IMP
2.2.1
The Integrative Modeling Platform
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IMP provides a variety of scripts to aid the lives of developers.
Creating such a module is the easiest way to get started developing code for IMP. First, choose a name for the module. The name should only contain letters, numbers and underscores as it needs to be a valid file name as well as an identifier in Python and C++.
To create the module do ./tools/make-module.py my_module
. The new module includes a number of examples and comments to help you add code to the module.
You can use your new module in a variety of ways:
.h
files in modules/my_module/include
and .cpp
files in modules/my_module/src
. In order to use use your new functions and classes in Python, you must add a line include "IMP/my_module/myheader.h"
near the end of the file modules/my_module/pyext/my_module.i
..cpp
files in modules/my_module/bin
. Each .cpp
file placed there is built into a separate executable..py
file in modules/my_module/pyext/my_module/
pythoncode
blocks to modules/my_module/pyext/my_module.i
..py
files in modules/my_module/test
or a subdirectory.If you feel your module is of interest to other IMP users and developers, see the contributing code to IMP section.
If you document your code, building the target IMP-doc
will build documentation of all of the modules including yours and IMP.mymodule-doc
will build the doc for just yours. To access the documentation for all of IMP, open doc/html/index.html
and for just your module, open doc/html/mymodule/index.html
The command ./tools/clang-format.py
uses the program clang-format
to reformat C++ code, working around some eccentricies of IMP code. clang-format
is part of llvm >= 3.3. You should always inspect the changes made by clang-format
before submitting.
The command ./tools/check-standards.py
runs a number of IMP-specific standards checks on C++ and Python files. It is also run as part of git
commits.