README.md

@@ -22,76 +22,6 @@ val Gstiming: ModuleID =
   "gs" %% "gs-timing-v0" % "$VERSION"
 ```
 
-### System Time
-
-```scala
-import gs.timing.v0.*
-import cats.effect.IO
-import cats.effect.unsafe.IORuntime
-
-given IORuntime = IORuntime.global
-
-val timing = new Timing(MonotonicProvider.system[IO])
-
-val nanoTime: Long = timing.monotonic().unsafeRunSync()
-```
-
-### Elapsed Time
-
-```
-import gs.timing.v0.*
-import cats.effect.IO
-import cats.effect.unsafe.IORuntime
-import scala.concurrent.duration._
-
-given IORuntime = IORuntime.global
-
-val timing = new Timing(MonotonicProvider.system[IO])
-
-val program: IO[(ElapsedTime, ElapsedTime)] =
-  for
-    timer    <- timing.start()
-    _        <- IO.sleep(1.seconds)
-    elapsed1 <- timer.checkpoint()
-    _        <- IO.sleep(1.seconds)
-    elapsed2 <- timer.checkpoint()
-  yield
-    (elapsed1, elapsed2)
-
-val (e1, e2) = program.unsafeRunSync()
-assert(e1.start == e2.start)
-assert(e1.end != e2.end)
-println(e1.duration)
-println(e1.toNanoseconds())
-println(e1.toMilliseconds())
-println(e1.toSeconds())
-```
-
-### Testing
-
-For example, using munit and a simple helper for running IO-based tests:
-
-```
-iotest("should retrieve monotonic time") {
-  for
-    (provider, timing) <- Timing.manual[IO]
-    t1                 <- timing.monotonic()
-    t2                 <- timing.monotonic()
-    _                  <- provider.tick()
-    t3                 <- timing.monotonic()
-    _                  <- provider.tick()
-    t4                 <- timing.monotonic()
-    _                  <- provider.reset()
-    t5                 <- timing.monotonic()
-  yield
-    assertEquals(t1, 0L)
-    assertEquals(t2, 0L)
-    assertEquals(t3, 1L)
-    assertEquals(t4, 2L)
-    assertEquals(t5, 0L)
-}
-```
-
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src/main/scala/gs/timing/v0/MonotonicTimer.scala

@@ -22,9 +22,9 @@ import scala.concurrent.duration.FiniteDuration
   *   val program: IO[List[ElapsedTime]] =
   *     for
   *       timer <- timing.start()
-  *       elapsed1 <- timer.checkpoint()
+  *       elapsed1 <- timing.checkpoint()
-  *       elapsed2 <- timer.checkpoint()
+  *       elapsed2 <- timing.checkpoint()
-  *       elapsed3 <- timer.checkpoint()
+  *       elapsed3 <- timing.checkpoint()
   *     yield
   *       List(elapsed1, elapsed2, elapsed3)
   * }}}