similar to: [LLVMdev] I want to know examples of recursive types on LLVM IR.

I have a few pass managers, but only one of them has been initialized with addPassesToEmitCode, how do I find how many passes are added to a function pass manager ? Thank you, Xin On Fri, May 20, 2011 at 1:00 PM, <llvmdev-request at cs.uiuc.edu> wrote: > Send LLVMdev mailing list submissions to > llvmdev at cs.uiuc.edu > > To subscribe or unsubscribe via the World Wide

Dear all, I'm trying to run the example of recursive type construction examples in LLVM Programmer's Manual, here is the code: // Create the initial outer struct PATypeHolder StructTy = OpaqueType::get(); std::vector<const Type*> Elts; Elts.push_back(PointerType::get(StructTy)); Elts.push_back(Type::Int32Ty); StructType *NewSTy = StructType::get(Elts); // At this point, NewSTy =

On 21 October 2010 08:26, Jin Gu Kang <jaykang10 at imrc.kist.re.kr> wrote: > I think you misunderstood our type notation. > By using your suggetion, "s4" means "i4 align short" in our notation. > In "i4 align 2" for "short a:4", I think that "align 2" is already target dependent > because short can be 2 or 4 bytes according to

I am pleased to discuss probleams with you. :) (Your answer is really helpful to me). If you don't mind I would often like to ask you a question. Thanks, Jin-Gu Kang

Jin-Gu Thanks for your suggestion. Using liveness information for virtual register is a good idea, but what I am working on is a source-to-source compiler, so I prefer to use FunctionPass instead of MachineFunctionPass. Interestingly I found a FunctionPass example for classic liveness data flow equation. http://cs.pub.ro/~cpl/wiki/images/1/15/Hello.txt

Thanks for applying this patch. I really appreciate that. Sincerely, Jin-Gu Kang

Hi Renato, First, I appreciate your answer again. :) >> %Char = type { c3, c4, c3, c2 } >> %Short = type { s3, s4, s3, s2 } >> %Int = type { i3, i4, i3, i2 } > See, i is not for int (the C data type) but for every integer type on > any language/platform combination. Normally, booleans are i1 and char > i8, in ARM short is 16 and int is 32, and all of them use the

On 20 October 2010 06:22, Jin Gu Kang <jaykang10 at imrc.kist.re.kr> wrote: > The IR in an previous e-mail is incomplete so far and > I am converting it to various shape. Hi Jin, No worries. I'm interested in the outcome, so I'm playing the devil's advocate to make sure your proposal is consistent with the rest of LLVM. > %Char = type { c3, c4, c3, c2 } > %Short =

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Hi renato, First, I really appreciate your answer. :) The IR in an previous e-mail is incomplete so far and I am converting it to various shape. My team members decided to add new types to solve the bitfield's alignment problem. Let's consider your previous examples: struct testChar { char a:3; char b:4; char c:3; char d:2; }; struct testShort { short a:3; short b:4; short c:3;

Hi, everybody: I asked about this in r-help last week and promised a summary of answers. Special thanks to the folks that helped me understand do.call and pointed me toward plyr. We face this problem all the time. A procedure generates a list of data frames. How to stack them together? The short answer is that the plyr package's rbind.fill method is probably the fastest method that is not

Sorry My previous report is not detailed. In R, you will get this: > mylist <- list() > mylist[[1]] Error in mylist[[1]] : subscript out of bounds > mylist[[1]] <- c(1) Error: (list) object cannot be coerced to vector type 14 > mylist[[1]] <- c(1,2) > mylist[[1]] <- c(1) > mylist [[1]] [1] 1 I was trying to assigning c(1) to (mylist[[1]] <- c(1)) -- it seems

Hello I tried to define replacement functions for the class "mylist". When I test them in an active R session, they work -- however, when I put them into a package, they don't. Why and how to fix? make_my_list <- function( x, y ) { return(structure(list(x, y, class="mylist"))) } mylist <- make_my_list(1:4, letters[3:7]) mylist mylist[['x']] <- 4:6

No. I fixed that, the NAMESPACE file now contains: S3method("[[<-", mylist) S3method("$<-", mylist) It still does not work. I also created a print method (print.mylist) which did work out of the box, regardless of being in the NAMESPACE file or not. Could it be somehow in here (also in my NAMESPACE file): exportPattern("^[[:alpha:]]+") Or could it be that

Thank you all , very informative, never thought of doing a str( mylist[1] ) -----Original Message----- From: "Jeff Newmiller" [jdnewmil at dcn.davis.ca.us] Date: 06/15/2017 11:56 AM To: r-help at r-project.org, "Huzefa Khalil" <huzefa.khalil at umich.edu>, "ce" <zadig_1 at excite.com> Subject: Re: [R] is.null(mylist[1]) and is.null(mylist$a) returns

Hi - I have a list (call it 'mylist') with the following elements: (i) a function (call it 'myfunc' and expressed as 'mylist$myfunc') and (ii) a variable (call it 'myvar' and expressed as 'mylist$myvar'). Since I use mylist as a pseudo-class (I assign mylist to multiple different R objects), I would like to access the mylist R object from within the

Dear R users, Let's say I have a list with components being 'm' matrices (as exemplified in the "mylist" object below). Now, I'd like to subset this list based on an index vector, which will partition each matrix 'm' in 2 sub-matrices. My questions are: 1. Is there an elegant way to have the results shown in mylist2 for an arbitrary number of matrices in mylist?

Hi, I'm pretty new to R. I have an object (say a list) and I I have a function that I call on various columns in that list (excuse terminology if it's wrong/ambiguous). Imagine its like this (actual values are unimportant) and called mylist: >mylist A B 1 5 2 5 3 6 4 8 5 0 I have a function: foo = function(param){ #modify list A or B values depending on

Hi, some change during the last 10 days breaks code where slots of an object are changed globally: setClass("mylist", contains = "list") setClass("dummy", representation = representation( a = "mylist")) foo1 = function(i, x) { mydummy@a[[i]] <<- x ### change a slot } foo2 = function() { ### define an object mydummy <<-

I can define a list containing NULL elements: > myList <- list("aaa",NULL,TRUE) > names(myList) <- c("first","second","third") > myList $first [1] "aaa" $second NULL $third [1] TRUE > length(myList) [1] 3 However, if I assign NULL to any of the list element then such element is deleted from the list: > myList$second <-