The stdilb code just calls the signed int{32,64} functions,
which gives the right result for the unsigned case anyway.
The various targets didn't consistently define the unsigned
variants in any case.
Properly pick up on ISPC_FORCE_ALIGNED_MEMORY when --opt=force-aligned-memory is used
Fixed usage of loadunpack and packstore to use proper memory offset
Fixed implementation of __masked_load_*() __masked_store_*() incorrectly (un)packing the lanes loaded
Cleaned up usage of _mm512_undefined_*(), it is now mostly confined to constructor
Minor cleanups
knc2x.h
Fixed usage of loadunpack and packstore to use proper memory offset
Fixed implementation of __masked_load_*() __masked_store_*() incorrectly (un)packing the lanes loaded
Properly pick up on ISPC_FORCE_ALIGNED_MEMORY when --opt=force-aligned-memory is used
__any() and __none() speedups.
Cleaned up usage of _mm512_undefined_*(), it is now mostly confined to constructor
This forces all vector loads/stores to be done assuming that the given
pointer is aligned to the vector size, thus allowing the use of sometimes
more-efficient instructions. (If it isn't the case that the memory is
aligned, the program will fail!).
- exported structs now get protected with #ifdef/#define blocks (allows including multiple ispc-generated header fiels into the same c source
- when creating offload stubs, encountering a 'export' function for which we cannot produce a stub will only trigger a warning, not an error.
Cilk (cilk_for), OpenMP (#pragma omp parallel for), TBB(tbb::task_group and tbb::parallel_for)
as well as a new pthreads-based model that fully subscribes the machine (good for KNC).
With major contributions from Ingo Wald and James Brodman.
Introduced knc2x.h which supprts 2x interleaved code generation for KNC (use the target generic-32).
This implementation is even more experimental and incomplete than knc.h but is useful already (mandelbrot works for example)
knc.h:
Switch to new intrinsic names _mm512_set_1to16_epi32() -> _mm512_set1_epi32(), etc...
Fix the declaration of the unspecialized template for __smear_*(), __setzero_*(), __undef_*()
Specifically mark _mm512_undefined_*() a few vectors in __load<>()
Fixed implementations of some implementations of __smear_*(), __setzero_*(), __undef_*() to remove unecessary dependent instructions.
Implemented ISPC reductions by simply calling existing intrinsic reductions, which are slightly more efficient than our precendent implementation. Also added reductions for double types.
vec16_i64 improved with the addition of the following: __extract_element(), insert_element(), __sub(), __mul(),
__sdiv(), __udiv(), __and(), __or(), __xor(), __shl(), __lshr(), __ashr(), __select()
Fixed a bug in the __mul(__vec16_i64, __vec16_i32) implementation
Constructors are all explicitly inlined, copy constructor and operator=() explicitly provided
Load and stores for __vec16_i64 and __vec16_d use aligned instructions when possible
__rotate_i32() now has a vector implementation
Added several reductions: __reduce_add_i32(), __reduce_min_i32(), __reduce_max_i32(),
__reduce_add_f(), __reduce_min_f(), __reduce_max_f()
This ensures that they have static linkage, which in turn lets one
have multiple object files compiled to multiple targets without having
those cause link errors.
Issue #355.
(This in particular would happen when there was an error in the body of a struct
definition and we were left with an UndefinedStructType and then later tried to
do loads/stores from/to it.)
Issue #356.
Also, removed erroneous checks about the type of the test expression
in DoStmt and ForStmt.
These together were preventing conversion of pointer types to boolean
values, so things like "while (ptr)" would improperly not compile.
Issue #346.
