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mek-tech-consulting/lib/rack-diagram.js
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JavaScript

const DEVICE_TO_NODE = {
server: 'hw-dell-pe',
switch: 'net-catalyst',
storage: 'storage-netapp',
firewall: 'net-fortinet',
router: 'net-junper-srx',
loadbalancer: 'net-f5',
san: 'storage-pure',
pdu: 'infra-pdu',
ups: 'infra-apc-ups',
cooling: 'infra-cooling',
patch_panel: 'infra-patch-panel',
tape: 'storage-netapp',
kvm: 'infra-rack',
other: 'infra-rack'
};
const MANUFACTURER_NODE = {
hpe: 'hw-hpe-dl',
dell: 'hw-dell-pe',
lenovo: 'hw-lenovo-ts',
cisco: 'net-catalyst',
juniper: 'net-junper-ex',
arista: 'net-arista',
netapp: 'storage-netapp',
pure: 'storage-pure',
fortinet: 'net-fortinet',
f5: 'net-f5',
palo: 'net-paloalto',
nvidia: 'ai-nvidia',
apc: 'infra-apc-ups'
};
const DIAGRAM_TYPE_LABELS = {
data_architecture: 'Data Architectuur',
network_topology: 'Netwerk Topologie',
system_architecture: 'Systeem Architectuur',
application_flow: 'Applicatie Flow',
application_landscape: 'Applicatie Landschap'
};
function resolveNodeType(device) {
const m = (device.manufacturer || '').toLowerCase();
for (const [key, type] of Object.entries(MANUFACTURER_NODE)) {
if (m.includes(key)) return type;
}
return DEVICE_TO_NODE[device.device_type] || 'hw-dell-pe';
}
function rackDevicesToNodes(devices, startX = 40, startY = 40) {
return devices.map((d, i) => ({
id: 'rd-' + d.id,
type: resolveNodeType(d),
x: startX + (i % 4) * 180,
y: startY + Math.floor(i / 4) * 90,
label: d.name,
sub: (d.model || d.device_type || '').toString(),
css: 'node-hw',
w: 160,
h: 48,
ip: d.mgmt_ip || '',
vendor: d.manufacturer || '',
model: d.model || '',
specs: d.specs || '',
notes: d.notes || '',
rack_device_id: d.id,
layer: 'infra'
}));
}
function parseDiagramJson(diagram) {
let nodes = [];
let edges = [];
try {
nodes = JSON.parse(diagram.nodes || '[]');
edges = JSON.parse(diagram.edges || '[]');
} catch (e) { /* ignore */ }
if (!Array.isArray(nodes) && nodes && nodes.nodes) {
edges = nodes.edges || [];
nodes = nodes.nodes || [];
}
if (!Array.isArray(edges) && edges && edges.edges) {
nodes = edges.nodes || nodes;
edges = edges.edges || [];
}
if (!Array.isArray(nodes)) nodes = [];
if (!Array.isArray(edges)) edges = [];
return { nodes, edges };
}
function summarizeDiagram(diagram) {
const { nodes, edges } = parseDiagramJson(diagram);
const layers = {};
nodes.forEach(n => {
const layer = n.layer || (n.type || '').split('-')[0] || 'other';
layers[layer] = (layers[layer] || 0) + 1;
});
const protocols = {};
edges.forEach(e => {
const p = e.protocol || 'unspecified';
protocols[p] = (protocols[p] || 0) + 1;
});
return { nodes, edges, layers, protocols, nodeCount: nodes.length, edgeCount: edges.length };
}
function getLayerForCategory(catLabel) {
const c = (catLabel || '').toLowerCase();
if (c.includes('data bron') || c.includes('ingest') || c.includes('opslag') || c.includes('database')) return 'data';
if (c.includes('microservice') || c.includes('apps')) return 'app';
if (c.includes('api') || c.includes('messaging') || c.includes('queue')) return 'integration';
if (c.includes('netwerk') || c.includes('compute / server') || c.includes('infrastructure') || c.includes('security') || c.includes('observability') || c.includes('ci/cd')) return 'infra';
if (c.includes('ai')) return 'app';
return 'other';
}
module.exports = {
DEVICE_TO_NODE,
DIAGRAM_TYPE_LABELS,
resolveNodeType,
rackDevicesToNodes,
parseDiagramJson,
summarizeDiagram,
getLayerForCategory
};