search for: num_elems

...39;Constant', and both work fine with ScalarEvolution. I have not yet tried it with the intrinsic. > >> For constants consisting of a sequence of values, an experimental `stepvector` >> intrinsic has been added to represent a simple constant of the form >> `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new >> start can be added, and changing the step requires multiplying by a splat. > > This is another case where an Instruction might be better, for the same > reasons as with vscale. > > Also, "iota" is the name C...

...then be combined with `insertelement` and `shufflevector` to create arbitrary value splats in the same manner as fixed-length vectors. For constants consisting of a sequence of values, an experimental `stepvector` intrinsic has been added to represent a simple constant of the form `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new start can be added, and changing the step requires multiplying by a splat. Fixed-Length Code ----------------- `` ;; Splat a value %insert = insertelement <4 x i32> undef, i32 %value, i32 0 %splat = shufflevector <4 x i32> %...

...with `insertelement` and `shufflevector` to create arbitrary >> value splats in the same manner as fixed-length vectors. >> >> For constants consisting of a sequence of values, the `stepvector` constant is >> added to represent a simple constant of the form `<0, 1, 2... num_elems-1>`. To >> change the starting value a splat of the new start can be added, and changing >> the step requires multiplying by a splat. >> >> Alternatives Considered >> ----------------------- >> >> We have chosen to represent these as constants to make...

...ero splat. This can then be combined with `insertelement` and `shufflevector` to create arbitrary value splats in the same manner as fixed-length vectors. For constants consisting of a sequence of values, the `stepvector` constant is added to represent a simple constant of the form `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new start can be added, and changing the step requires multiplying by a splat. Alternatives Considered ----------------------- We have chosen to represent these as constants to make pattern matching and constant folding easy, particularly for th...

...insertelement` and `shufflevector` > to create arbitrary value splats in the same manner as fixed-length vectors. > > For constants consisting of a sequence of values, an experimental `stepvector` > intrinsic has been added to represent a simple constant of the form > `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new > start can be added, and changing the step requires multiplying by a splat. > > Fixed-Length Code > ----------------- > `` > ;; Splat a value > %insert = insertelement <4 x i32> undef, i32 %value, i32 0 > %...

...nsertelement` and `shufflevector` > to create arbitrary value splats in the same manner as fixed-length vectors. > > For constants consisting of a sequence of values, an experimental `stepvector` > intrinsic has been added to represent a simple constant of the form > `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new > start can be added, and changing the step requires multiplying by a splat. > > Fixed-Length Code > ----------------- > `` > ;; Splat a value > %insert = insertelement <4 x i32> undef, i32 %value, i32 0 > %sp...

The Wine development release 1.7.10 is now available. What's new in this release (see below for details): - Window maximization in the Mac driver. - AVI compressor implementation. - Thread local storage support in dynamically loaded libraries. - Beginnings of a Task Scheduler implementation. - Extended IPX protocol support. - Various bug fixes. The source is available from the

...then be combined with `insertelement` and `shufflevector` to create arbitrary value splats in the same manner as fixed-length vectors. For constants consisting of a sequence of values, an experimental `stepvector` intrinsic has been added to represent a simple constant of the form `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new start can be added, and changing the step requires multiplying by a splat. Fixed-Length Code ----------------- `` ;; Splat a value %insert = insertelement <4 x i32> undef, i32 %value, i32 0 %splat = shufflevector <4 x i32> %...

...then be combined with `insertelement` and `shufflevector` to create arbitrary value splats in the same manner as fixed-length vectors. For constants consisting of a sequence of values, an experimental `stepvector` intrinsic has been added to represent a simple constant of the form `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new start can be added, and changing the step requires multiplying by a splat. Fixed-Length Code ----------------- `` ;; Splat a value %insert = insertelement <4 x i32> undef, i32 %value, i32 0 %splat = shufflevector <4 x i32> %...

...insertelement` and `shufflevector` > to create arbitrary value splats in the same manner as fixed-length vectors. > > For constants consisting of a sequence of values, an experimental `stepvector` > intrinsic has been added to represent a simple constant of the form > `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new > start can be added, and changing the step requires multiplying by a splat. > > Fixed-Length Code > ----------------- > `` > ;; Splat a value > %insert = insertelement <4 x i32> undef, i32 %value, i32 0 > %...

...trary value splats in the same manner as > fixed-length vectors. > > > > For constants consisting of a sequence of values, an > experimental `stepvector` > > intrinsic has been added to represent a simple constant of the form > > `<0, 1, 2... num_elems-1>`. To change the starting value a splat > of the new > > start can be added, and changing the step requires multiplying > by a splat. > > > > Fixed-Length Code > > ----------------- > > `` > >  ;; Splat a value >...

...insertelement` and `shufflevector` > to create arbitrary value splats in the same manner as fixed-length vectors. > > For constants consisting of a sequence of values, an experimental `stepvector` > intrinsic has been added to represent a simple constant of the form > `<0, 1, 2... num_elems-1>`. To change the starting value a splat of the new > start can be added, and changing the step requires multiplying by a splat. > > Fixed-Length Code > ----------------- > `` > ;; Splat a value > %insert = insertelement <4 x i32> undef, i32 %value, i32 0 >...