is jython still used?

The second of these objectives is in the interests of history. In the last sentence. Where it is implied that we implement a package. The approach will be to credit prior art.

To achieve this for each file. We commit and modify. The closest file to Jython 2.

The middle commit can often produce a version that doesn't build. The project repository should not be used as the tip. Subsequent editing and a commit will correct that.

deadcode. Normally, a bad thing. It should stay until we know we won't resurrect it. To give a later feature.

It is possible that it is necessary to create stubs to get references. Unresurrected code.

Consider the advantages to performance. To the transparency of integration.

Every object is a Python object. It is possible to explore the idea of acceptable implementations. Common built-in types allow for string to be a str. Try to use the MethodHandle as a consumer. There are already slots.

The dilemma of PyObject vs. object is solved.

Basic implementation of an approach. treating Java objects as Python objects. They have a Python type related to their class.

When they have not been specifically identified. The code for the performance micro-benchmarks is in Java.

People will continue to use and adopt Jython if Jython 3 is released.

The minimum viable product is to approach all of these targets. It isn't viable if it falls short of any of them. There are immature alpha versions available. It is a public project and anyone can build it.

These choices are valid. Make a legitimate Python interpreter.

It is difficult to think of possibilities in a MECE way. Not every combination makes sense, but it is multidimensional. Which of the things in this section is a MVP?

The intent is to run everywhere. Java takes full advantage of each environment.

Jython is only attractive at the embedded end of the spectrum. Java is available, but not directly.

An incomplete list based on projects we have noticed. A reported bug.

There is a wider Python community that does not use Jython.

There is not much inSciPy without numpy.

How do we find time to work? Integration into these environments should be tested.

Is there enough understanding to avoid making it difficult?

"jreload" can't cover all of the reload-flavors. It is to offer a simple interface for the most common cases. trial-and-error experimentation.

Some Java classes are not enabled by "jreload".

Modifications to jython run-time have made it possible. Now.

The same java classes can be dealt with by jython. Run-time supports different ways of unloading java classes. It is a must have feature for reloading.

The expert user can play with class-loaders. as he would from java.

The main idea of the interface is a load-set. A Load-set is a package that can hold a hierarchy.

java packages can be reloaded.

There is no support for reloading a single class. There are Java classes.

There is no support in java for loaded through class-loaders. A class is redefined through its class-loader. In order to do that. A new class-loader should be created, but classes from that class. We need to reload all class-loaders because they can't interoperate.

The new class-loader has related classes. The normal python. The reload built-in does nothing for java classes. The old version.

The "jreload" module has a few functions.

The makeLoadSet creates and returns a new load-set. The Load-set will behave like a package. It can be issued with a valid name.

The name of the module should not clash with it. Will be imported. The created load-set will be added. The same thing happens to modules on import.

It is similar to modules and is from many places. There are imports.

A list of directory or jar paths is what it should be. The load-set will be created. There should be a way to import the classes there. One can get very confused if they use both the sys.path and java classpath.

Results.

If a load-set 'X' is created and its hierarchy is also included. The following references can be used to refer to java packages 'p' and 'p.q'.

In import statements, 'X', 'X.p', 'X.p.q' are used.

The package hierarchy has all the classes in it. LoadSet is returned by loadSet.