* Revert "🐛 Detect duplicated token names in the whole library (#9034)"
This reverts commit 61cd7573553b1c5e9fc2d7300cf9b2c36b4dcbb6.
* 🔧 Preserve some enhancements and fixes that are still valid
* 🔧 Fix broken integration tests
* 🐛 Fix DTCG token import discriminator and group-level $type inheritance
Closes#8342.
The DTCG Community Group Final Report (W3C, 2025-10-28) specifies:
"The presence of a $value property definitively identifies an object
as a token."
"A token's type can be specified by the optional $type property [...]
Furthermore, the $type property on a group applies to all tokens
nested within that group."
Two bugs in `common/src/app/common/types/tokens_lib.cljc` violate the
spec and silently break import of any third-party DTCG file that uses
group-level type inheritance:
1. `flatten-nested-tokens-json` used `(not (contains? v "$type"))` as
the group-vs-token discriminator. A group node carrying only a
`$type` (to set a default for child tokens) was misidentified as a
token, then immediately discarded because it had no `$value`.
2. `schema:dtcg-node` declared both `$type` and `$value` as required,
so even after the discriminator was fixed any leaf token that
relied on group-level type inheritance failed `dtcg-node?`
validation and never reached the parser.
The combined effect: importing a spec-compliant DTCG file that
expressed types at the group level produced a TokensLib with no
tokens at all, because every leaf was discarded as "unknown type".
Penpot-exported files were unaffected because Penpot always emits
both `$type` and `$value` on every token and never attaches `$type`
to a group, so the existing tests covered only the inline-type
shape.
- `schema:dtcg-node`: mark `$type` optional.
- `flatten-nested-tokens-json`: use `$value` as the discriminator
(anything without `$value` is a group), accept an optional
`inherited-type` accumulator that carries the nearest enclosing
group `$type` down through recursion, and resolve a token's type
from its own `$type` first, falling back to the inherited type.
A token's own `$type` always wins over the inherited one (per
spec).
Added `parse-dtcg-group-type-inheritance` covering both cases:
- group `$type` is inherited by tokens that don't declare their own
(`colors.red`, `colors.blue`, `space.small`)
- token `$type` overrides the inherited group `$type`
(`colors.danger`, `space.large`)
Existing DTCG round-trip tests continue to pass because they all
declare `$type` at the token level, which the new code still honours.
CHANGES.md entry added under the 2.17.0 Bugs-fixed section.
* 📚 Do not update CHANGES.md
We are changing the procedures to not update the changelog on each PR. Instead, we use github tracking to check what issues come in a release, and update the changelog automatically in a batch.
Signed-off-by: Andrés Moya <hirunatan@hammo.org>
---------
Signed-off-by: Andrés Moya <hirunatan@hammo.org>
Co-authored-by: MilosM348 <milos.milic001@outlook.com>
* ⚡ Improve performance and fix orphan detection in validate-file
- Add `*ref-shape-cache*` dynamic var to memoize `find-ref-shape`
lookups per page, avoiding repeated O(depth) ancestor walks.
- Add `*children-sets*` pre-computed maps for O(1) parent-child
containment checks, replacing linear `some` scans.
- Short-circuit `inside-component-main?` when the shape context
already implies a main component.
- Use single-pass reduce with early exit for duplicate detection
(children, swap slots) instead of count/distinct or frequencies.
- Guard `check-missing-slot` to skip expensive `find-near-match`
when the shape already has a swap slot.
- Refactor variant-set validation to use `run!` with direct `get`.
- Refactor `check-ref-cycles` to use a single `reduce-kv` pass.
- Fix `get-orphan-shapes`: the original `map` pipeline produced
nils so orphan shapes were never validated; rewrite with
`reduce-kv` for correct results.
- Add `validate-file-affected!` for change-scoped validation,
replacing full file validation in `process-changes-and-validate`
to only validate pages and components touched by the changes.
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
* ✨ Improved validation
---------
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
Co-authored-by: alonso.torres <alonso.torres@kaleidos.net>
Do not show the library sync popup when the only differences are global x/y changes on library components. We now generate the actual sync changes and only notify if there are real redo-changes to apply.
Run cll/generate-sync-file-changes for candidate libraries and filter out those with empty :redo-changes. The expensive check is deferred via rx/timer 0 so it runs asynchronously and does not block the UI.
Why: Position-only changes are normalized during sync (via reposition-shape) and never propagate to copies; showing the popup in that case was a false positive.
Performance: The check is deferred to the next tick to avoid UI stutter on large files with many libraries.
Add focused common JavaScript test execution with log-level control and a quiet test wrapper matching the frontend workflow.
Update developer docs and testing memories to reflect the common/frontend test split, and document why runner helper extraction is deferred.
Signed-off-by: Codex <codex@openai.com>
Add a shared `schema:font-family` whitelist validator in
app.common.types.font that only allows letters, digits, spaces,
hyphens, underscores, and dots in font family names. Apply the schema
to create-font-variant and update-font RPC endpoints on the
backend, and add client-side validation in the dashboard fonts UI.
Include unit tests for the schema and integration tests for the RPC
handlers.
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
* 📎 Add test that surfaces the bug described in #14070
The bug: alt-drag-duplicating a variant master into the variant container
auto-creates a new variant component cloned from the source
via duplicate-component, which preserves :touched on every cloned shape.
The resulting copy's children inherit those :geometry-group touched flags
through add-touched-from-ref-chain on switch.
variants-switch -> component-swap (keep-touched? true) -> generate-keep-touched
then runs update-attrs-on-switch for each touched child. The new shape's
:y is correctly skipped by the per-attr "different masters" guard, but
:selrect/:points fall through to a width/height-based safety check that
uses exact equality. In practice, the alt-drag modifier path leaves a
sub-pixel drift in :width on the copy, so equal-geometry? returns false,
the safety check is bypassed, and the :else branch copies the source
variant's :selrect verbatim onto the freshly instantiated target shape.
The shape ends up with :y from the target master but :selrect.y from the
source — the renderer reads :selrect, so the child appears at the source
position inside a parent that has resized to the target's dimensions:
the visible "button cut off" symptom.
The new test sets up a variant container whose children are themselves
component copies (matching production: variant masters' children carry
:touched), introduces the same kind of width drift on the copy that the
alt-drag path produces, and runs the swap directly via the existing
test harness. It asserts (a) :y matches the target, (b) :selrect.y
matches the target, and (c) :y and :selrect.y agree. With the current
code (a) passes and (b)/(c) fail — capturing both the wrong value and
the internal inconsistency that causes the visible regression.
* 🐛Fix#14070 by no longer comparing floats for exact equality in equal-geometry?
Steps to reproduce: paste an SVG authored in Inkscape (or any editor
that follows the inkscape:label convention) into a penpot file. The
group/element names visible in the source editor are dropped — penpot
shows generic auto-ids like 'g1234' or 'path5678' instead.
Root cause: parse-svg-element in common/src/app/common/files/shapes_
builder.cljc derived the shape name from (or (:id attrs) (tag->name
tag)). Inkscape stores user-given element labels in the inkscape:label
and sodipodi:label namespaced attributes while id holds an auto-
generated technical id, so the operator's chosen name was always
overridden by the technical id when present.
tubax/xml->clj (the SVG parser the import pipeline already uses for
upload, paste, and library import) keeps namespaced attributes as
:prefix:name keywords — the same shape this file already reads
:xlink:href from on line 134, and that app.common.svg uses for the
xlink: namespace at lines 300-307.
Fix: extract the name-resolution logic into a public resolve-element-
name helper that prefers :inkscape:label, then :sodipodi:label, then
:id, then (tag->name tag). Existing SVGs that don't carry either label
namespace fall through the same chain as before, so the behaviour for
non-Inkscape-authored SVGs is unchanged.
This restores the behaviour dfelinto's penpot-icon-generator-plugin
relies on (linked from the issue body) — that plugin reads element
names from the imported SVG to map Blender icons to penpot components.
Tests: 6 deftest blocks in common/test/common_tests/files/shapes_
builder_test.cljc covering the priority order (inkscape > sodipodi >
id > tag), each fallback in isolation, and the empty-attrs case.
Registered in common-tests.runner.
Closes#7869
Co-authored-by: Andrey Antukh <niwi@niwi.nz>
Copying a component with variants from a shared library file ("Lib")
and pasting it into a file that uses that library ("Using Lib") would
crash the destination file with the referential-integrity validator
error:
{:code :component-main-external
:hint "Main instance should refer to a component in the same file"}
Root cause
----------
Paste goes through `generate-duplicate-shape-change` in
`common/src/app/common/logic/libraries.cljc`. When the shape is a
main instance of a known component and the copy set includes its
variant container, dispatch lands in `duplicate-variant`, then
`generate-duplicate-component`, and finally `duplicate-component`,
which clones the main-instance shape tree. Its `update-new-shape`
helper already re-links the new outer main's `:component-id` to the
freshly created local component (`new-component-id`), but it never
touches `:component-file`. The cloned shape therefore inherits
`:component-file` from the source library while the new component is
registered in the destination's local library
(`:apply-changes-local-library? true`), leaving the main-instance
dangling.
Fix
---
Extend `update-new-shape` with a second clause, sibling to the
existing `:component-id` rewrite: when a destination file id is
provided and differs from the new main's current `:component-file`,
re-root the shape. The same `(= (:component-id new-shape) (:id
component))` guard already used for the id rewrite ensures only the
outer main-instance is touched; nested shapes are unaffected.
The destination file id is threaded from the paste entry point
through the two orchestration functions that already knew the
source/destination distinction:
- `generate-duplicate-shape-change` — supplies the destination
`file-id` it already has in scope when dispatching to
`generate-duplicate-component-change`.
- `generate-duplicate-component-change` — accepts `:new-component-file`
as a kwarg; renames its internal `file-id` binding to
`source-file-id` for clarity (it was always the component's
originating library file); forwards `new-component-file` to
`duplicate-variant`.
- `duplicate-variant` — takes and forwards the `new-component-file`
positional arg.
- `generate-duplicate-component` — accepts `:new-component-file` kwarg
and passes it to `duplicate-component`.
- `duplicate-component` — applies the rewrite inside
`update-new-shape`. The `new-component-file` parameter is placed
right after `new-component-id` since component-id and component-file
are typically managed together.
Same-file duplication is not affected: without `:new-component-file`
the new clause is skipped, and when source and destination match the
`(not= new-component-file (:component-file new-shape))` guard fails.
Tests
-----
Added in `common/test/common_tests/logic/comp_creation_test.cljc`:
- `test-duplicate-component-rewrites-component-file-to-destination`
asserts that passing `:new-component-file` to
`generate-duplicate-component` produces a main-instance with
`:component-file` equal to the destination id.
- `test-duplicate-component-keeps-component-file-without-dest`
baseline: without `:new-component-file`, `:component-file` is left
untouched, matching pre-existing same-file behavior.
Github #8144
Signed-off-by: FairyPigDev <luislee3108@gmail.com>
Co-authored-by: Andrey Antukh <niwi@niwi.nz>
* ✨ Add HEX, HSB, and HSL support in the third color tab
Relabel the existing HSVA tab to HSBA (the math was already HSB) and add
an inline HSB ↔ HSL model toggle inside the tab, matching Figma's color
panel. Sliders, gradients, and labels update dynamically per mode; HSL
values roundtrip through RGB/HSV so no color-storage changes are needed.
Model choice persists across sessions.
* 💄 Fix lint errors
Signed-off-by: juan-flores077 <toptalent399@gmail.com>
* 🐛 Fix Plugin API token application for JS array of strings (#9166)
* 🐛 Fix Plugin API token application for JS array of strings
Plugin code calling `shape.applyToken(token, ["fill"])` or
`token.applyToShapes([rect], ["fill"])` from JavaScript supplies a JS
array of strings. The plugin proxies expected a Clojure set of
keywords, and two coupled defects made the calls silently no-op (or,
with `throwValidationErrors` enabled, throw "check error"):
1. `token-attr-plugin->token-attr` only consulted its alias map when
the input was already a keyword. String inputs like "fill" fell
through to the identity branch, so the downstream
`cto/token-attr?` predicate (which checks against a set of
keywords) returned false for every string. Coerce strings to
keywords first.
2. The `applyToken` / `applyToShapes` / `applyToSelected` schemas
used plain `[:set ...]`, which has no `:decode/json` transformer
for JS array → Clojure set coercion. Switch to the registered
`[::sm/set ...]` (in `app.common.schema`) which provides the
array → set decoder. After the switch, the standard JSON pipeline
converts `["fill"]` to `#{"fill"}`, then the inner
`[:and ::sm/keyword [:fn token-attr?]]` decodes each element to a
keyword and validates it.
Also extends the docstring on `token-attr-plugin->token-attr` to make
the string-friendly contract explicit, and registers a new
`tokens-test` ns under `frontend/test/frontend_tests/plugins/` with
six `deftest` blocks covering:
- known keywords passing through unchanged
- keyword aliases (`:r1` → `:border-radius-top-left`, etc.)
- string inputs coerced to keywords (regression for #9162)
- `token-attr?` accepting both keyword and string inputs
- `token-attr?` rejecting unknown attrs and nil
Closes#9162
* 🐛 Fix wrong direction in plugin-name alias tests
The added tests in tokens_test.cljs and the new docstring in tokens.cljs
described the alias resolution in the wrong direction. The map is
{:r1 :border-radius-top-left, …} then map-invert'd, so
token-attr-plugin->token-attr maps verbose plugin-side names
(:border-radius-top-left) to canonical internal short names (:r1),
not the other way around. Inputs already in canonical form (:r1, :fill,
"fill", …) pass through unchanged. Flipped the alias-resolution test
expectations and the keyword/string-input cases, refreshed the docstring
and the regression-coverage comment to match.
---------
Co-authored-by: Andrey Antukh <niwi@niwi.nz>
* 💄 Fix sucess typo in subscription dialog i18n keys (#9204)
Rename subscription.settings.sucess.dialog.{title,footer} to
subscription.settings.success.dialog.{title,footer} in en.po and
update the three callsites in subscription.cljs.
Closes#9203
Signed-off-by: jack-stormentswe <crazycoder131@gmail.com>
* 🐛 Fix HSVA → HSBA test rename and Prettier formatting
Signed-off-by: juan-flores077 <toptalent399@gmail.com>
* 🐛 Fix CI failures and address review feedback for HSB color tab
Signed-off-by: juan-flores077 <toptalent399@gmail.com>
* 💄 Resolve Conflicts
Signed-off-by: juan-flores077 <toptalent399@gmail.com>
---------
Signed-off-by: juan-flores077 <toptalent399@gmail.com>
Signed-off-by: jack-stormentswe <crazycoder131@gmail.com>
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
Co-authored-by: Andrey Antukh <niwi@niwi.nz>
Co-authored-by: boskodev790 <boskomaljkovic790@outlook.com>
Co-authored-by: Jack Storment <88656337+jack-stormentswe@users.noreply.github.com>
* 🐛 Ensure typography-ref attrs are always present and fix nil encoding
Add :typography-ref-file and :typography-ref-id (both defaulting to nil)
to default-text-attrs so these keys are always present in text node maps,
whether or not a typography is attached.
Skip nil values in attrs-to-styles (Draft.js style encoder) and in
attrs->styles (v2 CSS custom-property mapper) so nil typography-ref
entries are never serialised to CSS.
Replace when with if/acc in get-styles-from-style-declaration to prevent
the accumulator from being clobbered to nil when a mixed-value entry is
skipped during style decoding.
* 🎉 Add test
---------
Co-authored-by: Andrey Antukh <niwi@niwi.nz>
Three critical fixes for app.common.geom.shapes.grid-layout.layout-data:
1. case dispatch on runtime booleans in get-cell-data (case→cond fix)
In get-cell-data, column-gap and row-gap were computed with (case ...)
using boolean locals auto-width? and auto-height? as dispatch values.
In Clojure/ClojureScript, case compares against compile-time constants,
so those branches never matched at runtime. Replaced both case forms
with cond, using explicit equality tests for keyword branches.
2. divide-by-zero guards in fr/auto/span calc (JVM ArithmeticException fix)
Guard against JVM ArithmeticException when all grid tracks are fixed
(no flex or auto tracks):
- (get allocated %1) → (get allocated %1 0) in set-auto-multi-span
- (get allocate-fr-tracks %1) → (get allocate-fr-tracks %1 0) in set-flex-multi-span
- (/ fr-column/row-space column/row-frs) guarded with (zero?) check
- (/ auto-column/row-space column/row-autos) guarded with (zero?) check
In JS, integer division by zero produces Infinity (caught by mth/finite),
but on the JVM it throws before mth/finite can intercept.
3. Exhaustive tests for set-auto-multi-span behavior
Cover all code paths and edge cases:
- span=1 cells filtered out (unchanged track-list)
- empty shape-cells no-op
- even split across multiple auto tracks
- gap deduction per extra span step
- fixed track reducing budget; only auto tracks grow
- smaller children not shrinking existing track sizes (max semantics)
- flex tracks causing cell exclusion (handled by set-flex-multi-span)
- non-spanned tracks preserved via (get allocated %1 0) default
- :row type symmetry with :column type
- row-gap correctly deducted in :row mode
- documents that (sort-by span -) yields ascending order (smaller spans
first), correcting the misleading code comment
All tests pass on both JS (Node.js) and JVM environments.
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
orientation returns the auto-qualified keyword ::coplanar
(app.common.geom.shapes.intersect/coplanar) but intersect-segments?
was comparing against the plain unqualified :coplanar keyword, which
never matches. This caused all collinear/on-segment edge cases to be
silently skipped, potentially missing valid segment intersections.
Signed-off-by: Andrey Antukh <niwi@niwi.nz>
Clojure's = uses .equals on doubles, and Double.equals(Double.NaN)
returns true, so (not= v v) was always false for NaN. Use
Double/isNaN with a number? guard instead.
