Every line of 'removenode javascript' code snippets is scanned for vulnerabilities by our powerful machine learning engine that combs millions of open source libraries, ensuring your JavaScript code is secure.
55 function removeNode(){ 56 try{ 57 nodes.remove({id: document.getElementById('node-id').value}); 58 // document.getElementById('node-id').value = ''; 59 document.getElementById('node-label').value = ''; 60 } catch(err){ 61 alert(err); 62 } 63 }
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256 function removeNode(nodeId) { 257 $('#nodePanel' + nodeId).fadeOut(elementsFadeTime, function () { 258 $(this).remove(); 259 }); 260 }
106 function onRemoveNode(id, index) 107 { 108 var mutateId = document.getElementById(id); 109 mutateId.removeChild(mutateId.childNodes[index]); 110 }
89 function removeNode(node: HTMLElement) { 90 return node && node.parentNode ? node.parentNode.removeChild(node) : null; 91 }
73 removeNode(node) { 74 const id = isId(node) ? node : node.id 75 node = this.nodes[id] 76 // Delete node from index 77 delete this.nodes[id] 78 // Delete node from all the edges 79 this.edges.forEach((edge) => { 80 if (edge.source === node || edge.target === node) { 81 this.removeEdge(edge) 82 } 83 }) 84 return node 85 }
226 removeNode (nodeId) { 227 const connsToUpdate = []; 228 forEach(this.connectors, (connector, connectorId) => { 229 forEach(connector.listens, (listenIds, name) => { 230 const ind = listenIds.indexOf(nodeId); 231 if (ind !== -1) { 232 connsToUpdate.indexOf(connectorId) === -1 && connsToUpdate.push(connectorId); 233 listenIds.splice(ind, 1); 234 235 // Check data as well 236 const nameData = connector.data[name]; 237 if (nameData && nameData.constructor === Array) { 238 const indData = nameData.indexOf(nodeId); 239 if (indData !== -1) { 240 nameData.splice(indData, 1); 241 } 242 } else if (nameData === nodeId) { 243 this.connectors[connectorId].data[name] = null; // Singleton mark as dirty 244 } 245 } 246 }); 247 }); 248 return connsToUpdate; 249 }
240 function removeNode(node: Node): void { 241 if (node.parentNode !== null) { 242 node.parentNode.removeChild(node); 243 } 244 }
38 removeNode(node) { 39 if (!this.hasNode(node)) { 40 return false; 41 } 42 43 const edges = this.edges.get(node); 44 45 if (edges !== undefined) { 46 for (const neighbour of edges.incoming) { 47 this.removeEdge(neighbour, node); 48 } 49 50 for (const neighbour of edges.outgoing) { 51 this.removeEdge(node, neighbour); 52 } 53 } 54 55 this.nodes.delete(node); 56 this.edges.delete(node); 57 58 return true; 59 }
46 removeNode(childNode) { 47 if (this.nodeList[childNode.identifier]) { 48 delete this.nodeList[childNode.identifier]; 49 return true; 50 } 51 return false; 52 }