All notable changes to Python.NET will be documented in this file. This project adheres to Semantic Versioning.
This document follows the conventions laid out in Keep a CHANGELOG.
- Ability to instantiate new .NET arrays using
Array[T](dim1, dim2, ...)
syntax - Python operator method will call C# operator method for supported binary and unary operators ([#1324][p1324]).
- Add GetPythonThreadID and Interrupt methods in PythonEngine
- Ability to implement delegates with
ref
andout
parameters in Python, by returning the modified parameter values in a tuple. ([#1355][i1355])
- Drop support for Python 2, 3.4, and 3.5
wchar_t
size akaRuntime.UCS
is now determined at runtimeclr.AddReference
may now throw errors besidesFileNotFoundException
, that provide more details about the cause of the failureclr.AddReference
no longer adds ".dll" implicitlyPyIter(PyObject)
constructor replaced with staticPyIter.GetIter(PyObject)
method- BREAKING: Return values from .NET methods that return an interface are now automatically wrapped in that interface. This is a breaking change for users that rely on being able to access members that are part of the implementation class, but not the interface. Use the new implementation or raw_implementation properties to if you need to "downcast" to the implementation class.
- BREAKING: Parameters marked with
ParameterAttributes.Out
are no longer returned in addition to the regular method return value (unless they are passed withref
orout
keyword). - BREAKING: Drop support for the long-deprecated CLR.* prefix.
PyObject
now implementsIEnumerable<PyObject>
in addition toIEnumerable
- floating point values passed from Python are no longer silently truncated when .NET expects an integer #1342
- More specific error messages for method argument mismatch
- BREAKING: Methods with
ref
orout
parameters and void return type return a tuple of only theref
andout
parameters. - BREAKING: to call Python from .NET
Runtime.PythonDLL
property must be set to Python DLL name or the DLL must be loaded in advance. This must be done before calling any other Python.NET functions. - Sign Runtime DLL with a strong name
- Implement loading through
clr_loader
instead of the includedClrModule
, enables support for .NET Core
- Fix incorrect dereference of wrapper object in
tp_repr
, which may result in a program crash - Fix incorrect dereference in params array handling
- Fixes issue with function resolution when calling overloaded function with keyword arguments from python ([#1097][i1097])
- Fix
object[]
parameters taking precedence when should not in overload resolution - Fixed a bug where all .NET class instances were considered Iterable
- Fix incorrect choice of method to invoke when using keyword arguments.
- Fix non-delegate types incorrectly appearing as callable.
- Indexers can now be used with interface objects
- Fixed a bug where indexers could not be used if they were inherited
- Made it possible to use
__len__
also onICollection<>
interface objects - Fixed issue when calling PythonException.Format where another exception would be raise for unnormalized exceptions
- Made it possible to call
ToString
,GetHashCode
, andGetType
on inteface objects - Fixed objects returned by enumerating
PyObject
being disposed too soon - Incorrectly using a non-generic type with type parameters now produces a helpful Python error instead of throwing NullReferenceException
import
may now raise errors with more detail than "No module named X"- Exception stacktraces on
PythonException.StackTrace
are now properly formatted - Providing an invalid type parameter to a generic type or method produces a helpful Python error
- Empty parameter names (as can be generated from F#) do not cause crashes
- implicit assembly loading (you have to explicitly
clr.AddReference
before doing import) - support for .NET Framework 4.0-4.6; Mono before 5.4. Python.NET now requires .NET Standard 2.0 (see the matrix)
This version improves performance on benchmarks significantly compared to 2.3.
- Automatic NuGet package generation in appveyor and local builds
- Function that sets
Py_NoSiteFlag
to 1. - Support for Jetson Nano.
- Support for
__len__
for .NET classes that implement ICollection PyExport
attribute to hide .NET types from PythonPythonException.Format
method to format exceptions the same astraceback.format_exception
Runtime.None
to be able to passNone
as parameter into Python from .NETPyObject.IsNone()
to check if a Python object is None in .NET.- Support for Python 3.8
- Codecs as the designated way to handle automatic conversions between .NET and Python types
- Added Python 3 buffer api support and PyBuffer interface for fast byte and numpy array read/write ([#980][p980])
- Added argument types information to "No method matches given arguments" message
- Moved wheel import in setup.py inside of a try/except to prevent pip collection failures
- Removes
PyLong_GetMax
andPyClass_New
when targetting Python3 - Improved performance of calls from Python to C#
- Added support for converting python iterators to C# arrays
- Changed usage of the obsolete function
GetDelegateForFunctionPointer(IntPtr, Type)
toGetDelegateForFunctionPointer<TDelegate>(IntPtr)
- When calling C# from Python, enable passing argument of any type to a
parameter of C# type
object
by wrapping it intoPyObject
instance. ([#881][i881]) - Added support for kwarg parameters when calling .NET methods from Python
- Changed method for finding MSBuild using vswhere
- Reworked
Finalizer
. Now objects drop into its queue upon finalization, which is periodically drained when new objects are created. - Marked
Runtime.OperatingSystemName
andRuntime.MachineName
asObsolete
, should never have beenpublic
in the first place. They also don't necessarily return a result that matches theplatform
module's. - Unconditionally depend on
pycparser
for the interop module generation
- Fixed runtime that fails loading when using pythonnet in an environment together with Nuitka
- Fixes bug where delegates get casts (dotnetcore)
- Determine size of interpreter longs at runtime
- Handling exceptions ocurred in ModuleObject's getattribute
- Fill
__classcell__
correctly for Python subclasses of .NET types - Fixed issue with params methods that are not passed an array.
- Use UTF8 to encode strings passed to
PyRun_String
on Python 3
- Added support for embedding python into dotnet core 2.0 (NetStandard 2.0)
- Added new build system (pythonnet.15.sln) based on dotnetcore-sdk/xplat(crossplatform msbuild). Currently there two side-by-side build systems that produces the same output (net40) from the same sources. After a some transition time, current (mono/ msbuild 14.0) build system will be removed.
- NUnit upgraded to 3.7 (eliminates travis-ci random bug)
- Added C#
PythonEngine.AddShutdownHandler
to help client code clean up on shutdown. - Added
clr.GetClrType
(#432)(#433) - Allowed passing
None
for nullable args (#460) - Added keyword arguments based on C# syntax for calling CPython methods (#461)
- Catches exceptions thrown in C# iterators (yield returns) and rethrows them in python (#475)(#693)
- Implemented GetDynamicMemberNames() for PyObject to allow dynamic object members to be visible in the debugger (#443)(#690)
- Incorporated reference-style links to issues and pull requests in the CHANGELOG (#608)
- Added PyObject finalizer support, Python objects referred by C# can be auto collect now ([#692][p692]).
- Added detailed comments about aproaches and dangers to handle multi-app-domains (#625)
- Python 3.7 support, builds and testing added. Defaults changed from Python 3.6 to 3.7 ([#698][p698])
- Added support for C# types to provide
__repr__
([#680][p680])
- PythonException included C# call stack
- Reattach python exception traceback information (#545)
- PythonEngine.Intialize will now call
Py_InitializeEx
with a default value of 0, so signals will not be configured by default on embedding. This is different from the previous behaviour, wherePy_Initialize
was called instead, which sets initSigs to 1. (#449) - Refactored MethodBinder.Bind in preparation to make it extensible (#829)
- Look for installed Windows 10 sdk's during installation instead of relying on specific versions.
- Remove
LoadLibrary
call. ([#880][p880])
- Fixed secondary PythonEngine.Initialize call, all sensitive static variables now reseted. This is a hidden bug. Once python cleaning up enough memory, objects from previous engine run becomes corrupted. (#534)
- Fixed Visual Studio 2017 compat (#434) for setup.py
- Fixed crashes when integrating pythonnet in Unity3d (#714), related to unloading the Application Domain
- Fixed interop methods with Py_ssize_t. NetCoreApp 2.0 is more sensitive than net40 and requires this fix. (#531)
- Fixed crash on exit of the Python interpreter if a python class
derived from a .NET class has a
__namespace__
or__assembly__
attribute (#481) - Fixed conversion of 'float' and 'double' values (#486)
- Fixed 'clrmethod' for python 2 (#492)
- Fixed double calling of constructor when deriving from .NET class (#495)
- Fixed
clr.GetClrType
when iterating overSystem
members (#607) - Fixed
LockRecursionException
when loading assemblies (#627) - Fixed errors breaking .NET Remoting on method invoke (#276)
- Fixed PyObject.GetHashCode (#676)
- Fix memory leaks due to spurious handle incrementation ([#691][i691])
- Fix spurious assembly loading exceptions from private types ([#703][i703])
- Fix inheritance of non-abstract base methods (#755)
2.3.0 - 2017-03-11
- Added Code Coverage (#345)
- Added
PySys_SetArgvEx
(#347) - Added XML Documentation (#349)
- Added
Embedded_Tests
on AppVeyor (#224)(#353) - Added
Embedded_Tests
on Travis (#224)(#391) - Added PY3 settings to solution configuration-manager (#346)
- Added
Slack
(#384)(#383)(#386) - Added function of passing an arbitrary .NET object as the value
of an attribute of
PyObject
(#370)(#373) - Added
Coverity scan
(#390) - Added
bumpversion
for version control (#319)(#398) - Added
tox
for local testing (#345) - Added
requirements.txt
- Added to
PythonEngine
methodsEval
andExec
(#389) - Added implementations of
ICustomMarshal
(#407) - Added docker images (#322)
- Added hooks in
pyinstaller
andcx_freeze
forpythonnet
(#66)
- Refactored python
unittests
(#329) - Refactored python
setup.py
(#337) - Refactored remaining of Build Directives on
runtime.cs
(#339) - Refactored
Embedded_Tests
to make easier to write tests (#369) - Changed
unittests
topytest
(#368) - Upgraded NUnit framework from
2.6.3
to3.5.0
(#341) - Downgraded NUnit framework from
3.5.0
to2.6.4
(#353) - Upgraded NUnit framework from
2.6.4
to3.6.0
(#371) - Unfroze Mono version on Travis (#345)
- Changed
conda.recipe
build to only pull-requests (#345) - Combine
Py_DEBUG
andPYTHON_WITH_PYDEBUG
flags (#362)
- Deprecated
RunString
(#401)
- Fixed crash during Initialization (#262)(#343)
- Fixed crash during Shutdown (#365)
- Fixed multiple build warnings
- Fixed method signature match for Object Type (#203)(#377)
- Fixed outdated version number in AssemblyInfo (#398)
- Fixed wrong version number in
conda.recipe
(#398) - Fixed fixture location for Python tests and
Embedded_Tests
- Fixed
PythonException
crash during Shutdown (#400) - Fixed
AppDomain
unload during GC (#397)(#400) - Fixed
Py_Main
&PySys_SetArgvEx
no mem error
onUCS4/PY3
(#399) - Fixed
Python.Runtime.dll.config
on macOS (#120) - Fixed crash on
PythonEngine.Version
(#413) - Fixed
PythonEngine.PythonPath
issues (#179)(#414)(#415) - Fixed missing information on 'No method matches given arguments' by adding the method name
- Removed
six
dependency forunittests
(#329) - Removed
Mono.Unix
dependency forUCS4
(#360) - Removed need for
Python.Runtime.dll.config
- Removed PY32 build option
PYTHON_WITH_WIDE_UNICODE
(#417)
2.2.2 - 2017-01-29
- Missing files from packaging (#336)
2.2.1 - 2017-01-26
v2.2.0
had a release issue on PyPi. Bumped tov2.2.1
- Python 3.6 support (#310)
- Added
__version__
to module (#312) - Added
conda
recipe (#281) - Nuget update on build (#268)
- Added
__cause__
attribute on exception (#287)
- License to MIT (#314)
- Project clean-up (#320)
- Refactor
#if
directives - Rename Decref/Incref to XDecref/XIncre (#275)
- Remove printing if Decref is called with NULL (#275)
- Fixed
isinstance
refcount_leak (#273) - Comparison Operators (#294)
- Improved Linux support (#300)
- Exception pickling (#286)
2.2.0-dev1 - 2016-09-19
- Switch to C# 6.0 (#219)
setup.py
improvements for locating build tools (#208)- unmanaged exports updated (#206)
- Mono update pinned to 4.2.4.4 (#233)
2.1.0 - 2016-04-12
- Added Python 3.2 support. (#78)
- Added Python 3.3 support. (#78)
- Added Python 3.4 support. (#78)
- Added Python 3.5 support. (#163)
- Managed types can be sub-classed in Python (#78)
- Uses dynamic objects for cleaner code when embedding Python (#78)
- Better Linux support (with or without --enable-shared option) (#78)
- Implicit Type Casting (#131)
2.0.0 - 2015-06-26
- Release
-
First work on Python 2.5 compatibility. The destination version can be set by defining PYTHON24 or PYTHON25. Python 2.6 compatibility is in work.
-
Added VS 2005 solution and project files including a UnitTest configuration which runs the unit test suite.
-
Enhanced unit test suite. All test cases are combined in a single test suite now.
-
Fixed bugs in generics support for all Python versions.
-
Fixed exception bugs for Python 2.5+. When compiled for Python 2.5+ all managed exceptions are based on Python's
exceptions.Exception
class. -
Added deprecation warnings for importing from
CLR.*
and the CLR module. -
Implemented support for methods with variable arguments
spam(params object[] egg)
-
Fixed Mono support by adding a custom marshaler for UCS-4 unicode, fixing a some ref counter bugs and creating a new makefile.mono.
-
Added a standard python extension to load the clr environment. The
src/monoclr/
directory contains additional sample code like a Python binary linked againstlibpython2.x.so
and some example code how to embed Mono and PythonNet in a C application. -
Added yet another python prompt. This time it's a C application that embedds both Python and Mono. It may be useful as an example app for others and I need it to debug a nasty bug.
-
Implemented
ModuleFunctionAttribute
and addedForbidPythonThreadsAttribute
. The latter is required for module functions which invoke Python methods. -
Added
clr.setPreload()
,clr.getPreload()
,clr.AddReference("assembly name")
,clr.FindAssembly("name")
andclr.ListAssemblies(verbose)
. Automatic preloading can be enabled with clr.setPreload/True). Preloading is automatically enabled for interactive Python shells and disabled in all other cases. -
New Makefile that works for Windows and Mono and autodetects the Python version and UCS 2/4 setting.
-
Added code for Python 2.3. PythonNet can be build for Python 2.3 again but it is not fully supported.
-
Changed the PythonException.Message value so it displays the name of the exception class
Exception
instead of its representation<type 'exceptions.Exception'>
. -
Added
Python.Runtime.dll.config
.
-
Moved the Python for .NET project to Sourceforge and moved version control to Subversion.
-
Removed
CallConvCdecl
attributes and the IL hack that they supported. .NET 2.x now supportsUnmanagedFunctionPointer
, which does the right thing without the hackery required in 1.x. This removes a dependency on ILASM to build the package and better supports Mono (in theory). -
Refactored import and assembly management machinery. The old
CLR.
syntax for import is deprecated, but still supported until 3.x. The recommended style now is to usefrom System import xxx
, etc. We also now supportfrom X import *
correctly. -
Implemented a (lowercase)
clr
module to match IronPython for code compatibility. Methods of this module should be used to explicitly load assemblies. Implicit (name-based) assembly loading will still work until 3.x, but it is deprecated. -
Implemented support for generic types and generic methods using the same patterns and syntax as IronPython. See the documentation for usage details.
-
Many small and large performance improvements, switched to generic collections for some internals, better algorithms for assembly scanning, etc.
-
Fixed an unboxing issue in generated delegate implementation code that affected delegates that return value types.
1.0.0 - 2006-04-08
- Backported the refactored import and assembly management from the 2.x line, mainly to improve the possibility of code-compatibility with IronPython.
-
Changed some uses of Finalize as a static method name that confused the Mono compiler and people reading the code. Note that this may be a breaking change if anyone was calling
PythonEngine.Finalize()
. If so, you should now usePythonEngine.Shutdown()
. -
Tweaked assembly lookup to ensure that assemblies can be found in the current working directory, even after changing directories using things like
os.chdir()
from Python. -
Fixed some incorrect finalizers (thanks to Greg Chapman for the report) that may have caused some threading oddities.
-
Tweaked support for out and ref parameters. If a method has a return type of void and a single ref or out parameter, that parameter will be returned as the result of the method. This matches the current behavior of IronPython and makes it more likely that code can be moved between Python for .NET and IP in the future.
-
Refactored part of the assembly manager to remove a potential case of thread-deadlock in multi-threaded applications.
-
Added a
__str__
method to managed exceptions that returns the Message attribute of the exception and the StackTrace (if available).
-
Implemented a workaround for the fact that exceptions cannot be new-style classes in the CPython interpreter. Managed exceptions can now be raised and caught naturally from Python (hooray!)
-
Implemented support for invoking methods with out and ref parameters. Because there is no real equivalent to these in Python, methods that have out or ref parameters will return a tuple. The tuple will contain the result of the method as its first item, followed by out parameter values in the order of their declaration in the method signature.
-
Fixed a refcount problem that caused a crash when CLR was imported in an existing installed Python interpreter.
-
Added an automatic conversion from Python strings to
byte[]
. This makes it easier to passbyte[]
data to managed methods (or set properties, etc.) as a Python string without having to write explicit conversion code. Also works for sbyte arrays. Note thatbyte
andsbyte
arrays returned from managed methods or obtained from properties or fields do not get converted to Python strings - they remain instances ofByte[]
orSByte[]
. -
Added conversion of generic Python sequences to object arrays when appropriate (thanks to Mackenzie Straight for the patch).
-
Added a bit of cautionary documentation for embedders, focused on correct handling of the Python global interpreter lock from managed code for code that calls into Python.
-
PyObject.FromManagedObject
now correctly returns the Python None object if the input is a null reference. Also added a newAsManagedObject
method toPyObject
, making it easier to convert a Python-wrapped managed object to the real managed object. -
Created a simple installer for windows platforms.
-
Refactored and fixed threading and global interpreter lock handling, which was badly broken before. Also added a number of threading and GIL-handling tests.
-
Related to the GIL fixes, added a note to embedders in the README about using the AcquireLock and ReleaseLock methods of the PythonEngine class to manage the GIL.
-
Fixed a problem in
Single <--> float
conversion for cultures that use different decimal symbols than Python. -
Added a new
ReloadModule
method to thePythonEngine
class that hooks Python module reloading (PyImport_ReloadModule
). -
Added a new
StringAsModule
method to the PythonEngine class that can create a module from a managed string of code. -
Added a default
__str__
implementation for Python wrappers of managed objects that calls theToString
method of the managed object.
-
Fixed a problem that made it impossible to override "special" methods like
__getitem__
in subclasses of managed classes. Now the tests all pass, and there is much rejoicing. -
Managed classes reflected to Python now have an
__doc__
attribute that contains a listing of the class constructor signatures. -
Fixed a problem that prevented passing null (None) for array arguments.
-
Added a number of new argument conversion tests. Thanks to Laurent Caumont for giving Python for .NET a good workout with managed DirectX.
-
Updated the bundled C Python runtime and libraries to Python 2.4. The current release is known to also run with Python 2.3. It is known not to work with older versions due to changes in CPython type object structure.
-
Mostly fixed the differences in the way that import works depending on whether you are using the bundled interpreter or an existing Python interpreter. The hack I used makes import work uniformly for imports done in Python modules. Unfortunately, there is still a limitation when using the interpreter interactively: you need to do
import CLR
first before importing any sub-names when running with an existing Python interpreter.The reason is that the first import of
CLR
installs the CLR import hook, but for an existing interpreter the standard importer is still in control for the duration of that first import, so sub-names won't be found until the next import, which will use the now-installed hook. -
Added support to directly iterate over objects that support IEnumerator (as well as IEnumerable). Thanks to Greg Chapman for prodding me ;)
-
Added a section to the README dealing with rebuilding Python for .NET against other CPython versions.
-
Fixed a problem with accessing properties when only the interface for an object is known. For example,
ICollection(ob).Count
failed because Python for .NET mistakenly decided that Count was abstract. -
Fixed some problems with how COM-based objects are exposed and how members of inherited interfaces are exposed. Thanks to Bruce Dodson for patches on this.
-
Changed the Runtime class to use a const string to target the appropriate CPython dll in DllImport attributes. Now you only have to change one line to target a new Python version.
- A dumb bug that could cause a crash on startup on some platforms was fixed. Decided to update the beta for this, as a number of people were running into the problem.
-
Exceptions raised as a result of getting or setting properties were not very helpful (target invokation exception). This has been changed to pass through the inner exception the way that methods do, which is much more likely to be the real exception that caused the problem.
-
Events were refactored as the implementation was based on some bad assumptions. As a result, subscription and unsubscription now works correctly. A change from beta 1 is that event objects are no longer directly callable - this was not appropriate, since the internal implementation of an event is private and cant work reliably. Instead, you should the appropriate
OnSomeEvent
method published by a class to fire an event. -
The distribution did not include the key file, making it a pain for people to build from source. Added the key file to the distribution buildout for beta 2.
-
Assemblies can now be found and loaded if they are on the PYTHONPATH. Previously only the appbase and the GAC were checked. The system now checks PYTHONPATH first, then the appbase, then the GAC.
-
Fixed a bug in constructor invokation during object instantiation.
-
Added the baseline of the managed embedding API. Some of the details are still subject to change based on some real-world use and feedback.
The embedding API is based on the
PyObject
class, along with a number of specificPyDict
,PyList
, (etc.) classes that expose the respective interfaces of the built-in Python types. The basic structure and usage is intended be familar to anyone who has used Python / C++ wrapper libraries like CXX or Boost. -
Started integrating NUnit2 to support unit tests for the embedding layer - still need to add the embedding tests (many already exist, but were written for an older version of NUnit).
-
Added Python iteration protocol support for arrays and managed objects that implement IEnumerable. This means that you can now use the Python idiom
for item in object:
on any array or IEnumerable object. -
Added automatic conversion from Python sequence types to managed array types. This means, for example, that you can now call a managed method like AddRange that expects an array with any Python object that supports the Python sequence protocol, provided the items of the sequence are convertible to the item type of the managed array.
-
Added new demo scripts, mostly more substantial winforms examples.
-
Finished the unit tests for event support, and fixed lots of problems with events and delegates as a result. This is one of the trickier parts of the integration layer, and there is good coverage of these in the unit tests now.
-
Did a fair amount of profiling with an eval version of ANTS (which is quite nice, BTW) and made a few changes as a result.
-
Type management was refactored, fixing the issue that caused segfaults when GC was enabled. Unit tests, stress tests and demo apps now all run nicely with Python GC enabled. There are one or two things left to fix, but the fixes should not have any user impact.
-
Changed to base PythonNet on Python 2.3.2. This is considered the most stable release, and a good 25 - 30% faster as well.
-
Added a new
CLR.dll
that acts as an extension module that allows an existing unmodified Python 2.3 installation to simplyimport CLR
to bootstrap the managed integration layer. -
A bug was causing managed methods to only expose overloads declared in a particular class, hiding inherited overloads of the same name. Fixed the bug and added some unit tests.
-
Added a virtual
__doc__
attribute to managed methods that contains the signature of the method. This also means that the Pythonhelp
function now provides signature info when used on a managed class. -
Calling managed methods and events
unbound
(passing the instance as the first argument) now works. There is a caveat for methods - if a class declares both static and instance methods with the same name, it is not possible to call that instance method unbound (the static method will always be called). -
Overload selection for overloaded methods is now much better and uses a method resolution algorithm similar to that used by Jython.
-
Changed the managed python.exe wrapper to run as an STA thread, which seems to be more compatible with winforms apps. This needs a better solution long-term. One possibility would be a command line switch so that -sta or -mta could control the python.exe apartment state.
-
Added support for the Python boolean type (True, False). Bool values now appear as True or False to Python.
-
Added a Mono makefile. Thanks to Camilo Uribe for help in testing and working out problems on Mono. Note that it not currently possible to build PythonNet using mono, due to the use of some IL attributes that the mono assembler / disassembler doesn't support yet.
-
Preliminary tests show that PythonNet does actually run under mono, though the test suite bombs out before the end with an "out of memory" error from the mono runtime. It's just a guess at this point, but I suspect there may be a limited pool for allocating certain reflection structures, and Python uses the reflection infrastructure quite heavily.
-
Removed decoys like the non-working embedding APIs; lots of internal refactoring.
-
Implemented indexer support. Managed instances that implement indexers can now be used naturally from Python (e.g.
someobject[0]
). -
Implemented sequence protocol support for managed arrays.
-
Implemented basic thread state management; calls to managed methods no longer block Python. I won't go so far as to say the thread choreography is "finished", as I don't have a comprehensive set of tests to back that up yet (and it will take some work to write a sufficiently large and evil set of tests).
-
Fixed a bug that caused conversions of managed strings to PyUnicode to produce mangled values in certain situations.
-
Fixed a number of problems related to subclassing a managed class, including the fact that it didn't work :)
-
Fixed all of the bugs that were causing tests to fail. This release contains all new bugs and new failing tests. Progress! :)
- Initial (mostly) working experimental release.