Microservices are all about breaking down applications into small, self contained chunks. Typically these are deployed in clusters and communicate via RESTful APIs. Current thinking is that, for applications and deployments, smaller is most definitely better.
In physics, the Planck length is the smallest measurement of length with any real meaning. In the world of microservices the planckservice is the smallest possible service with any real meaning. By combining planckservices in a properly configured swarm you can achieve anything that it is possible to achieve on any digital computer, but in a truly fault tolerant and distributed way.
/
Randomly returns 0 or 1.
/n
Where n = 0|1. Returns n.
/n/m
Where n = 0|1 and m = 0|1. Returns n NAND m.
CGO_ENABLED=0 GOOS=linux go build -a -installsuffix cgo -o planckservice .
docker build -t planckservice .
docker run --rm -d -p 8000:8000 planckservice