PEP 748: Fix ordered list numbering

peps/pep-0748.rst

@@ -100,12 +100,12 @@ these protocol classes wherever possible. There are three goals here:
    developers to have an interface that they can target that will work with a
    wide range of TLS implementations.
 
-1. To provide an API that has few or no OpenSSL-specific concepts leak through.
+2. To provide an API that has few or no OpenSSL-specific concepts leak through.
    The :mod:`ssl` module today has a number of warts caused by leaking OpenSSL
    concepts through to the API: the new protocol classes would remove those
    specific concepts.
 
-1. To provide a path for the core development team to make OpenSSL one of many
+3. To provide a path for the core development team to make OpenSSL one of many
    possible TLS implementations, rather than requiring that it be present on a
    system in order for Python to have TLS support.
 
@@ -116,37 +116,37 @@ Interfaces
 
 There are several interfaces that require standardization. Those interfaces are:
 
-1. Configuring TLS, currently implemented by the :class:`~ssl.SSLContext` class
-   in the :mod:`ssl` module.
+1.  Configuring TLS, currently implemented by the :class:`~ssl.SSLContext` class
+    in the :mod:`ssl` module.
 
-1. Providing an in-memory buffer for doing in-memory encryption or decryption
-   with no actual I/O (necessary for asynchronous I/O models), currently
-   implemented by the :class:`~ssl.SSLObject` class in the :mod:`ssl` module.
+2.  Providing an in-memory buffer for doing in-memory encryption or decryption
+    with no actual I/O (necessary for asynchronous I/O models), currently
+    implemented by the :class:`~ssl.SSLObject` class in the :mod:`ssl` module.
 
-1. Wrapping a socket object, currently implemented by the
-   :class:`~ssl.SSLSocket` class in the :mod:`ssl` module.
+3.  Wrapping a socket object, currently implemented by the
+    :class:`~ssl.SSLSocket` class in the :mod:`ssl` module.
 
-1. Applying TLS configuration to the wrapping objects in (2) and (3). Currently
-   this is also implemented by the SSLContext class in the :mod:`ssl` module.
+4.  Applying TLS configuration to the wrapping objects in (2) and (3). Currently
+    this is also implemented by the SSLContext class in the :mod:`ssl` module.
 
-1. Specifying TLS cipher suites. There is currently no code for doing this in
-   the standard library: instead, the standard library uses OpenSSL cipher suite
-   strings.
+5.  Specifying TLS cipher suites. There is currently no code for doing this in
+    the standard library: instead, the standard library uses OpenSSL cipher suite
+    strings.
 
-1. Specifying application-layer protocols that can be negotiated during the TLS
-   handshake.
+6.  Specifying application-layer protocols that can be negotiated during the TLS
+    handshake.
 
-1. Specifying TLS versions.
+7.  Specifying TLS versions.
 
-1. Reporting errors to the caller, currently implemented by the
-   :class:`~ssl.SSLError` class in the :mod:`ssl` module.
+8.  Reporting errors to the caller, currently implemented by the
+    :class:`~ssl.SSLError` class in the :mod:`ssl` module.
 
-1. Specifying certificates to load, either as client or server certificates.
+9.  Specifying certificates to load, either as client or server certificates.
 
-1. Specifying which trust database should be used to validate certificates
-   presented by a remote peer.
+10. Specifying which trust database should be used to validate certificates
+    presented by a remote peer.
 
-1. Finding a way to get hold of these interfaces at run time.
+11. Finding a way to get hold of these interfaces at run time.
 
 For the sake of simplicity, this PEP proposes to remove interfaces (3) and (4),
 and replace them by a simpler interface that returns a socket which ensures that
@@ -226,7 +226,7 @@ classes are as follows:
 1. To provide a method of specifying TLS configuration that avoids the risk of
    errors in typing (this excludes the use of a simple dictionary).
 
-1. To provide an object that can be safely compared to other configuration
+2. To provide an object that can be safely compared to other configuration
    objects to detect changes in TLS configuration, for use with the SNI
    callback.