Files
homelable/frontend/src/App.tsx
T
Pouzor 5ab0bdeb7f fix(text-node): persist text in label so it survives reload
text_content is not in the API serializer schema, so text node content
was dropped on save and the node came back empty after reload.

Store text in label instead — already persisted, and TextNode + the
edit modal already fall back to label, so existing data stays
compatible. Clear stale text_content on update.

Regression test added for the text-node save/load roundtrip.
2026-05-11 00:34:38 +02:00

718 lines
29 KiB
TypeScript

import { useEffect, useCallback, useRef, useState } from 'react'
import { ReactFlowProvider, type Connection, type Edge } from '@xyflow/react'
import { type Node } from '@xyflow/react'
import { applyDagreLayout } from '@/utils/layout'
import { serializeNode, serializeEdge, deserializeApiNode, deserializeApiEdge, type ApiNode, type ApiEdge } from '@/utils/canvasSerializer'
import { generateUUID } from '@/utils/uuid'
import { generateMarkdownTable } from '@/utils/exportMarkdown'
import { ExportModal } from '@/components/modals/ExportModal'
import { exportCanvasToYaml, downloadYaml } from '@/utils/exportYaml'
import { parseYamlToCanvas } from '@/utils/importYaml'
import { TooltipProvider } from '@/components/ui/tooltip'
import { Toaster } from '@/components/ui/sonner'
import { toast } from 'sonner'
import { CanvasContainer } from '@/components/canvas/CanvasContainer'
import { Sidebar } from '@/components/panels/Sidebar'
import { Toolbar } from '@/components/panels/Toolbar'
import { DetailPanel } from '@/components/panels/DetailPanel'
import { LoginPage } from '@/components/LoginPage'
import { NodeModal } from '@/components/modals/NodeModal'
import { EdgeModal } from '@/components/modals/EdgeModal'
import { ScanConfigModal } from '@/components/modals/ScanConfigModal'
import { ZigbeeImportModal } from '@/components/zigbee/ZigbeeImportModal'
import { GroupRectModal, type GroupRectFormData } from '@/components/modals/GroupRectModal'
import { TextModal, type TextFormData } from '@/components/modals/TextModal'
import { ThemeModal } from '@/components/modals/ThemeModal'
import { SearchModal } from '@/components/modals/SearchModal'
import { PendingDevicesModal } from '@/components/modals/PendingDevicesModal'
import { ShortcutsModal } from '@/components/modals/ShortcutsModal'
import { useCanvasStore } from '@/stores/canvasStore'
import { useAuthStore } from '@/stores/authStore'
import { useThemeStore } from '@/stores/themeStore'
import { canvasApi } from '@/api/client'
import { demoNodes, demoEdges } from '@/utils/demoData'
import { useStatusPolling } from '@/hooks/useStatusPolling'
import type { NodeData, EdgeData, CustomStyleDef } from '@/types'
import type { ZigbeeNode, ZigbeeEdge } from '@/components/zigbee/types'
const STANDALONE = import.meta.env.VITE_STANDALONE === 'true'
const STANDALONE_STORAGE_KEY = 'homelable_canvas'
const CONTAINER_MODE_TYPES = new Set<NodeData['type']>(['proxmox', 'vm', 'lxc', 'docker_host'])
export default function App() {
const { loadCanvas, markSaved, markUnsaved, selectedNodeId, selectedNodeIds, addNode, updateNode, deleteNode, onConnect, updateEdge, deleteEdge, setProxmoxContainerMode, setNodeZIndex, editingGroupRectId, setEditingGroupRectId, editingTextId, setEditingTextId, nodes, edges, snapshotHistory, undo, redo, copySelectedNodes, pasteNodes } = useCanvasStore()
const canvasRef = useRef<HTMLDivElement>(null)
const { isAuthenticated } = useAuthStore()
const { activeTheme, setTheme, customStyle, setCustomStyle } = useThemeStore()
useStatusPolling()
const [themeModalOpen, setThemeModalOpen] = useState(false)
const [searchOpen, setSearchOpen] = useState(false)
const [sidebarForceView, setSidebarForceView] = useState<'history' | undefined>(undefined)
const [pendingModalOpen, setPendingModalOpen] = useState(false)
const [pendingModalStatus, setPendingModalStatus] = useState<'pending' | 'hidden'>('pending')
const [pendingHighlightId, setPendingHighlightId] = useState<string | undefined>(undefined)
const openPendingModal = useCallback((deviceId?: string, status: 'pending' | 'hidden' = 'pending') => {
setPendingHighlightId(undefined)
setPendingModalStatus(status)
setPendingModalOpen(true)
if (deviceId) setTimeout(() => setPendingHighlightId(deviceId), 0)
}, [])
const [shortcutsOpen, setShortcutsOpen] = useState(false)
const [addNodeOpen, setAddNodeOpen] = useState(false)
const [addGroupRectOpen, setAddGroupRectOpen] = useState(false)
const [addTextOpen, setAddTextOpen] = useState(false)
const [editNodeId, setEditNodeId] = useState<string | null>(null)
const [pendingConnection, setPendingConnection] = useState<Connection | null>(null)
const [editEdgeId, setEditEdgeId] = useState<string | null>(null)
const [scanConfigOpen, setScanConfigOpen] = useState(false)
const [exportModalOpen, setExportModalOpen] = useState(false)
const [zigbeeImportOpen, setZigbeeImportOpen] = useState(false)
// Declare handleSave before the Ctrl+S effect so it is in scope
const handleSave = useCallback(async () => {
try {
if (STANDALONE) {
localStorage.setItem(STANDALONE_STORAGE_KEY, JSON.stringify({ nodes, edges, theme_id: activeTheme, custom_style: customStyle }))
markSaved()
toast.success('Canvas saved')
return
}
const nodesToSave = nodes.map(serializeNode)
const edgesToSave = edges.map(serializeEdge)
await canvasApi.save({ nodes: nodesToSave, edges: edgesToSave, viewport: { theme_id: activeTheme }, custom_style: customStyle })
markSaved()
toast.success('Canvas saved')
} catch {
toast.error('Save failed')
}
}, [nodes, edges, markSaved, activeTheme, customStyle])
// Keep a ref so the keydown handler always calls the latest version
const handleSaveRef = useRef(handleSave)
useEffect(() => { handleSaveRef.current = handleSave }, [handleSave])
// Load canvas on auth (or immediately in standalone mode)
useEffect(() => {
if (STANDALONE) {
try {
const saved = localStorage.getItem(STANDALONE_STORAGE_KEY)
if (saved) {
const { nodes: savedNodes, edges: savedEdges, theme_id, custom_style } = JSON.parse(saved)
if (theme_id) setTheme(theme_id)
if (custom_style) setCustomStyle(custom_style)
loadCanvas(savedNodes, savedEdges)
} else {
loadCanvas(demoNodes, demoEdges)
}
} catch {
loadCanvas(demoNodes, demoEdges)
}
return
}
if (!isAuthenticated) return
canvasApi.load()
.then((res) => {
const { nodes: apiNodes, edges: apiEdges } = res.data
if (apiNodes.length > 0) {
// Build a map of container mode nodes to know if children should be nested
const proxmoxContainerMap = new Map<string, boolean>(
(apiNodes as ApiNode[])
.filter((n) => n.type === 'group' || n.container_mode === true)
.map((n) => [n.id, true])
)
const rfNodes = (apiNodes as ApiNode[]).map((n) => deserializeApiNode(n, proxmoxContainerMap))
const rfEdges = (apiEdges as ApiEdge[]).map(deserializeApiEdge)
const savedTheme = res.data.viewport?.theme_id
if (savedTheme) setTheme(savedTheme)
if (res.data.custom_style) setCustomStyle(res.data.custom_style as CustomStyleDef)
loadCanvas(rfNodes, rfEdges)
} else {
loadCanvas(demoNodes, demoEdges)
}
})
.catch(() => loadCanvas(demoNodes, demoEdges))
}, [isAuthenticated, loadCanvas, setTheme, setCustomStyle])
// Keep refs for store actions so keydown handler is always up-to-date without re-registering
const undoRef = useRef(undo)
const redoRef = useRef(redo)
const copyRef = useRef(copySelectedNodes)
const pasteRef = useRef(pasteNodes)
useEffect(() => { undoRef.current = undo }, [undo])
useEffect(() => { redoRef.current = redo }, [redo])
useEffect(() => { copyRef.current = copySelectedNodes }, [copySelectedNodes])
useEffect(() => { pasteRef.current = pasteNodes }, [pasteNodes])
// Global keyboard shortcuts
useEffect(() => {
const handler = (e: KeyboardEvent) => {
const ctrl = e.ctrlKey || e.metaKey
// Ignore shortcuts when typing in an input/textarea
const tag = (e.target as HTMLElement).tagName
const isInput = tag === 'INPUT' || tag === 'TEXTAREA' || (e.target as HTMLElement).isContentEditable
if (ctrl && e.key === 's') { e.preventDefault(); handleSaveRef.current(); return }
if (ctrl && e.key === 'z') { e.preventDefault(); undoRef.current(); return }
if (ctrl && (e.key === 'y' || (e.shiftKey && e.key === 'z'))) { e.preventDefault(); redoRef.current(); return }
if (ctrl && e.key === 'k') { e.preventDefault(); setSearchOpen(true); return }
if (ctrl && e.key === 'c' && !isInput) { copyRef.current(); return }
if (ctrl && e.key === 'v' && !isInput) { pasteRef.current(); return }
if (e.key === '?' && !isInput) { setShortcutsOpen(true); return }
}
window.addEventListener('keydown', handler)
return () => window.removeEventListener('keydown', handler)
}, [])
const handleAddNode = useCallback((data: Partial<NodeData>) => {
snapshotHistory()
const id = generateUUID()
const isContainerNode = data.container_mode === true
const parentNode = data.parent_id ? nodes.find((n) => n.id === data.parent_id) : null
// Children position is relative to parent; place near top-left with padding
const position = parentNode
? { x: 20, y: 50 }
: { x: 300, y: 300 }
const newNode: Node<NodeData> = {
id,
type: data.type ?? 'generic',
position,
data: { status: 'unknown', services: [], ...data } as NodeData,
...(data.parent_id ? { parentId: data.parent_id, extent: 'parent' as const } : {}),
...(isContainerNode ? { width: 300, height: 200 } : {}),
}
addNode(newNode)
toast.success(`Added "${data.label}"`)
}, [addNode, nodes, snapshotHistory])
const handleAddGroupRect = useCallback((data: GroupRectFormData) => {
snapshotHistory()
const id = generateUUID()
const newNode: Node<NodeData> = {
id,
type: 'groupRect',
position: { x: 200, y: 200 },
data: {
label: data.label,
type: 'groupRect',
status: 'unknown',
services: [],
custom_colors: {
border: data.border_color,
border_style: data.border_style,
border_width: data.border_width,
background: data.background_color,
text_color: data.text_color,
text_position: data.text_position,
text_size: data.text_size,
label_position: data.label_position,
font: data.font,
z_order: data.z_order,
},
},
width: 360,
height: 240,
zIndex: data.z_order - 10,
}
addNode(newNode)
}, [addNode, snapshotHistory])
const handleUpdateGroupRect = useCallback((data: GroupRectFormData) => {
if (!editingGroupRectId) return
snapshotHistory()
const existing = nodes.find((n) => n.id === editingGroupRectId)
updateNode(editingGroupRectId, {
label: data.label,
custom_colors: {
...existing?.data.custom_colors,
border: data.border_color,
border_style: data.border_style,
border_width: data.border_width,
background: data.background_color,
text_color: data.text_color,
text_position: data.text_position,
text_size: data.text_size,
label_position: data.label_position,
font: data.font,
z_order: data.z_order,
},
})
setNodeZIndex(editingGroupRectId, data.z_order - 10)
setEditingGroupRectId(null)
}, [editingGroupRectId, nodes, updateNode, setNodeZIndex, setEditingGroupRectId, snapshotHistory])
const handleAddText = useCallback((data: TextFormData) => {
snapshotHistory()
const id = generateUUID()
const newNode: Node<NodeData> = {
id,
// Text lives in `label` because the API serializer only persists top-level
// node fields; text_content is not in the schema and was lost on reload.
// TextNode and the edit modal both already fall back to label.
type: 'text',
position: { x: 250, y: 250 },
data: {
label: data.text,
type: 'text',
status: 'unknown',
services: [],
custom_colors: {
border: data.border_color,
border_style: data.border_style,
border_width: data.border_width,
background: data.background_color,
text_color: data.text_color,
text_size: data.text_size,
font: data.font,
},
},
width: 200,
height: 60,
}
addNode(newNode)
}, [addNode, snapshotHistory])
const handleUpdateText = useCallback((data: TextFormData) => {
if (!editingTextId) return
snapshotHistory()
const existing = nodes.find((n) => n.id === editingTextId)
updateNode(editingTextId, {
label: data.text,
// Clear stale text_content if present from older builds — label is the
// source of truth now.
text_content: undefined,
custom_colors: {
...existing?.data.custom_colors,
border: data.border_color,
border_style: data.border_style,
border_width: data.border_width,
background: data.background_color,
text_color: data.text_color,
text_size: data.text_size,
font: data.font,
},
})
setEditingTextId(null)
}, [editingTextId, nodes, updateNode, setEditingTextId, snapshotHistory])
const handleDeleteText = useCallback(() => {
if (!editingTextId) return
snapshotHistory()
deleteNode(editingTextId)
setEditingTextId(null)
}, [editingTextId, deleteNode, setEditingTextId, snapshotHistory])
const handleDeleteGroupRect = useCallback(() => {
if (!editingGroupRectId) return
snapshotHistory()
deleteNode(editingGroupRectId)
setEditingGroupRectId(null)
}, [editingGroupRectId, deleteNode, setEditingGroupRectId, snapshotHistory])
const handleEditNode = useCallback((id: string) => {
setEditNodeId(id)
}, [])
const handleUpdateNode = useCallback((data: Partial<NodeData>) => {
if (!editNodeId) return
snapshotHistory()
const existingNode = nodes.find((n) => n.id === editNodeId)
updateNode(editNodeId, data)
// If container_mode changed, apply structural changes (children parentId, node dimensions)
if (typeof data.container_mode === 'boolean') {
setProxmoxContainerMode(editNodeId, data.container_mode)
}
// Sync virtual edge when parent_id changes on an LXC/VM node
const nodeType = data.type ?? existingNode?.data.type
if ((nodeType === 'lxc' || nodeType === 'vm' || nodeType === 'docker_container') && 'parent_id' in data) {
const oldParentId = existingNode?.data.parent_id ?? null
const newParentId = data.parent_id ?? null
if (oldParentId !== newParentId) {
// Remove any existing virtual edge between child and old parent
if (oldParentId) {
const oldEdge = edges.find((e) =>
e.data?.type === 'virtual' &&
((e.source === editNodeId && e.target === oldParentId) ||
(e.source === oldParentId && e.target === editNodeId))
)
if (oldEdge) deleteEdge(oldEdge.id)
}
// Create virtual edge only when parent is NOT in container mode
// (container mode shows containment visually — no edge needed)
if (newParentId) {
const parentNode = nodes.find((n) => n.id === newParentId)
if (!parentNode?.data.container_mode) {
onConnect({ source: editNodeId, sourceHandle: 'top', target: newParentId, targetHandle: 'bottom', type: 'virtual' } as unknown as Connection)
}
}
}
}
setEditNodeId(null)
}, [editNodeId, updateNode, setProxmoxContainerMode, nodes, edges, deleteEdge, onConnect, snapshotHistory])
const handleAutoLayout = useCallback(() => {
const laid = applyDagreLayout(nodes, edges)
loadCanvas(laid, edges)
toast.success('Canvas auto-arranged')
}, [nodes, edges, loadCanvas])
const handleExportMd = useCallback(async () => {
const md = generateMarkdownTable(nodes)
if (!md) { toast.error('No nodes to export'); return }
await navigator.clipboard.writeText(md)
toast.success('Markdown table copied to clipboard')
}, [nodes])
const handleExportYaml = useCallback(() => {
if (nodes.length === 0) { toast.error('No nodes to export'); return }
const content = exportCanvasToYaml(nodes, edges)
downloadYaml(content)
toast.success('Canvas exported as YAML')
}, [nodes, edges])
const handleImportYaml = useCallback((content: string) => {
try {
const { nodes: merged, edges: mergedEdges, imported } = parseYamlToCanvas(content, nodes, edges)
snapshotHistory()
loadCanvas(merged, mergedEdges)
markUnsaved()
toast.success(`Imported ${imported} node${imported !== 1 ? 's' : ''}`)
} catch (err) {
toast.error(`Import failed: ${err instanceof Error ? err.message : String(err)}`)
}
}, [nodes, edges, snapshotHistory, loadCanvas, markUnsaved])
const handleExport = useCallback(() => {
const el = canvasRef.current?.querySelector<HTMLElement>('.react-flow')
if (!el) { toast.error('Canvas not ready'); return }
setExportModalOpen(true)
}, [])
const handleZigbeeAddToCanvas = useCallback((zigbeeNodes: ZigbeeNode[], zigbeeEdges: ZigbeeEdge[]) => {
snapshotHistory()
// Place nodes in a grid starting at x=500, y=100
const COLS = 4
const SPACING_X = 170
const SPACING_Y = 100
zigbeeNodes.forEach((zn, i) => {
const id = zn.id
const col = i % COLS
const row = Math.floor(i / COLS)
const position = { x: 500 + col * SPACING_X, y: 100 + row * SPACING_Y }
const newNode: import('@xyflow/react').Node<NodeData> = {
id,
type: zn.type,
position,
data: {
label: zn.friendly_name,
type: zn.type as NodeData['type'],
status: 'unknown' as const,
services: [],
...(zn.lqi != null ? { properties: [{ key: 'LQI', value: String(zn.lqi), icon: 'signal', visible: true }] } : {}),
...(zn.model ? { os: zn.model } : {}),
...(zn.parent_id ? { parent_id: zn.parent_id } : {}),
},
}
addNode(newNode)
})
// Add IoT edges between Zigbee devices: parent bottom -> child top
zigbeeEdges.forEach((ze) => {
onConnect({
source: ze.source,
sourceHandle: 'bottom',
target: ze.target,
targetHandle: 'top-t',
type: 'iot',
} as unknown as import('@xyflow/react').Connection)
})
// Auto-select only the freshly imported nodes so the user can drag the
// whole subtree as a group.
const importedIds = new Set(zigbeeNodes.map((zn) => zn.id))
useCanvasStore.setState((state) => ({
nodes: state.nodes.map((n) => ({ ...n, selected: importedIds.has(n.id) })),
selectedNodeIds: Array.from(importedIds),
selectedNodeId: importedIds.size === 1 ? Array.from(importedIds)[0] : null,
}))
markUnsaved()
}, [addNode, onConnect, snapshotHistory, markUnsaved])
const handleEdgeConnect = useCallback((connection: Connection) => {
setPendingConnection(connection)
}, [])
const handleEdgeConfirm = useCallback((edgeData: EdgeData) => {
if (!pendingConnection) return
snapshotHistory()
onConnect({ ...pendingConnection, ...edgeData } as unknown as Connection)
// When a virtual edge is drawn between a child node and a container node, sync parent_id
if (edgeData.type === 'virtual') {
const src = nodes.find((n) => n.id === pendingConnection.source)
const tgt = nodes.find((n) => n.id === pendingConnection.target)
const srcType = src?.data.type as NodeData['type']
const tgtType = tgt?.data.type as NodeData['type']
if ((srcType === 'lxc' || srcType === 'vm') && CONTAINER_MODE_TYPES.has(tgtType)) {
updateNode(pendingConnection.source, { parent_id: pendingConnection.target })
} else if (CONTAINER_MODE_TYPES.has(srcType) && (tgtType === 'lxc' || tgtType === 'vm')) {
updateNode(pendingConnection.target, { parent_id: pendingConnection.source })
} else if (srcType === 'docker_container' && tgtType === 'docker_host') {
updateNode(pendingConnection.source, { parent_id: pendingConnection.target })
} else if (tgtType === 'docker_container' && srcType === 'docker_host') {
updateNode(pendingConnection.target, { parent_id: pendingConnection.source })
}
}
setPendingConnection(null)
}, [pendingConnection, onConnect, nodes, updateNode, snapshotHistory])
const handleEdgeDoubleClick = useCallback((edge: Edge<EdgeData>) => {
setEditEdgeId(edge.id)
}, [])
const handleNodeDoubleClick = useCallback((node: Node<NodeData>) => {
// 'group' uses inline rename (pencil button in header). Opening the
// generic NodeModal would clobber the group's height (via the
// properties-clears-height rule in updateNode) and lose its children.
// 'groupRect' has its own onDoubleClick that already routes to GroupRectModal.
if (node.data.type === 'group' || node.data.type === 'groupRect') return
handleEditNode(node.id)
}, [handleEditNode])
const handleEdgeUpdate = useCallback((data: EdgeData) => {
if (!editEdgeId) return
snapshotHistory()
updateEdge(editEdgeId, data)
setEditEdgeId(null)
}, [editEdgeId, updateEdge, snapshotHistory])
const handleEdgeDelete = useCallback(() => {
if (!editEdgeId) return
snapshotHistory()
deleteEdge(editEdgeId)
setEditEdgeId(null)
}, [editEdgeId, deleteEdge, snapshotHistory])
const handleClearWaypoints = useCallback(() => {
if (!editEdgeId) return
snapshotHistory()
updateEdge(editEdgeId, { waypoints: [] })
setEditEdgeId(null)
}, [editEdgeId, updateEdge, snapshotHistory])
const editNode = editNodeId ? nodes.find((n) => n.id === editNodeId) : null
const editEdge = editEdgeId ? edges.find((e) => e.id === editEdgeId) : null
if (!STANDALONE && !isAuthenticated) return <LoginPage />
return (
<TooltipProvider>
<ReactFlowProvider>
<div className="flex h-screen w-screen overflow-hidden bg-[#0d1117]">
<Sidebar
onAddNode={() => setAddNodeOpen(true)}
onAddGroupRect={() => setAddGroupRectOpen(true)}
onAddText={() => setAddTextOpen(true)}
onScan={() => setScanConfigOpen(true)}
onZigbeeImport={() => setZigbeeImportOpen(true)}
onSave={handleSave}
forceView={sidebarForceView}
onOpenPending={openPendingModal}
/>
<div className="flex flex-col flex-1 min-w-0">
<Toolbar
onSave={handleSave}
onAutoLayout={handleAutoLayout}
onExport={handleExport}
onChangeStyle={() => setThemeModalOpen(true)}
onUndo={undo}
onRedo={redo}
onShortcuts={() => setShortcutsOpen(true)}
onExportMd={handleExportMd}
onExportYaml={handleExportYaml}
onImportYaml={handleImportYaml}
/>
<div className="flex flex-1 min-h-0">
<div ref={canvasRef} className="flex-1 min-w-0 h-full">
<CanvasContainer
onConnect={handleEdgeConnect}
onEdgeDoubleClick={handleEdgeDoubleClick}
onNodeDoubleClick={handleNodeDoubleClick}
onNodeDragStart={snapshotHistory}
onOpenPending={(deviceId) => openPendingModal(deviceId)}
/>
</div>
{(selectedNodeId || selectedNodeIds.length > 1) && <DetailPanel onEdit={handleEditNode} />}
</div>
</div>
</div>
<NodeModal
key={addNodeOpen ? 'add-open' : 'add-closed'}
open={addNodeOpen}
onClose={() => setAddNodeOpen(false)}
onSubmit={handleAddNode}
title="Add Node"
parentContainerNodes={nodes
.filter((n) => CONTAINER_MODE_TYPES.has(n.data.type) && n.data.container_mode)
.map((n) => ({ id: n.id, label: n.data.label, nodeType: n.data.type }))}
/>
{/* key forces re-mount when editing a different node, resetting form state */}
<NodeModal
key={editNodeId ?? 'edit'}
open={!!editNodeId}
onClose={() => setEditNodeId(null)}
onSubmit={handleUpdateNode}
initial={editNode?.data}
title="Edit Node"
parentContainerNodes={nodes
.filter((n) => n.id !== editNodeId && CONTAINER_MODE_TYPES.has(n.data.type) && n.data.container_mode)
.map((n) => ({ id: n.id, label: n.data.label, nodeType: n.data.type }))}
/>
<EdgeModal
key={pendingConnection ? `${pendingConnection.source}-${pendingConnection.sourceHandle}-${pendingConnection.target}-${pendingConnection.targetHandle}` : 'conn-idle'}
open={!!pendingConnection}
onClose={() => setPendingConnection(null)}
onSubmit={handleEdgeConfirm}
initial={
pendingConnection?.sourceHandle?.includes('cluster') || pendingConnection?.targetHandle?.includes('cluster')
? { type: 'cluster' }
: undefined
}
/>
<EdgeModal
key={editEdgeId ?? 'edge-edit'}
open={!!editEdgeId}
onClose={() => setEditEdgeId(null)}
onSubmit={handleEdgeUpdate}
onDelete={handleEdgeDelete}
onClearWaypoints={handleClearWaypoints}
initial={editEdge?.data}
title="Edit Link"
/>
{!STANDALONE && (
<ScanConfigModal
open={scanConfigOpen}
onClose={() => setScanConfigOpen(false)}
onScanNow={() => {
toast.success('Network scan started — check Scan History for results')
setSidebarForceView(undefined)
setTimeout(() => setSidebarForceView('history'), 0)
}}
/>
)}
{!STANDALONE && (
<ZigbeeImportModal
open={zigbeeImportOpen}
onClose={() => setZigbeeImportOpen(false)}
onAddToCanvas={handleZigbeeAddToCanvas}
onPendingImported={() => {
setSidebarForceView(undefined)
setTimeout(() => setSidebarForceView('history'), 0)
}}
/>
)}
<GroupRectModal
open={addGroupRectOpen}
onClose={() => setAddGroupRectOpen(false)}
onSubmit={handleAddGroupRect}
title="Add Zone"
/>
{/* key forces re-mount when editing a different rect */}
<GroupRectModal
key={editingGroupRectId ?? 'rect-edit'}
open={!!editingGroupRectId}
onClose={() => setEditingGroupRectId(null)}
onSubmit={handleUpdateGroupRect}
onDelete={handleDeleteGroupRect}
initial={(() => {
const n = editingGroupRectId ? nodes.find((nd) => nd.id === editingGroupRectId) : null
if (!n) return undefined
const rc = n.data.custom_colors ?? {}
return {
label: n.data.label,
font: rc.font ?? 'inter',
text_color: rc.text_color ?? '#e6edf3',
text_position: rc.text_position ?? 'top-left',
border_color: rc.border ?? '#00d4ff',
border_style: rc.border_style ?? 'solid',
border_width: rc.border_width ?? 2,
background_color: rc.background ?? '#00d4ff0d',
text_size: rc.text_size ?? 12,
label_position: rc.label_position ?? 'inside',
z_order: rc.z_order ?? 1,
}
})()}
title="Edit Zone"
/>
<TextModal
open={addTextOpen}
onClose={() => setAddTextOpen(false)}
onSubmit={handleAddText}
title="Add Text"
/>
<TextModal
key={editingTextId ?? 'text-edit'}
open={!!editingTextId}
onClose={() => setEditingTextId(null)}
onSubmit={handleUpdateText}
onDelete={handleDeleteText}
initial={(() => {
const n = editingTextId ? nodes.find((nd) => nd.id === editingTextId) : null
if (!n) return undefined
const rc = n.data.custom_colors ?? {}
return {
text: n.data.text_content ?? n.data.label ?? '',
font: rc.font ?? 'inter',
text_color: rc.text_color ?? '#e6edf3',
text_size: rc.text_size ?? 14,
border_color: rc.border ?? '#30363d',
border_style: (rc.border_style ?? 'none') as TextFormData['border_style'],
border_width: rc.border_width ?? 1,
background_color: rc.background ?? '#00000000',
}
})()}
title="Edit Text"
/>
{/* key forces re-mount on open so useState captures current theme as original */}
<ThemeModal
key={themeModalOpen ? 'theme-open' : 'theme-closed'}
open={themeModalOpen}
onClose={() => setThemeModalOpen(false)}
/>
<SearchModal
open={searchOpen}
onClose={() => setSearchOpen(false)}
onOpenPending={(deviceId) => openPendingModal(deviceId)}
/>
<ShortcutsModal open={shortcutsOpen} onClose={() => setShortcutsOpen(false)} />
<PendingDevicesModal
open={pendingModalOpen}
onClose={() => setPendingModalOpen(false)}
highlightId={pendingHighlightId}
initialStatus={pendingModalStatus}
/>
<ExportModal
open={exportModalOpen}
onClose={() => setExportModalOpen(false)}
getElement={() => canvasRef.current?.querySelector<HTMLElement>('.react-flow') ?? null}
/>
<Toaster theme="dark" position="bottom-right" />
</ReactFlowProvider>
</TooltipProvider>
)
}