These utility functions include logging, exception/error handling, and monitoring capabilities.
这些实用功能包括日志、异常/错误处理和监视功能。
The chapter also offers important discussion on service versioning, security, exception handling and logging, and management and monitoring, which are all important aspects of enterprise solutions.
本章还提供了服务版本管理、安全、异常处理与日志、管理与监测等企业解决方案关键方面的重要分析讨论。
Insufficient logging and monitoring possibilities. Current-ly, no standards or mechanisms exist to give cloud customers logging and monitoring facilities within cloud resources.
日志和监控不足的可能性：目前，还没有一个标准或机制来让云计算的客户来记录和监测云计算资源内的设施。
Components are required to handle such events to notify client programs and also do appropriate logging to help facilitate troubleshooting and service monitoring.
组件需处理类似事件以通知用户程序，并且做适当的日志以便促进排除故障和服务监测。
Until we develop and implement usable logging and monitoring standards and facilities, it's difficult - if not impossible - to implement security controls that require logging and monitoring.
直到我们制定出可用的关于记录和监测的标准并实施成为工具之前，是很难——甚至说是不可能——实现需要记录和监测的安全控制的。
Logging for monitoring and debugging.
对于监视和调试的注册。
To view resource monitoring data you can use the Profiling and Logging perspective of Eclipse.
为了查看资源监测数据您可以利用Profiling和Eclipse的Logging视图。
Once you deploy Workload Deployer in your data center, you can quickly deploy applications, setup monitoring, scaling, and logging in a standardized fashion.
一旦您在数据中心部署了Workload Deployer，就可以使用标准化方式快速部署应用程序、设置监控、调整以及日志记录。
Monitoring and diagnostics - Performance monitoring, system information, system behaviour, diagnostics and logging beyond the standard Tomcat facilities has been added.
监测和诊断-增加了超出标准Tomcat范围之外的性能监测、系统信息、系统行为、诊断和日志。
End-to-end monitoring constitutes the ability to perform event ordering, event correlation, auditing, logging, profiling, and event distribution.
端到端监视功能可以执行事件排序、事件相关性处理、审核、日志记录、概要分析和事件分发。
Permission checks, confidentiality and integrity requirements, and business Activity Monitoring (BAM) logging for visibility into how the business processes perform (KPIs).
这样的例子有权限检查、保密性和完整性需求，以及了解业务流程执行情况(KPI)的业务活动监控(BAM)日志。
You can use logging for monitoring and debugging CM Server - and CM API-based applications.
您可以进行注册，以监视和调试基于CMServer和CMAPI的程序。
The new components consist of all default server tasks, mail journaling, transaction logging, Lotus Domino Domain Monitoring (DDM) probes, mail rules, and larger mail files.
新的组件包括所有默认服务器任务、邮件日志、事务日志记录、LotusDominoDomainMonitoring（DDM）探测、邮件规则和更大的邮件文件。
Monitoring and forecasting drilling engineering accidents is one of important studying subjects for safely and optimum drilling, which is also the main content for engineering logging operation.
钻井工程事故的监测和预报是安全钻井和优化钻井的重要研究课题之一，也是工程录井工作的主要内容。
On the basis of features of neutron oxygen activation technique, analyzed are its advantages in well logging, and discussed is how problems to be solved by it in oilfield monitoring.
根据中子氧活化技术的特点，分析了中子氧活化测井技术的优势以及油田监测中通过该技术解决的问题。
This section describes how to configure logging of errors and processed requests, as well as how to use the runtime monitoring service of NGINX and NGINX Plus.
本文学习，怎样配置错误日志与处理请求，以及怎样使用NGINX和NGINX+的实时监控服务。
This paper introduces the working principle, realizing method, main functions and anti-intrusion measures of two-way signal power supply monitoring and failure logging devices.
介绍了双路信号电源监测装置的工作原理、实现方法、主要功能与抗干扰措施。
This diagnosis method is characterized for its portability, stability, non-destruction to plant tissue, continuous monitoring and automatic logging as compared with other methods.
与其它水分诊断方法相比，茎直径变差法具有简便、稳定、无损、连续监测和自动记录的优点。
Specially design for logging, analysis and storage of data received from the Data Manager. It also provides real time monitoring of conditions where the probes are installed.
专门为数据管理中心的数据进行保存及分析，更可以实时监控各探头所在的环境状况。
Spectrum logging is an important method of dynamic monitoring in oil-field development, which used widely in oil-field such as high-precision C/O spectrum and NLL etc.
介绍了高精度碳氧比、中子寿命等能谱测井技术在油田开发中的应用。
Compared with other method, this diagnosis method was characterized for its portability, stability, non-destruction to plant tissue continuous monitoring and automatic logging.
与其它水分诊断方法相比，基于茎直径微变化监测的方法具有简便、稳定、无损、连续监测和自动记录的优点。
Compared with other method, this diagnosis method was characterized for its portability, stability, non-destruction to plant tissue continuous monitoring and automatic logging.
与其它水分诊断方法相比，基于茎直径微变化监测的方法具有简便、稳定、无损、连续监测和自动记录的优点。
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