Log message:
Fix PLIST for Python != 2.7.

Log message:
0.12
----

* Added 'modulegraph.modulegraph.InvalidSourceModule'. This graph node is
  used for Python source modules that cannot be compiled (for example because
  they contain syntax errors).

  This is primarily useful for being able to create a graph for packages
  that have python 2.x or python 3.x compatibility in separate modules that
  contain code that isn't valid in the "other" python version.

* Added 'modulegraph.modulegraph.InvalidCompiledModule'. This graph node
  is used for Python bytecode modules that cannot be loaded.

* Added 'modulegraph.modulegraph.NamespacePackage'.

  Patch by bitbucket user htgoebel.

* No longer add a MissingModule node to the graph for 'collections.defaultdict'
  when using 'from collections import defaultdict' ('collections.defaultdict'
  is an attribute of 'collections', not a submodule).

* Fixed typo in ModuleGraph.getReferences()

* Added ModuleGraph.getReferers(tonode). This methods yields the
  nodes that are referencing *tonode* (the reverse of getReferences)

* The graph will no longer contain MissingModule nodes when using 'from ... \ 
import name' to
  import a global variable in a python module.
  There will still be MissingModule nodes for global variables in C extentions, and
  for 'from missing import name' when 'missing' is itself a MissingModule.
* Issue #18: Don't assume that a PEP 302 loader object has a ``path`` attribute. That
  attribute is not documented and is not always present.

Log message:
Add ALTERNATIVES for moved bin/${BINARY} to bin/${BINARY}${PYVERSSUFFIX}.

Log message:
Updated to latest release, 0.11.1. From doc/changelog.rst:

* Issue #145: Don't exclude the platform specific 'path' modules (like ntpath)

Log message:
Use PYVERSUFFIX in PLIST to allow parallel installation of this package for
different python versions. Bump PKGREVISION.

Log message:
Import py27-modulegraph-0.11 as devel/py-modulegraph.

modulegraph determines a dependency graph between Python modules primarily by
bytecode analysis for import statements.

modulegraph uses similar methods to modulefinder from the standard library, but
uses a more flexible internal representation, has more extensive knowledge of
special cases, and is extensible.