readme files and requirements for all examples

examples/README.rst

@@ -1,49 +1,15 @@
-Engine.IO Examples
+Socket.IO Examples
 ==================
 
-This directory contains example Engine.IO applications.
+This directory contains several example Socket.IO applications, organized by
+directory:
 
-app.py
+wsgi
-------
+----
 
-A basic "kitchen sink" type application that allows the user to experiment
+Examples that are compatible with the WSGI protocol and frameworks.
-with most of the available features of the server.
 
-latency.py
+aiohttp
-----------
+-------
 
-A port of the latency application included in the official Engine.IO
+Examples that are compatible with the aiohttp framework for asyncio.
-Javascript server. In this application the client sends *ping* messages to
-the server, which are responded by the server with a *pong*. The client
-measures the time it takes for each of these exchanges and plots these in real
-time to the page.
-
-This is an ideal application to measure the performance of the different
-asynchronous modes supported by the Socket.IO server.
-
-Running the Examples
---------------------
-
-To run these examples using the default ``'threading'`` mode, create a virtual
-environment, install the requirements and then run::
-
-    $ python app.py
-
-or::
-
-    $ python latency.py
-
-Near the top of the ``app.py`` and ``latency.py`` source files there is a
-``async_mode`` variable that can be edited to swich to the other asynchornous
-modes. Accepted values for ``async_mode`` are ``'threading'``, ``'eventlet'``
-and ``'gevent'``.
-
-Note 1: when using the ``'eventlet'`` mode, the eventlet package must be
-installed in the virtual environment::
-
-    $ pip install eventlet
-
-Note 2: when using the ``'gevent'`` mode, the gevent and gevent-websocket
-packages must be installed in the virtual environment::
-
-    $ pip install gevent gevent-websocket

examples/aiohttp/README.rst

@@ -0,0 +1,39 @@
+Socket.IO aiohttp Examples
+==========================
+
+This directory contains example Socket.IO applications that are compatible with
+asyncio and the aiohttp framework. These applications require Python 3.5 or
+later.
+
+app.py
+------
+
+A basic "kitchen sink" type application that allows the user to experiment
+with most of the available features of the Socket.IO server.
+
+latency.py
+----------
+
+A port of the latency application included in the official Engine.IO
+Javascript server. In this application the client sends *ping* messages to
+the server, which are responded by the server with a *pong*. The client
+measures the time it takes for each of these exchanges and plots these in real
+time to the page.
+
+This is an ideal application to measure the performance of the different
+asynchronous modes supported by the Socket.IO server.
+
+Running the Examples
+--------------------
+
+To run these examples, create a virtual environment, install the requirements
+and then run::
+
+    $ python app.py
+
+or::
+
+    $ python latency.py
+
+You can then access the application from your web browser at
+``http://localhost:8080``.

examples/aiohttp/requirements.txt

@@ -0,0 +1,8 @@
+aiohttp==1.3.1
+async-timeout==1.1.0
+chardet==2.3.0
+multidict==2.1.4
+python-engineio
+python_socketio
+six==1.10.0
+yarl==0.9.2

examples/wsgi/README.rst

@@ -0,0 +1,55 @@
+Socket.IO WSGI Examples
+=======================
+
+This directory contains example Socket.IO applications that work together with
+WSGI frameworks. These examples all use Flask to serve the client application to
+the web browser, but they should be easily adapted to use other WSGI compliant
+frameworks.
+
+app.py
+------
+
+A basic "kitchen sink" type application that allows the user to experiment
+with most of the available features of the Socket.IO server.
+
+latency.py
+----------
+
+A port of the latency application included in the official Engine.IO
+Javascript server. In this application the client sends *ping* messages to
+the server, which are responded by the server with a *pong*. The client
+measures the time it takes for each of these exchanges and plots these in real
+time to the page.
+
+This is an ideal application to measure the performance of the different
+asynchronous modes supported by the Socket.IO server.
+
+Running the Examples
+--------------------
+
+To run these examples, create a virtual environment, install the requirements
+and then run::
+
+    $ python app.py
+
+or::
+
+    $ python latency.py
+
+You can then access the application from your web browser at
+``http://localhost:5000``.
+
+Near the top of the ``app.py`` and ``latency.py`` source files there is a
+``async_mode`` variable that can be edited to swich to the other asynchornous
+modes. Accepted values for ``async_mode`` are ``'threading'``, ``'eventlet'``
+and ``'gevent'``.
+
+Note 1: when using the ``'eventlet'`` mode, the eventlet package must be
+installed in the virtual environment::
+
+    $ pip install eventlet
+
+Note 2: when using the ``'gevent'`` mode, the gevent and gevent-websocket
+packages must be installed in the virtual environment::
+
+    $ pip install gevent gevent-websocket

examples/wsgi/requirements.txt

@@ -1,2 +1,16 @@
-python-engineio==0.6.5
+appdirs==1.4.0
-six==1.9.0
+click==6.7
+enum-compat==0.0.2
+enum34==1.1.6
+eventlet==0.20.1
+Flask==0.12
+greenlet==0.4.12
+itsdangerous==0.24
+Jinja2==2.9.5
+MarkupSafe==0.23
+packaging==16.8
+pyparsing==2.1.10
+python-engineio
+python-socketio
+six==1.10.0
+Werkzeug==0.11.15