diff --git a/Doc/library/asyncio-stream.rst b/Doc/library/asyncio-stream.rst
index 27b5205..0cfecda 100644
--- a/Doc/library/asyncio-stream.rst
+++ b/Doc/library/asyncio-stream.rst
@@ -7,10 +7,10 @@
 =======
 
 Streams are high-level async/await-ready primitives to work with
-network connections.  Streams allow send and receive data without
+network connections.  Streams allow sending and receiving data without
 using callbacks or low-level protocols and transports.
 
-Here's an example of a TCP echo client written using asyncio
+Here is an example of a TCP echo client written using asyncio
 streams::
 
     import asyncio
@@ -31,6 +31,9 @@
     asyncio.run(tcp_echo_client('Hello World!'))
 
 
+See also the `Examples`_ section below.
+
+
 .. rubric:: Stream Functions
 
 The following top-level asyncio functions can be used to create
@@ -43,7 +46,7 @@
                           server_hostname=None, ssl_handshake_timeout=None)
 
    Establish a network connection and return a pair of
-   ``(reader, writer)``.
+   ``(reader, writer)`` objects.
 
    The returned *reader* and *writer* objects are instances of
    :class:`StreamReader` and :class:`StreamWriter` classes.
@@ -52,7 +55,8 @@
    automatically when this method is awaited from a coroutine.
 
    *limit* determines the buffer size limit used by the
-   returned :class:`StreamReader` instance.
+   returned :class:`StreamReader` instance.  By default the *limit*
+   is set to 64 KiB.
 
    The rest of the arguments are passed directly to
    :meth:`loop.create_connection`.
@@ -84,7 +88,8 @@
    automatically when this method is awaited from a coroutine.
 
    *limit* determines the buffer size limit used by the
-   returned :class:`StreamReader` instance.
+   returned :class:`StreamReader` instance.  By default the *limit*
+   is set to 64 KiB.
 
    The rest of the arguments are passed directly to
    :meth:`loop.create_server`.
@@ -93,6 +98,9 @@
 
       The *ssl_handshake_timeout* and *start_serving* parameters.
 
+
+.. rubric:: Unix Sockets
+
 .. coroutinefunction:: open_unix_connection(path=None, \*, loop=None, \
                         limit=None, ssl=None, sock=None, \
                         server_hostname=None, ssl_handshake_timeout=None)
@@ -114,6 +122,7 @@
 
       The *path* parameter can now be a :term:`path-like object`
 
+
 .. coroutinefunction:: start_unix_server(client_connected_cb, path=None, \
                           \*, loop=None, limit=None, sock=None, \
                           backlog=100, ssl=None, ssl_handshake_timeout=None, \
@@ -121,7 +130,7 @@
 
    Start a UNIX socket server.
 
-   Similar to :func:`start_server` but operates on UNIX sockets.
+   Similar to :func:`start_server` but works with UNIX sockets.
 
    See also the documentation of :meth:`loop.create_unix_server`.
 
@@ -136,67 +145,47 @@
       The *path* parameter can now be a :term:`path-like object`.
 
 
-.. rubric:: Contents
-
-* `StreamReader`_ and `StreamWriter`_
-* `StreamReaderProtocol`_
-* `Examples`_
+---------
 
 
 StreamReader
 ============
 
-.. class:: StreamReader(limit=_DEFAULT_LIMIT, loop=None)
+.. class:: StreamReader
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+   Represents a reader object that provides APIs to read data
+   from the IO stream.
 
-   The *limit* argument's default value is set to _DEFAULT_LIMIT which is 2**16 (64 KiB)
-
-   .. method:: exception()
-
-      Get the exception.
-
-   .. method:: feed_eof()
-
-      Acknowledge the EOF.
-
-   .. method:: feed_data(data)
-
-      Feed *data* bytes in the internal buffer.  Any operations waiting
-      for the data will be resumed.
-
-   .. method:: set_exception(exc)
-
-      Set the exception.
-
-   .. method:: set_transport(transport)
-
-      Set the transport.
+   It is not recommended to instantiate *StreamReader* objects
+   directly; use :func:`open_connection` and :func:`start_server`
+   instead.
 
    .. coroutinemethod:: read(n=-1)
 
       Read up to *n* bytes.  If *n* is not provided, or set to ``-1``,
       read until EOF and return all read bytes.
 
-      If the EOF was received and the internal buffer is empty,
+      If an EOF was received and the internal buffer is empty,
       return an empty ``bytes`` object.
 
    .. coroutinemethod:: readline()
 
-      Read one line, where "line" is a sequence of bytes ending with ``\n``.
+      Read one line, where "line" is a sequence of bytes
+      ending with ``\n``.
 
-      If EOF is received, and ``\n`` was not found, the method will
-      return the partial read bytes.
+      If an EOF is received and ``\n`` was not found, the method
+      returns partially read data.
 
-      If the EOF was received and the internal buffer is empty,
+      If an EOF is received and the internal buffer is empty,
       return an empty ``bytes`` object.
 
    .. coroutinemethod:: readexactly(n)
 
-      Read exactly *n* bytes. Raise an :exc:`IncompleteReadError` if the end of
-      the stream is reached before *n* can be read, the
-      :attr:`IncompleteReadError.partial` attribute of the exception contains
-      the partial read bytes.
+      Read exactly *n* bytes.
+
+      Raise an :exc:`IncompleteReadError` if an EOF reached before *n*
+      can be read.  Use the :attr:`IncompleteReadError.partial`
+      attribute to get the partially read data.
 
    .. coroutinemethod:: readuntil(separator=b'\\n')
 
@@ -231,105 +220,76 @@
 StreamWriter
 ============
 
-.. class:: StreamWriter(transport, protocol, reader, loop)
+.. class:: StreamWriter
 
-   Wraps a Transport.
+   Represents a writer object that provides APIs to write data
+   to the IO stream.
 
-   This exposes :meth:`write`, :meth:`writelines`, :meth:`can_write_eof()`,
-   :meth:`write_eof`, :meth:`get_extra_info` and :meth:`close`.  It adds
-   :meth:`drain` which returns an optional :class:`Future` on which you can
-   wait for flow control.  It also adds a transport attribute which references
-   the :class:`Transport` directly.
+   It is not recommended to instantiate *StreamWriter* objects
+   directly; use :func:`open_connection` and :func:`start_server`
+   instead.
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+   .. method:: write(data)
 
-   .. attribute:: transport
+      Write *data* to the stream.
 
-      Transport.
+   .. method:: writelines(data)
 
-   .. method:: can_write_eof()
+      Write a list (or any iterable) of bytes to the stream.
 
-      Return :const:`True` if the transport supports :meth:`write_eof`,
-      :const:`False` if not. See :meth:`WriteTransport.can_write_eof`.
+   .. coroutinemethod:: drain()
+
+      Wait until it is appropriate to resume writing to the stream.
+      E.g.::
+
+          writer.write(data)
+          await writer.drain()
+
+      This is a flow-control method that interacts with the underlying
+      IO write buffer.  When the size of the buffer reaches
+      the high-water limit, *drain()* blocks until the size of the
+      buffer is drained down to the low-water limit and writing can
+      be resumed.  When there is nothing to wait for, the :meth:`drain`
+      returns immediately.
 
    .. method:: close()
 
-      Close the transport: see :meth:`BaseTransport.close`.
+      Close the stream.
 
    .. method:: is_closing()
 
-      Return ``True`` if the writer is closing or is closed.
+      Return ``True`` if the stream is closed or in the process of
+      being closed.
 
       .. versionadded:: 3.7
 
    .. coroutinemethod:: wait_closed()
 
-      Wait until the writer is closed.
+      Wait until the stream is closed.
 
-      Should be called after :meth:`close`  to wait until the underlying
-      connection (and the associated transport/protocol pair) is closed.
+      Should be called after :meth:`close` to wait until the underlying
+      connection is closed.
 
       .. versionadded:: 3.7
 
-   .. coroutinemethod:: drain()
+   .. method:: can_write_eof()
 
-      Let the write buffer of the underlying transport a chance to be flushed.
-
-      The intended use is to write::
-
-          w.write(data)
-          await w.drain()
-
-      When the size of the transport buffer reaches the high-water limit (the
-      protocol is paused), block until the size of the buffer is drained down
-      to the low-water limit and the protocol is resumed. When there is nothing
-      to wait for, the yield-from continues immediately.
-
-      Yielding from :meth:`drain` gives the opportunity for the loop to
-      schedule the write operation and flush the buffer. It should especially
-      be used when a possibly large amount of data is written to the transport,
-      and the coroutine does not yield-from between calls to :meth:`write`.
-
-      This method is a :ref:`coroutine <coroutine>`.
-
-   .. method:: get_extra_info(name, default=None)
-
-      Return optional transport information: see
-      :meth:`BaseTransport.get_extra_info`.
-
-   .. method:: write(data)
-
-      Write some *data* bytes to the transport: see
-      :meth:`WriteTransport.write`.
-
-   .. method:: writelines(data)
-
-      Write a list (or any iterable) of data bytes to the transport:
-      see :meth:`WriteTransport.writelines`.
+      Return *True* if the underlying transport supports
+      the :meth:`write_eof` method, *False* otherwise.
 
    .. method:: write_eof()
 
-      Close the write end of the transport after flushing buffered data:
-      see :meth:`WriteTransport.write_eof`.
+      Close the write end of the stream after the buffered write
+      data is flushed.
 
+   .. attribute:: transport
 
-StreamReaderProtocol
-====================
+      Return the underlying asyncio transport.
 
-.. class:: StreamReaderProtocol(stream_reader, client_connected_cb=None, \
-                loop=None)
+   .. method:: get_extra_info(name, default=None)
 
-    Trivial helper class to adapt between :class:`Protocol` and
-    :class:`StreamReader`. Subclass of :class:`Protocol`.
-
-    *stream_reader* is a :class:`StreamReader` instance, *client_connected_cb*
-    is an optional function called with (stream_reader, stream_writer) when a
-    connection is made, *loop* is the event loop instance to use.
-
-    (This is a helper class instead of making :class:`StreamReader` itself a
-    :class:`Protocol` subclass, because the :class:`StreamReader` has other
-    potential uses, and to prevent the user of the :class:`StreamReader` from
-    accidentally calling inappropriate methods of the protocol.)
+      Access optional transport information; see
+      :meth:`BaseTransport.get_extra_info` for details.
 
 
 Examples
diff --git a/Doc/library/asyncio-sync.rst b/Doc/library/asyncio-sync.rst
index 574f70f..8e01ca9 100644
--- a/Doc/library/asyncio-sync.rst
+++ b/Doc/library/asyncio-sync.rst
@@ -1,172 +1,204 @@
 .. currentmodule:: asyncio
+
 .. _asyncio-sync:
 
-Synchronization primitives
+==========================
+Synchronization Primitives
 ==========================
 
-**Source code:** :source:`Lib/asyncio/locks.py`
+asyncio synchronization primitives are designed to be similar to
+those of the :mod:`threading` module with two important caveats:
 
-Locks:
+* asyncio primitives are not thread-safe, therefore they should not
+  be used for OS threads synchronization (use :mod:`threading` for
+  that);
+
+* methods of synchronization objects do not accept the *timeout*
+  argument; use the :func:`asyncio.wait_for` function to perform
+  operations with timeouts.
+
+asyncio has the following basic primitives:
 
 * :class:`Lock`
 * :class:`Event`
 * :class:`Condition`
-
-Semaphores:
-
 * :class:`Semaphore`
 * :class:`BoundedSemaphore`
 
-asyncio lock API was designed to be close to classes of the :mod:`threading`
-module (:class:`~threading.Lock`, :class:`~threading.Event`,
-:class:`~threading.Condition`, :class:`~threading.Semaphore`,
-:class:`~threading.BoundedSemaphore`), but it has no *timeout* parameter. The
-:func:`asyncio.wait_for` function can be used to cancel a task after a timeout.
+
+---------
 
 
 Lock
-----
+====
 
 .. class:: Lock(\*, loop=None)
 
-   Primitive lock objects.
+   Implements a mutex lock for asyncio tasks.  Not thread-safe.
 
-   A primitive lock is a synchronization primitive that is not owned by a
-   particular coroutine when locked.  A primitive lock is in one of two states,
-   'locked' or 'unlocked'.
+   An asyncio lock can be used to guarantee exclusive access to a
+   shared resource.
 
-   The lock is created in the unlocked state.
-   It has two basic methods, :meth:`acquire` and :meth:`release`.
-   When the state is unlocked, acquire() changes the state to
-   locked and returns immediately.  When the state is locked, acquire() blocks
-   until a call to release() in another coroutine changes it to unlocked, then
-   the acquire() call resets it to locked and returns.  The release() method
-   should only be called in the locked state; it changes the state to unlocked
-   and returns immediately.  If an attempt is made to release an unlocked lock,
-   a :exc:`RuntimeError` will be raised.
+   The preferred way to use a Lock is an :keyword:`async with`
+   statement::
 
-   When more than one coroutine is blocked in acquire() waiting for the state
-   to turn to unlocked, only one coroutine proceeds when a release() call
-   resets the state to unlocked; first coroutine which is blocked in acquire()
-   is being processed.
+       lock = asyncio.Lock()
 
-   :meth:`acquire` is a coroutine and should be called with ``await``.
+       # ... later
+       async with lock:
+           # access shared state
 
-   Locks support the :ref:`context management protocol <async-with-locks>`.
+   which is equivalent to::
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+       lock = asyncio.Lock()
 
-   .. method:: locked()
-
-      Return ``True`` if the lock is acquired.
+       # ... later
+       await lock.acquire()
+       try:
+           # access shared state
+       finally:
+           lock.release()
 
    .. coroutinemethod:: acquire()
 
-      Acquire a lock.
+      Acquire the lock.
 
-      This method blocks until the lock is unlocked, then sets it to locked and
-      returns ``True``.
-
-      This method is a :ref:`coroutine <coroutine>`.
+      This method waits until the lock is *unlocked*, sets it to
+      *locked* and returns ``True``.
 
    .. method:: release()
 
-      Release a lock.
+      Release the lock.
 
-      When the lock is locked, reset it to unlocked, and return.  If any other
-      coroutines are blocked waiting for the lock to become unlocked, allow
-      exactly one of them to proceed.
+      When the lock is *locked*, reset it to *unlocked* and return.
 
-      When invoked on an unlocked lock, a :exc:`RuntimeError` is raised.
+      If the lock is *unlocked* a :exc:`RuntimeError` is raised.
 
-      There is no return value.
+   .. method:: locked()
+
+      Return ``True`` if the lock is *locked*.
 
 
 Event
------
+=====
 
 .. class:: Event(\*, loop=None)
 
-   An Event implementation, asynchronous equivalent to :class:`threading.Event`.
+   An event object.  Not thread-safe.
 
-   Class implementing event objects. An event manages a flag that can be set to
-   true with the :meth:`set` method and reset to false with the :meth:`clear`
-   method.  The :meth:`wait` method blocks until the flag is true. The flag is
-   initially false.
+   An asyncio event can be used to notify multiple asyncio tasks
+   that some event has happened.
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+   An Event object manages an internal flag that can be set to *true*
+   with the :meth:`set` method and reset to *false* with the
+   :meth:`clear` method.  The :meth:`wait` method blocks until the
+   flag is set to *true*.  The flag is set to *false* initially.
 
-   .. method:: clear()
+   Example::
 
-      Reset the internal flag to false. Subsequently, coroutines calling
-      :meth:`wait` will block until :meth:`set` is called to set the internal
-      flag to true again.
+      async def waiter(event):
+          print('waiting ...')
+          await event.wait()
+          print('... got it!')
 
-   .. method:: is_set()
+      async def main():
+          # Create an Event object.
+          event = asyncio.Event()
 
-      Return ``True`` if and only if the internal flag is true.
+          # Spawn a Task to wait until 'event' is set.
+          waiter_task = asyncio.create_task(waiter(event))
 
-   .. method:: set()
+          # Sleep for 1 second and set the event.
+          await asyncio.sleep(1)
+          event.set()
 
-      Set the internal flag to true. All coroutines waiting for it to become
-      true are awakened. Coroutine that call :meth:`wait` once the flag is true
-      will not block at all.
+          # Wait until the waiter task is finished.
+          await waiter_task
+
+      asyncio.run(main())
 
    .. coroutinemethod:: wait()
 
-      Block until the internal flag is true.
+      Wait until the event is set.
 
-      If the internal flag is true on entry, return ``True`` immediately.
-      Otherwise, block until another coroutine calls :meth:`set` to set the
-      flag to true, then return ``True``.
+      If the event is set, return ``True`` immediately.
+      Otherwise block until another task calls :meth:`set`.
 
-      This method is a :ref:`coroutine <coroutine>`.
+   .. method:: set()
+
+      Set the event.
+
+      All tasks waiting for event to be set will be immediately
+      awakened.
+
+   .. method:: clear()
+
+      Clear (unset) the event.
+
+      Tasks awaiting on :meth:`wait` will now block until the
+      :meth:`set` method is called again.
+
+   .. method:: is_set()
+
+      Return ``True`` if the event is set.
 
 
 Condition
----------
+=========
 
 .. class:: Condition(lock=None, \*, loop=None)
 
-   A Condition implementation, asynchronous equivalent to
-   :class:`threading.Condition`.
+   A Condition object.  Not thread-safe.
 
-   This class implements condition variable objects. A condition variable
-   allows one or more coroutines to wait until they are notified by another
-   coroutine.
+   An asyncio condition primitive can be used by a task to wait for
+   some event to happen and then get an exclusive access to a shared
+   resource.
 
-   If the *lock* argument is given and not ``None``, it must be a :class:`Lock`
-   object, and it is used as the underlying lock.  Otherwise,
-   a new :class:`Lock` object is created and used as the underlying lock.
+   In essence, a Condition object combines the functionality
+   of :class:`Event` and :class:`Lock`.  It is possible to have many
+   Condition objects sharing one Lock, which allows to coordinate
+   exclusive access to a shared resource between different tasks
+   interested in particular states of that shared resource.
 
-   Conditions support the :ref:`context management protocol
-   <async-with-locks>`.
+   The optional *lock* argument must be a :class:`Lock` object or
+   ``None``.  In the latter case a new Lock object is created
+   automatically.
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+   The preferred way to use a Condition is an :keyword:`async with`
+   statement::
+
+       cond = asyncio.Condition()
+
+       # ... later
+       async with cond:
+           await cond.wait()
+
+   which is equivalent to::
+
+       cond = asyncio.Condition()
+
+       # ... later
+       await lock.acquire()
+       try:
+           await cond.wait()
+       finally:
+           lock.release()
 
    .. coroutinemethod:: acquire()
 
       Acquire the underlying lock.
 
-      This method blocks until the lock is unlocked, then sets it to locked and
-      returns ``True``.
-
-      This method is a :ref:`coroutine <coroutine>`.
+      This method waits until the underlying lock is *unlocked*,
+      sets it to *locked* and returns ``True``.
 
    .. method:: notify(n=1)
 
-      By default, wake up one coroutine waiting on this condition, if any.
-      If the calling coroutine has not acquired the lock when this method is
-      called, a :exc:`RuntimeError` is raised.
+      Wake up at most *n* tasks (1 by default) waiting on this
+      condition.  The method is no-op if no tasks are waiting.
 
-      This method wakes up at most *n* of the coroutines waiting for the
-      condition variable; it is a no-op if no coroutines are waiting.
-
-      .. note::
-
-         An awakened coroutine does not actually return from its :meth:`wait`
-         call until it can reacquire the lock. Since :meth:`notify` does not
-         release the lock, its caller should.
+      The lock must be acquired before this method is called and
+      released shortly after.  If called with an *unlocked* lock
+      a :exc:`RuntimeError` error is raised.
 
    .. method:: locked()
 
@@ -174,78 +206,87 @@
 
    .. method:: notify_all()
 
-      Wake up all coroutines waiting on this condition. This method acts like
-      :meth:`notify`, but wakes up all waiting coroutines instead of one. If the
-      calling coroutine has not acquired the lock when this method is called, a
-      :exc:`RuntimeError` is raised.
+      Wake up all tasks waiting on this condition.
+
+      This method acts like :meth:`notify`, but wakes up all waiting
+      tasks.
+
+      The lock must be acquired before this method is called and
+      released shortly after.  If called with an *unlocked* lock
+      a :exc:`RuntimeError` error is raised.
 
    .. method:: release()
 
       Release the underlying lock.
 
-      When the lock is locked, reset it to unlocked, and return. If any other
-      coroutines are blocked waiting for the lock to become unlocked, allow
-      exactly one of them to proceed.
-
-      When invoked on an unlocked lock, a :exc:`RuntimeError` is raised.
-
-      There is no return value.
+      When invoked on an unlocked lock, a :exc:`RuntimeError` is
+      raised.
 
    .. coroutinemethod:: wait()
 
       Wait until notified.
 
-      If the calling coroutine has not acquired the lock when this method is
+      If the calling task has not acquired the lock when this method is
       called, a :exc:`RuntimeError` is raised.
 
-      This method releases the underlying lock, and then blocks until it is
-      awakened by a :meth:`notify` or :meth:`notify_all` call for the same
-      condition variable in another coroutine.  Once awakened, it re-acquires
-      the lock and returns ``True``.
-
-      This method is a :ref:`coroutine <coroutine>`.
+      This method releases the underlying lock, and then blocks until
+      it is awakened by a :meth:`notify` or :meth:`notify_all` call.
+      Once awakened, the Condition re-acquires its lock and this method
+      returns ``True``.
 
    .. coroutinemethod:: wait_for(predicate)
 
-      Wait until a predicate becomes true.
+      Wait until a predicate becomes *true*.
 
-      The predicate should be a callable which result will be interpreted as a
-      boolean value. The final predicate value is the return value.
-
-      This method is a :ref:`coroutine <coroutine>`.
+      The predicate must be a callable which result will be
+      interpreted as a boolean value.  The final value is the
+      return value.
 
 
 Semaphore
----------
+=========
 
 .. class:: Semaphore(value=1, \*, loop=None)
 
-   A Semaphore implementation.
+   A Semaphore object.  Not thread-safe.
 
    A semaphore manages an internal counter which is decremented by each
-   :meth:`acquire` call and incremented by each :meth:`release` call. The
-   counter can never go below zero; when :meth:`acquire` finds that it is zero,
-   it blocks, waiting until some other coroutine calls :meth:`release`.
+   :meth:`acquire` call and incremented by each :meth:`release` call.
+   The counter can never go below zero; when :meth:`acquire` finds
+   that it is zero, it blocks, waiting until some task calls
+   :meth:`release`.
 
-   The optional argument gives the initial value for the internal counter; it
-   defaults to ``1``. If the value given is less than ``0``, :exc:`ValueError`
-   is raised.
+   The optional *value* argument gives the initial value for the
+   internal counter (``1`` by default). If the given value is
+   less than ``0`` a :exc:`ValueError` is raised.
 
-   Semaphores support the :ref:`context management protocol
-   <async-with-locks>`.
+   The preferred way to use a Semaphore is an :keyword:`async with`
+   statement::
 
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+       sem = asyncio.Semaphore(10)
+
+       # ... later
+       async with sem:
+           # work with shared resource
+
+   which is equivalent to::
+
+       sem = asyncio.Semaphore(10)
+
+       # ... later
+       await sem.acquire()
+       try:
+           # work with shared resource
+       finally:
+           sem.release()
 
    .. coroutinemethod:: acquire()
 
       Acquire a semaphore.
 
-      If the internal counter is larger than zero on entry, decrement it by one
-      and return ``True`` immediately.  If it is zero on entry, block, waiting
-      until some other coroutine has called :meth:`release` to make it larger
-      than ``0``, and then return ``True``.
-
-      This method is a :ref:`coroutine <coroutine>`.
+      If the internal counter is greater than zero, decrement
+      it by one and return ``True`` immediately.  If it is zero wait
+      until a :meth:`release` is called and return ``True``.
 
    .. method:: locked()
 
@@ -253,53 +294,30 @@
 
    .. method:: release()
 
-      Release a semaphore, incrementing the internal counter by one. When it
-      was zero on entry and another coroutine is waiting for it to become
-      larger than zero again, wake up that coroutine.
+      Release a semaphore, incrementing the internal counter by one.
+      Can wake up a task waiting to acquire the semaphore.
+
+      Unlike :class:`BoundedSemaphore`, :class:`Semaphore` allows
+      to make more ``release()`` calls than ``acquire()`` calls.
 
 
 BoundedSemaphore
-----------------
+================
 
 .. class:: BoundedSemaphore(value=1, \*, loop=None)
 
-   A bounded semaphore implementation. Inherit from :class:`Semaphore`.
+   A bounded semaphore object.  Not thread-safe.
 
-   This raises :exc:`ValueError` in :meth:`~Semaphore.release` if it would
-   increase the value above the initial value.
-
-   Bounded semaphores support the :ref:`context management
-   protocol <async-with-locks>`.
-
-   This class is :ref:`not thread safe <asyncio-multithreading>`.
+   Bounded Semaphore is a version of :class:`Semaphore` that raises
+   a :exc:`ValueError` in :meth:`~Semaphore.release` if it
+   increases the internal counter above the initial *value*.
 
 
-.. _async-with-locks:
+---------
 
-Using locks, conditions and semaphores in the :keyword:`async with` statement
------------------------------------------------------------------------------
-
-:class:`Lock`, :class:`Condition`, :class:`Semaphore`, and
-:class:`BoundedSemaphore` objects can be used in :keyword:`async with`
-statements.
-
-The :meth:`acquire` method will be called when the block is entered,
-and :meth:`release` will be called when the block is exited.  Hence,
-the following snippet::
-
-   async with lock:
-       # do something...
-
-is equivalent to::
-
-   await lock.acquire()
-   try:
-       # do something...
-   finally:
-       lock.release()
 
 .. deprecated:: 3.7
 
-   Lock acquiring using ``await lock`` or ``yield from lock`` and
+   Acquiring a lock using ``await lock`` or ``yield from lock`` and/or
    :keyword:`with` statement (``with await lock``, ``with (yield from
-   lock)``) are deprecated.
+   lock)``) is deprecated.  Use ``async with lock`` instead.
diff --git a/Doc/whatsnew/3.7.rst b/Doc/whatsnew/3.7.rst
index fbaa2cf..be4fef1 100644
--- a/Doc/whatsnew/3.7.rst
+++ b/Doc/whatsnew/3.7.rst
@@ -1923,8 +1923,7 @@
 Support for directly ``await``-ing instances of :class:`asyncio.Lock` and
 other asyncio synchronization primitives has been deprecated.  An
 asynchronous context manager must be used in order to acquire and release
-the synchronization resource.  See :ref:`async-with-locks` for more
-information.
+the synchronization resource.
 (Contributed by Andrew Svetlov in :issue:`32253`.)
 
 The :meth:`asyncio.Task.current_task` and :meth:`asyncio.Task.all_tasks`