Oracle Visual Builder云服务揭秘:快速构建Web与移动应用

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Oracle Visual Builder Cloud Service Revealed 是一本由 Sten Vesterli 在 2019 年全新出版的专业书籍,专为读者揭示了 Oracle 的 Visual Builder 云服务在 Web 和移动应用开发领域的深度内容。这本书籍的核心主题围绕Oracle Visual Builder Cloud Service,这是一种快速应用程序开发工具,旨在简化云端应用的设计与构建过程。 《Oracle Visual Builder Cloud Service Revealed》着重介绍了如何利用该平台进行高效、灵活的开发,无论目标是构建响应式网站还是高度功能的移动应用。作者 Sten Vesterli 以其丰富的经验和深入理解,带领读者步入云端开发的前沿,探讨了该服务如何支持用户通过可视化界面快速构建应用程序,降低了编程门槛,提高了生产力。 书中详细解析了Visual Builder Cloud Service 的架构、特性、优势以及实际应用场景,包括但不限于: 1. **Rapid Application Development (RAD)**:这本书强调了Visual Builder Cloud Service 如何支持快速应用开发模式,使得开发者能够快速构思、设计、测试和部署应用程序,缩短了项目周期。 2. **集成云服务**:书中会探讨如何将Visual Builder与Oracle Cloud Platform无缝集成,利用云的优势,如弹性扩展、安全性、和数据存储能力。 3. **Web与移动开发**:针对不同平台的需求,Visual Builder Cloud Service 提供了针对Web(HTML5、CSS3、JavaScript)和移动应用(iOS、Android)的一体化开发环境。 4. **用户界面设计**:书中可能涵盖了如何利用Visual Builder的图形化工具创建直观、美观的用户界面,提高用户体验。 5. **云端协作与版本控制**:讨论了团队协作功能,如何在云端环境中协同工作,以及版本管理和代码托管的最佳实践。 6. **安全性和合规性**:书中会涉及如何确保应用程序在云环境中符合安全标准,包括数据加密、访问控制等。 7. **实例与案例研究**:书中可能包含实际项目案例,展示如何成功地运用Visual Builder Cloud Service 解决企业问题和实现业务价值。 最后,该书的版权信息明确指出,所有内容受版权保护,禁止未经许可的复制、传播或改编。同时,对于商标名、logo和图像的使用,遵循了通常的尊重和规范,仅在必要时使用以避免侵权。 《Oracle Visual Builder Cloud Service Revealed》是一本深入理解并掌握Oracle Visual Builder在云端应用开发中的实用指南,无论是对初学者还是专业开发者来说,都是一份不可多得的参考资料。

Heatwaves impose serious impacts on ecosystems, human health, agriculture, and energy consumption. Previous studies have classified heatwaves into independent daytime, independent nighttime, and compound daytime-nighttime types, and examined the long-term changes in the three types. However, the underlying mechanisms associated with the variations in different heatwave types remain poorly understood. Here we present the first investigation of the local physical processes associated with the daytime, nighttime, and compound heatwaves over the global land during 1979–2020. The results show that three heatwave types occur frequently and increasingly in most regions worldwide. Nighttime and compound heatwaves exhibit stronger increases in both frequency (the yearly number of the events) and fraction (the ratio of the yearly number of one heatwave type to the total yearly number of all types) than daytime heatwaves. Composite diagnostic analyses of local meteorological variables suggest that daytime heatwaves are associated with increased solar radiation under dry conditions and reduced cloud cover and humidity under a clear sky. In contrast, nighttime heatwaves are typically accompanied by moist conditions with increases in cloud fraction, humidity, and longwave radiation at night. These synoptic conditions for daytime and nighttime heatwaves are combined to contribute to compound heatwaves. Local divergences and moisture fluxes responsible for different heatwaves are further revealed. Positive moisture divergence anomalies are seen in most land areas for daytime and compound heatwaves, while they mainly appear in low latitudes for nighttime heatwaves. Our research provides a comprehensive understanding of the local mechanisms of different heatwave types, informing future risks and impact assessments.分析语言特征

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