search for: isfunctionvectoriz

...e: SVFS {#infrastructure} >> ------------------------------ >> >> The Search Vector Function System (SVFS) is constructed from an >> `llvm::Module` instance so it can create function definitions. The SVFS >> exposes an API with two methods. >> >> ### `SVFS::isFunctionVectorizable` >> >> This method queries the avilability of a vectorized version of a >> function. The signature of the method is as follows. >> >> bool isFunctionVectorizable(llvm::CallInst * Call, ParTypeMap Params); >> >> The method determine the availability...

...----------------- >>>> >>>> The Search Vector Function System (SVFS) is constructed from an >>>> `llvm::Module` instance so it can create function definitions. The SVFS >>>> exposes an API with two methods. >>>> >>>> ### `SVFS::isFunctionVectorizable` >>>> >>>> This method queries the avilability of a vectorized version of a >>>> function. The signature of the method is as follows. >>>> >>>> bool isFunctionVectorizable(llvm::CallInst * Call, ParTypeMap Params); >>>&g...

...ules with different vector variants. The query infrastructure: SVFS {#infrastructure} ------------------------------ The Search Vector Function System (SVFS) is constructed from an `llvm::Module` instance so it can create function definitions. The SVFS exposes an API with two methods. ### `SVFS::isFunctionVectorizable` This method queries the avilability of a vectorized version of a function. The signature of the method is as follows. bool isFunctionVectorizable(llvm::CallInst * Call, ParTypeMap Params); The method determine the availability of vector version of the function invoked by the `Call` para...

...gt;>>>> The Search Vector Function System (SVFS) is constructed from an >>>>>> `llvm::Module` instance so it can create function definitions. The SVFS >>>>>> exposes an API with two methods. >>>>>> >>>>>> ### `SVFS::isFunctionVectorizable` >>>>>> >>>>>> This method queries the avilability of a vectorized version of a >>>>>> function. The signature of the method is as follows. >>>>>> >>>>>> bool isFunctionVectorizable(llvm::CallInst *...

...ctor Function System (SVFS) is constructed from an >>>>>>>> `llvm::Module` instance so it can create function definitions. The SVFS >>>>>>>> exposes an API with two methods. >>>>>>>> >>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>> >>>>>>>> This method queries the avilability of a vectorized version of a >>>>>>>> function. The signature of the method is as follows. >>>>>>>> >>>>>>>> bool...

...onstructed from an >>>>>>>>>> `llvm::Module` instance so it can create function definitions. The SVFS >>>>>>>>>> exposes an API with two methods. >>>>>>>>>> >>>>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>>>> >>>>>>>>>> This method queries the avilability of a vectorized version of a >>>>>>>>>> function. The signature of the method is as follows. >>>>>>>>>> >>&g...

...gt;>>>>>>>> `llvm::Module` instance so it can create function definitions. The SVFS >>>>>>>>>>>> exposes an API with two methods. >>>>>>>>>>>> >>>>>>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>>>>>> >>>>>>>>>>>> This method queries the avilability of a vectorized version of a >>>>>>>>>>>> function. The signature of the method is as follows. >>>>>>>...

...gt;>> `llvm::Module` instance so it can create function definitions. The SVFS >>>>>>>>>>>>>> exposes an API with two methods. >>>>>>>>>>>>>> >>>>>>>>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>>>>>>>> >>>>>>>>>>>>>> This method queries the avilability of a vectorized version of a >>>>>>>>>>>>>> function. The signature of the method is as follows. >...

...Function System (SVFS) is constructed from an > >>>>>>> `llvm::Module` instance so it can create function definitions. The SVFS > >>>>>>> exposes an API with two methods. > >>>>>>> > >>>>>>> ### `SVFS::isFunctionVectorizable` > >>>>>>> > >>>>>>> This method queries the avilability of a vectorized version of a > >>>>>>> function. The signature of the method is as follows. > >>>>>>> > >>>>>>>...

Hi all, I am submitting the following RFC [1] to re-implement -fveclib via OpenMP constructs. The RFC was discussed during a round table at the last LLVM developer meeting, and presented during the BoF [2]. The proposal is published on Phabricator, for the purpose of keeping track of the comments, and it now ready for a review from a wider audience after being polished by Hal Finkel and Hideki

...the same cost as __svml_sin_4, so the loop vectorizer will select a VF of 8, and generate a call to a function which effectively doesn't exist. The simplest way to fix it, is to simply only populate the SVML vector library table with __svml_sin_8 when the target is AVX-512. Alternatively, TLI.isFunctionVectorizable() should check that the entry is available on the target (this is more difficult as the type is not encoded). I'm guessing that the cost model would then make VF=4 cheaper, so generating calls to __svml_sin_4 (I'm not in work so can't check). If the vectorization factor was force...

...>>>>>>>>> an `llvm::Module` instance so it can create function > > >>>>>>>>> definitions. The SVFS exposes an API with two methods. > > >>>>>>>>> > > >>>>>>>>> ### `SVFS::isFunctionVectorizable` > > >>>>>>>>> > > >>>>>>>>> This method queries the avilability of a vectorized version > > >>>>>>>>> of a function. The signature of the method is as follows. > > >>>>>&gt...

...ructed from an > >>>>>>>>> `llvm::Module` instance so it can create function definitions. The SVFS > >>>>>>>>> exposes an API with two methods. > >>>>>>>>> > >>>>>>>>> ### `SVFS::isFunctionVectorizable` > >>>>>>>>> > >>>>>>>>> This method queries the avilability of a vectorized version of a > >>>>>>>>> function. The signature of the method is as follows. > >>>>>>>>> > &...

...gt;>>>>>>>>>> an `llvm::Module` instance so it can create function >>>>>>>>>>> definitions. The SVFS exposes an API with two methods. >>>>>>>>>>> >>>>>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>>>>> >>>>>>>>>>> This method queries the avilability of a vectorized version >>>>>>>>>>> of a function. The signature of the method is as follows. >>>>>>>>>&gt...

...gt;>>>>> from an `llvm::Module` instance so it can create function > >>>>>>>>>>> definitions. The SVFS exposes an API with two methods. > >>>>>>>>>>> > >>>>>>>>>>> ### `SVFS::isFunctionVectorizable` > >>>>>>>>>>> > >>>>>>>>>>> This method queries the avilability of a vectorized > >>>>>>>>>>> version of a function. The signature of the method is as follows. > >>>>&gt...

...>> from an `llvm::Module` instance so it can create > > >>>>>>>>>>> function definitions. The SVFS exposes an API with two methods. > > >>>>>>>>>>> > > >>>>>>>>>>> ### `SVFS::isFunctionVectorizable` > > >>>>>>>>>>> > > >>>>>>>>>>> This method queries the avilability of a vectorized > > >>>>>>>>>>> version of a function. The signature of the method is as follows. > >...

...onent is going to be unrelated to OpenMP. 2. This component will use internally the demangler defined in the previous section, but it will not expose any aspect of the Vector Function ABI via its interface. The interface provides two methods. ``` std::vector<VectorFunctionShape> SVFS::isFunctionVectorizable(llvm::CallInst * Call); llvm::Function * SVFS::getVectorizedFunction(llvm::CallInst * Call, VectorFunctionShape Info); ``` The first method is used to list all the vector shapes that available and attached to a scalar function. An empty results means that no vector versions are available. Th...

...llvm::Module` instance so it can create >>>>>>>>>>>>>>> function definitions. The SVFS exposes an API with two methods. >>>>>>>>>>>>>>> >>>>>>>>>>>>>>> ### `SVFS::isFunctionVectorizable` >>>>>>>>>>>>>>> >>>>>>>>>>>>>>> This method queries the avilability of a vectorized >>>>>>>>>>>>>>> version of a function. The signature of the method is as...

.... > 2. This component will use internally the demangler defined in the > previous section, but it will not expose any aspect of the Vector > Function ABI via its interface. > > The interface provides two methods. > > ``` > std::vector<VectorFunctionShape> SVFS::isFunctionVectorizable(llvm::CallInst * Call); > > llvm::Function * SVFS::getVectorizedFunction(llvm::CallInst * Call, VectorFunctionShape Info); > ``` > > The first method is used to list all the vector shapes that available > and attached to a scalar function. An empty results means that no > v...

...ned in the >> > previous section, but it will not expose any aspect of the Vector >> > Function ABI via its interface. >> > >> > The interface provides two methods. >> > >> > ``` >> > std::vector<VectorFunctionShape> SVFS::isFunctionVectorizable(llvm::CallInst * Call); >> > >> > llvm::Function * SVFS::getVectorizedFunction(llvm::CallInst * Call, VectorFunctionShape Info); >> > ``` >> > >> > The first method is used to list all the vector shapes that available >> > and attached to a...