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The tarball shipped bun's default x64 build, which requires AVX2 -- so sl0ppi
installed cleanly on a plain KVM guest and then died with "Illegal instruction"
the first time anything ran pi. Known since 0.1.7 and carried as an open item;
not something to ship a third time.
packaging/fetch-vendor.sh now fetches bun-linux-x64-baseline.zip. Verified
without needing such a machine, on an emulated CPU that has none:
qemu-x86_64 -cpu Nehalem <baseline>/bun --version -> 1.3.14
qemu-x86_64 -cpu Nehalem <default>/bun --version -> Illegal instruction
Also drops the installer's closing note about the status bar asking for
permissions on first launch: shipped plugins are granted implicitly now, so the
prompt it told people to expect no longer appears. (That text is baked into the
0.1.9 tarball; it is wrong but harmless, and corrected for the next one.)
And gitignores *.core -- qemu writes one where you stand when it kills a target
on an illegal instruction, and a 100MB core dump nearly went into this commit.
0.1.9 contains everything since 0.1.8: the split button actually visible and
clickable where it is drawn, including on stacked panes; shipped plugins not
asking for permission; the status bar as a framed box in the pane style with a
new-tab button and margins matching the pane gap, collapsing to a single line
in the mobile layout; and runtime tabs keeping a status bar without losing the
purpose the CLI uses for identity.
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Given three rows the bar now draws the same rounded box the panes do, so the
bottom of the screen reads as one more pane instead of a strip of text under
them. Given one row it stays the line it always was, which is what a terminal
narrow enough to collapse the layout should spend on chrome.
The height is the LAYOUT's decision, because a plugin cannot resize its own
pane:
- default.kdl defines the bar as a pane_template `sl0pbar` and places it at
size=3;
- default.swap.kdl defines tab_template "mobile" placing the same template at
size=1, and the `stacked` swap layout -- what responsive_layout collapses to
below responsive_min_cols -- uses it.
That reuse works because zellij parses a layout and its .swap.kdl with the same
parser, on purpose, "so that we can reuse assets (eg. pane and tab templates)".
Otherwise the collapsed template would have to duplicate the whole 100-line
zjstatus configuration, and the two would drift within a week.
ModuleConfig::viewport is the one definition of where the content line lives:
three rows or more and it is framed, fewer and it is not, plus the column the
content starts at. Rendering and click routing both read it, so the frame moves
the drawing and the hit-testing together -- a click on the new border hits
nothing rather than the widget it sits above. Clicks now check the LINE too,
which a single-line bar never had to.
status-bar-live.py grew the other half of the feature: the borders must span
exactly the columns the pane frames span with rounded corners at their ends, a
click on the border must not make a tab, and after shrinking the terminal below
the responsive threshold the bar must be one line with no box -- with its button
still working. The collapse is real: the bar lands on the last row, which only
happens if the swap layout actually switched.
One test bug worth naming: locating the button with str::find gave a BYTE
offset, and the box glyphs are three bytes each, so the click landed two columns
right of the thing it found. Same trap the pane frame tests document.
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First pass of the status bar overhaul, in the zjstatus fork plus the layout
that configures it.
margin_left / margin_right: the bar is a full-width pane while every pane above
it is inset by the pane gap, so its ends stuck out past every frame on screen.
The margins are applied by rendering into an inset viewport (inset_state),
which is the same thing click positions are translated by -- so what is drawn
and what is clickable come from one definition. That is the split button's
lesson applied before shipping rather than after.
{new_tab}: a clickable button that opens a tab and focuses it, with no name and
no cwd, i.e. exactly what the `n` binding in TAB mode does. Clicking a tab
already switches to it and double-clicking renames it; making one was the hole
in the strip. Rendering and hit-testing are the same measured string here, so
the button covers exactly the columns it draws.
Both keys are inert when unset, so an unmodified zjstatus config renders
identically.
packaging/checks/status-bar-live.py reads the bar off a real session and
asserts it spans exactly the columns the pane frames span, clicks the + and
expects one more tab, then clicks beside it and expects none. Confirmed by
setting the margins to 0 and watching the span assertion fail: (0, 99) against
the frames' (2, 97).
The check counts painted cells rather than ink, because a bar segment begins
with a padding space inside its coloured pill -- strip the colour and the left
edge reads one column off, which is half the margin being measured.
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Phase 3: `make package` now produces a tarball that provably works on a machine
with no node, npm, bun or rust.
Two bugs the clean-room test found, neither visible until a session actually
started:
- the default layout builds its status bar out of zjstatus, which we were not
shipping at all (vendored as sl0pstatus/ in the preceding commits)
- install.sh installed a hardcoded plugin list, so zjstatus.wasm would not
have reached the config dir even once staged
Also: layouts/*.kdl still pointed at ~/.config/zellij, missed by the rename pass
because that pass only rewrote config.kdl.
Verified end to end, from the tarball, in a throwaway HOME with node/npm/bun/
cargo shadowed by stubs that fail loudly if invoked:
sl0ppij --version -> sl0ppij 0.45.0+sl0p1
pi --version -> 0.84.1 (on the bundled bun)
pir --help -> ok
sl0ppij -s realtest -> session starts under a pty, config "Well defined",
fork pane titles render, both wasm plugins load,
no errors beyond the first-run permission cache
Artifact: sl0ppi-0.1.0-x86_64-linux.tar.gz, 83M, + .sha256.
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Adds the layer that makes this a distributable product rather than three
directories:
VERSION one sl0ppi version for the whole monorepo
FORKS.md what each component is based on, and how to rebase the fork
Makefile build / vendor / stage / package, plus dev-box helpers
packaging/ fetch pinned payloads, assemble an install tree, install it
docs/ architecture, the rename plan, the roadmap
The self-contained runtime question is settled and verified: pi upstream builds
its own release binary with `bun build --compile`, and a vendored bun runs the
vendored pi dist unmodified, so the tarball carries bun + pi and needs no system
node, npm or rust on the target machine.
packaging/install.sh does a per-user install under ~/.local, never clobbers an
existing config (writes .new alongside, or backs up under --force-config), and
warns loudly when a stock zellij is present -- because until docs/rename.md is
implemented the binary is still zellij underneath and would collide with it.
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