Projects that link simdjson from MSVC with exceptions off will
include simdjson headers which transitively include STL headers.
The MSVC STL stipulates that _HAS_EXCEPTIONS=0 be defined or code
requiring exceptions will be enabled. This change adds a new job
to the appveyor build matrix to verify the build and tests with
exceptions disabled, and disables exceptions at the compiler level
when SIMDJSON_EXCEPTIONS is specified to OFF.
* Adding a distinct user id benchmark
* reenabling everything
* Removing an unnecessary "value()".
* Better tests of the examples and some fixes.
* Guarding exception code.
* Reenable the on-demand tests and allows us to convert a raw string into a C++ string.
* Fixing a 1-byte buffer overrun.
* More documentation.
* Adding more tests.
* Enabling the new tests
* Committing a nicer example.
* Not yet happy but this should fix our failures.
* Duh.
* Ok. Making it easier to get string_view instances from field instances.
* It is a struct.
* Trying to satisfy VS.
* Adopting John's name.
* add definitions for is_number and tie (by lemire)
* add fuzzer for element
* update fuzz documentation
* fix UB in creating an empty padded string
* don't bother null terminating padded_string, it is done by the std::memset already
* refactor fuzz data splitting into a separate class
* This would allow users to find out what builtin is.
* Trying another approach.
* Added instructions.
* Cleaning up the printout.
* Let us be less invasive.
* Adding a comment.
* This adds new tests regarding ordering.
* Updating the documentation with more examples.
* Adding compilation tests.
* Pruning code for exceptions.
* Guarding exceptionless.
* Remove our dependency on strtod_l by bundling our own slow path.
* Ok. Let us drop strtod entirely.
* Trimming down the powers to -342.
* Removing useless line.
* Many more comments.
* Adding some DLL exports.
* Let the gods help those who rely on windows+gcc.
* Marking the subnormals as unlikely. This is pretty much "performance neutral", but it might help just a bit with twitter.json.
* initial try at adding boost json to the benchmark
* clean up
* qualify memcpy etc. with std::
* clang format
* extra space
* update benchmark with help from Vinnie Falco from Boost.json
* add missing separators
This refactors the dynamic check of which implementations are supported at runtime.
It also reduces duplicated effort in the CI fuzzing job, the differential fuzzers don't need to run with different values of SIMDJSON_FORCE_IMPLEMENTATION.
There is also a convenience script to run the fuzzers locally, to quickly check that the fuzzers still build, run and no easy to find bugs are there. It should be handy not only when developing the fuzzers, but also when modifying simdjson.
Jonathan Wakely
Jeremy Ong
Daniel Lemire
Paul Dreik
John Keiser