No, they are JavaScript, it is array based programming wrapped in a reactive functional-declarative approach. Simply array of objects cascading with state. {#await promise} is more cryptic than any useHook function…
Yep, Kafka is probably the most popular one. I've heard that the team is looking forward to replace the remaining Scala code in the project with Java once pattern matching and co. land. Spark is another beast that was…
> Being written in a language that isn't well-suited to large projects and refactoring efforts doesn't help either. I know that Borg was written in Java and Kubernetes in Go. Though the latter had a reputation in the…
I think there's a fallacy. It's like people that get into chess for the sake of becoming better at logic. Which is good for a while until it becomes a problem of pure memorization. Or people that spend their time…
In the ML, DL world or in the physical simulators, people just compose a task and throw it to a CPU/GPU/TPU or a cluster of these and let it run for a long time. I don't see how Julia will be different for this kind of…
No, they are JavaScript, it is array based programming wrapped in a reactive functional-declarative approach. Simply array of objects cascading with state. {#await promise} is more cryptic than any useHook function…
Yep, Kafka is probably the most popular one. I've heard that the team is looking forward to replace the remaining Scala code in the project with Java once pattern matching and co. land. Spark is another beast that was…
> Being written in a language that isn't well-suited to large projects and refactoring efforts doesn't help either. I know that Borg was written in Java and Kubernetes in Go. Though the latter had a reputation in the…
I think there's a fallacy. It's like people that get into chess for the sake of becoming better at logic. Which is good for a while until it becomes a problem of pure memorization. Or people that spend their time…
In the ML, DL world or in the physical simulators, people just compose a task and throw it to a CPU/GPU/TPU or a cluster of these and let it run for a long time. I don't see how Julia will be different for this kind of…