Using this strategy libraries could be developed for supporting
Flux-like libraries (e.g. kstreams) that are not actually
reactive streams implementations.
This change includes caching and smarter analysis of classpaths
to limit the amount of jar walking necessary to find dependencies
when compiling. It also includes some new tests that verify
packaging of dependencies in boot style form (BOOT-INF/lib and
BOOT-INF/classes).
- Removed EmptyIterable as it's only used by _MemoryBasedJavaFileManager_
to ensure the contract of the _list(..)_ operation that must not return
null. The same contract is ensured with _new
IterableClasspath(classpath, packageName, recurse)_ while making
_MemoryBasedJavaFileManager.list(..)_ simpler and more consistent.
- Untill this fix the AbstractByteCodeLoadingProxy was building FQCN of
the byte-array defined class using Resource.getFileName() and then some,
which is not very reliable since if such name does not match the actual
name contained in the byte code, class loading will result in exception.
So, this fix reads FQCN from the actual byte code..
- Reduced visibility of AbstractByteCodeLoadingProxy
- Simplified ByteCodeLoadingFunctionTests
Closes gh-99
- attempted to make code more functional (eat our own dog food) and concise
- addressed PR comment
- additional cleanup/polishing of FunctionUtils and related classes
- Removed Function/Supplier/ConsumerProxy classes by extending type info on their super interface
- Renamed FunctionUtils to FunctionFactoryUtils
- Added javadoc to FunctionFactoryUtils to explain its design considerations as well as what it can and can not doi
Fixes gh-90
