search for: tmp_1

...to be able to restructure the first data set to have a similar look as the second, i.e.   VariableName, Run, Location, temp,               15.0,  There # Really Run1 temp,               16.0,  There # Really Run2 temp,               17.0,  There # Really Run3   Right now I am manually recombining: tmp_1<-data.frame(data$VariableName, data$ Run1, data$Location) tmp_2<-data.frame(data$VariableName, data$ Run2, data$Location) tmp_3<-data.frame(data$VariableName, data$ Run3, data$Location)   combine_1<-rbind(tmp_1, tmp_2) combine_1<-rbind(combine_1, tmp_3)   Is there an easier way that...

On 02/22/2011 14:01, Chuck Zhao wrote: > I wonder what is the right approach to obtain the address and size of > LLVM (compiler) generated temporaries? > > E.g. > > %0 = %x + %y > store i32 i0, i32 %z, align 4 > > How can I get the address of %0 (which could be either a stack or heap > variable)? > This is not possible since such value can also be in register.

I wonder what is the right approach to obtain the address and size of LLVM (compiler) generated temporaries? E.g. %0 = %x + %y store i32 i0, i32 %z, align 4 How can I get the address of %0 (which could be either a stack or heap variable)? Thank you Chuck

...: 64-v64:64:64-v128:128:128-a0:0:64-f80:32:32-n8:16:32" target triple = "i386-pc-linux-gnu" ; Sock it to me baby ;; globals declare i32 @printf(i8* , ...) @main.str1 = private constant [6x i8] c"n=%i\0A\00" ;; code define i32 @main() nounwind { ;;return register %tmp_1 = alloca i32 ,align 4 %i = alloca i32 ,align 4 %max = alloca i32 ,align 4 %n = alloca i32 ,align 4 %tmp_2 = add i32 0,0 store i32 %tmp_2 ,i32* %i %tmp_3 = add i32 0,100000000 store i32 %tmp_3 ,i32* %max %tmp_4 = add i32 0,0 store i32 %tmp_4 ,i32* %n br label %initfor_1...