The C++ extensions to Python (PyWin32) are a set of Python bindings for the Microsoft Win32 API.
These extensions expose Python to a large number of Microsoft products, such as the Windows, Office, SQL,.NET and the Visual Studio development suite of products.
Some of the Python applications that are supported include: The Office suite of applications, as well as the associated office automation components, the XML libraries, such as XML, OpenOffice, and many others.
If your application is an application server supporting a large number of clients, such as an online banking system, you may want to investigate installing the Win32 extensions, as well as the PyMSVCRT package.
This allows you to call Win32 API from within Python, through C. Win32 API works with.NET, so it’s possible to develop some.NET extensions using PyWin32.
The package is built from the latest sources.

In the software version available from PyPI, the latest version of PyWin32 is 6.0.0.
The installation is simple – the command:
pip install pywin32
Once you have the package installed, you can get access to the extensive documentation through the help() function or calling the help() command while in the Python interpreter.

PyWin32 API Reference:
The official documentation for PyWin32 has a few explanations regarding the PyWin32 functions, which is available online.
Another section of the documentation, in addition to the text guides, includes a source code for each of the functions provided by the package.
Finally, the offline version of the documentation, also through the PyWin32 package, includes an interface to the Microsoft documentation as well as to the.NET API.
Simply click the version in the main repository.

How to Install PyWin32:
To install the package through the command line interface in Ubuntu, Debian, Red Hat Linux and related Linux distributions, simply type in the command line:
sudo apt-get install pywin32
On Windows, to install the package through the command line interface, type in the command line:
python setup.py install
You can also use the command line interface to uninstall the package, provided that you have the suitable packages to work with.
For instance, to uninstall the package on Linux, the command is:
sudo apt-get remove pywin32
Some installation tips:
– File: Python27.zip is the most recent version

PyWin32 is a Python library that implements the Microsoft ActiveX and OLE stuff, including Python COM and ActiveX controls, plus some basic classes for manipulating COM interfaces.
The library is structured in separate extensions that implement the different aspects of COM, such as DLL import, DLL registration, proxies, OLE servers, Python bindings,.NET interoperability, UI, and COM marshalling.
If, for example, you wish to wrap your COM application in Python, you simply need to implement an OLE server, register it for the COM system, and upload it in your web space.
When other Python applications want to communicate with the registered server, they use the COM interfaces and methods you implemented.
In a similar way, PyWin32 empowers applications to have Python interfaces that complement the interface of the COM object, therefore acting like a bridge between COM and Python.
When migrating to COM, it’s not very uncommon to want to use Python for the interface implementation. However, COM doesn’t allow access to the interface of the objects, as its interface is locked away from developers.
To make this possible, PyWin32 provides Python dictionaries that implement the interface of the COM object.
These are normally related to the most used objects, so they are created automatically when the library is loaded.
Once the interface is implemented, the code can access it via usual Python functions.
As for the Microsoft Foundation Class Library (MFC), the COM implementation provided by PyWin32 includes only a part of its functionalities, as it is not designed to create interfaces, but rather to act as a bridge.
However, it does implement all the steps required to access COM-based objects from Python, which means that, for example, interfaces for menus and other widgets are automatically included in the library.
Also, unlike other implementations of COM, PyWin32 doesn’t use Python strings; it works with Python Bytes and Unicode wrappers, so you don’t need to convert before accessing the interface objects.
Since these objects are instances of COM interfaces, you also have to take care of security issues.
A typical set of COM security level flags is provided by PyWin32, and can be easily customized as you wish.
When working with COM servers, your main concern will be the security set on your application.
Apart from providing transparent handling of the COM security settings, the library is extremely flexible and easy to use, making it fit for diverse
09e8f5149f

PyWin32 offers in its stable release Python bindings to several Microsoft Visual Basic programming tools.
PyWin32 is extended with additional functionalities, such as supporting Python Remote Objects (RPC), support for COM Interfaces and Extending Python Standard Library.
Who Needs PyWin32?
Basically, any developers who intend to use Python on Microsoft Windows platform must have PyWin32 installed on their system.
It should be stressed, however, that current users of PyWin32 aren’t left without an extension with similar characteristics.
For example, old SoftPython Windows Extension is based on the same API, although its functions are somewhat different and it lacks the support of COM Interfaces.
Also worth mentioning is that PyWin32 can be seen as a multi-platform extension to Python, because it supplies the Python user with software keys necessary to interface with ActiveX Extensions for other platforms.
PyWin32 Development Environment:
The developer who is taking advantage of this extension should be an experienced Python user, since it requires an understanding of some basic programming principles.
It’s also recommended to be familiar with COM related components, so as to properly implement the various interfaces.
Programming skills related to Visual Basic, Windows or C++ are also important in order to work with the module.
Concerning development tools, Microsoft Visual Studio.NET 2002 and newer editions are in evidence.
The release package for windows 32 platform only contains the installation files and python.exe, which is the file that implements the extension on the system.
In addition, PyWin32 installation also requires Python Interpreters and the respective python.dll and dll files.
On the other hand, PyWin32 development package is a dynamic extension, meaning that it requires to have Microsoft Visual C++ Version 6 or higher and the C Runtime which has to be installed separately.
Following are the other pre-requisites to work with PyWin32:
• Microsoft Visual Studio.NET 2002 or higher,
• Python Interpreters and python.dll and dll files,
• Runtime Library (MSVCRT) 5.1 or above,
• Microsoft Visual C++ Source Code compatible with Microsoft VC++ 6.0.
Steps to PyWin32 Installation:
1- Download the PyWin32 1.5.x package from the developer’s site.
2- You need to specify the folder into which you want to place the installation files.
In the case that you want to

Developed by Raymond Hettinger, a popular member of the Python programming community, PyWin32 is a component which adds support for COM objects to any Python installation.
However, PyWin32 isn’t limited to managing COM implementations, but instead of serving as a tool for programmers willing to extend the range of their abilities.
The technology behind this tool is relatively new and makes use of the “Python-COM bridge”, a protocol which determines how Python behaves when dealing with COM-enabled applications.
This technology incorporates the best of the two worlds that programmers are used to, which is the language and the language’s standard library.
PyWin32 itself is capable of managing components built with the.NET framework, no matter their complexity, as well as a broad range of other software, including all software that relies on COM-enabled applications.
Not all Python implementations support this technology, but it is possible to use it to access COM-enabled applications running under other operating systems, such as Linux, Windows XP and Windows 2000.
These instances are installed side by side with the existing applications on the system, just like any other Python program.
Thanks to this, developers interested in making the most of Python in one aspect will be able to add support for COM objects to their own operations, such as communicating with Excel spreadsheets and developing servers.
In addition, PyWin32 may be installed in the same path as standard Python installations, so new technology in both areas is always easier to access.
However, while implementing programming techniques via COM objects has always been difficult for programmers, it’s not the case when using the language’s standard library.
This means that programmers will be able to integrate COM objects with the programming language, with no external tools, scripts or frameworks required.
The Python API – the COM library – makes use of COM-enabled applications, making their management easier.
Apart from the standard library, every release of Python comes with the –pywin32 package, which extends the COM API by offering extensions to the scripting language.
This package, for example, accommodates multi-threading, subroutines and even documentation.
Working with the COM API is easier than ever, since all Python operations involving COM are handled by the underlying API.
This API simplifies Python’s COM support and makes it even easier to manage and call COM-enabled applications.
When working with the standard Python API, a programmer should be aware

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