search for: someblock

...idn't find the solution.. What is the best way to traverse a large array (say size of million) with GetElementPtr The problem with the following code, is that it forces you to create million constant index values: intVars = new AllocaInst(Type::getInt32Ty(ctx), allocaSize, "intVars", someBlock); for(int i = 0; i < 1000000; i++) { Value *idx = ConstantInt::get(Type::getInt32Ty(ctx), i); GetElementPtrInst *gep = GetElementPtrInst::Create(intVars, idx, "ElemPtr", someBlock); new StoreInst(idx, gep, entryBlock); //Store some value in it } Apart from the size issue, Wha...

...anguage. There are probably other examples that arise in high-level languages, but let's use allocation as an example for now. I can envision two ways of representing allocation in LLVM IR: Method #1: %object = call @runtime_allocate(... /* pass size and/or other data */) Method #2: SomeBlock: ... ; code preceding the allocation %objectFast = ... ; IR for the inlined allocation fast path, which produces %objectFast but may yield null if the fast path fails and we need to take slow path %didFail = icmp eq %objectFast, null br %didFail, label %AllocationSlowPath, label...

...gh-level languages, but let's use allocation as an example for now. I > can envision two ways of representing allocation in LLVM IR: > > Method #1: > > %object = call @runtime_allocate(... /* pass size and/or other > data */) > > Method #2: > > SomeBlock: > ... ; code preceding the allocation > %objectFast = ... ; IR for the inlined allocation fast path, > which produces %objectFast but may yield null if the fast path fails and we > need to take slow path > %didFail = icmp eq %objectFast, null >...

...in high-level languages, but let's use allocation as an example for now. I can envision two ways of representing allocation in LLVM IR: > > Method #1: > > %object = call @runtime_allocate(... /* pass size and/or other data */) > > Method #2: > > SomeBlock: > ... ; code preceding the allocation > %objectFast = ... ; IR for the inlined allocation fast path, which produces %objectFast but may yield null if the fast path fails and we need to take slow path > %didFail = icmp eq %objectFast, null >...

...t let's use allocation as an example for now. I can envision two ways of representing allocation in LLVM IR: >> >> Method #1: >> >> %object = call @runtime_allocate(... /* pass size and/or other data */) >> >> Method #2: >> >> SomeBlock: >> ... ; code preceding the allocation >> %objectFast = ... ; IR for the inlined allocation fast path, which produces %objectFast but may yield null if the fast path fails and we need to take slow path >> %didFail = icmp eq %objectFast, null &g...

...xample for now. I can envision two ways of representing allocation in LLVM IR: >>> >>> Method #1: >>> >>> %object = call @runtime_allocate(... /* pass size and/or other data */) >>> >>> Method #2: >>> >>> SomeBlock: >>> ... ; code preceding the allocation >>> %objectFast = ... ; IR for the inlined allocation fast path, which produces %objectFast but may yield null if the fast path fails and we need to take slow path >>> %didFail = icmp eq %objectFast...

...allocation as an example for now. I >> can envision two ways of representing allocation in LLVM IR: >> >> Method #1: >> >> %object = call @runtime_allocate(... /* pass size and/or other >> data */) >> >> Method #2: >> >> SomeBlock: >> ... ; code preceding the allocation >> %objectFast = ... ; IR for the inlined allocation fast path, >> which produces %objectFast but may yield null if the fast path fails and we >> need to take slow path >> %didFail = icmp eq %obje...

...high-level languages, but let's use allocation as an example for now. I > can envision two ways of representing allocation in LLVM IR: > > Method #1: > > %object = call @runtime_allocate(... /* pass size and/or other > data */) > > Method #2: > > SomeBlock: > ... ; code preceding the allocation > %objectFast = ... ; IR for the inlined allocation fast path, > which produces %objectFast but may yield null if the fast path fails and we > need to take slow path > %didFail = icmp eq %objectFast, null >...

...;>> can envision two ways of representing allocation in LLVM IR: >>> >>> Method #1: >>> >>> %object = call @runtime_allocate(... /* pass size and/or >>> other data */) >>> >>> Method #2: >>> >>> SomeBlock: >>> ... ; code preceding the allocation >>> %objectFast = ... ; IR for the inlined allocation fast path, >>> which produces %objectFast but may yield null if the fast path fails and we >>> need to take slow path >>> %did...