Titlebook: Web Application Development with Streamlit; Develop and Deploy S Mohammad Khorasani,Mohamed Abdou,Javier Hernández Book 2022 Mohammad Khor

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Streamlit Basics,n to deployment with its convenient and highly intuitive application programming interface showcased in the Appendix. With the techniques covered in this chapter, one will learn how to create input forms, implement conditional flow, manage errors, mutate dataframes, and render basic charts. And upon

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Architecting the User Interface,itself. In addition, using Streamlit you can render responsive interfaces for PC, tablet, and mobile platforms at your fingertips with no added overhead. However, should one need to develop more bespoke and tailored applications, Streamlit affords a considerable degree of customization of its fronte

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Implementing Session State,ed experience to the user. Specifically, the application will need to preserve the user’s data and entries using what is referred to as session states. These states can be set and accessed on demand whenever necessary, and they will persist whenever the user triggers a rerun of the Streamlit applica

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Authentication and Application Security,loy a production-ready application, namely, a secure user authentication service. Once all users requesting access to the application are authenticated, we can guarantee a secure user experience whereby private data is safe and any unwelcome or malicious requests are formidably denied. In this chapt

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Building Streamlit Components,me point however, developers will need to take matters into their own hands and build something tailored to address their own specific user requirements. Whether this is to modify the user interface or to offer a bespoke experience to the user, Streamlit allows the developer to create custom compone

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Streamlit Use Cases,l-time dashboards, and time-series analysis. Additionally, we will introduce methods to interface our Streamlit application with external subsystems such as an Arduino microcontroller, infrared temperature sensor, and a sonar. Interfacing with physical devices and peripherals will enable us to scale