Stateless Components"
From Documentation
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= Overview= | = Overview= | ||
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| + | Stateless Components in ZK 10 represent a paradigm shift towards building cloud-native, scalable applications. Unlike traditional ZK components that maintain server-side states, these new components, known as I-Components, are designed to operate in a stateless fashion. This approach eliminates the need for server-side states, enabling applications to benefit from improved scalability, efficient resource utilization, and simpler deployment on modern cloud platforms. The introduction of Stateless Components marks a significant advancement in ZK's capabilities, allowing developers to create more efficient and responsive web applications. | ||
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= Key differences from standard ZK components= | = Key differences from standard ZK components= | ||
= Advantages: Scalability, cloud readiness, and resource efficiency= | = Advantages: Scalability, cloud readiness, and resource efficiency= | ||
Revision as of 09:23, 22 November 2023
Overview
Stateless Components in ZK 10 represent a paradigm shift towards building cloud-native, scalable applications. Unlike traditional ZK components that maintain server-side states, these new components, known as I-Components, are designed to operate in a stateless fashion. This approach eliminates the need for server-side states, enabling applications to benefit from improved scalability, efficient resource utilization, and simpler deployment on modern cloud platforms. The introduction of Stateless Components marks a significant advancement in ZK's capabilities, allowing developers to create more efficient and responsive web applications.
Key differences from standard ZK components
Advantages: Scalability, cloud readiness, and resource efficiency
Structural differences and lifecycle of Stateless Components
FAQs