plugin.install of a module that lists no permissions ignored the result
of removing the id's grant. When grants.json could not be updated, the
formerly approved bytes could still be installed without approval. The
store now gets the old module back, so the grant and the module it
covers stay together. The new module stays when the old one can't be
read back and when grants.json can't be read, since such a file approves
nothing. Deleting the last grant now reports a failure.
plugin.remove had the same fault. It now moves the settings and cache
aside and removes the grant before anything is deleted. When the grant
can't be removed, the folder is moved back, the command returns an
error and the plug-in stays installed.
In Safe Mode and for a disabled stored module, load_stored_plugins does
not read the module, so grants.json keeps the grant for its id. The next
load that reads the module forgets the grant.
app.open with params and no importer ran file.open with the path alone, so the desktop app ran the importer on its defaults while headless app.open passed the params to document.open. file.open now carries params to the importer that opens the file.
The importer parameters test installs its module with replace from the second pass on, as plugin.install requires. The permission table in docs/plugins.md lists doc.read for filter, effect and exporter.
plugin.install wrote the grant and the module as two separate writes,
and either could fail with only a log record. With a grant tied to the
module's hash, the stored pair then no longer matched and the plug-in
was skipped at the next start.
The module is now written first and its grant only once it is there.
When the grant can't be written, the store gets its old module back, or
loses the new one on a first install, and a disabled plug-in stays
disabled. A stored module that can't be read back is not replaced by
one that needs a grant.
A module that lists no permissions now removes the grant from grants.json only after it has replaced the stored module. When the write fails, the old module stays stored and keeps the grant it needs at the next launch.
Installing a module that lists no permissions under a granted id now
forgets the grant, in the process and in grants.json, so the formerly
approved bytes need a new approval. A refused install leaves the grant.
Attaching a plug-in store forgets the grant of an id whose stored module
lists no permissions. A plug-in folder load forgets the process's grant
for such an id and leaves grants.json alone, because the store keeps the
module its grant covers.
File › Place reads only built-in formats, so a dropped file that only an
importer reads failed with a place error. It now opens as File › Open
opens it, with or without a drop position, also when an exporter lists
the same extension.
A plug-in of the wrong kind now gets "is a plug-in of kind `exporter`, not an importer", with rows in every complete-message catalog. The importer failure test also covers an open, edited document. docs/plugins.md states that Open Recent does not remember Open With's importer or parameters.
A grant records the module's SHA-256, but only its permissions were
compared, so a module with other bytes under a granted id inherited the
grant when it listed no new permission.
A grant now covers a module only when the id, the SHA-256 and every
listed permission match. plugin.inspect reports needsApproval for a
changed module, plugin.install refuses it without a new grant and leaves
the installed module and its grant as they are, Install Plug-in and
File > Open ask again, and the plug-in store and plug-in folders skip it.
The same bytes install again without asking, and a module with no
permissions list or an empty one needs no grant. A grant whose hash is
not 64 lower-case hexadecimal digits covers nothing.
plugin.install still trusts the client that sends grant; the docs say so.
File › Open With reads a picked file on the thread File › Open uses, with the importer and its parameters, so a slow importer does not freeze the window. A call that names path still gets document.open's result. Cancel in the progress window now raises a cancel token on that thread, which stops a running importer between two slices of its budget.
An importer may declare an extension that File › Open handles another
way: a plug-in, shortcut set, script, preset, library or swatch library
such as .ase, or one a built-in format reads. "All readable files" and
the importer's own filter no longer list those extensions, and an
importer with none left gets no filter. Open With still opens them.
New from Template, Load Character/Paragraph/All Styles, Recolor's Other
Library… and the library panels' Other Library… read files with the
built-in readers, so their open dialogs now use builtin_open_filters(),
which leaves out the extensions only importer plug-ins read. File › Open
keeps open_filters() with the importers' files.
The artboard of a document an importer opens is now kept within
±4,000,000 pt. Art at the edge (a zero-width path at x = 4,000,000, or a
stroke past the edge) gave an artboard beyond it, and every later edit
of the document was rejected.
File › Open With asks for the parameters of an importer that declares
any, at their defaults, once the file is picked (dialog `pluginImport`),
and opens the file with the values set. `file.openWith`, `app.open` and
MCP's `open_file` take `params` and pass them to the importer;
`app.open` without them runs the importer on their defaults, with no
dialog. A file opened with Open With is added to Open Recent, as File ›
Open adds the files it opens.
An importer plug-in (kind "importer", permission import.read) lists 1 to 8
file extensions and turns a file's bytes into objects, which open as a new
document whose artboard is their bounds. File › Open lists its extensions,
File › Open With (file.openWith) opens a file with a chosen importer, and
document.open takes importer and params. A built-in format that reads the
file by its content or extension always opens it; among importers listing
the same extension, the one whose id sorts first opens it. An importer reads
at most 128 MiB, and Place still reads only the built-in formats.
Docs: docs/plugins.md, docs/mcp.md, docs/gaps.md, docs/target-app-parity.md.
A grants.json entry this version can't use (a permission it doesn't know,
an invalid id) is now skipped on its own instead of dropping every grant in
the file, and recording or removing a grant writes it back unchanged,
except an entry for that plug-in. A grants.json that is too large, can't be
read or is not a JSON list is left as it is, and a rewrite that would pass
the 1 MiB read limit is written compactly, or not at all.
The fuzz test for hostile host import arguments drew vc_log's level from every i32, so almost
every call stopped at the level check and never read memory. Levels are now also drawn from -1
to 4. The module docs, a test doc comment and docs/plugins.md now say that with an unknown total
each change of done is passed on.
A plug-in whose manifest gives "api": 2 and lists the new `progress`
permission may import three host functions from module `env`:
vc_progress(done, total), vc_cancelled() -> i32 and
vc_log(level, ptr, len) -> i32. Installing checks every import and
refuses, by name, one the host doesn't offer, one with another type and
one the manifest doesn't allow.
- Progress is clamped and passed on once per tenth of a percent (past
2,000 reports, once per 1,000 changes). A heavy filter's progress
window and the export's progress window show it as a percentage bar,
and their Cancel makes vc_cancelled return 1. A live effect's progress
is not shown.
- A run cancelled before it returns ends as cancelled, and one that
returns after its time budget ran out ends at that budget, so what a
plug-in returns after it sees vc_cancelled changes nothing. This also
applies to a plug-in of API level 1 that finishes after a Cancel or
past its time budget.
- Log text must lie in the module's memory and be UTF-8. Lines go to the
app's log as "<id>: <text>" with hidden characters escaped, at most
1,024 characters a line, 200 lines and 32 KiB a run, and the host reads
at most 1 MiB of log text a run.
- plugin.list and plugin.info give the manifest's `api`; the install
prompt names the new permission in plain words.
Docs: docs/plugins.md, docs/mcp.md, docs/target-app-parity.md.
A manifest may list `permissions` (doc.read, doc.write, state,
effect.render, export.write) and an `api` level. doc.read, doc.write
and state follow the capability model proposed in
storytold/photocraft#662; the other names are VectorCraft's own. An
unknown, reserved, duplicate or wrong-kind name is refused by name. A
manifest without the key gets the permissions its kind implies and
installs as before.
- Install Plug-in... and File > Open show the name, id, version, file
SHA-256 and each permission in plain words, with control and
bidirectional characters escaped and each string cut to 64
characters. OK installs the module only if it still has the SHA-256
shown; Cancel installs nothing. The heavy-budget prompt and the
status line show the escaped name too, and OK keeps the `replace` it
was given.
- `plugin.install` needs `grant` listing every permission, and
`plugin.inspect` reports `needsApproval`. `hash` pins the module:
one with another SHA-256 is refused. The grant is kept with the
module's hash in the store's `grants.json`, and only that store's
grants count while it is attached; the same set does not ask again,
more permissions do, and `plugin.remove` forgets it.
- The Additional Plug-ins Folder and `plugin.reload` install only
plug-ins the attached store has granted and report the others as
needing approval. At startup the store skips an ungranted plug-in.
- A filter run without doc.read is given no objects; without state it
neither reads nor writes `documentData`; without doc.write an output
that changes the document is refused and the document is unchanged.
Docs: docs/plugins.md, docs/mcp.md, docs/target-app-parity.md.
A live effect that declares commands may list `doc.write` and `state`, and
gets them when its manifest leaves `permissions` out, as a filter does. Only
its commands use them: drawing the effect changes no object and keeps no
data. Before, every output of such a command that changed an object was
refused, since a live effect could never hold `doc.write`.
plugin.run and plug-in commands read `ids` strictly: a value that is not
a list, or an entry that is not a non-negative integer, is an error
naming `ids` ("ids must be an array of non-negative integer object
ids"). Left out or null, `ids` is still the selection.
A new test shows that a plug-in command that runs out of its
instruction budget leaves the document and the undo history unchanged,
and that the error names the plug-in and the command.
docs/plugins.md and docs/mcp.md name MCP's `command_list` and
`list_commands` as the listings that show plug-in commands, and the
params text, docs and progress line describe the `ids` rule.
A filter or live effect may declare up to 32 `commands` in its manifest,
each `{id, label, params?}`. While the plug-in is installed each one is the
command `plugin.<id>.<command>`: listed by `command.list` and in the
plug-in's `plugin.list` entry, run through `run`, MCP and `command.batch`
with its parameters checked before the plug-in runs, and recorded in
actions. A run goes through `vc_run` on the selection with
`_context.mode` "command" and `_context.command`, under the plug-in's
permissions, as one undo step named after the command. A failing run
leaves the document as it was, and its error starts with the plug-in's
name and the command's label. Removing or replacing the plug-in removes
its commands.
In the app, a plug-in with commands is a submenu named after it under
Object › Plug-ins (Effect › Plug-ins for a live effect), holding its own
item and then its commands; a `menu` key in a manifest is ignored. A
command with parameters opens a dialog for them from its menu item or a
shortcut. Edit › Keyboard Shortcuts lists the commands for the user to
give a shortcut; a manifest cannot set one. Labels and names are shown
with control and bidirectional characters escaped, and a malformed entry
is refused by name when the module is installed.
Docs: docs/plugins.md, docs/mcp.md, docs/target-app-parity.md.
A manifest may list `permissions` (doc.read, doc.write, state,
effect.render, export.write) and an `api` level. doc.read, doc.write
and state follow the capability model proposed in
storytold/photocraft#662; the other names are VectorCraft's own. An
unknown, reserved, duplicate or wrong-kind name is refused by name. A
manifest without the key gets the permissions its kind implies and
installs as before.
- Install Plug-in... and File > Open show the name, id, version, file
SHA-256 and each permission in plain words, with control and
bidirectional characters escaped and each string cut to 64
characters. OK installs the module only if it still has the SHA-256
shown; Cancel installs nothing. The heavy-budget prompt and the
status line show the escaped name too, and OK keeps the `replace` it
was given.
- `plugin.install` needs `grant` listing every permission, and
`plugin.inspect` reports `needsApproval`. `hash` pins the module:
one with another SHA-256 is refused. The grant is kept with the
module's hash in the store's `grants.json`, and only that store's
grants count while it is attached; the same set does not ask again,
more permissions do, and `plugin.remove` forgets it.
- The Additional Plug-ins Folder and `plugin.reload` install only
plug-ins the attached store has granted and report the others as
needing approval. At startup the store skips an ungranted plug-in.
- A filter run without doc.read is given no objects; without state it
neither reads nor writes `documentData`; without doc.write an output
that changes the document is refused and the document is unchanged.
Docs: docs/plugins.md, docs/mcp.md, docs/target-app-parity.md.
prefs.set did not check the folder given as recoveryFolder or pluginsFolder,
beyond the automation roots check, so a control or MCP caller could save a
folder that does not exist, a file, or a folder the app cannot use. Only the
Preferences dialog checked the folder itself.
The dialog's folder checks move to the engine, and prefs.set runs them after the
automation roots check. A folder that fails returns the same error the dialog
shows, and no preference changes. An empty value, an omitted value and a folder
the preference already holds are not checked. The Wasm build skips the check, as
the dialog did. The dialog's OK now gets the check from prefs.set, and Choose…
calls the moved check directly.
Additional Plug-ins Folder (Plug-ins & Scratch Disks) gets the Choose…
button that Data Recovery's Folder has, on hosts with a folder picker.
A picked plug-ins folder must be a folder whose contents can be listed;
otherwise the status bar says why and the field keeps its value.
OK now gives a folder typed into either field the same check as a
picked one. When it fails, the dialog stays open, the status bar says
why and no preference is set. An empty field and the folder already
saved are not checked. Under automation roots, a folder outside them is
refused before it is looked at.
Additional Fonts Folder and Templates Folder stay typed only.
A compound path a filter made a guide was still given to later filters, which
could change or delete it; compound paths of guide paths are now left out as
guide paths are. Hex colors and the color button's choice are display sRGB and
are now converted into the working RGB space, so they show as given whatever
the working profile; a color default is kept as written and read when used.
Follow-up to #5630.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
A `color` parameter shows a color button that opens the color picker in plug-in
dialogs and the Appearance panel's effect editor; its default and values may be
a color object or a hex string, and the plug-in gets a color object. A filter's
returned objects may set `guide` and `locked`; objects it locked or made guides
are left out of the selection after the run.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
wasmi compiles each function of a plug-in when it is first called and,
by default, charges the run that calls it 7 instructions for each byte
of the function. The host hands a run its budget in 20 M-instruction
slices and resumes it when a slice runs out. But when a slice runs out
while a function compiles, wasmi returns an error from the call, not an
out-of-fuel pause, and the host reports it as Limit("instruction
budget"). So a plug-in's first run could fail with most of its budget
left, depending on where the slices fell, and the next run, with its
functions compiled, succeeded.
StitchCraft's PES exporter hit it on a design of 98 × 148 mm. In
VectorCraft 0.17.0's host its first export failed with 10 G and with
275 G instructions alike, and its second succeeded, taking under 1 G.
Run on wasmi directly, with the host's slices, the first export failed
in its 36th slice ("required_fuel=174139"), and with compiling free it
finished in 49.
Compiling now costs nothing: wasmi's fuel costs with no cost for
translating or validating, and its default cost for copying. A run pays
for its own instructions only, as many on its first run as on the next.
Compiling every function when the plug-in loads (CompilationMode::Eager)
also fixes it, but loads a 1.4 MB module in 42 ms instead of 10.
The new test fails without the change: a run that takes 1,040
instructions once its functions are compiled failed within them on a
plug-in just loaded.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HhvnnnD5fTFupK8WWq35un
A filter plug-in gets 50 M instructions and a minute for each run.
Filters that order a plotter's paths, pack shapes or run a simulation
need minutes, and the app shouldn't freeze while they compute.
A filter's manifest may now ask for "budget": "heavy" (Budget): each run
gets HEAVY_FUEL (1 G instructions) and HEAVY_WALL_TIME_MS (300 s). Only a
filter may ask. plugin.install refuses such a filter without allowHeavy:
true, and plugin.inspect returns the entry a module would have without
installing it. Install Plug-in… and File › Open ask the user and install
on OK; the plug-in store keeps the answer, and folder loads skip heavy
filters with a note, since they ask nobody.
The app runs a heavy filter on a thread of its own (plugin_runs), not in
Background Save's queue, with the status bar and a progress window
(Cancel, Continue in Background) that it shares with Background Export
(export_progress::window). FilterRun splits plugin.run: prepared on the
session, run on any thread, its output handed in, and the next
plugin.run with the same params applies that output instead of running
the plug-in again, so the edit stays one guarded, journaled command. A
result whose document or plug-in changed meanwhile is dropped, and the
status bar says to run it again. A cancelled plug-in run is now
EngineError::Cancelled.
What a filter keeps with the document (#3720) goes with the run: it is
given _context.documentData when the run is prepared, and the
documentData of its output is applied with its objects, in the same undo
step, when the run is handed in (FilterRun::finish).
Tests: plugins/tests/abi.rs (100 M loop steps out of a light budget,
within a heavy one; folders skip heavy filters), manifest.rs, engine
tests_plugins.rs (consent, inspect, the store, hand-in, a handed-in
run's document data, cancel) and
ui-egui tests_plugin_runs.rs (installing asks, no Preview, a background
run as one undo step, a stale result kept out, the progress window).
CRAFT_UI_HEAVY_FILTER_WASM=<folder> writes a test filter to try in the
app. Its strings and messages have rows in each complete catalog
(COMPLETE_MESSAGES).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HhvnnnD5fTFupK8WWq35un
A filter plug-in had nowhere to keep settings that belong to the whole
document rather than to one object, such as the pens a plotter holds or
a machine profile: it could only ask for them again on every run.
- A filter's output may hold documentData: any JSON of at most 1 MiB
(objects::MAX_DOCUMENT_DATA) that replaces what the plug-in keeps with
the document, null removing it, in the same undo step as its objects
(objects::decode_output). Too much refuses the output and the
document stays as it was.
- A filter gets it back in _context.documentData (null until it keeps
something). A filter reads and writes only its own.
- It is the document's foreign data, Document::unknown["pluginData"] by
plug-in id (vectorcraft_doc::plugin_data), where the perspective grid
and the brushes keep theirs. So the native file needs no section of
its own for it, and hosts from before keep it when they save. An
exporter is given the whole document, so it can read every
plug-in's. Nothing else lists it, as the reference app's Document
Info lists no plug-in data.
A live effect isn't given it: its geometry is worked out from the
object alone wherever it is drawn.
Tests: plugin_data.rs (each plug-in its own entry, forgetting what isn't
kept copies nothing, a damaged value holds nothing), objects/tests.rs
(kept, forgotten, refused over the limit), tests_plugins.rs (one undo
step with the objects, read back, not given to another filter, kept by
the native file among its foreign data, refused over the limit with the
document unchanged, null removes it) and tests/plugin_export.rs (an
exporter finds another plug-in's). The size error has its row in each complete
catalog (COMPLETE_MESSAGES).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HhvnnnD5fTFupK8WWq35un
Illustrator 30.0's Method choice in the Gradient panel
(https://helpx.adobe.com/illustrator/desktop/paint-and-fill/create-and-edit-gradients/control-perceptual-interpolation-in-gradients.html).
- paint.editGradient takes `method: classic|perceptual` (one undo step);
paint.setFill/setStroke take it in `gradient`, and gradient params (swatches,
copied paints) carry it when Perceptual. Anything else is refused without
editing. One edit can set `method` and `dither` together.
- The Gradient panel shows a Method menu (Classic, Perceptual) for linear and
radial gradients, dimmed without a gradient; the Dither box stays under the
stops.
- i18n: "Perceptual" where a complete catalog lacked it, and the `method`
error in all 24 catalogs.
- Docs: G13 (estimate 14–24 h → 13–23 h, after Dither's 15–25 h → 14–24 h),
target-app-parity (row and evidence), ui-parity, mcp.md, plugins.md.
Illustrator 30.0's gradient Dither, from the public documentation
(https://helpx.adobe.com/illustrator/desktop/paint-and-fill/create-and-edit-gradients/control-dither-in-gradients.html):
a Dither checkbox in the Gradient panel; dither converts the gradient into
pixels with subtle noise, works with gradient fills only, and follows the
Document Raster Effects resolution.
- Gradient gains `dither` (serde default false, written only when on, so
older files open unchanged and new files keep it).
- The renderer draws a dithered linear or radial fill as an image paint: the
gradient sampled a cell per device pixel or finer (quarter-octave steps,
cached per thread), each channel given seeded triangular noise of up to a
level before rounding. Same pixels every run; strokes and undithered fills
draw exactly as before. PNG and other raster exports go through it.
- SVG and PDF write a dithered fill as an image at the document's raster
effects resolution, clipped to the shape (the freeform-gradient path);
characters' fills stay vector gradients in SVG, with a warning.
- paint.editGradient and paint.setFill take `dither`; strokes refuse it.
The Gradient panel's Dither box is dimmed behind the Stroke proxy.
- i18n rows in all 24 catalogs; docs: G13, target-app-parity, ui-parity,
mcp.md, plugins.md.
dotCooCoo