WWW-www.enlightenment.org pushed a commit to branch master.

http://git.enlightenment.org/website/www-content.git/commit/?id=bd61a7a218390fc78bbd96a389693e93b181dd22

commit bd61a7a218390fc78bbd96a389693e93b181dd22
Author: Nate Drake <nate.dr...@gmx.com>
Date:   Wed Dec 20 05:23:04 2017 -0800

    Wiki page io.md changed with summary [] by Nate Drake
---
 pages/develop/guides/c/core/io.md.txt | 25 +++++++++++++------------
 1 file changed, 13 insertions(+), 12 deletions(-)

diff --git a/pages/develop/guides/c/core/io.md.txt 
b/pages/develop/guides/c/core/io.md.txt
index 5dfcf5201..fb8359aa4 100644
--- a/pages/develop/guides/c/core/io.md.txt
+++ b/pages/develop/guides/c/core/io.md.txt
@@ -1,36 +1,37 @@
 ---
 ~~Title: EFL IO Programming Guide~~
+~~NOCACHE~~
 ---
 
 # EFL IO Programming Guide #
 
-EFL offers some facilities for handling classic input/output (I/O) operations 
like reading and writing files, Unix file descriptors or network sockets.
+EFL offers some facilities for handling classic input/output (I/O) operations 
such as reading and writing files, Unix file descriptors and network sockets.
 
-These facilities reside in the ``Efl.Io`` namespace and are built around a 
common set of interfaces. This guide lists these interfaces and their purpose 
and then describes the available I/O classes and how to use them.
+These facilities reside in the ``Efl.Io`` namespace and are built around a 
common set of interfaces. This guide lists these interfaces and their purpose. 
It also describes the available I/O classes and how to use them.
 
 Network communication classes are built on top of ``Efl.Io`` and grouped in 
the ``Efl.Net`` namespace, detailed in the [Network Programming 
Guide](/develop/guides/c/core/net.md).
 
 ## Prerequisites ##
 
-* You should be familiar with EFL objects, read the [Introduction to 
Eo](/develop/tutorials/c/eo-intro.md) tutorial to know about them.
+* Make sure you're familiar with EFL objects: read the [Introduction to 
Eo](/develop/tutorials/c/eo-intro.md) tutorial to learn more.
 
-* You should be familiar with Eolian interfaces, read the [Multiple 
Inheritance with Eolian](/develop/tutorials/c/eo-multiinherit.md) tutorial to 
know about them.
+* You should also be familiar with Eolian interfaces: read the [Multiple 
Inheritance with Eolian](/develop/tutorials/c/eo-multiinherit.md) tutorial to 
understand these.
 
 ## I/O Interfaces ##
 
-The sub-sections below describe Eolian interfaces. You cannot instantiate them 
directly, instead, they are implemented by the ``Efl.Io`` classes listed in 
Classes section. By learning these interfaces you will know most of the methods 
exposed by the EFL I/O classes that implement them.
+The sub-sections below describe Eolian interfaces. You cannot instantiate them 
directly. Instead, they are implemented by the ``Efl.Io`` classes listed in 
Classes section. Through understanding these interfaces you will learn most of 
the methods exposed by the EFL I/O classes which implement them.
 
 ### ``Efl.Io.Reader`` ###
 
-Read the whole documentation in the ``Efl.Io.Reader`` [API Reference 
guide](/develop/api/efl/io/reader).
+Read the entire documentation in ``Efl.Io.Reader`` [API Reference 
guide](/develop/api/efl/io/reader).
 
-This interface provides a method to read (input) data into a pre-allocated 
memory buffer (an ``Eina_Rw_Slice``). It also provides properties to know if 
more data is available and whether the end of the stream (EOS) has been 
reached. Furthermore, it also emits events for asynchronous notification of 
changes in these properties.
+This interface provides a method to read (input) data into a pre-allocated 
memory buffer (an ``Eina_Rw_Slice``). It also provides properties to know if 
more data is available and whether the end of the stream (EOS) has been 
reached. It also emits events for asynchronous notification of changes in these 
properties.
 
-* ``efl_io_reader_read()`` method: You need to allocate an ``Eina_Rw_Slice`` 
of any size you want and ``efl_io_reader_read()`` will fill it up to that size 
(maybe less). Whether this call blocks or not depends on the class implementing 
it. [Read more about Eina Memory 
Slices](/develop/legacy/api/c/start#group__Eina__Slice__Group.html).
+* ``efl_io_reader_read()`` method: allocate an ``Eina_Rw_Slice`` of any size 
you wish and ``efl_io_reader_read()`` will fill it up to that size (maybe 
less). Whether this call blocks or not depends on the class implementing it. 
[Read more about Eina Memory 
Slices](/develop/legacy/api/c/start#group__Eina__Slice__Group.html).
 
-* ``efl_io_reader_can_read_get()`` property: when ``TRUE``, it guarantees that 
``efl_io_reader_read()`` will not block.
+* ``efl_io_reader_can_read_get()`` property: when ``TRUE`` it guarantees that 
``efl_io_reader_read()`` will not block.
 
-* ``efl_io_reader_eos_get()`` property: when ``TRUE``, the stream has ended 
and no more data is to be expected.
+* ``efl_io_reader_eos_get()`` property: when ``TRUE`` the stream has ended and 
no more data is to be expected.
 
 * ``EFL_IO_READER_EVENT_CAN_READ_CHANGED`` event: the ``can_read`` property 
has changed.
 
@@ -38,9 +39,9 @@ This interface provides a method to read (input) data into a 
pre-allocated memor
 
 ### ``Efl.Io.Writer`` ###
 
-Read the whole documentation in the ``Efl.Io.Writer`` [API Reference 
guide](/develop/api/efl/io/writer).
+Read the entire documentation in ``Efl.Io.Writer`` [API Reference 
guide](/develop/api/efl/io/writer).
 
-Symmetric to ``Efl.Io.Reader``, this interface provides a method to write 
(output) data from a pre-allocated memory buffer (an ``Eina_Rw_Slice``) and a 
property to know if the output is ready to receive more data. It also emits an 
event for asynchronous notification of changes in this property.
+In juxtaposition to ``Efl.Io.Reader``, this interface provides a method to 
write (output) data from a pre-allocated memory buffer (an ``Eina_Rw_Slice``) 
and a property to know if the output is ready to receive more. It also emits an 
event for asynchronous notification of changes in this property.
 
 * ``efl_io_writer_write()`` method: You need to allocate an ``Eina_Rw_Slice`` 
of any size you want and ``efl_io_writer_write()`` will output up to that size 
(maybe less). Whether this call blocks or not depend on the class implementing 
it. [Read more about Eina Memory 
Slices](/develop/legacy/api/c/start#group__Eina__Slice__Group.html).
 

-- 


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