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I had a thought. Mike Innes's Flow.jl is looking promising: https://github.com/MikeInnes/Flow.jl. The package seems general enough to deal with any kind of Julia code, which is far more powerful than alternatives like TensorFlow.
Something that sort of bugs me when using ParserCombinator as a CFG-parser is the syntax. I sort of dislike writing, and even more dislike reading,
x = Delayed()
y = Star(x)
x.matcher = Seq(e"(", y, e")")
or similar. It would be cool if that could be written
matcher(@flow function()
x = Seq(e"(", Star(x), e"))
end)
letting Flow.jl figure out what the graph looks like. What are your thoughts? I'd be happy to work on a prototype when/if I get the time.
The text was updated successfully, but these errors were encountered:
I had a thought. Mike Innes's Flow.jl is looking promising: https://github.com/MikeInnes/Flow.jl. The package seems general enough to deal with any kind of Julia code, which is far more powerful than alternatives like TensorFlow.
Something that sort of bugs me when using ParserCombinator as a CFG-parser is the syntax. I sort of dislike writing, and even more dislike reading,
or similar. It would be cool if that could be written
letting Flow.jl figure out what the graph looks like. What are your thoughts? I'd be happy to work on a prototype when/if I get the time.
The text was updated successfully, but these errors were encountered: