public static NodeHotThreads readNodeHotThreads(StreamInput in) throws IOException { NodeHotThreads node = new NodeHotThreads(); node.readFrom(in); return node; }
@Override protected NodeHotThreads newNodeResponse() { return new NodeHotThreads(); }
@Override protected String responseToOutput(NodesHotThreadsRequest request, NodesHotThreadsResponse response) { StringBuilder sb = new StringBuilder(); try { for (NodeHotThreads node : response) { sb.append("::: ").append(node.getNode().toString()).append("\n"); Strings.spaceify(3, node.getHotThreads(), sb); sb.append('\n'); } } catch(Exception e) { logger.error("Error while generating the nodes hot thread output", e); } return sb.toString(); }
@Override public void readFrom(StreamInput in) throws IOException { super.readFrom(in); nodes = new NodeHotThreads[in.readVInt()]; for (int i = 0; i < nodes.length; i++) { nodes[i] = NodeHotThreads.readNodeHotThreads(in); } }
@Override public void writeTo(StreamOutput out) throws IOException { super.writeTo(out); out.writeVInt(nodes.length); for (NodeHotThreads node : nodes) { node.writeTo(out); } }
@Override protected NodeHotThreads nodeOperation(NodeRequest request) { HotThreads hotThreads = new HotThreads() .busiestThreads(request.request.threads) .type(request.request.type) .interval(request.request.interval) .threadElementsSnapshotCount(request.request.snapshots) .ignoreIdleThreads(request.request.ignoreIdleThreads); try { return new NodeHotThreads(clusterService.localNode(), hotThreads.detect()); } catch (Exception e) { throw new ElasticsearchException("failed to detect hot threads", e); } }
@Override public RestResponse buildResponse(NodesHotThreadsResponse response) throws Exception { StringBuilder sb = new StringBuilder(); for (NodeHotThreads node : response) { sb.append("::: ").append(node.getNode().toString()).append("\n"); Strings.spaceify(3, node.getHotThreads(), sb); sb.append('\n'); } return new BytesRestResponse(RestStatus.OK, sb.toString()); } });
public static NodeHotThreads readNodeHotThreads(StreamInput in) throws IOException { NodeHotThreads node = new NodeHotThreads(); node.readFrom(in); return node; }
@Override protected NodeHotThreads newNodeResponse() { return new NodeHotThreads(); }
public static NodeHotThreads readNodeHotThreads(StreamInput in) throws IOException { NodeHotThreads node = new NodeHotThreads(); node.readFrom(in); return node; }
@Override protected NodeHotThreads newNodeResponse() { return new NodeHotThreads(); }
public static NodeHotThreads readNodeHotThreads(StreamInput in) throws IOException { NodeHotThreads node = new NodeHotThreads(); node.readFrom(in); return node; }
@Override protected NodeHotThreads newNodeResponse() { return new NodeHotThreads(); }
public static NodeHotThreads readNodeHotThreads(StreamInput in) throws IOException { NodeHotThreads node = new NodeHotThreads(); node.readFrom(in); return node; }
@Override protected NodeHotThreads newNodeResponse() { return new NodeHotThreads(); }
@Override protected NodeHotThreads nodeOperation(NodeRequest request) { HotThreads hotThreads = new HotThreads() .busiestThreads(request.request.threads) .type(request.request.type) .interval(request.request.interval) .threadElementsSnapshotCount(request.request.snapshots) .ignoreIdleThreads(request.request.ignoreIdleThreads); try { return new NodeHotThreads(clusterService.localNode(), hotThreads.detect()); } catch (Exception e) { throw new ElasticsearchException("failed to detect hot threads", e); } }
@Override protected NodeHotThreads nodeOperation(NodeRequest request) { HotThreads hotThreads = new HotThreads() .busiestThreads(request.request.threads) .type(request.request.type) .interval(request.request.interval) .threadElementsSnapshotCount(request.request.snapshots) .ignoreIdleThreads(request.request.ignoreIdleThreads); try { return new NodeHotThreads(clusterService.localNode(), hotThreads.detect()); } catch (Exception e) { throw new ElasticsearchException("failed to detect hot threads", e); } }
@Override protected NodeHotThreads nodeOperation(NodeRequest request) { HotThreads hotThreads = new HotThreads() .busiestThreads(request.request.threads) .type(request.request.type) .interval(request.request.interval) .threadElementsSnapshotCount(request.request.snapshots) .ignoreIdleThreads(request.request.ignoreIdleThreads); try { return new NodeHotThreads(clusterService.localNode(), hotThreads.detect()); } catch (Exception e) { throw new ElasticsearchException("failed to detect hot threads", e); } }
@Override protected NodeHotThreads nodeOperation(NodeRequest request) { HotThreads hotThreads = new HotThreads() .busiestThreads(request.request.threads) .type(request.request.type) .interval(request.request.interval) .threadElementsSnapshotCount(request.request.snapshots) .ignoreIdleThreads(request.request.ignoreIdleThreads); try { return new NodeHotThreads(clusterService.localNode(), hotThreads.detect()); } catch (Exception e) { throw new ElasticsearchException("failed to detect hot threads", e); } }