This makes the comet mining code actually work. You can now run
king with `new --comet` to mine a new comet and get it on the
network. Mining appears to be significantly faster; I've had to
wait up to 20 minutes with vere, but I've never needed to wait more
than 30 seconds with king.
This at least gets us to "~zod is ok" and "~zod is your neighbor",
along with the landscape welcome message from ~marzod. Persistent
connectivity has problems though.
This retrieves the point data for not just the immediate sponsor,
but for the whole sponsorship chain. (For a moon: [galaxy star
planet], for a planet: [galaxy star], and so on.)
I booted a comet with vere, had it dump its keyfile, and then went
through `stack run king -- new` with that keyfile. Things were
fairly close, but there's still more to do here.
This fixes the turf uniqueness issue and makes us do less work for
things that vere didn't bother making real, like ownership
information.
The subtree in pkg/arvo apparently still has a README in it, which had
gotten only slightly out of sync with the overall project README. This
commit updates its 'contributing' section to point at the appropriate
contributing document.
* trim-vanes:
updates solid pill
arvo: clear caches in response to (high) memory pressure
gall: clear caches in response to memory pressure
eyre: close channels in response to memory pressure
ford: clear caches in response to memory pressure
Signed-off-by: Jared Tobin <jared@tlon.io>
* la-permission-groups:
hood: start up groups and permissions
apps: added group/permission stores, hooks, marks
Signed-off-by: Jared Tobin <jared@tlon.io>
%gall currently prints
[%gall-booting <app> p=<ship> q=<desk>]
whenever it receives a %conf (i.e., when it boots an app). This turns
up in many of the places the old, less-informative '%mo-not-running'
printf did, but it's of similarly little use, and mainly serves to
create redundant line noise. This commit just removes it.
* reclamation:
solid pill
arvo: wires up %trim memory-pressure event stubs
u3: wires up the %trim event in the daemon
u3: adds %trim memory-pressure notification "effect"
u3: tweaks |mass output (and fixes inadvertent truncation)
u3: refactors periodic memory reclamation
u3: factors out u3a_idle() to measure free-lists in a road
u3: adds and uses u3a_full/heap/temp road macros
u3: cleans up whitespace, removes dead code in allocator
