![]() Google App Engine automatically scales as workloads fluctuate, adding and removing application instances or application resources as needed. Users can monitor their resource usage and bills on a dashboard. GAE's billing scheme only charges users daily for the resources they use. Access to application logs also facilitates debugging and monitoring in production. The built-in APIs enable users to build different types of applications. PHP VERSION GOOGLE APP ENGINE SDK CODEGAE is fully managed, so users can write code without considering IT operations and back-end infrastructure. GAE extends the benefits of cloud computing to application development, but it also has drawbacks. Google App Engine benefits and challenges Every time code is deployed to a service with the corresponding GAE configuration files, a version of that service is created. Applications in Google App Engine function as a set of microservices that refer back to the main source code. GAE lets users route requests to different application versions. GAE enables users to define access policies with the GAE firewall and managed Secure Sockets L ayer/ Transport Layer S ecurity certificates for free. GAE lets users record data and run diagnostics on applications to gauge performance. Examples include Python 2.7, Java 8 and Go 1.11.Īpplication diagnostics. ![]() GAE supports legacy runtimes, which are versions of programming languages no longer maintained. GAE supports a number of languages, including GO, PHP, Java, Python, NodeJS. This approach makes GAE a serverless platform and simplifies API management. Google manages the back-end infrastructure for users.
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