KT-1306123.lng or 123.sht is not good name

examples/src/Point.kt

@@ -4,7 +4,7 @@ class Point(val x: Int, val y: Int) {
     fun distanceTo(other: Point): Double {
         val dx = x - other.x
         val dy = y - other.y
-        return Math.sqrt((dx*dx + dy*dy).dbl)
+        return Math.sqrt((dx*dx + dy*dy).double)
     }
 }
 

examples/src/actors/src/Actors.kt

@@ -167,7 +167,7 @@ abstract class Actor(protected val executor: Executor, val fair: Boolean = false
         val messagesSent = AtomicLong()
         val messagesProcessed = AtomicLong()
 
-        val timer = fixedRateTimer(daemon=true, period=5000.lng) {
+        val timer = fixedRateTimer(daemon=true, period=5000.long) {
             val sent = messagesSent.get()
             val received = messagesProcessed.get()
             println("Actors stat: Sent: $sent Processed: $received Pending: ${sent-received}")

examples/src/actors/src/StatCalculator.kt

@@ -7,11 +7,11 @@ import java.util.LinkedList
 
 class StatCalculator() : Actor(Executors.newSingleThreadExecutor().sure()) {
     val list = LinkedList<Long> ()
-    var average = 0.lng
-    var sum = 0.lng
-    var cnt = 0.lng
+    var average = 0.long
+    var sum = 0.long
+    var cnt = 0.long
 
-    val timer = fixedRateTimer(period=2000.lng, daemon=true) {
+    val timer = fixedRateTimer(period=2000.long, daemon=true) {
         this@StatCalculator post "print"
     }
 

examples/src/actors/src/StockServer.kt

@@ -14,7 +14,7 @@ class StockServer(val numberOfShards : Int) : Actor(Executors.newFixedThreadPool
 
     private val shards = Array<StockServerShard> (numberOfShards, { (i: Int) -> StockServerShard(statCalculator, executor) })
 
-    private val timer = fixedRateTimer(period=1000.lng, daemon=true) {
+    private val timer = fixedRateTimer(period=1000.long, daemon=true) {
         for(s in shards)
             s post StockMessage.UpdateModel
     }

examples/src/benchmarks/src/spectralnorm/SpectralNorm.kt

@@ -37,8 +37,8 @@ fun spectralnormGame(n: Int) : Double {
         Approximate (u, v, tmp, r1, r2)
     })
 
-    var vBv = 0.dbl
-    var vv = 0.dbl;
+    var vBv = 0.double
+    var vv = 0.double;
     for (i in 0..nthread-1) {
         try {
             ap[i].join ();
@@ -100,7 +100,7 @@ class Approximate(val u: DoubleArray, val v: DoubleArray, val _tmp: DoubleArray,
     {
         for (i in rbegin..rend)
         {
-            var sum = 0.dbl
+            var sum = 0.double
             for (j in v.indices)
                 sum += eval_A (j, i) * v[j];
 

examples/src/luhny/test.kt

@@ -144,7 +144,7 @@ fun computeLast(allButLast : String) : Char {
   }
 
   var remainder = sum % 10
-  return if (remainder == 0) '0' else ('0' + (10 - remainder)).chr
+  return if (remainder == 0) '0' else ('0' + (10 - remainder)).char
 }
 
 fun computeLast(allButLast : CharSequence) : Char = computeLast(allButLast.toString().sure())
@@ -155,12 +155,12 @@ fun setRandomDigits(builder : StringBuilder, start : Int, end : Int) {
 }
 
 /** Generates a random digit. */
-fun randomDigit() : Char = ('0' + random.nextInt(10)).chr
+fun randomDigit() : Char = ('0' + random.nextInt(10)).char
 
 fun nonDigits() : String {
   val nonDigits = StringBuilder()
   for (i in 0..999)
-    nonDigits.append((random.nextInt(68) + ':').chr)
+    nonDigits.append((random.nextInt(68) + ':').char)
   return nonDigits.toString().sure()
 }