detect & build (simple) haskell and c projects.

go/detect/detect.go

type Commands map[string]string
var ProjectTypes = []*Project{
	&Project{"c/default", Commands{"run": "gcc -o $(basename {file} .c) {file} && ./$(basename {file} .c)"}, cDefault},
	&Project{"clojure/leiningen", Commands{"build": "lein uberjar", "run": "lein run", "test": "lein test"},
		clojureLeiningen},
	&Project{"docker/fig", Commands{"build": "fig build", "run": "fig up"}, dockerFig},
	&Project{"executable", Commands{"run": "{file}"}, executableDefault},
	&Project{"go/default", Commands{"build": "go build {file}", "run": "go build $(basename {file}) && ./$(basename {file} .go)"},
		goDefault},
	&Project{"haskell/cabal", Commands{"build": "cabal build", "run": "cabal run", "test": "cabal test"}, haskellCabal},
	&Project{"haskell/default", Commands{"run": "runhaskell {file}"}, haskellDefault},
	&Project{"java/maven", Commands{"build": "mvn compile", "test": "mvn compile test"}, javaMaven},
	&Project{"javascript/npm", Commands{"build": "npm install", "test": "npm test"}, javascriptNpm},
	&Project{"javascript/meteor", Commands{"run": "meteor"}, javascriptMeteor},
	return fileutil.IsFile(fileutil.Join(fileOrDir, file))
}
func cDefault(file string) bool {
	return matchingFileOrDir(file, "*.c")
}
func clojureLeiningen(file string) bool {
	return hasFile(file, "project.clj")
}
	return matchingFileOrDir(file, "*.go")
}
func haskellCabal(file string) bool {
	return matchingFileOrDir(file, "*.cabal")
}
func haskellDefault(file string) bool {
	return matchingFileOrDir(file, "*.hs") || matchingFileOrDir(file, "*.lhs")
}
func javaMaven(file string) bool {
	return hasFile(file, "pom.xml")
}

go/examples/hello.c

#include <stdio.h>
int main(int argc, char **argv) {
	printf("Hello, World!\n");
	return 0;
}

go/examples/hello.hs

main = putStrLn "Hello, World!"