- Add a per-user birthday_calendars table (color, cascade-deletes with
the user) and GetBirthdayCalendarColor/SetBirthdayCalendarColor in
internal/db, plus a reservedCalendarNames guard ("birthdays") in
CreateCalendarWithColor so no real calendar can collide with the
synthetic one, whether created via the web UI, nidusctl, or CalDAV
MKCALENDAR.
- Add a "Birthdays" virtual resource card to the dashboard (color
picker only, no delete/share controls) backed by a new
ResourceCard.Virtual flag and POST /web/resources/birthdays/color
handler.
- Extract the birthday-parsing/generation logic shared by the web
calendar view and CalDAV into internal/birthdays (ParseBirthday,
Collect, OccurrenceDate, Summary) instead of duplicating it.
- Expose the Birthdays calendar over real CalDAV in
internal/caldav/backend.go + birthdays.go: it's always listed for
every user, generates one VEVENT per (contact, year) for a rolling
window (current year -2..+8) with "🎂 Name (Age)" titles, is
read-only (Put/Delete/DeleteCalendar all return 403), and its
Apple/DAVx5 calendar-color is injected from the same per-user
setting used by the dashboard/web view.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
DAVx5/CalDAV clients displayed a shared calendar's DAV:displayname as
"alice~work" (the synthetic owner~name local identifier nidus uses
internally to keep a shared calendar's URL unique per subscriber).
That internal name is still needed for routing (it's still what appears
in the calendar's URL path), but there's no reason to show it to the
end user as the calendar's label.
calendarMeta() now always sets caldav.Calendar.Name to the plain
calendar name (e.g. "work"), while Path still uses the "owner~name"
local name. The web UI already showed the plain name via a separate
"shared by <owner>" entry, so it's unaffected.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
DAVx5 explicitly requests the Apple calendar-color property by name.
go-webdav's stock property map doesn't know it, so it always emitted a
404 Not Found propstat for it. Our injection was adding a *second*,
200 OK propstat with the color into the same <response>, producing a
response with two propstats for the same property name — invalid
multistatus that real clients (dav4jvm/DAVx5) resolved by preferring the
404, so the color was silently ignored.
Now the bogus 404-only propstat for calendar-color is stripped before
injecting the 200 OK one, leaving a single, valid propstat per response.
Verified against Nextcloud's documented behavior (single propstat with
the color) and against a live PROPFIND matching DAVx5's actual request
shape.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
Calendars can now have a color (hex, e.g. #3b82f6) that DAVx5 and other
CalDAV clients pick up via the Apple/dav4jvm calendar-color property.
- db: add calendars.color column with migration for existing DBs;
CreateCalendarWithColor, SetCalendarColor, GetCalendarColor;
ListCalendars now returns []Calendar{Name, Color} instead of []string
- caldav: since go-webdav's caldav.Backend interface has no extension
point for vendor properties, wrap the handler with a response-rewriting
middleware that injects <calendar-color xmlns="http://apple.com/ns/ical/">
into PROPFIND responses for calendars that have a color set
- web: color picker on the "New calendar" form and an inline color swatch/
picker on each calendar card (calendars only, not address books)
- nidusctl: `calendar create --color` flag and a new `calendar color`
subcommand; `calendar list` now also prints the color if set
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
BREAKING CHANGE: the users:/config-based collection setup is gone. All
user, calendar, and address-book data now lives in the SQLite DB
(internal/db) and is managed exclusively via nidusctl or the web UI.
Existing deployments must recreate their users after upgrading:
nidusctl user create <username>
nidusctl calendar create <username> <name>
nidusctl addressbook create <username> <name>
- internal/db: new users, calendars, addressbooks tables with FK cascade
delete; foreign_keys pragma enabled; internal/db/users.go implements
full CRUD + bcrypt auth (CreateUser, VerifyPassword, ListUsers,
CreateCalendar/AddressBook, etc).
- internal/config: removed Users/UserConfig entirely.
- internal/auth: Basic Auth now checks credentials via db.DB instead of
cfg.Users.
- internal/caldav, internal/carddav: ListCalendars/ListAddressBooks and
Create/Delete now backed by the DB.
- internal/web: login uses db.VerifyPassword; new resources.go adds
create/delete handlers for calendars/address books at
/web/resources/{calendar,addressbook}; dashboard gained create forms
and per-card delete buttons (templ + htmx, no hyperscript).
- tools/nidusctl: new user create/delete/list/passwd commands (masked
interactive password prompt via golang.org/x/term) plus create/delete/
list subcommands for calendar/addressbook.
- cmd/server/main.go: pre-creates on-disk collections from the DB at
startup instead of cfg.Users; warns when no users exist yet.
- Updated tests to seed data via the DB; added resources_test.go for the
new web UI handlers.
- README.md and .github/copilot-instructions.md updated to document the
new nidusctl commands and the DB-backed architecture.
Verified end-to-end against a live test server: nidusctl user/calendar/
addressbook create, DAV Basic Auth PROPFIND, web login, dashboard
rendering, and web UI create/delete of resources all confirmed working.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
Introduce internal/db, a small SQLite-backed store (pure-Go
modernc.org/sqlite, no CGO) at <data_dir>/nidus.db holding
calendar_shares and addressbook_shares grant tables (owner, resource
name, shared-with user, read/write permission). This is the first step
towards user management and a web UI: a real datastore that a future
admin CLI/UI can build on, instead of the static config.yaml.
Wire sharing into the CalDAV/CardDAV backends:
- ListCalendars/ListAddressBooks now also include resources shared with
the requesting user, exposed under the synthetic local name
"<owner>~<name>" in the grantee's own home-set — no separate account,
no data copying, the object still physically lives under the owner's
store.Store namespace.
- All read paths (Get/List/QueryCalendarObjects, address book
equivalents) resolve the synthetic name back to (owner, real name) and
require any share (read or write) to exist.
- All write paths (Put/Delete object, DeleteCalendar/AddressBook)
additionally require a write-permission share; read-only shares get a
403 Forbidden.
- CreateCalendar/CreateAddressBook remain scoped to the acting user's own
namespace — sharing an existing collection is done via ShareCalendar/
ShareAddressBook, not by creating one directly in someone else's name.
Add internal/db/shares_test.go (grant/lookup/update/unshare/list
semantics) and internal/{caldav,carddav}/backend_test.go (shared
calendar/address book visibility, write permission enforcement,
unauthorized access rejection). Update README (features, new "Sharing
calendars and address books" section, project layout, dependencies) and
copilot-instructions.md to document the new package and sharing model.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
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