* Update python brotli wrapper
* release GIL on CPU intensive blocks, fixes#476
* use BrotliDecoderTakeOutput (less memory, less memcpy)
* Python: Convert bro.py tests to unittest style (#478)
* Create unittest-style tests for `bro.py` decompression and compression
* Delete old tests for `bro.py`
* Update test method generation to properly create a Cartesian product
of iterables using `itertools.product`
* Update python brotli wrapper
* release GIL on CPU intensive blocks, fixes#476
* use BrotliDecoderTakeOutput (less memory, less memcpy)
* Create unittest-style tests for `bro.py` decompression and compression
* Delete old tests for `bro.py`
* Update test method generation to properly create a Cartesian product
of iterables using `itertools.product`
* doxygenize and update API documentation
* fix spelling
* add "fuzz" corpus for java decoder to improve coverage
* use upper-case-snake names for dictionary constant definitions
* use `LDFLAGS` in conventional `Makefile`
Previously, the Python package consisted of a single extension
module, so `build_ext` was sufficient. Now, the package
contains a native module and an extension module, so both
`build_py` and `build_ext` are required. Instead, run `build`,
which calls both `build_py` and `build_ext` automatically.
This adds `flush` and `finish` methods to the `Compressor`
object in the extension module, renames the `compress` method to
`process`, and updates that method to only process data. Now,
one or more `process` calls followed by a `finish` call will be
equivalent to a module-level `compress` call.
Note: To maximize the compression efficiency (and match
underlying Brotli behavior, the `Compressor` object `process`
method does not guarantee all input is immediately written to
output. To ensure immediate output, call `flush` to manually
flush the compression buffer. Extraneous flushing can increase
the size, but may be required when processing streaming data.
Progress on #191
* Declare `BUILD_SHARED_LIBS` option for CMake
* Define `${LIB}_SHARED_COMPILATION` when compiling shared library
* Define and use BROTLI_xxx_API
* Fix remaining unprefixed defines in port.h
- Create a `Compressor` object in the extension module
- Move the `compress` method into the native module and use
the new `Compressor` object to do the compression
Note: This does not change the module-level Python API. The
`Compressor` object will not be publicly exposed until its
methods have stabilized.
