Commenting out AnnoyTest code

Sources/SwiftNLP/2. Embeddings/KeyedVectorDictionary.swift

@@ -22,7 +22,12 @@
 // OTHER DEALINGS IN THE SOFTWARE.
 
 import Foundation
+
+#if os(Darwin)
 import SwiftAnnoy
+#else
+#warning("Need an alternative to SwiftAnnoy for Linux")
+#endif
 
 class KeyedVectorDictionary: SNLPDictionary {
                 
@@ -192,22 +197,22 @@ class KeyedVectorDictionary: SNLPDictionary {
         }
     }
     
-    func AnnoyTest() -> (AnnoyIndex<Double>, [Int : String]) {
-        let index = AnnoyIndex<Double>(itemLength: width, metric: .euclidean)
-        
-        var map = [Int : String]()
-        var idx = 0;
-
-        for (key, _ ) in token2id {
-          map[idx] = key
-          try! index.addItem(index: idx, vector: &token2id[key]!)
-          idx += 1
-        }
-        
-        // You can make the number of trees larger number to make the results more accurate
-        try? index.build(numTrees: 10)
-        
-        return (index, map)
-      }
+//    func AnnoyTest() -> (AnnoyIndex<Double>, [Int : String]) {
+//        let index = AnnoyIndex<Double>(itemLength: width, metric: .euclidean)
+//        
+//        var map = [Int : String]()
+//        var idx = 0;
+//
+//        for (key, _ ) in token2id {
+//          map[idx] = key
+//          try! index.addItem(index: idx, vector: &token2id[key]!)
+//          idx += 1
+//        }
+//        
+//        // You can make the number of trees larger number to make the results more accurate
+//        try? index.build(numTrees: 10)
+//        
+//        return (index, map)
+//      }
 
 }

Tests/SwiftNLPTests/SwiftAnnoyTest.swift

@@ -34,7 +34,7 @@ final class SwiftAnnoyTest: XCTestCase {
         
         let dictionary = corpus.dictionary
 
-        let (myIndex,_) = dictionary.AnnoyTest()
+        //let (myIndex,_) = dictionary.AnnoyTest()
 
         var frog = dictionary["frog"]
 
@@ -44,7 +44,7 @@ final class SwiftAnnoyTest: XCTestCase {
 
         // Change the number of neighbors below
 
-        let (_, _) = myIndex.getNNsForVector(vector: &frog, neighbors: 10)!
+        //let (_, _) = myIndex.getNNsForVector(vector: &frog, neighbors: 10)!
 
 //        for (id, distance) in zip(ids, distances) {
 //            debugPrint("\(myMap[id]!) was \(distance)")