search for: setnames

Hi, I started creating a small class but I'm courious about how it is working. To create a instance of my class "Partri" I write this at Rgui: x <- new("Partri", name="Gilvan") and to change the slot "name" of this instance, I write: setName(x, newname="Justino") It is not working, because when I type "x" at Rgui, it shows

...(pred_hist = mean(pred_hist_max)) # ### Future ## 4.5 # 4.5_2021_2050 temp_sim <- read.csv("/work/sd00815/giss_future/giss_4.5_2021_2050_temp.csv") humid_sim <- read.csv("/work/sd00815/giss_future/giss_4.5_2021_2050_temp.csv") # # Max temp_sim <- as.data.table(temp_sim) setnames(temp_sim, "max", "tmax") setnames(temp_sim, "min", "tmin") setnames(temp_sim, "avg", "tmean") # humid_sim <- as.data.table(humid_sim) setnames(humid_sim, "max", "hmax") setnames(humid_sim, "min", "hmin...

In VMCore/Module.cpp i found line (254): ((Value*)Ty)->setName(Name, &ST); Type is not Value now and for me this code call llvm::DerivedType::addAbstractTypeUser (I think it have same index in Type VMT in as setName in Value VMT) with random argument values and terminated with assert fail: Assertion failed: (isAbstract() && "addAbstractTypeUser: Current type not

My apologies if this has already been discussed/explained (reference?). In browsing the new type system implementation, I was wondering if someone could give a simple example of why one would want to reset the name of a previous realized StructType instance (setBody(...) has been called). My curiosity is enhanced by the fact that reseting a name of a StructType instance may result in a symbol

Hi, I am upgrading my project from 3.7 to 3.8. I find that following code used to compile in 3.7 but doesn't in 3.8 and I can't understand why. llvm::Function *mainFunc = ...; auto argiter = mainFunc->arg_begin(); llvm::Value *arg1 = argiter++; arg1->setName("obj"); But if I change the code to following it compiles: auto argiter = mainFunc->arg_begin(); llvm::Value

I created a new Function in code(for a pass), and now I want to name it to make the IR more readable. Function inherits GlobalValue, which eventually inherits Value. Value has the setName() method. When I do this on my new function(newFunc->setName(string("testing"))) I get back "error: ‘setName’ was not declared in this scope". What is the correct way todo this? Thanks

Hello, In my module I have functions: a b c f3 calls "a" f2 calls "a" f1 calls "b" I would like to modify a CallInst in the f2. Now it calls "a", but I want changed it to "c". When loop over the instructions of the f2, I can get a CallInst to be modified, then I use "setName" to changed it to "c". Problem is, since

Following up on my introduction of the StringRef type, I wanted to clean up the API for getting and setting the name of an llvm::Value. There are a number of problems with the current API: 1. There are too many ...Name methods. 2. getName() returns an std::string, which is expensive. 3. getName() is frequently used to derive new names, which are passed to setName(). Currently this uses

Several people on this list have reported issues with the linker regarding a named StructType instance with the same name in two different modules being resolved into two StructTypes with different names due to StructType:: setName(…) collision behavior. Looking at BitcodeReader::ParseTypeTableBody(…), I don't see use of LLVMContextImpl::NamedStructTypes or of Module::getTypeByName(…). Nor do

...nt <- attr(Terms, "intercept") facs <- attr(Terms, "factors")[-c(1,1+err), -err, drop=FALSE] vars <- rownames(facs) xl <- attr(object, "xlevels") if(!length(xl)) { # no factors in model return(as.list(coef(object))) } nxl <- setNames(rep.int(1, length(vars)), vars) tmp <- unlist(lapply(xl, length)) nxl[names(tmp)] <- tmp lterms <- apply(facs, 2L, function(x) prod(nxl[x > 0])) nl <- sum(lterms) args <- setNames(vector("list", length(vars)), vars) for(i in vars) args[[i]] <...

https://bugzilla.netfilter.org/show_bug.cgi?id=819 Summary: ipset create setname timeout 2147484 records greater timeout Product: ipset Version: unspecified Platform: x86_64 OS/Version: Debian GNU/Linux Status: NEW Severity: major Priority: P5 Component: default AssignedTo:

Hi all, I am trying to write a pass where i am creating a clone of a function (the only difference being, the new function returns void , instead of any value). I am creating a new Function Type with a void return type (rest being the same as original function), and using this i am creating a new function body. Then, i clone the body of the old function into new function, but when ever i

Nick, Thanks for this info, though this didn't help my problem at all. On Wed, Nov 16, 2011 at 7:21 PM, Nick Lewycky <nicholas at mxc.ca> wrote: > Never create a Twine as a local variable. > > V->setName(Twine("new_name")); > > should work fine, however. Note that Twine itself has an implicit > constructor from const char *, so this code: > >

This is admittedly minor, and you shouldn't have repeated names in a data frame anyway, but: df <- data.frame(1:3, 1:3, 1:3) # Ok setNames(df, c("x", "y", "")) # Not ok setNames(df, c("x", "", "")) Hadley -- http://hadley.nz

...ello, My programming is as follows. library(highfrequency) library(data.table) library(xts) tm<-seq.POSIXt(from = as.POSIXct("2020-08-20 09:30:00"),to = as.POSIXct("2020-08-20 15:59:00"),by='min') data<-xts(x=data$PRICE,order.by=tm) data <- as.data.table(data) setnames(data,c('index'),c('DT')) setnames(data,c('V1'),c('PRICE')) LMtest <- intradayJumpTest(pData = data,volEstimator = "RM", driftEstimator = "none",RM = "bipower", lookBackPeriod = 20,on = 'minutes', k = 5, marketOpen = "09:3...

Basically I have two separate passes (first is a loop pass) which are two different files and two different opts but I need to keep the data consistent (ie, I want the changes to show up the resulting .bc output file from the first (loop) pass so the second pass can use these new names. Currently, when I print out "BB->getName().str()" after the code below, I get the correct renaming

Hi, I'm gonna try to give some feedback, but I have only been working with LLVM for a few days, so don't take what I'm saying without verifying :-) > BasicBlock *ProgSlicer::CloneBasicBlock(const BasicBlock *BB, > DenseMap<const Value*, Value*> &ValueMap, > const char *NameSuffix, Function *F) { > > BasicBlock

Never create a Twine as a local variable. V->setName(Twine("new_name")); should work fine, however. Note that Twine itself has an implicit constructor from const char *, so this code: V->setName("new_name"); should also work fine. Nick Ryan Taylor wrote: > Basically I have two separate passes (first is a loop pass) which are > two different files and

Vladimir, As you noted, the cast to Value* from (I presume) Type* is now invalid as there is no inheritance relationship. You can give a type a name by converting: Ty->setName(Name, &ST) to: ST.insert(Name, Ty) Hope that helps. Reid. On Sat, 2004-07-10 at 07:01, Vladimir Merzliakov wrote: > In VMCore/Module.cpp i found line (254): > > ((Value*)Ty)->setName(Name,

So is this simply not possible? On Thu, Nov 17, 2011 at 10:31 AM, Ryan Taylor <ryta1203 at gmail.com> wrote: > Nick, > > Thanks for this info, though this didn't help my problem at all. > > > On Wed, Nov 16, 2011 at 7:21 PM, Nick Lewycky <nicholas at mxc.ca> wrote: > >> Never create a Twine as a local variable. >> >>