- Nodebox scripting shell how to#
- Nodebox scripting shell install#
- Nodebox scripting shell code#
- Nodebox scripting shell download#
This section describes the Windows Shell functions. This section describes the Windows Shell Component Object Model (COM) interfaces. This section describes select Windows Shell classes. Unless otherwise noted, all programming elements are documented in unmanaged C++. The following table provides an outline of the Shell Reference section.
Nodebox scripting shell code#
Shell Samples provides links to related code samples.The Shell Reference section documents programming elements that make up the various Shell APIs.
Nodebox scripting shell how to#
The Shell Developer's Guide provides conceptual material about how the Shell works and how to use the Shell's API in your application.This documentation is broken into three major sections: The following development scenario relates to device support: Supporting libraries in Windows Explorer.Implementing a subset of the Shell data source tasks (virtual folders).Supporting desktop search and OpenSearch.The following development scenarios relate to data storage ownership: The following development scenarios relate to file format ownership: Supporting libraries and item views in Windows Explorer.Implementing a subset of the Shell data source tasks.Extending the Shell, which consists of creating a data source (versus consuming the Shell data model).The following development scenarios relate to application development: The Shell organizes these objects into a hierarchical namespace and provides users and applications with a consistent and efficient way to access and manage objects. There are also a number of virtual objects that allow the user to perform tasks such as sending files to remote printers or accessing the Recycle Bin. The most numerous and familiar of these objects are the folders and files that reside on computer disk drives. Tested on OS X Mavericks (System Version: OS X 10.9.3 (13D65), Kernel Version: Darwin 13.2.0) using Homebrew Python 2.7.6.The Windows UI provides users with access to a wide variety of objects necessary for running applications and managing the operating system. I already created a pull request with fixed setup.py lib paths, see here. # - Numpy (installable using "easy_install numpy") # - Numeric (included in the "libs" folder) # - polymagic (included in the "libs" folder) # - cPathMatics (included in the "libs" folder)
Nodebox scripting shell install#
Now the package installed successfully and we should be able to use it: $ pythonĪlso, you may still need to manually install some of the dependencies for everything to work correctly, as noted in setup.py itself: # We require some dependencies: Writing /lib/python2.7/site-packages/NodeBox-1.9.7rc2-py2.7.egg-info Try install again: $ python nodebox/setup.py install # Extension('cPolymagic',, extra_link_args=)Įxtension('cPathmatics', ),Įxtension('cPolymagic',, extra_link_args=) Now it turns out some lib paths in setup.py are wrong, no one probably used this for some time while the libs moved around, but we can fix it: # ext_modules = [ So setup.py needs to import the nodebox package, let's add the project root dir to Python path, so that the nodebox package can be found and try again: $ export PYTHONPATH=$PYTHONPATH.Ĭlang: error: no such file or directory: 'nodebox/ext/cGeo.c'Įrror: command 'clang' failed with exit status 1 Let's grab the source and try to install it: $ git clone
Nodebox scripting shell download#
The source apparently moved from SVN to GitHub at as mentioned on the download page and the source package structure changed too. We should be installing the usual way from the source, but as you say the procedure is rather outdated.
We currently recommend using Subversion to grab a copy: If you want to use NodeBox from the command line, you will have to install it.
0 kommentar(er)
