1
0
mirror of https://github.com/AvengeMedia/DankMaterialShell.git synced 2026-06-10 05:03:28 -04:00

refactor(framemode): connected surfaces

This commit is contained in:
purian23
2026-06-09 13:40:53 -04:00
parent 8856d45887
commit f8b32cc298
14 changed files with 1523 additions and 454 deletions
+202 -18
View File
@@ -3,10 +3,141 @@ pragma ComponentBehavior: Bound
import QtQuick
import Quickshell
import "ConnectedSurfaceDescriptor.js" as SurfaceDescriptor
Singleton {
id: root
property var surfaceDescriptors: ({})
function _surfaceSlot(kind) {
return SurfaceDescriptor.slotForKind(kind);
}
function surfaceDescriptor(screenName, kind) {
const slot = _surfaceSlot(kind);
const screenDescriptors = screenName ? surfaceDescriptors[screenName] : null;
const descriptor = screenDescriptors && screenDescriptors[slot] ? screenDescriptors[slot] : SurfaceDescriptor.empty(kind, screenName);
let bodyRect = descriptor.bodyRect;
let animationOffset = descriptor.animationOffset;
if (slot === "popout" && popoutScreen === screenName) {
bodyRect = {
"x": popoutBodyX,
"y": popoutBodyY,
"width": popoutBodyW,
"height": popoutBodyH
};
animationOffset = {
"x": popoutAnimX,
"y": popoutAnimY
};
} else if (slot === "modal" && modalStates[screenName]) {
const modal = modalStates[screenName];
bodyRect = {
"x": modal.bodyX,
"y": modal.bodyY,
"width": modal.bodyW,
"height": modal.bodyH
};
animationOffset = {
"x": modal.animX,
"y": modal.animY
};
} else if (slot === "dock" && dockStates[screenName]) {
const dock = dockStates[screenName];
const slide = dockSlides[screenName] || {
"x": dock.slideX,
"y": dock.slideY
};
bodyRect = {
"x": dock.bodyX,
"y": dock.bodyY,
"width": dock.bodyW,
"height": dock.bodyH
};
animationOffset = {
"x": slide.x,
"y": slide.y
};
} else if (slot === "notification" && notificationStates[screenName]) {
const notification = notificationStates[screenName];
bodyRect = {
"x": notification.bodyX,
"y": notification.bodyY,
"width": notification.bodyW,
"height": notification.bodyH
};
}
return SurfaceDescriptor.normalize({
"bodyRect": bodyRect,
"animationOffset": animationOffset
}, descriptor);
}
function legacySurfaceState(screenName, kind) {
return SurfaceDescriptor.toLegacyState(surfaceDescriptor(screenName, kind));
}
function hasSurfaceDescriptor(screenName, kind, ownerId) {
const descriptor = surfaceDescriptor(screenName, kind);
return descriptor.phase !== "hidden" && (!ownerId || descriptor.ownerId === ownerId);
}
function _setSurfaceDescriptor(screenName, slotKind, state, ownerId) {
if (!screenName || !state)
return false;
const slot = _surfaceSlot(slotKind);
const currentScreen = surfaceDescriptors[screenName] || {};
const previous = currentScreen[slot] || SurfaceDescriptor.empty(state.kind || slotKind, screenName);
let normalized = SurfaceDescriptor.normalize(Object.assign({}, state, {
"ownerId": ownerId !== undefined ? ownerId : previous.ownerId,
"screenName": screenName,
"revision": previous.revision
}), previous);
if (SurfaceDescriptor.same(previous, normalized))
return true;
normalized = SurfaceDescriptor.withRevision(normalized, previous.revision + 1);
const nextScreen = _cloneDict(currentScreen);
nextScreen[slot] = normalized;
const next = _cloneDict(surfaceDescriptors);
next[screenName] = nextScreen;
surfaceDescriptors = next;
return true;
}
function _clearSurfaceDescriptor(screenName, kind, ownerId) {
if (!screenName)
return false;
const slot = _surfaceSlot(kind);
const currentScreen = surfaceDescriptors[screenName];
const current = currentScreen ? currentScreen[slot] : null;
if (!current || (ownerId && current.ownerId !== ownerId))
return false;
const nextScreen = _cloneDict(currentScreen);
delete nextScreen[slot];
const next = _cloneDict(surfaceDescriptors);
if (Object.keys(nextScreen).length > 0)
next[screenName] = nextScreen;
else
delete next[screenName];
surfaceDescriptors = next;
return true;
}
function _setSurfaceAnimation(screenName, kind, ownerId, x, y) {
const current = surfaceDescriptor(screenName, kind);
if (current.phase === "hidden" || (ownerId && current.ownerId !== ownerId))
return false;
return true;
}
function _setSurfaceBody(screenName, kind, ownerId, x, y, width, height) {
const current = surfaceDescriptor(screenName, kind);
if (current.phase === "hidden" || (ownerId && current.ownerId !== ownerId))
return false;
return true;
}
readonly property var emptyDockState: ({
"reveal": false,
"barSide": "bottom",
@@ -69,8 +200,10 @@ Singleton {
popoutOwnerId = claimId;
const ok = updatePopout(claimId, state);
if (ok) {
if (previousScreen && previousScreen !== popoutScreen)
if (previousScreen && previousScreen !== popoutScreen) {
_clearSurfaceDescriptor(previousScreen, "popout");
_bumpSurfaceRevision(previousScreen);
}
_bumpSurfaceRevision(popoutScreen);
}
return ok;
@@ -103,6 +236,21 @@ Singleton {
if (state.omitEndConnector !== undefined)
popoutOmitEndConnector = !!state.omitEndConnector;
_setSurfaceDescriptor(popoutScreen, "popout", Object.assign({}, state, {
"kind": "popout",
"screenName": popoutScreen,
"visible": popoutVisible,
"presented": state.presented !== undefined ? !!state.presented : popoutVisible,
"barSide": popoutBarSide,
"bodyX": popoutBodyX,
"bodyY": popoutBodyY,
"bodyW": popoutBodyW,
"bodyH": popoutBodyH,
"animX": popoutAnimX,
"animY": popoutAnimY,
"omitStartConnector": popoutOmitStartConnector,
"omitEndConnector": popoutOmitEndConnector
}), claimId);
return true;
}
@@ -123,6 +271,7 @@ Singleton {
popoutScreen = "";
popoutOmitStartConnector = false;
popoutOmitEndConnector = false;
_clearSurfaceDescriptor(releasedScreen, "popout", claimId);
_bumpSurfaceRevision(releasedScreen);
return true;
}
@@ -140,6 +289,7 @@ Singleton {
if (!isNaN(nextY) && popoutAnimY !== nextY)
popoutAnimY = nextY;
}
_setSurfaceAnimation(popoutScreen, "popout", claimId, animX, animY);
return true;
}
@@ -166,6 +316,7 @@ Singleton {
if (!isNaN(nextH) && popoutBodyH !== nextH)
popoutBodyH = nextH;
}
_setSurfaceBody(popoutScreen, "popout", claimId, bodyX, bodyY, bodyW, bodyH);
return true;
}
@@ -193,13 +344,21 @@ Singleton {
return false;
const normalized = _normalizeDockState(state);
if (_sameDockState(dockStates[screenName], normalized))
return true;
const descriptorState = Object.assign({}, state, normalized, {
"kind": "dock",
"screenName": screenName,
"visible": normalized.reveal,
"presented": normalized.reveal,
"phase": normalized.reveal ? (state.phase || "open") : "hidden"
});
const previous = dockStates[screenName] || emptyDockState;
const next = _cloneDict(dockStates);
next[screenName] = normalized;
dockStates = next;
const legacyChanged = !_sameDockState(dockStates[screenName], normalized);
if (legacyChanged) {
const next = _cloneDict(dockStates);
next[screenName] = normalized;
dockStates = next;
}
_setSurfaceDescriptor(screenName, "dock", descriptorState, "dock:" + screenName);
if (!!previous.reveal !== !!normalized.reveal)
_bumpSurfaceRevision(screenName);
return true;
@@ -212,6 +371,7 @@ Singleton {
const next = _cloneDict(dockStates);
delete next[screenName];
dockStates = next;
_clearSurfaceDescriptor(screenName, "dock");
// Also clear corresponding slide
if (dockSlides[screenName]) {
@@ -237,6 +397,7 @@ Singleton {
"y": numY
};
dockSlides = next;
_setSurfaceAnimation(screenName, "dock", "dock:" + screenName, numX, numY);
return true;
}
@@ -283,13 +444,20 @@ Singleton {
return false;
const normalized = _normalizeNotificationState(state);
if (_sameNotificationState(notificationStates[screenName], normalized))
return true;
const descriptorState = Object.assign({}, state, normalized, {
"kind": "notification",
"screenName": screenName,
"presented": normalized.visible,
"phase": normalized.visible ? (state.phase || "open") : "hidden"
});
const previous = notificationStates[screenName] || emptyNotificationState;
const next = _cloneDict(notificationStates);
next[screenName] = normalized;
notificationStates = next;
const legacyChanged = !_sameNotificationState(notificationStates[screenName], normalized);
if (legacyChanged) {
const next = _cloneDict(notificationStates);
next[screenName] = normalized;
notificationStates = next;
}
_setSurfaceDescriptor(screenName, "notification", descriptorState, "notification:" + screenName);
if (!!previous.visible !== !!normalized.visible)
_bumpSurfaceRevision(screenName);
return true;
@@ -302,6 +470,7 @@ Singleton {
const next = _cloneDict(notificationStates);
delete next[screenName];
notificationStates = next;
_clearSurfaceDescriptor(screenName, "notification");
_bumpSurfaceRevision(screenName);
return true;
}
@@ -362,6 +531,10 @@ Singleton {
const next = _cloneDict(modalStates);
next[screenName] = normalized;
modalStates = next;
_setSurfaceDescriptor(screenName, "modal", Object.assign({}, state, normalized, {
"kind": state.kind || "modal",
"screenName": screenName
}), ownerId || "");
_bumpSurfaceRevision(screenName);
return true;
}
@@ -372,11 +545,16 @@ Singleton {
if (ownerId && modalOwners[screenName] !== ownerId)
return false;
const normalized = _normalizeModalState(state);
if (_sameModalState(modalStates[screenName], normalized))
return true;
const next = _cloneDict(modalStates);
next[screenName] = normalized;
modalStates = next;
const descriptorState = Object.assign({}, state, normalized, {
"kind": state.kind || (surfaceDescriptor(screenName, "modal").kind || "modal"),
"screenName": screenName
});
if (!_sameModalState(modalStates[screenName], normalized)) {
const next = _cloneDict(modalStates);
next[screenName] = normalized;
modalStates = next;
}
_setSurfaceDescriptor(screenName, "modal", descriptorState, ownerId || modalOwners[screenName] || "");
return true;
}
@@ -418,6 +596,7 @@ Singleton {
delete nextOwners[screenName];
modalOwners = nextOwners;
}
_clearSurfaceDescriptor(screenName, "modal", ownerId);
_bumpSurfaceRevision(screenName);
return true;
}
@@ -438,6 +617,7 @@ Singleton {
"animY": nay
});
modalStates = next;
_setSurfaceAnimation(screenName, "modal", ownerId, animX, animY);
return true;
}
@@ -461,6 +641,7 @@ Singleton {
"bodyH": nh
});
modalStates = next;
_setSurfaceBody(screenName, "modal", ownerId, bodyX, bodyY, bodyW, bodyH);
return true;
}
@@ -543,6 +724,9 @@ Singleton {
const nextSurfaceRevisions = pruneKeyed(surfaceRevisions);
if (nextSurfaceRevisions !== null)
surfaceRevisions = nextSurfaceRevisions;
const nextDescriptors = pruneKeyed(surfaceDescriptors);
if (nextDescriptors !== null)
surfaceDescriptors = nextDescriptors;
let retractChanged = false;
const nextRetract = {};