SciFlow: Scientific workflow management system

SciFlow is to help programmers design complex workflows with ease.

Feature includes:

1. Use "labeled" arrows to connect individual steps and cache computational results.

2. Use monad and template haskell to automate the process of building DAGs.

Here is a trivial example. Since we use template haskell, we need to divide this small program into two files.

-- File 1: MyModule.hs

module MyModule where

import Control.Arrow
import Scientific.Workflow

input :: Actor () Int
input = arr $ const 10

plus1 :: Actor Int Int
plus1 = arr (+1)

mul2 :: Actor Int Int
mul2 = arr (*2)

combine :: Actor (Int, Int) Int
combine = arr $ \(a,b) -> a + b

-- builder monad
builder :: Builder ()
builder = do
node "id000" "input" "this is input"
node "id001" "plus1" "add 1 to the input"
node "id002" "mul2" "double the input"
node "id003" "combine" "combine two input"

"id000" ~> "id001"
"id000" ~> "id002"
link2 ("id001", "id002") "id003"

--------------------------------------------
-- File 2: main.hs

import Scientific.Workflow
import MyModule
import Data.Default

-- assemble workflow using template haskell
$(mkWorkflow "myWorkflow" builder)

main = do result <- runWorkflow myWorkflow def
          print result

Modules

[Last Documentation]

Flags

Automatic Flags

Name	Description	Default
debug	Enable debug support	Disabled

Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info

Downloads

• SciFlow-0.3.0.tar.gz [browse] (Cabal source package)
• Package description (as included in the package)

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Package maintainers

• kaizhang

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