以下文章来源于数据结构和算法 ，作者博哥 数据结构和算法 . 《算法秘籍》作者王一博，专注于互联网大厂热点事件和算法题讲解。 一网友在各种找工作被拒之后，突然刷到自己学校的保安处在招人，结果抱着试一试的心态投递了 简历，结果直接被拒，理由是学历不够，人家招聘的要求是本科生，而自己是大专生。 一个专科学校招的保安都要求是本科，不知道招的保洁要求啥学历。我印象中大学的这些闲职一般 是不招外人的，很多都是家属岗。比如图书馆里面的很多工作人员，还有宿舍的管理员，还有保安 等等。 --------------下面是今天的算法题-------------- 来看下今天的算法题，这题是LeetCode的第 1266题：访问所有点的最小时间，难度是简单。 平面上有 n 个点，点的位置用整数坐标表示 points[i] = [xi, yi] 。请你计算访问所有这些点需要的 最小时间（以秒为单位）。你需要按照下面的规则在平面上移动， 每一秒内，你可以： 1，沿水平方向移动一个单位长度，或者 示例1： 2，沿竖直方向移动一个单位长度，或者 3，跨过对角线移动 sqrt(2) 个单位长度（可以看作在一秒内向水平和竖直方向各移动一个单 ...

以下文章来源于数据结构和算法 ，作者博哥 数据结构和算法 . 《算法秘籍》作者王一博，专注于互联网大厂热点事件和算法题讲解。 最近一网友在网上发文称：自己和室友在同一家公司面试，结果 室友过了，他没过 ，本来也无所 谓，结果室友在他面前炫耀， 说自己面试用ai工具作弊了，面试官没发现。他一怒之下跟hr举报 了，结果他室友的offer被取消了。并且还和他大吵一架，说他多管闲事。 作弊面试过了也不是什么光荣的事，我觉得没必要炫耀，即便是靠自己真本事面试通过，也要学会 低调。要做到不露圭角，韬光养晦。 1，redEdges[i] = [ai, bi] 表示图中存在一条从节点 ai 到节点 bi 的 红色 有向边。 2，blueEdges[j] = [uj, vj] 表示图中存在一条从节点 uj 到节点 vj 的 蓝色 有向边。 --------------下面是今天的算法题-------------- 来看下今天的算法题，这题是LeetCode的第 1129题：颜色交替的最短路径，难度是中等。 给定一个整数 n，即有向图中的节点数，其中节点标记为 0 到 n - 1。图中的每条边为红色或者蓝 色，并且可能存在自环或 ...

Group 1 - The article discusses a hiring scenario where a candidate with a master's degree from a prestigious university was not offered a position due to salary expectations exceeding the company's budget, highlighting the challenges of maintaining salary balance within teams [2] - It emphasizes that salary levels should be determined by individual capabilities rather than the average salary of the team, suggesting that significant disparities in salaries can exist based on various factors such as education and experience [2] Group 2 - The article presents an algorithm problem from LeetCode, specifically problem 1546, which involves finding the maximum number of non-overlapping subarrays that sum to a given target [3][8] - It provides examples to illustrate the problem, showing how to identify valid subarrays and the conditions for their selection [4][6] - The solution approach involves using prefix sums and a hashmap to track the starting positions of subarrays, ensuring that the next subarray does not overlap with the previous one [8][9]

Group 1 - The article discusses the increasing prevalence of video interviews and the associated challenges, particularly the potential for cheating using AI technology [1] - A specific incident is highlighted where a candidate was caught using AI during a video interview due to reflections from their glasses, demonstrating the vigilance of interviewers [1] - The article suggests that while video interviews save time for candidates, they also introduce new risks that require careful attention from interviewers to identify dishonest practices [1] Group 2 - The article presents a simple algorithm problem from LeetCode, specifically problem 1281, which involves calculating the difference between the product and sum of the digits of a given integer [2] - Two examples are provided to illustrate the problem: for the input 234, the output is 15, and for the input 4421, the output is 21, showcasing the straightforward nature of the task [2] - The problem is framed as a basic exercise in reading and processing the digits of an integer to derive the required result [2]

Core Viewpoint - The article discusses the challenges faced by job seekers, particularly in the context of campus recruitment, highlighting that the difficulties in securing a job are not solely the fault of the candidates but often due to the hiring practices of companies [1]. Group 1: Job Market Insights - Many candidates feel discouraged and anxious when they cannot find a job, leading to negative mental health outcomes such as depression [1]. - The article reveals that companies may continue to advertise job openings even after filling positions, creating a misleading impression for job seekers [1]. Group 2: Algorithm Problem - The article presents a coding problem from LeetCode, specifically problem number 209, which involves finding the minimum length of a contiguous subarray whose sum is greater than or equal to a given target [4][5]. - The problem is categorized as medium difficulty and requires the use of a sliding window technique to efficiently find the solution [6]. - The provided examples illustrate how to determine the minimum length of the subarray based on the given inputs [6].

Group 1 - The article discusses the challenges faced by students from non-prestigious universities in securing internships, particularly in the context of strict school policies against external internships [1] - Many students express frustration over the school's restrictions, which prevent them from gaining practical experience necessary for employment [1] - The author reflects on their own experience, noting that while their school did not encourage internships, it also did not prohibit them, recognizing the importance of practical experience for job placement [1] Group 2 - The article presents a coding problem from LeetCode, specifically problem number 1509, which involves minimizing the difference between the maximum and minimum values in an array after performing up to three operations [2][12] - The problem allows for changing any element in the array to any value, with the goal of achieving the smallest possible difference between the maximum and minimum values after three operations [12] - The solution involves sorting the array and considering different scenarios of removing elements to minimize the difference, particularly when the array length exceeds four [13]