Tour of our 250k line Clojure codebase
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Tour of our 250k line Clojure codebase
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Re: Tour of our 250k line Clojure codebase
#2I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
Re: Tour of our 250k line Clojure codebase
#3This is what I imagine experienced clojure developers can squeeze out of a language like clojure. I would venture that they can train a junior programmer in a couple of weeks, and make them productive very fast. I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
Re: Tour of our 250k line Clojure codebase
#4This is what I imagine experienced clojure developers can squeeze out of a language like clojure. I would venture that they can train a junior programmer in a couple of weeks, and make them productive very fast. I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
I've got some experience with functional languages, and a good amount with functional features in OO languages. Started learning Clojure this week, and was pleasantly surprised with how quickly I could get working projects up and running. Less upfront learning curve than Elixir, which was unexpected.
Re: Tour of our 250k line Clojure codebase
#5This is what I imagine experienced clojure developers can squeeze out of a language like clojure. I would venture that they can train a junior programmer in a couple of weeks, and make them productive very fast. I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
I've found I typically reach for clojure when i need to do something on the jvm and want a better java than java.
Re: Tour of our 250k line Clojure codebase
#6This is a great insight no matter what language or framework you're operating in. Laziness has its virtues, but invariants, validity checks, run-time type checks, etc. should all be performed as early (and often) as possible - it's much easier to debug issues when the are proximate to an object or structure being created or modified, then when that data type is being used much later.
Re: Tour of our 250k line Clojure codebase
#7This is what I imagine experienced clojure developers can squeeze out of a language like clojure. I would venture that they can train a junior programmer in a couple of weeks, and make them productive very fast. I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
I've found I typically reach for clojure when i need to do something on the jvm and want a better java than java.
Re: Tour of our 250k line Clojure codebase
#8Re: Tour of our 250k line Clojure codebase
#9This is what I imagine experienced clojure developers can squeeze out of a language like clojure. I would venture that they can train a junior programmer in a couple of weeks, and make them productive very fast. I guess they could make it work in any language but judging by the description clojure is indeed a great fit, due to the macro capabilities, flexibility and solid runtime via JVM.
The Clojure team has always done a nice job expressing the rationale for specific language features, and these rationales often lean towards solving problems that system designers historically faced.
Oftentimes, I think folks think of modern languages in regard to their syntax, tooling, ergonomics, etc; however, to me, the more interesting benefit in adopting a modern language is in how its inbuilt features address design problems that earlier generation languages exposed.
For a real world example of what I'm talking about, you can google "clojure expression problem" and find compelling articles about how Clojure solves this with protocols.
Providing a toolkit for attacking categories of problems inherently gets people focused on the fact that these problems exist in the first place when they may not even recognize them otherwise, and regardless of the choice of language, it leads to better design oriented thinking in the context of larger and more complex systems.
Re: Tour of our 250k line Clojure codebase
#10I have a lot of experience with Python/Javascript now, and spent many years in C/C++/Objective C and Java. Also have some Go.