upon constructor in ByteCode's constructor (was in newInstruction()
method)

APARAPI, thus avoiding the need for re-generating them on each kernel
call (or, worst, when a new Kernel is instatiated)
- added support for finding method properties (such as method using
atomics 32, OpenCL mapping, etc.) based on full method signature, not
only name
- added support for OpenCL-mapped methods user-defined, i.e., outside of
Kernel class
- added two OpenCL-mapped methods 'hypot' in Kernel (more to come)
- added support for ForkJoinPool-based JTP execution (this avoids
creation of a high number of threads for ranges having local sizes
significantly higher than the number of system CPU cores)
- added support for skipping local barriers altogether in JTP execution,
when a local size (x * y * z) equal to 1 is detected

thrown exceptions (if any)

caches/memoizers

String.replace(char, char), in order to enhance performance

to enhance performance

* 'master' of https://github.com/aparapi/aparapi:
  Minor adjustments to support Git

dependencies from Ant. Currently, only Mac OS X is supported.

build targets.

targets. On my machine FFT, Histogram and Histogram-Ideal are not
working...although Mandel and Square appear to work.

appropriate gitignore entries.

imported, built, edited and managed from within Eclipse, if desired.
Each sub-project then becomes a nested project within Eclipse. Ideally,
this change will also allow us to move to Gradle, which may be desirable
to obtain nice dependency management, versioning, etc.