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https://github.com/sotam0316/drawNET_test.git
synced 2026-04-25 03:58:38 +09:00
static 폴더 및 하위 파일 업로드
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sotam0316
@@ -0,0 +1,208 @@
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import { state } from '../../../state.js';
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import { logger } from '../../../utils/logger.js';
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import { calculateCellZIndex } from '../../layers.js';
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/**
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* getX6EdgeConfig - Maps edge data to X6 connecting properties
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*/
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export function getX6EdgeConfig(data) {
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if (!data || !data.source || !data.target) {
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return {
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source: data?.source,
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target: data?.target,
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router: null,
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attrs: {
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line: {
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stroke: '#94a3b8',
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strokeWidth: 2,
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targetMarker: 'block'
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}
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}
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};
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}
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// 1. Resolve Routing Type (Explicit choice > Adaptive)
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let routingType = data.routing || 'manhattan';
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if (routingType === 'u-shape') routingType = 'manhattan-u';
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// Adaptive Routing: Only force straight if NO explicit choice was made or if it's currently manhattan
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if (state.graph && (routingType === 'manhattan' || !data.routing)) {
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const srcNode = state.graph.getCellById(data.source);
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const dstNode = state.graph.getCellById(data.target);
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if (srcNode && dstNode && srcNode.isNode() && dstNode.isNode()) {
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const b1 = srcNode.getBBox();
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const b2 = dstNode.getBBox();
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const p1 = { x: b1.x + b1.width / 2, y: b1.y + b1.height / 2 };
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const p2 = { x: b2.x + b2.width / 2, y: b2.y + b2.height / 2 };
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const dist = Math.sqrt(Math.pow(p1.x - p2.x, 2) + Math.pow(p1.y - p2.y, 2));
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if (dist < 100) {
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routingType = 'straight';
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}
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}
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}
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const isStraight = (routingType === 'straight');
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// 2. Resolve Anchors & Router Args
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const srcAnchor = (data.routing === 'u-shape') ? 'top' : (data.source_anchor || 'orth');
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const dstAnchor = (data.routing === 'u-shape') ? 'top' : (data.target_anchor || 'orth');
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// Manhattan Router Args (Enhanced for topological diagrams)
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const routerArgs = {
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padding: 10,
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step: 5, // [TWEAK] Increase precision (10 -> 5) to reduce redundant bends
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offset: data.routing_offset || 20,
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exclude(cell) {
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return cell && typeof cell.getData === 'function' && cell.getData()?.is_group;
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}
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};
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// Sync Manhattan directions with manual anchors to force the router to respect the side
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const validSides = ['top', 'bottom', 'left', 'right'];
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if (srcAnchor && validSides.includes(srcAnchor)) {
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routerArgs.startDirections = [srcAnchor];
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}
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if (dstAnchor && validSides.includes(dstAnchor)) {
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routerArgs.endDirections = [dstAnchor];
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}
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if (routingType === 'manhattan-u') {
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routerArgs.startDirections = ['top'];
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routerArgs.endDirections = ['top'];
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}
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// 3. Intelligent Port Matching (Shortest Path)
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// If ports are not explicitly provided (e.g. via Auto-connect Shift+A),
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// we find the closest port pair to ensure the most direct connection.
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let resolvedSourcePort = data.source_port;
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let resolvedTargetPort = data.target_port;
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if (state.graph && !resolvedSourcePort && !resolvedTargetPort && srcAnchor === 'orth' && dstAnchor === 'orth') {
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const srcNode = state.graph.getCellById(data.source);
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const dstNode = state.graph.getCellById(data.target);
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if (srcNode && dstNode && srcNode.isNode() && dstNode.isNode()) {
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const bestPorts = findClosestPorts(srcNode, dstNode);
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if (bestPorts) {
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resolvedSourcePort = bestPorts.source;
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resolvedTargetPort = bestPorts.target;
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}
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}
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}
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const routerConfigs = {
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manhattan: { name: 'manhattan', args: routerArgs },
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'manhattan-u': { name: 'manhattan', args: routerArgs },
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orthogonal: { name: 'orth' },
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straight: null,
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metro: { name: 'metro' }
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};
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const isStraightFinal = (routingType === 'straight');
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const direction = data.direction || 'none';
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// Resolve source/target configuration
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// Rule: If a port is explicitly provided AND the anchor is set to 'orth' (Auto),
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// we keep the port. If a manual anchor (top, left, etc.) is set, we clear the port.
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const sourceConfig = {
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cell: data.source,
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connectionPoint: { name: 'boundary', args: { padding: 6 } }
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};
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if (resolvedSourcePort && srcAnchor === 'orth') {
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sourceConfig.port = resolvedSourcePort;
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} else {
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// [FIX] In Straight mode, directional anchors (top, left etc) force a bend.
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// We use 'center' but rely on 'boundary' connection point for a perfect straight diagonal.
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sourceConfig.anchor = isStraight ? { name: 'center' } : { name: srcAnchor };
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}
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const targetConfig = {
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cell: data.target,
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connectionPoint: { name: 'boundary', args: { padding: 6 } }
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};
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if (resolvedTargetPort && dstAnchor === 'orth') {
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targetConfig.port = resolvedTargetPort;
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} else {
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targetConfig.anchor = isStraight ? { name: 'center' } : { name: dstAnchor };
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}
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const config = {
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id: data.id || `e_${data.source}_${data.target}`,
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source: sourceConfig,
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target: targetConfig,
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router: isStraight ? null : (routerConfigs[routingType] || routerConfigs.manhattan),
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connector: isStraight ? { name: 'normal' } : { name: 'jumpover', args: { type: 'arc', size: 6 } },
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attrs: {
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line: {
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stroke: data.is_tunnel ? (data.color || '#ef4444') : (data.color || '#94a3b8'),
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strokeWidth: data.is_tunnel ? 2 : (data.width || (data.style === 'double' ? 4 : 2)),
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strokeDasharray: data.flow ? '5,5' : (data.is_tunnel ? '6,3' : (data.style === 'dashed' ? '5,5' : (data.style === 'dotted' ? '2,2' : '0'))),
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targetMarker: (direction === 'forward' || direction === 'both') ? 'block' : null,
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sourceMarker: (direction === 'backward' || direction === 'both') ? 'block' : null,
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class: data.flow ? 'flow-animation' : '',
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}
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},
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labels: (() => {
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const lbls = [];
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if (data.label) {
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lbls.push({
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attrs: {
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text: { text: data.label, fill: data.color || '#64748b', fontSize: 11, fontWeight: '600' },
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rect: { fill: 'rgba(255,255,255,0.8)', rx: 4, ry: 4, strokeWidth: 0 }
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}
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});
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}
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if (data.is_tunnel) {
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lbls.push({
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attrs: {
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text: { text: 'VPN', fill: '#ef4444', fontSize: 10, fontWeight: 'bold' },
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rect: { fill: '#ffffff', rx: 3, ry: 3, stroke: '#ef4444', strokeWidth: 1 }
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},
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position: { distance: 0.25 }
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});
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}
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return lbls;
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})(),
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zIndex: data.zIndex || calculateCellZIndex(data, 0, false), // Edges default to 30 (Above groups)
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movable: !data.locked,
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deletable: !data.locked,
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data: data
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};
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return config;
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}
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/**
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* findClosestPorts - Finds the pair of ports with the minimum distance between two nodes.
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*/
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function findClosestPorts(srcNode, dstNode) {
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const srcPorts = srcNode.getPorts();
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const dstPorts = dstNode.getPorts();
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if (srcPorts.length === 0 || dstPorts.length === 0) return null;
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let minParams = null;
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let minDistance = Infinity;
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srcPorts.forEach(sp => {
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dstPorts.forEach(dp => {
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const p1 = srcNode.getPortProp(sp.id, 'args/point') || { x: 0, y: 0 };
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const p2 = dstNode.getPortProp(dp.id, 'args/point') || { x: 0, y: 0 };
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// Convert to absolute coordinates
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const pos1 = srcNode.getPosition();
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const pos2 = dstNode.getPosition();
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const abs1 = { x: pos1.x + p1.x, y: pos1.y + p1.y };
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const abs2 = { x: pos2.x + p2.x, y: pos2.y + p2.y };
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const dist = Math.sqrt(Math.pow(abs1.x - abs2.x, 2) + Math.pow(abs1.y - abs2.y, 2));
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if (dist < minDistance) {
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minDistance = dist;
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minParams = { source: sp.id, target: dp.id };
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}
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});
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});
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return minParams;
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}
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@@ -0,0 +1,2 @@
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export { getX6NodeConfig } from './node.js';
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export { getX6EdgeConfig } from './edge.js';
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@@ -0,0 +1,138 @@
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import { state } from '../../../state.js';
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import { shapeRegistry } from '../registry.js';
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import { getLabelAttributes, generateRackUnitsPath } from '../utils.js';
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import { DEFAULTS } from '../../../constants.js';
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import { calculateCellZIndex } from '../../layers.js';
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/**
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* getX6NodeConfig - Maps data properties to X6 node attributes using ShapeRegistry
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*/
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export function getX6NodeConfig(data) {
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const nodeType = (data.type || '').toLowerCase();
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// 1. Find the plugin in the registry
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let plugin = shapeRegistry.get(nodeType);
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// Fallback for generic types if not found by direct name
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if (!plugin) {
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if (nodeType === 'rectangle') plugin = shapeRegistry.get('rect');
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else if (nodeType === 'blank') plugin = shapeRegistry.get('dummy');
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}
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// Default to 'default' plugin if still not found
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if (!plugin) plugin = shapeRegistry.get('default');
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// 2. Resolve asset path (Skip for groups and primitives!)
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const primitives = ['rect', 'circle', 'ellipse', 'rounded-rect', 'text-box', 'label', 'dot', 'dummy', 'rack', 'triangle', 'diamond', 'parallelogram', 'cylinder', 'document', 'manual-input', 'table', 'user', 'admin', 'hourglass', 'polyline'];
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let assetPath = `/static/assets/${DEFAULTS.DEFAULT_ICON}`;
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if (data.is_group || primitives.includes(nodeType)) {
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assetPath = undefined;
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} else if (plugin.shape === 'drawnet-node' || plugin.type === 'default' || !plugin.icon) {
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const currentPath = data.assetPath || data.asset_path;
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if (currentPath) {
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assetPath = currentPath.startsWith('/static/assets/') ? currentPath : `/static/assets/${currentPath}`;
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} else {
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const matchedAsset = state.assetsData?.find(a => {
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const searchType = (a.type || '').toLowerCase();
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const searchId = (a.id || '').toLowerCase();
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return nodeType === searchType || nodeType === searchId ||
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nodeType.includes(searchType) || nodeType.includes(searchId);
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});
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if (matchedAsset) {
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const iconFileName = matchedAsset.path || (matchedAsset.views && matchedAsset.views.icon) || DEFAULTS.DEFAULT_ICON;
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assetPath = `/static/assets/${iconFileName}`;
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data.assetPath = iconFileName;
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}
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}
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}
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// 3. Build Base Configuration
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let config = {
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id: data.id,
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shape: plugin.shape,
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position: data.pos ? { x: data.pos.x, y: data.pos.y } : { x: 100, y: 100 },
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zIndex: data.zIndex || calculateCellZIndex(data, 0, true),
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movable: !data.locked,
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deletable: !data.locked,
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data: data,
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attrs: {
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label: {
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text: data.label || '',
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fill: data.color || data['text-color'] || '#64748b',
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...getLabelAttributes(data.label_pos || data['label-pos'], nodeType, data.is_group)
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}
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}
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};
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// 4. Plugin Specific Overrides
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if (data.is_group) {
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config.attrs.body = {
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fill: data.background || '#f1f5f9',
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stroke: data['border-color'] || '#3b82f6'
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};
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} else if (plugin.shape === 'drawnet-icon' && plugin.icon) {
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config.attrs.icon = {
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text: plugin.icon,
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fill: data.color || '#64748b'
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};
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} else if (plugin.shape === 'drawnet-node') {
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config.attrs.image = { 'xlink:href': assetPath };
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}
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// 5. Primitive Styling Persistence
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if (primitives.includes(nodeType)) {
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if (!config.attrs.body) config.attrs.body = {};
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if (data.fill) config.attrs.body.fill = data.fill;
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if (data.border) config.attrs.body.stroke = data.border;
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}
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// Rack specific handling
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if (nodeType === 'rack') {
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const slots = data.slots || 42;
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const height = data.height || 600;
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config.data.is_group = true;
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config.attrs = {
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...config.attrs,
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units: { d: generateRackUnitsPath(height, slots) },
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label: { text: data.label || `Rack (${slots}U)` }
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};
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}
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// Rich Card specific handling
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if (nodeType === 'rich-card' || plugin.shape === 'drawnet-rich-card') {
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config.data.headerText = data.headerText || data.label || 'RICH INFO CARD';
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config.data.content = data.content || '1. Content goes here...\n2. Support multiple lines';
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config.data.cardType = data.cardType || 'numbered';
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config.data.headerColor = data.headerColor || '#3b82f6';
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config.data.headerAlign = data.headerAlign || 'left';
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config.data.contentAlign = data.contentAlign || 'left';
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const hAnchor = config.data.headerAlign === 'center' ? 'middle' : (config.data.headerAlign === 'right' ? 'end' : 'start');
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const hX = config.data.headerAlign === 'center' ? 0.5 : (config.data.headerAlign === 'right' ? '100%' : 10);
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const hX2 = config.data.headerAlign === 'right' ? -10 : 0;
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config.attrs = {
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...config.attrs,
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headerLabel: {
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text: config.data.headerText,
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textAnchor: hAnchor,
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refX: hX,
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refX2: hX2
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},
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header: { fill: config.data.headerColor },
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body: { stroke: config.data.headerColor }
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};
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// Initial render trigger (Hack: X6 might not be ready, so we defer)
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setTimeout(() => {
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const cell = state.graph.getCellById(config.id);
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if (cell) {
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import('../utils.js').then(m => m.renderRichContent(cell));
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}
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}, 50);
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}
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return config;
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}
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