waitForQualityGate Checking status of SonarQube on server ‘sonarqube‘ SonarQube status is ‘PENDING‘

[Pipeline] waitForQualityGate Checking status of SonarQube task ‘329a7381-6cf0-49d2-936d-7c2c70e40dcd’ on server ‘sonarqube’ SonarQube task ‘329a7381-6cf0-49d2-936d-7c2c70e40dcd’ status is ‘PENDING’

Timeout set to expire after 5 min 0 sec without activity
[Pipeline] {
[Pipeline] waitForQualityGate
Checking status of SonarQube task '95f1b561-b91e-4241-9bd2-55ba37c40c3b' on server 'sonarqube'
SonarQube task '95f1b561-b91e-4241-9bd2-55ba37c40c3b' status is 'PENDING'

如上,当jenkins通过代码审查时候长期卡在这里不同,这里读取日志可以知道其实代码审查已经完毕,但是就是没有返回成功信息,
所以这里我们需要配置一下sonarqube的webhook,使得sonarqube可以发送信息给Jenkins,告知审查完毕

在这里插入图片描述
按照图示可以找到添加webhook的地方
在这里插入图片描述
地址就是你jenkins的地址,然后路径是sonarqube-webhook
不用密码,完成创建,即可解决问题

### Slurm Job Scheduling and Management Training Slurm is an open-source workload manager designed for Linux clusters of all sizes. It provides three key functions: it allocates exclusive or non-exclusive access to resources (computer nodes) to users for some duration of time; it provides a framework for starting, executing, and monitoring work (typically a parallel job) on groups of allocated nodes; and it arbitrates contention for resources by managing a queue of pending work. For beginners looking into understanding how Slurm manages jobs and schedules tasks across multiple compute nodes within a cluster environment, several tutorials are available that cover the basics as well as advanced features[^1]. #### Basic Concepts and Commands A typical introduction starts with basic concepts such as partitions, node states, submitting batch scripts using `sbatch`, interactive sessions via `srun`, viewing current running jobs through `squeue`, canceling jobs with `scancel`. These commands form the foundation upon which more complex operations can be built. ```bash # Submitting a simple script named myjob.sh $ sbatch myjob.sh # Checking status of submitted jobs $ squeue # Canceling a specific job ID=12345 $ scancel 12345 ``` #### Advanced Features Beyond these fundamentals lie powerful functionalities like resource allocation policies, fair-share scheduling algorithms, dependencies between different stages of workflows, preemption mechanisms when higher priority requests come along unexpectedly, etc.. Understanding these aspects allows administrators and power-users alike to optimize performance while ensuring efficient utilization of computational resources. #### Hands-On Practice To gain practical experience working directly inside a live system configured specifically around learning objectives related to Slurm usage patterns, consider participating in workshops offered periodically at research institutions worldwide or exploring online platforms providing virtual environments tailored towards this purpose.
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