* This revert the code back to how it was prior to the silly "run two stages" routine and instead
adds an option to benchmark the code over hot buffers. It turns out that it can be expensive,
when the files are large, to allocate the pages.
* Instead of emulating the whole parsing as stage 1 + stage 2, let us
benchmark the real thing.
* Adding explicit constructor.
* Adding warning to the benchmark user.
* Making re-running optional.
* string literal + integer means unintended and incorrect pointer arithmetic
fixes a clang warning. it could not be triggered, because it can only be
triggered if the string given to getopt is not covered among the
cases in the switch.
* handle review comment
* Allow -f
* Support parse -s (force sse)
* Simplify flatten_bits
- Add directly to base instead of storing variable
- Don't modify base_ptr after beginning of function
- Eliminate base variable and increment base_ptr instead
* De-unroll the flatten_bits loops
* Decrease dependencies in stage 1
- Do all finalize_structurals work before computing the quote mask; mask
out the quote mask later
- Join find_whitespace_and_structurals and finalize_structurals into
single find_structurals call, to reduce variable leakage
- Rework pseudo_pred algorithm to refer to "primitive" for clarity and some
dependency reduction
- Rename quote_mask to in_string to describe what we're trying to
achieve ("mask" could mean many things)
- Break up find_quote_mask_and_bits into find_quote_mask and
invalid_string_bytes to reduce data leakage (i.e. don't expose quote bits
or odd_ends at all to find_structural_bits)
- Genericize overflow methods "follows" and "follows_odd_sequence" for
descriptiveness and possible lifting into a generic simd parsing library
* Mark branches as likely/unlikely
* Reorder and unroll+interleave stage 1 loop
* Nest the cnt > 16 branch inside cnt > 8
* Add -n and -w arguments
* Add Dockerfile that compares perf against master
* Add checkperf to .drone.yml
* Clone from github instead of .git since CI doesn't have .git
* Attempt 1 - fn targeting
GCC won't work with templates with different targets, need to specialize all the way up the call stack.
* Compiles properly with cmake. Does not with the Makefile.
* Compilation works with Makefile
* instruction_set changes to architecture
* some aesthetic changes
* fix amalgation and tests + aesthetic changes
* This now compiles and passes tests under CLANG
* Minor correction.
* Trying to make it work on ARM
* Adding missing namespace
* Missing bracket
* Fixing minor compilation issues.
* Getting parse to use runtime dispatch
* Fixing amalgamation script.
* Making sure that NEON is supported.
* Fixing typo
* Merging https://github.com/lemire/simdjson/pull/229
* Manual merge of
https://github.com/lemire/simdjson/pull/229
by @jkeiser (second part)
* Trying another way.
* Removing the paral.
* Fixing the make file
* Let us make the practice run long enough.
* Resolved the awful slowness.
* Cleaning the README.md
* With runtime dispatching, we should not need flags anymore.
* Changing isa detection file's name + fixing typos.
* Improving portability.
* Revisiting faulty logic regarding same-page overruns.
* Disabling same-page overruns under VS.
* Clarifying the documentation
* Fix for issue 131 + being more explicit regarding memory realloc.
* Fix for issue 137.
* removing "using namespace std" throughout. Fix for 50
* Introducing typed malloc/free.
* Introducing a custom class (padded_string) that solves several minor usability issues.
* Updating amalgamation for testing.
* Making sure we can run with the sanitizers on.
* Minor code simplification in the number parsing.
* Following @EmilGedda 's recommendations regarding the makefile.
* Reference to blog post.
* Adding link to https://johnnylee-sde.github.io/Fast-numeric-string-to-int/
* Better hex parsing.
Daniel Lemire
Paul Dreik
John Keiser
ioioioio
Geoff Langdale
Thomas Navennec
Kai Wolf