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import java.util.*; public class TestClass { static class Edge { int to, cost; Edge(int to, int cost) { this.to = to; this.cost = cost; } } static List<List<Edge>> graph; static List<Integer> bestPath = new ArrayList<>(); static int maxVisitLength = 0; public static void optimalPath(int N, int M, int price, int[] source, int[] dest, int[] weight) { graph = new ArrayList<>(); for (int i = 0; i <= N; i++) graph.add(new ArrayList<>()); for (int i = 0; i < M; i++) { int u = source[i]; int v = dest[i]; int w = weight[i]; graph.get(u).add(new Edge(v, w)); graph.get(v).add(new Edge(u, w)); } boolean[] visited = new boolean[N + 1]; List<Integer> path = new ArrayList<>(); path.add(1); visited[1] = true; dfs(1, price, 0, visited, path); for (int val : bestPath) { System.out.print(val + " "); } } static void dfs(int node, int budget, int costSoFar, boolean[] visited, List<Integer> path) { int returnCost = costSoFar; if (2 * returnCost <= budget) { if (path.size() > maxVisitLength) { maxVisitLength = path.size(); bestPath = new ArrayList<>(path); for (int i = path.size() - 2; i >= 0; i--) { bestPath.add(path.get(i)); } } } else { return; } for (Edge edge : graph.get(node)) { if (!visited[edge.to]) { int newCost = costSoFar + edge.cost; if (2 * newCost <= budget) { visited[edge.to] = true; path.add(edge.to); dfs(edge.to, budget, newCost, visited, path); path.remove(path.size() - 1); visited[edge.to] = false; } } } } public static void main(String[] args) { Scanner sc = new Scanner(System.in); int N = sc.nextInt(); int M = sc.nextInt(); int price = sc.nextInt(); int[] source = new int[M]; int[] dest = new int[M]; int[] weight = new int[M]; for (int i = 0; i < M; i++) { source[i] = sc.nextInt(); dest[i] = sc.nextInt(); weight[i] = sc.nextInt(); } optimalPath(N, M, price, source, dest, weight); } } //FLIPKART GRID

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from collections import defaultdict def getMinReplacement(arr): n = len(arr) d= {} x=[] map= defaultdict(list) for idx, v in enumerate(arr): map[v].append(idx) maxi = 0 for val, p,in map.items(): segments = 1 for i in range(1, len(p)): if p[i] != po[i-1] + 1: segments += 1 maxi = max(maxi, segments) return maxi - 1

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