Note that this package does not implement Python as a first-class CLR language - it does not produce managed code (IL) from Python code. Rather, it is an integration of the CPython - engine with the .NET or Mono runtime. This approach allows you to use use + engine with the .NET or Mono runtime. This approach allows you to use CLR services and continue to use existing Python code and C-based extensions while maintaining native execution speeds for Python code. If you are interested in a pure managed-code implementation of the Python language, you should check out the IronPython project, which is in active development.
-Python for .NET is currently compatible with Python releases 2.7, 3.3, 3.4, and 3.5. +
Python for .NET is currently compatible with Python releases 2.7, 3.3, 3.4, 3.5 and 3.6.
To subscribe to the
Python for .NET mailing list or read the
online archives of the list, see the
diff --git a/readme.html b/readme.html
index 91cd98c..b9ffe54 100644
--- a/readme.html
+++ b/readme.html
@@ -133,14 +133,14 @@ Note that this package does not implement Python as a
first-class CLR language - it does not produce managed code (IL)
from Python code. Rather, it is an integration of the CPython
- engine with the .NET or Mono runtime. This approach allows you to use use
+ engine with the .NET or Mono runtime. This approach allows you to use
CLR services and continue to use existing Python code and C-API
extensions while maintaining native execution speeds for Python
code. If you are interested in a pure managed-code implementation
of the Python language, you should check out the IronPython
project, which is in active development.
Python for .NET is currently compatible with Python releases 2.7, 3.3, 3.4, and 3.5.
+ Python for .NET is currently compatible and tested with Python releases 2.7, 3.3, 3.4, 3.5, and 3.6.
Current releases are available at the
Python for .NET website . To subscribe to the
Python for .NET mailing list or read the
@@ -161,8 +161,8 @@ Python for .NET
Installation
Once you start up Python or IPython interpreter in this directory or
append this directory to sys.path,
then after import clr statement .NET assemblies can be used.
- You can also run npython.exe to check how python can be embedded
- in console .NET application.
+ You can also run nPython.exe (mono nPython.exe on *nix)
+ to check how python can be embedded in console .NET application.
Note that the source release does not include a copy of the CPython runtime,
so you will need to have installed Python on your machine before using
the source release.
@@ -339,7 +339,7 @@ Using Methods
from System import Environment
- print Environment.GetFolderPath.__doc__
+ print(Environment.GetFolderPath.__doc__)
help(Environment)
@@ -375,7 +375,7 @@ Delegates And Events
callable when it is called:
def my_handler(source, args):
- print 'my_handler called!'
+ print('my_handler called!')
# instantiate a delegate
d = AssemblyLoadEventHandler(my_handler)
@@ -401,7 +401,7 @@ Delegates And Events
way very similar to the C# idiom:
def handler(source, args):
- print 'my_handler called!'
+ print('my_handler called!')
# register event handler
object.SomeEvent += handler
@@ -421,9 +421,9 @@ Exception Handling
try:
raise NullReferenceException("aiieee!")
- except NullReferenceException, e:
- print e.Message
- print e.Source
+ except NullReferenceException as e:
+ print(e.Message)
+ print(e.Source)
@@ -577,13 +577,16 @@ Embedding Python
The Python runtime assembly defines a number of public classes
that provide a subset of the functionality provided by the Python
- C API.
-
- These classes include PyObject, PyList, PyDict, etc. The source
- and the unit tests are currently the only API documentation.. The
- rhythym is very similar to using Python C++ wrapper solutions such
- as CXX.
+ C-API.
+ These classes include PyObject, PyList, PyDict, PyTuple, etc.
+ You can review the nPython.exe source code in in "Console.csproj" project
+ for example of embedding CPython in console .NET app.
+ Please refer to this README GitHub page for new simplified embedding API:
+
+
+ README.md
+
At a very high level, to embed Python in your application you
will need to:
@@ -607,7 +610,7 @@ Embedding Python
free-threaded and uses a global interpreter lock to allow
multi-threaded applications to interact safely with the Python
interpreter. Much more information about this is available in the
- Python C API documentation on the www.python.org Website.
+ Python C-API documentation on the www.python.org Website.
When embedding Python in a managed application, you have to
manage the GIL in just the same way you would when embedding
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