Une fois "Lier à un objet de données" réglé (widget Texte/Titre...),
propose maintenant les champs de CET objet en liste déroulante juste sous
le champ "Contenu", avec un bouton "+ Ajouter" qui insère "{{nom_du_champ}}"
à l'emplacement du curseur - plutôt que d'avoir à taper cette syntaxe à
la main sans savoir quels noms de champs existent réellement.
controls_with_values.py pose field_options sur le contrôle "content"
quand _data_definition_id est réglé (réutilise data_binding_options, déjà
calculé pour data_filtre_champ/data_filtre2_champ) ; insertFieldAtCursor()
(screen_edit.html) fait l'insertion via selectionStart/selectionEnd puis
déclenche un événement "input" pour que l'enregistrement automatique se
déclenche normalement, comme une saisie manuelle.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Le calcul JS "object-fit:contain" du tour précédent gardait l'aspect-ratio
(Portrait/Paysage/Carré) au prix de marges vides sur les côtés dès que la
fenêtre n'avait pas exactement ce ratio - "prendre toute la place
disponible" et "garder l'aspect-ratio" sont deux exigences contradictoires
dans ce cas, et c'est la première qui doit l'emporter dans l'éditeur.
Le canevas (#canvas) remplit donc maintenant .canvasFrame à 100% x 100%,
sans plus tenir compte de l'aspect-ratio choisi dans l'éditeur - ce
réglage continue de s'appliquer normalement à l'aperçu jouable ("Jouer",
voir screen_set_aspect.py/play.html), qui reste la référence pour le
rendu final. Padding de .canvasFrame réduit au minimum. fitCanvasToFrame()
et son calcul en pixels n'ont plus lieu d'être - retirés entièrement.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Le calcul purement CSS du tour précédent (aspect-ratio + height:100% +
max-width:100%, pour que le canevas garde ses proportions tout en tenant
dans la zone visible) laissait en pratique le canevas bien plus petit que
l'espace réellement disponible - le calcul de taille "auto" d'un élément
non remplacé dans ce contexte flex n'est pas fiable.
Remplacé par un calcul en JavaScript (fitCanvasToFrame()) : mesure la
taille réelle de .canvasFrame et calcule la plus grande taille en pixels
qui tient à la fois en largeur ET en hauteur pour l'aspect-ratio courant
(l'équivalent d'un "object-fit:contain"), posée directement en style
inline sur #canvas. Recalculé à l'ouverture de l'écran, au changement de
format (Portrait/Paysage/Carré), au redimensionnement de la fenêtre, et à
chaque rafraîchissement du panneau (#canvas étant recréé à chaque
sélection d'élément, sa taille calculée était perdue à chaque fois).
Sous 1300px (mise en page empilée), le style inline est explicitement
effacé pour laisser la règle CSS de repli (pleine largeur, page qui
défile normalement) reprendre la main.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Le fil d'Ariane disparaît entièrement sur cette page (breadcrumb_wrap vide)
- le nom de l'écran est de toute façon déjà éditable juste au-dessus, dans
le panneau "Éléments" (voir le tour précédent) - et .content-builder perd
son padding par défaut hérité de .content, pour que le canevas commence le
plus haut possible.
Change aussi la façon dont le canevas est dimensionné : il était
jusqu'ici contraint par la LARGEUR (width:100%), ce qui pouvait le rendre
bien plus haut que la fenêtre pour un format Portrait - obligeant à
défiler .builderCanvasArea (toolbar/onglets compris) pour voir le bas de
l'écran. Il est maintenant contraint par la HAUTEUR disponible
(height:100%, la largeur se déduisant de l'aspect-ratio), avec
max-width:100% en secours si c'est la largeur qui manque en premier -
l'écran entier reste donc visible sans défiler. Le défilement, s'il reste
nécessaire (fenêtre très basse), se fait maintenant sur .canvasFrame
lui-même, jamais sur .builderCanvasArea (repassé à overflow:hidden) : la
barre d'onglets et la barre d'outils restent toujours fixes en haut.
Ajoute le pendant pour le repli en page empilée (< 1300px, une seule
colonne) : le "letterboxing" par hauteur suppose une chaîne de hauteurs
définies qui n'existe plus une fois empilé - revient alors à un
dimensionnement par largeur, cohérent avec une page qui défile normalement.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Remplace l'ancien panneau du bas rétractable/redimensionnable à la souris
(Logique de la scène, Timeline d'animation) par un système d'onglets au
centre de l'éditeur - Écran / Logique de la scène / Timeline d'animation
- un seul visible à la fois, occupant systématiquement tout l'espace
disponible (switchBuilderTab() dans screen_edit.html). Changer d'onglet
équivaut à "fermer" celui qu'on quitte ; plus besoin d'une poignée de
redimensionnement séparée puisque l'onglet actif prend déjà toute la
place. Supprime au passage tout l'ancien mécanisme (toggleFlowPanel/
toggleAnimPanel, poignées flowResizeHandle/animResizeHandle, classe CSS
.flowPanel) devenu inutile.
Déplace aussi le renommage de l'écran, le bouton "Jouer depuis le début"
et le choix du format d'aperçu (Portrait/Paysage/Carré) - jusqu'ici
au-dessus du canevas - dans le panneau flottant "Éléments" (celui qui
porte déjà ce nom, à gauche) : des réglages qu'on touche rarement une
fois l'écran en construction, qui n'ont plus besoin de rester en
permanence visibles au-dessus de la zone de travail.
Corrige au passage un bug découvert pendant ce tour : sur la page "Nouvel
objet" (2 colonnes), le bouton "+ Ajouter un champ" avait disparu -
placé APRÈS la zone de liste à défilement (flex-grow:1) dans la colonne
de droite, un flex-grow imprévisible dans ce contexte le poussait hors de
vue. Déplacé avant la liste (statique, toujours visible), pattern déjà
éprouvé ailleurs sur cette même page.
Deux tests mis à jour pour refléter intentionnellement la nouvelle
structure : la présence de "animTabPanel" (au lieu de l'ancien
"animPanel"), et un marqueur plus précis pour distinguer le bloc de
propriétés "Onglets" d'une simple occurrence du même texte dans une liste
déroulante de la Logique de la scène (qui apparaît désormais plus tôt
dans le document, cet éditeur de flow étant maintenant un onglet du
centre plutôt qu'un panneau tout en bas de page).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Retrait de la création rapide de variable globale depuis le sélecteur de
la Condition de visibilité (bouton "+ Créer") : une variable globale est
désormais gérée comme un objet "jeu" à part entière, avec une vraie page
CRUD ("Variables", nouvelle entrée du menu de gauche) - création, édition
du type/valeur, suppression. Le nom reste volontairement immuable après
création (c'est par ce nom qu'une condition de visibilité ou une action
"Modifier une variable" la référence - la renommer casserait ces réglages
en silence), d'où db.update_global_variable qui ne touche que type/valeur.
Redesign du tableau de bord du jeu (game_dashboard.html) en deux
colonnes : à gauche tout ce qu'on peut créer (écrans, éléments de jeu,
variables, jouer, nouvel objet) plus les paramètres du jeu (renommer/
supprimer) ; à droite ce qui a déjà été créé (objets définis). Remplace
les cartes Bulma par le système de mise en page compact déjà défini dans
style.css (.twoCol/.listRow/.dangerZone/.addBtn) mais jamais utilisé
jusqu'ici - plus dense et cohérent avec le reste de l'éditeur.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Nouveau panneau "Condition de visibilité" disponible dans les propriétés
de TOUT élément (widget) : permet de masquer un élément en mode jouable
selon deux moyens, au choix -
- une variable globale (nom + type + valeur, une seule par jeu, stockée
dans une nouvelle table _global_variables) ;
- le champ d'un objet de données existant (même convention "état de
partie" - une seule ligne - déjà utilisée par la Jauge).
Une variable ne servant à rien si elle ne peut jamais changer en cours de
partie, ajoute aussi une nouvelle action de flow "Modifier une variable
globale" (parallèle à "Modifier une donnée"), avec sa propre route
d'exécution serveur et son sous-formulaire dans l'éditeur de logique de
scène. Une variable peut aussi se créer à la volée depuis le sélecteur du
panneau de visibilité, sans quitter les propriétés de l'élément.
La condition n'est évaluée qu'en mode jouable (/game/<slug>/play), jamais
dans l'éditeur, pour que l'élément reste toujours sélectionnable. Un
élément masqué se réévalue en direct après toute action "Modifier une
donnée/variable", via le même mécanisme de rafraîchissement déjà utilisé
par la Jauge et le Répéteur.
Corrige au passage deux bugs découverts en testant bout en bout : (1)
apply_ctx plantait sur le nouveau marqueur interne _forge_play_mode (un
booléen parmi les {{champ}} à substituer, qui attend des chaînes) ; (2)
_compare traitait toute valeur booléenne stockée en chaîne ("0" inclus,
donc toujours vraie en Python) comme vraie - correct pour les champs
d'objet (entiers SQLite) mais faux pour les variables globales (toujours
stockées en texte).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Redundant since dragging an element onto a container row in the tree now does the same thing (see move_element_to_container.py). The element_add_child route itself stays (still used by tests and available as an API), only the UI entry point is gone. Removed the now-dead .containerContentGroup CSS along with it.
data_definition_options() used to exclude relation-type fields from its field list entirely, so a filter/binding could never reference "the linked object" of a row — and even when a relation field's clean name was typed manually (as the earlier "level.parcour" example needed), it silently matched nothing: every column lookup for a filter/repeater field used the field's own name, but a relation is actually stored in a "<field>_id" column (see create_definition.py), so the lookup always missed.
Relation fields now appear in the champ dropdowns (Répéteur's filtre_champ/filtre2_champ, Donnée liée's data_filtre_champ/data_filtre2_champ) labeled with the object they point to (e.g. "parcour (→ parcours)"), and a new _field_column() helper in filter_repeater_rows.py resolves the right "<field>_id" column whenever the field turns out to be a relation — used consistently by the filter comparison itself, the "{{Objet.champ}}" dynamic-value resolver, the repeater's row content ({{champ}}), and the Donnée liée row context. Jauge's own champ/champ_nom pickers (which need an actual displayable value, not an id) still exclude relations, both server- and client-side.
Verified end to end: the dropdown shows the relation field with its target-object label, and filtering "level" rows by the clean relation field name "parcour" (not "parcour_id") against a dynamic {{game.current_parcours}} reference now actually matches, alongside the existing "number" filter. Full suite green (89).
Two settings previously required typing an exact field or object name by hand:
- "champ" (Répéteur's filtre_champ/filtre2_champ, Donnée liée's data_filtre_champ/data_filtre2_champ) is now a dropdown of the actual fields on the object already chosen for that widget — pre-populated server-side (controls_with_values.py) and live-updated client-side without a reload when you change the object (bindDefinitionFieldSelects(), generalizing the existing Jauge champ/row_id pattern).
- "valeur" (the comparison value, which could already reference another object's field via a "{{Objet.champ}}" string typed by hand) is now a "Valeur fixe" / "Donnée d'un autre objet" toggle — the dynamic mode shows an object dropdown and a dependent field dropdown, and picking from them reconstructs that internal reference string automatically (initFilterValuePickers()/updateFilterValueFromDynamic()). The underlying stored value and _resolve_filter_value's parsing are unchanged, so existing elements using the old typed syntax still load correctly and populate the pickers on open.
Guards against writing a literal "{{...}}" pair directly in the Jinja template source (caught by a real render error while building this — Jinja parses {{/}} anywhere in the file, including inside comments) by building that syntax from split string literals in JS instead.
Verified end to end: repeater panel renders the pickers, saving with a dynamic reference filters correctly against live data (current_level changing which row shows), and reloading pre-selects the right object/field in the dropdowns. Full suite green (89).
- The "icone" widget no longer appears as a generic tile in "Ajouter un élément sur l'écran" / "Ajouter DANS ce conteneur" — the icon gallery (now living under "Ajouter un élément sur l'écran" in the left panel instead of the right one) is the only way to add one, always pre-set to the icon you picked.
- The element tree now supports dragging an element onto a container row to move it inside (last child), from anywhere in the tree — not just reordering within the same parent. Hovering a container row splits it into before/after/inside zones (thirds) when dragging a sibling, or "inside only" when dragging from elsewhere in the tree. New move_element_to_container() rejects non-container targets and cycles (dropping a container into itself or one of its own descendants) silently, mirroring reorder_element's existing safety pattern.
Verified end to end: gallery renders in the left panel with no icone tile in the widget grids, and the move endpoint correctly reparents, rejects a cycle, and rejects a non-container target. Full suite green (89).
Self-hosting Font Awesome's font files (previous commit) didn't fix it either: every icon in the picker still failed identically. That rules out CDN/network blocking specifically and points to something in the browser blocking custom webfont loading altogether regardless of origin (common with strict anti-fingerprinting protection, e.g. Brave's font blocking or certain privacy extensions — @font-face loading is a well-known fingerprinting vector).
Replaced the whole mechanism: each of the 258 curated icons is now a real downloaded SVG file (static/icons/*.svg, sourced from Font Awesome 5 Free's official SVG package) displayed via CSS mask-image (.icon-svg in style.css) instead of a font glyph. A masked SVG isn't a font resource at all, so it isn't subject to webfont-blocking — and it still colors via the existing "color" style property (background-color:currentColor) and sizes via font-size (1em), so no change to how the widget's other controls work.
The "Icône" widget now stores just the icon's slug (e.g. "trophy") in a dedicated attribute instead of a full CSS class string, rendered by a new special_render (render_icone.py). Updated the add-gallery and the properties-panel picker modal to use the same mask technique for their previews, and element_add.py to validate the slug against the curated list. Removed the now-unused self-hosted Font Awesome CSS/webfont files and the <link> tags — no font dependency left for icons at all.
Verified end to end (gallery renders with real SVG previews, simulated add creates a correctly-attributed element, the SVG file is actually served, the per-element picker reflects the current icon). Full suite green (89).
Switching CDN provider (cdnjs -> jsdelivr) didn't fix icons rendering as fallback glyph-code text — every icon in the picker still failed the same way, which points to something in the user's browser/network blocking cross-origin webfont loading specifically (common with strict tracking/fingerprinting protection, e.g. Brave's font-blocking or an ad-blocker's remote-font rule), not the CDN itself.
Downloaded Font Awesome 5.15.4's CSS and the solid-weight webfont files (the only style this app's icon classes actually use) into static/fontawesome/, served same-origin like style.css and pjax.js already are. Removes the CDN dependency entirely for icons rather than betting on a second provider.
Icons weren't rendering (glyph placeholder text like "F085" showing instead of the actual icon — the browser's font-fallback behavior when no font can render that codepoint, meaning the FA webfont never loaded). Both CDN URLs resolve fine from here, but Bulma (already jsdelivr) renders correctly for the user while cdnjs-hosted Font Awesome didn't — switching to the same jsdelivr provider removes that difference as a variable.
The properties panel's "Icône" setting was a raw text input expecting a Font Awesome class name typed by hand — not something a non-developer using Forge Engine should have to know. It's now a button showing the current icon that opens a modal with the same searchable icon grid as the add-gallery; picking one replaces the selected element's icon and autosaves immediately, no typing required. The class name is still stored the same way (a hidden input feeding the existing generic attr:class control), so no backend changes were needed.
New "Icône" widget (<i class="...">, color/size customizable exactly like any other widget) plus a curated set of ~250 verified Font Awesome 5 Free solid icon names (fontawesome_icons.py) — not the full ~1500-icon catalog, since an embedded list needs to be guaranteed accurate (a wrong class name silently renders as a blank glyph); any other valid FA5 class still works by typing it directly into the widget's "Icône" setting.
The gallery lives in the (now always-visible) top of the right floating panel, searchable, with each tile both clickable and HTML5-draggable onto the canvas — either action posts to element_add with the chosen icon_class, which now seeds the new element's class instead of leaving it on the generic default. Available in the element-type template editor too, since it reuses screen_edit.html.
Loads Font Awesome 5.15.4 (cdnjs) alongside the existing animate.css/Bulma links, in both the editor and /play.
Verified end to end: gallery renders with real icon glyphs, clicking/simulated-drop creates a correctly-classed <i> element, and the actual /play route renders it with Font Awesome loaded. Full suite green (89).
Generalized the floating-panel mechanism from the properties panel (props/propsPanelFloat/propsPanelReopenBtn) into reusable functions keyed by a short id, and applied it to the left "Éléments de cet écran" panel (key "left", panelLeftFloat, panelLeftReopenBtn). Both panels can now be closed independently, letting the canvas take the screen's full width for the most faithful possible preview against the actual /play rendering. Shared CSS (.floatPanel/.floatPanelHeader/.floatPanelBody/.floatPanelReopenBtn with --left/--right position variants) replaces the props-panel-only rules from the previous commit.
Fixed the two querySelector('.builderPanel .elementTree') call sites (used to patch the tree preview into the DOM after an unrelated canvas-only refresh) that would have silently stopped finding the tree once its wrapper's class changed.
The right-hand properties panel was a fixed 320px flex column, permanently shrinking the canvas — on a screen with real content (tabs, gauges), this made the editor's preview visibly narrower than the actual /play rendering, to the point of wrapping tab labels differently. It's now position:fixed with a drag handle header, moved out of .builder3's flex flow so .builderCanvasArea automatically reclaims the space; closing it (✕, replaced by a small "⚙️ Propriétés" reopen button) frees the full width for a more faithful preview. Position and open/closed state persist per screen in localStorage and get reapplied after every selection change (which replaces #builder3 wholesale). Falls back to a normal stacked column below 1300px width, where a floating panel wouldn't fit usefully.
- Jauge now renders a real <progress class="progress"> instead of a hand-built pair of absolutely-positioned divs. The bas/haut color interpolation still works, set via Bulma's own --bulma-progress-value-background-color CSS custom property rather than fighting the class.
- Onglets' tab strip is now genuine Bulma tabs markup (tabs > ul > li, is-active on the li) instead of custom forgeTabBar/forgeTabBtn classes; forgeShowTab (duplicated in screen_edit.html and play.html) now toggles is-active to match.
- Champ texte/email/mot de passe get class="input", Zone de texte gets class="textarea", Case à cocher/Bouton radio's existing <label> wrapper gets class="checkbox"/"radio" (Bulma's own convention — the structure already matched, just needed the class), Liste déroulante is wrapped in Bulma's required <div class="select"> (a bare class on the <select> itself has zero effect in Bulma), Tableau gets class="table is-bordered is-fullwidth" with the per-cell inline borders removed so Bulma's own table styling applies.
- Removed the now-dead .forgeTabBar/.forgeTabBtn CSS.
Updated tests/test_jauge.py and tests/test_onglets_widget.py assertions to match the new markup (value="X" attribute instead of width:X% inline style, --bulma-progress-value-background-color instead of background-color, forgeShowTab(this) marker instead of the removed forgeTabBtn class) — same behavior, different rendering mechanism. Full suite green (89 passed), verified end to end against the real "test" project via the actual /play route.
The element header/rename/id row, tabs list, position & size grid, and — most importantly — the generic control-rendering loop (used by every widget's properties panel: text, color, slider, checkbox, align, select...) now emit real field/control/label/select/checkbox/buttons-has-addons Bulma markup instead of the old custom controlRow/sliderRow/alignGroup/posGrid CSS. Removed the now-redundant custom CSS those classes used to carry.
Verified structurally safe: bindPropsAutosave/submitPropsForm already used querySelectorAll/FormData (structure-agnostic), so wrapping inputs in field/control divs doesn't affect autosave; the one sibling-dependent bit (slider oninput reading nextElementSibling) was kept adjacent inside its wrapper. Confirmed end-to-end with a live save round-trip through the actual route (Bulma modifier + free-style values both persist correctly) and every widget type's panel still renders 200 OK.
The flow-graph node editor (bottom panel) is not converted yet — part of its markup is built dynamically in JS (renderFlowConditionClauses), so reskinning it means updating the JS templates in lockstep with the HTML, which is more work/risk than this pass; noting it as the next piece.
Loads Bulma 1.0.2 in base.html (data-theme="dark" for its native dark palette) for every page that extends it, plus play.html directly. Converts every admin template — index, game dashboard, screens list, element types, object new/edit, data form/list — to real Bulma markup: navbar, breadcrumb component, box/card, field/control/input/select, table, notification, buttons, and a native Bulma modal for the data-row detail popup. Forge's own style.css keeps only what Bulma doesn't cover (the fixed-viewport builder/object-edit layouts, the element tree, canvas, flow-graph editor) and now acts as a secondary/override layer rather than a competing design system, matching how per-element inline customization already overrides widget defaults.
screen_edit.html (the 3-panel screen builder) gets the same navbar/breadcrumb/button treatment plus its top rename form, but its flow-graph node editor, canvas and element tree keep their existing custom styling — several of their inputs have JS relying on exact DOM sibling structure (e.g. slider oninput reading nextElementSibling) or Bulma's own select/wrapper requirement, and reskinning them without a browser to verify against risked silently breaking the app's most complex feature. Buttons and headings there are still fully converted (safe, purely additive class changes).
Verified: full test suite green, every route smoke-rendered 200 OK via the test client after the change.
Adds a new "class:" control-target kind (save_element_controls.py, _visible_attrs.py) alongside the existing content/attr/style ones, so a widget can carry CSS classes built from independent named slots (color, size, shape...) without them overwriting each other. Bouton and Titre get their Bulma base class (button/title) via fixed_attrs; Conteneur gets an opt-in "Carte (Bulma)" preset instead of a forced default, since it's also used as an invisible layout wrapper. Bouton's font-size/border-radius sliders no longer freeze their default value into inline style at creation (new c_slider no_freeze flag), so Bulma's own button styling shows through until a user actually customizes it — inline style still wins over any class the moment it's set, exactly like today.
Loads bulma.min.css via CDN in screen_edit.html and play.html, same pattern as animate.css.
New widget where each tab is a real "conteneur" element posed as a child
(see screens/elements/add_tab.py) — this reuses everything that already
exists for a normal container (adding a Répéteur/Conteneur/etc. inside via
"Ajouter DANS ce conteneur", renaming to change the tab's visible label,
deleting via the standard trash icon) instead of inventing a separate
storage format for tabs.
The widget's own properties panel gets a dedicated "Onglets" section to
add a tab, rename one, jump to its content, or delete it. Rendering
(render_onglets.py) builds a tab bar + one panel per tab, switched
client-side (forgeShowTab, in both screen_edit.html and play.html) with
only one panel visible at a time.
Distinct from the existing "activer_onglet" flow action (2.3, manual
show-one/hide-siblings) — that stays available for custom show/hide
wiring; this widget is the turnkey version with tab management built in.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
A top-level element already got a selection border via its
.canvasElement wrapper, but a child posed inside a container/répéteur/
groupe de champs has no such separate frame, so selecting it from the
tree gave no visual feedback on the canvas at all.
applySelectionHighlight() now targets the element's own tag directly via
data-element-id (present on every rendered element, nested or not) and
outlines it, re-run after every canvas refresh path (initial load, full
pjax navigation, partial panel refresh, and the autosave-only canvas
refresh).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The "Éléments de cet écran" tree now sits above "Ajouter un élément sur
l'écran" / "Mes éléments de jeu" so it's the first thing visible in the
left panel.
Each container row gets a disclosure triangle that collapses/expands its
children, independent from the row's link (which still selects the
element and shows its properties whether collapsed or expanded). The
collapsed state is remembered per element in localStorage.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The "Éléments de cet écran" tree now renders every level of nesting
(previously stopped after one level of children) as a compact single-line
list, and right-clicking a row opens a context menu to duplicate the
element (and its full subtree) in place, in its current container.
Also: all property panels start collapsed instead of some being open by
default, the redundant nested element list inside "Ajouter DANS ce
conteneur" is removed (it only needs the widget picker), and the
now-unneeded "a container is selected" warning banner is gone.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
A Jauge could only target a whole object, not a specific record —
three gauges pointing at the same "value" field (e.g. Réputation/
Trésorerie/Confiance in one "jauge" object) all silently showed the
most recent row's value, with no way to tell them apart.
Add "Enregistrement (ligne) à suivre" (row_id) so a Jauge targets one
specific row, and "Champ contenant le nom" (champ_nom) to show a
label above the bar — both as dropdowns populated from the object's
actual fields/rows (previously "Champ numérique à afficher" was free
text the user had to type correctly by hand). No regression: without
row_id the widget still falls back to the latest row, exactly as
before.
Extract data_definition_options() (rows+fields for a definition) out
of routes/screens/screen_edit.py so controls_with_values.py can reuse
it server-side for the initial render; a small client-side handler
(bindJaugeDefinitionSelect) repopulates the same selects live when
the tracked object is changed without leaving the panel.
Verified live with Playwright: picking "jauge" then "Confiance" then
"value"/"name" in the panel renders an 80%-filled, green-leaning bar
labelled "Confiance" on /play — not the 20%/50% of the other rows.
Add "survol"/"fin_survol" trigger events (mouseenter/mouseleave,
same anti-doublon pattern as bindClicks()) so hovering an element can
run flow nodes, instead of the old static hover-text-only control
removed from the properties panel. Also add "Contenu" as a settable
"Modifier un élément" property so an action can display a defined
text on another element on hover — the concrete use case that
motivated this.
Verified live with Playwright: a "Au survol" trigger on one element
correctly updates another element's text via the action, and text
stays put with no "Fin du survol" wired (explicit, no implicit
revert, consistent with "Au clic").
- Merge "Taille dans le conteneur" into "Position & taille": a child
element (posé dans un conteneur/répéteur/groupe de champs) now shows
greyed-out X/Y (not applicable, it follows its parent's layout) and
a single Largeur/Hauteur field per axis with a unit selector (%/px)
instead of the old fixed-px-only sliders capped at 1000 — which was
the root cause of a landscape-mode bug where a child couldn't be
made wider than 1000px even though the actual screen was wider.
New c_size control type (one style key per axis, not two competing
sliders — an earlier px+% two-slider attempt let the untouched
slider silently clobber the other's value on every autosave).
- Merge the two "Disposition" groups (visibility + scale, previously
split apart in UNIVERSAL_CONTROLS by unrelated groups) into one.
- Remove the "Survol" panel: hovering is conceptually a flow trigger,
not a static element property — to be reintroduced there. The
underlying data-hover-text/bindHoverTexts runtime is untouched.
