjennings.net 2026-06-21T12:03:30+00:00 urn:sha1:2f469404a4ef8bd0e8cdf776a5d25ba04b63febb Define a wttrin-error condition with children wttrin-invalid-input, wttrin-network-error, wttrin-not-found-error, wttrin-service-error, and wttrin-parse-error, so callers branch on the class of a failure instead of matching message text. Synchronous paths signal these directly: a nil query and an unknown geolocation provider now raise wttrin-invalid-input. The async fetch path can't signal across its callback, so it tags the error string with the class via a wttrin-error-type text property. The wttrin-error-message-type accessor reads it back, and two-arg callbacks are untouched. Retyping the classifier also closed two gaps: a missing status and a 2xx with an empty body used to go silent or get mislabeled "Unexpected HTTP status". Both are now parse errors. wttrin-geolocation.el now requires wttrin for the shared conditions. It's only ever loaded through wttrin, so the require is a no-op in practice and just makes the dependency explicit. 2026-04-22T05:07:51+00:00 Craig Jennings c@cjennings.net 2026-04-22T05:07:51+00:00 urn:sha1:9958ec4c4396ae8435f7e1818ff383c05df47a14 Lets users set `wttrin-favorite-location` by IP lookup instead of typing a city by hand. `M-x wttrin-set-location-from-geolocation` runs the lookup, shows the detected "City, Region" in a yes/no prompt, and on confirmation sets the variable for the session. The docstring points at `M-x customize-save-variable` for persistence across restarts. The new `wttrin-geolocation.el` module provides the provider layer. Three providers come built in: ipapi.co (the default), ipinfo.io, and ipwho.is. All three are HTTPS, need no API key, and have free tiers large enough for interactive use. The module has three layers. Pure JSON parsers handle the per-provider quirks: ipapi's `error: true` flag, ipwho.is's `success: false` flag, ipinfo's HTTP-status-only signalling. A small fetch helper extracts the HTTP body. `wttrin-geolocation-detect` wires them together and calls back with "City, Region" on success, or nil on any failure (network error, HTTP 4xx or 5xx, malformed response, rate-limit signal). Providers live in an alist keyed by symbol, with plist values for :name, :url, and :parser. To use a different provider, push an entry onto `wttrin-geolocation--providers` and select it via `wttrin-geolocation-provider`. No code change needed. README gains a subsection under Mode-line Weather Display covering the command, how to persist the result, provider selection with free-tier limits, and the accuracy caveat for VPN or mobile-hotspot users. 39 new tests across the parser layer (10 ipapi, 6 ipinfo, 6 ipwhois), fetch-and-dispatch (11), and interactive command (6). Each suite covers Normal, Boundary, and Error categories. Tests mock `url-retrieve` and `yes-or-no-p` at their boundaries and run the real extract-and-parse pipeline underneath. Test suite: 333 → 373 passing.