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135 lines
1.9 KiB
135 lines
1.9 KiB
= project structure and technologies used
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== Dynamic Structure
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[.float-group]
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--
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[.right]
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image::ROOT:swarm-poc.png[float=right]
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:hardbreaks:
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{empty} +
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{empty}
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:!hardbreaks:
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.From -> To
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* [*] monolithic -> networking architecture
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* [*] static -> Dynamic
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* [*] host based -> Service based
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* [*] linear -> agile
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--
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TIP: You will learn to code, coordinate and orchestrate a swarm of self-acting nodes.
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== Dynamic Instaces
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[.float-group]
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--
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[.right]
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image::ROOT:docker-images.png[210,260,float=right]
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:hardbreaks:
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{empty} +
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{empty}
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:!hardbreaks:
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Server instances are *platform agnostic container-based applications.*
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To build a large - scale distributed application we take advantage of standardized code deployments using Docker containers.
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Docker-based applications can be seamlessly moved from local development machines to production deployments
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{empty} +
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--
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== Dynamic networks - Swarm
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[.float-group]
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--
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[.left]
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image::ROOT:gynamic-swarm.png[320,540,float=right]
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{empty} +
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*From Code to full-blown systems*
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* from a single container on your local machine
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* to a running cloud native - container-based environment
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* in the simplest and most logical format as possible.
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:hardbreaks:
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{empty} +
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{empty}
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{empty}
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{empty}
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{empty}
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Services in a dynamic and Scalable Distributed Architecture
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{empty}
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--
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== Datacollector structure
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[.float-group]
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--
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[.right]
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image::ROOT:swarm-poc1.png[230,280,float=right]
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:hardbreaks:
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{empty}
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* (red) Redisserver
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** redis sync for readmongo_service and dummy_service
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* (blue) readmongo_service
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** reads data from mongodb (Rest api)
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*** 1. Webclient -> readmongo_service
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*** 2. readmongo_service <- mongo
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*** 3. webclient <- readmongo_service
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** reads data from mongodb (socket)
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*** Webclient <--> readmongo_service <--> redis <--> readmongo_service <--> mongo
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* (green) dummy_service
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** IoT devive or App -> mongo
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TIP: *(red), (blue) and (green) are scalable microservices*
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--
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