This version interpolated in by Nix in the lines above instead of
being loaded from Elisp, as that would require starting telega inside
of that build (which is a bit messy because of async elisp).
Change-Id: I775844acb6928db76516f06188b19c713f765ab8
This is supposedly better for battery health, and since the machine is
usually plugged in while in the office it might be a good idea.
Note for myself: `sudo tlp fullcharge` ~30 min before needing to leave
with a fully charged battery.
Change-Id: I3664264403f56c15e055822190f30c3a90c93ead
Replaces the functionality previously implemented here with the now
generalised implementation in passively.el
Change-Id: Ibe7a1b7d512ddcb700bc330cbdf62811399c6cfe
otherwise we'd return the string "nil", which with the substring-ing
that was happening would end up as "Inbox: i" in the status bar
Change-Id: I567a6042b592dd9313bfa22d480c22936494a8c1
For cases where a word raises more questions than are answered by my
existing notes, roots, translations and so on.
Change-Id: Ic9dd79ba4aef6e3c8e7e8e965195b67f7a0c65f3
Adds a set of words that I consider "known" (but that should be in the
most frequent word list anyways). This set can be populated by
invoking `mark-last-russian-word-as-known` after display, and is
automatically persisted.
Right now there's nothing automatically loading it back in, just as
there is nothing loading any of this automatically, that's for the
future.
Change-Id: I51ee4f37114c6b95925e8ad5bdc5dc9b8657bdad
This will make it possible to do operations on that word (i.e. marking
it as known, or opening the full definition page).
Change-Id: Ib77f7d2e4e96d6ab754b311a69f72e2b080657ac
This should keep up passive exposure to words, but needs a subsequent
function for filtering out things that are definitely known.
Since I'm keeping the frequent word list mostly intact the majority of
words are very basic, but it's those last 15-20% I'm interested
in (not completely imported yet).
Change-Id: I7a5684b8dca1fe5301e8b394be2627550a60e3c6
Adds a stupid macro that populates a 'russian-words' hash table in
which merged definitions of words are available.
Change-Id: Ide7825577ba26d63ff564e54601541f39ab5a1a6
If a creature has a weapon wielded, then they now use that weapon to
attack the player *instead of* their natural attacks. This uses a new
`creatureAttackMessage` field on the Item raw for the message to use.
Change-Id: I73614f33dbf88dd4c68081f15710fa27b7b21ba2
Add an `equippedItems` field to the CreatureType raw, which provides a
chance for generating that creature with an item equipped, which goes
into a new `inventory` field on the creature entity itself. Currently
the creature doesn't actually *use* this equipped item, but it's a step.
This commit also adds a broken-dagger equipped 90% of the time to the
"husk" creature.
Change-Id: I6416c0678ba7bc1b002c5ce6119f7dc97dd86437
* Enforce the U+0000 to U+10FFFF range in `count` and throw an error if
the given codepoint exceeds the range (encoding U+0000 won't work of
course, but this is Nix's fault…).
* Check if the produced bytes are well formed and output an error if
not. This indicates that the codepoint can't be encoded as UTF-8, like
U+D800 which is reserved for UTF-16.
Change-Id: I18336e527484580f28cbfe784d51718ee15c5477
Previously we would check the first byte only when trying to figure out
the predicate for the second byte. If the first byte was invalid, we'd
then throw with a helpful error message. However this made
wellFormedByte a very weird function.
At the expense of doing the same check twice, we now check the first
byte, when it is first passed, and always return a boolean.
Change-Id: I32ab6051c844711849e5b4a115e2511b53682baa
This implementation is still a bit rough as it doesn't check if the
produced string is valid UTF-8 which may happen if an invalid Unicode
codepoint is passed.
Change-Id: Ibaa91dafa8937142ef704a175efe967b62e3ee7b
