build.sbt

import scalariform.formatter.preferences._

// ------ Basic configurations ------ 

name := "tifmo"

scalaVersion := "2.11.0"

sbtVersion := "0.13.2"

scalacOptions ++= Seq("-unchecked", "-deprecation", "-feature", "-Xlint")

fork in run := true

outputStrategy := Some(StdoutOutput)

javaOptions += "-Xmx3G"

libraryDependencies ++= Seq(
  "org.scala-lang.modules" %% "scala-xml" % "1.0.1",
  "org.scalatest" %% "scalatest" % "2.1.3" % "test",
  "edu.stanford.nlp" % "stanford-corenlp" % "3.3.1",
  "edu.stanford.nlp" % "stanford-corenlp" % "3.3.1" classifier "models"
).map(_ withSources() withJavadoc())


// This settings is from plugin "sbt-start-script", which makes task "start-script" available
// "start-script" creates a script "target/start" for running the application without sbt
// usage: start <class-name> <parameters>
// e.g. ./target/start tifmo.demo.FraCas input/fracas.xml
seq(com.typesafe.sbt.SbtStartScript.startScriptForClassesSettings: _*)


// This setting enables sbt-scalariform, an sbt plugin adding support for source code formatting using Scalariform
// It adds the task `scalariformFormat` in the scopes `compile` and `test`, and run this task automatically when compiling

scalariformSettings

ScalariformKeys.preferences := ScalariformKeys.preferences.value
  .setPreference(AlignParameters, true)
  .setPreference(IndentPackageBlocks, false)
  .setPreference(DoubleIndentClassDeclaration, true)



// ------ Settings related to resource packs ------

val resourcePacked = settingKey[File]("Directory in which packed resources are located.")

resourcePacked := baseDirectory.value / "packed-resources"


// Wordnet Dictionary

val wordnetDict = settingKey[File]("Location of unpacked wordnet dictionary file.")

wordnetDict := (resourceDirectory in Compile).value / "en/dict"

val wordnetDictPack = settingKey[File]("Location of packed wordnet dictionary file.")

wordnetDictPack := resourcePacked.value / "en/wn3.1.dict.tar.gz"


// Turian10 Word Vectors

val turian10WordVec = settingKey[File]("Location of unpacked Turian10 word vector file.")

turian10WordVec := (resourceDirectory in Compile).value / "en/WordVectors/Turian10.cdb"

val turian10WordVecPack = settingKey[File]("Location of packed Turian10 word vector file.")

turian10WordVecPack := resourcePacked.value / "en/WordVectors/Turian10-embeddings-scaled.EMBEDDING_SIZE=50.txt.gz"


// Mikolov13 Word Vectors

val mikolov13WordVec = settingKey[File]("Location of unpacked Mikolov13 word vector file.")

mikolov13WordVec := (resourceDirectory in Compile).value / "en/WordVectors/Mikolov13.cdb"

val mikolov13WordVecPack = settingKey[File]("Location of packed Mikolov13 word vector file.")

mikolov13WordVecPack := resourcePacked.value / "en/WordVectors/Mikolov13-GoogleNews-vectors-negative300.txt.bz2"


// Define the task for unpacking resources

val unpackResources = taskKey[Unit]("Unpack resources.")

unpackResources := {
  implicit val logger = streams.value.log
  // `simpleUnpack` and `buildCbdFromPack` are defined in project/Build.scala
  unpackArchive(wordnetDictPack.value, wordnetDict.value)
  buildWordVecCbdFromPack(turian10WordVecPack.value, turian10WordVec.value, 50)
  // The following line is commented out
  // Because this word2vec file is too big to be contained in a GitHub repo
  // buildWordVecCbdFromPack(mikolov13WordVecPack.value, mikolov13WordVec.value, 300)
}

// Prepend the task unpackResources to compile
compile in Compile := {
  val dummy = unpackResources.value
  (compile in Compile).value
}

// Remove unpacked resources when cleanning
clean := {
  import org.apache.commons.io.FileUtils.deleteQuietly
  deleteQuietly(wordnetDict.value)
  deleteQuietly(turian10WordVec.value)
  deleteQuietly(mikolov13WordVec.value)
  clean.value
}