search for: my_struct

...address the underlying issue: > > If I take your example and modify it so that we have: > > struct box { > double* source; > double* source2; > }; > > then the parameter is passed as: > > define void @test(double* noalias nocapture %result, [2 x i64] % > my_struct.coerce, i32 signext %len) #0 > > and is extracted the same way: > > %my_struct.coerce.fca.0.extract = extractvalue [2 x i64] % > my_struct.coerce, 0 > %0 = inttoptr i64 %my_struct.coerce.fca.0.extract to double* > > but, it is also important to realize that the i64 here...

Hi, I have the following C loop to vectorize: struct box { double* source; }; void test(double* restrict result, struct box my_struct, int len) { for (int i=0 ; i<len; i++) { result[i] = my_struct.source[i] * my_struct.source[i]; } } There are two references in the loop, result[i] (restrict) and my_struct.source[i] (readonly). The compiler should easily figure out that they do not alias. Compiling for x86, th...

...rote: >>> >>>> Hi, >>>> >>>> I have the following C loop to vectorize: >>>> >>>> struct box { >>>> double* source; >>>> }; >>>> >>>> void test(double* restrict result, struct box my_struct, int len) >>>> { >>>> for (int i=0 ; i<len; i++) { >>>> result[i] = my_struct.source[i] * my_struct.source[i]; >>>> } >>>> } >>>> >>>> There are two references in the loop, result[i] (restrict) an...

hello ( and sorry for my poor english ... ) I'm a newbie on R software and I need to obtain this kind of system : a structure, like a liste : my_struct <- list() my_struct$a <- a_value my_struct$b <- another_value my_struct$c <- one_more_value and a function with two args : the first is a instance of the structure, and the second is any component of the structure (here $a, $b or $c) and the function will do some transformations on t...

...ar 13, 2015 at 2:39 PM Olivier H Sallenave <ohsallen at us.ibm.com> > wrote: > >> Hi, >> >> I have the following C loop to vectorize: >> >> struct box { >> double* source; >> }; >> >> void test(double* restrict result, struct box my_struct, int len) >> { >> for (int i=0 ; i<len; i++) { >> result[i] = my_struct.source[i] * my_struct.source[i]; >> } >> } >> >> There are two references in the loop, result[i] (restrict) and >> my_struct.source[i] (readonly). The compiler...

Hi, I am trying to figure out how to read arguments of a call instruction. I had few questions based on that I have the following C Code 1 #include <stdio.h> 2 3 struct my_struct 4 { 5 int a; 6 int b; 7 }; 8 9 struct my_struct abc; 10 void p_ptr ( unsigned long j) 11 { 12 printf ( "%lx \n", j ); 13 } 14 15 void struct_ptr ( struct my_struct * s_ptr ) 16 { 17 printf ( "%p \n", s_ptr ); 18 } 19 20 int 21 main () 22 { 2...

> How did you do it without the pragma? I understood that the problem was a mismatch between the the declaration and definition in for some codebooks (exc_*_tables.c). > I saw you added the pragmas to disable the float/double warnings to misc.h > though that header isn't included by the files that generate the warnings. What are the offending files then? BTW, aside from the

I'm having trouble getting my backend to properly treat the situation where a char* is converted into a struct, i.e. something like: char* pointer_representation = ...; MyStruct* my_struct = (MyStruct*) pointer_representation; my_struct->an_int_field = 5; When this occurs, LLVM seems to fold the struct and char* into one assembly 'object', which is perfectly fine. However, it also keeps the 1-alignment of the char array, which is not ok, as then the assignment (store) to...

Hi Shankha, > 24 p_ptr ((unsigned long)&abc); > call void @p_ptr(i64 ptrtoint (%struct.my_struct* @abc to i64)) > nounwind, !dbg !31 > > Q.1 At line no 24 I try to read the address of global variable abc. > The address is type casted > from struct * to int * for which ptrtoint. I guess you mean "is type casted from struct * to unsigned long". I read the...

...Fri, Oct 12, 2012 at 10:43 AM, Stephen McGruer <stephen.mcgruer at gmail.com> wrote: > I'm having trouble getting my backend to properly treat the situation where > a char* is converted into a struct, i.e. something like: > > char* pointer_representation = ...; > MyStruct* my_struct = (MyStruct*) pointer_representation; > my_struct->an_int_field = 5; > > When this occurs, LLVM seems to fold the struct and char* into one assembly > 'object', which is perfectly fine. However, it also keeps the 1-alignment of > the char array, which is not ok, as then th...

..., Nick! Thank you for your reply. Regarding to pointers to functions: look at this code: static void _some_func(int a, int b, int c) { //-- do something } typedef void (*T_pMyFunc) (int a, int b, int c); typedef struct { T_pMyFunc p_my_func; } T_MyStruct; int main(void) { T_MyStruct my_struct = { .p_my_func = _some_func, }; _some_func/*cursor is here. I see function signature: int a, int b, int c. Everything is great*/ my_struct./*cursor is here. I see only member T_pMyFunc p_my_func, but there's no function signature. There would be even greater if clang could hand...

...questions. //C code int var1; //global int a, b; foo(a, b); bar(c); generates following //LLVM IR %1 = load a; %2 = load b; call foo(%1, %2) call bar(@var1) CallInst.getOperand(1).getNameStr() on foo, returns null, but on bar returns var1. Similarly, for call void @p_ptr(i64 ptrtoint (%struct.my_struct* @abc to i64)) nounwind, !dbg !31 CallInst.getOperand(1).getNameStr(), return abc and type returns i64, How do I figure the operand is a const expression and a cast operator was used to generate it. More generally, When I use Instruction iterator on BasicBlock, I get the RHS of instruction but n...

...rs to functions as a functions? I mean, I want to get function prototype, with returning value type and all the parameters. 2) Is it possible to make completion work inside structure initializers? I mean, like that: typedef struct { int a; int b; } T_MyStruct; int main(void) { T_MyStruct my_struct = { .a = 0, ./*cursor is here. I want to get list of struct members: [a, b]*/ }; } Thanks. -- Regards, Dmitry [image: Встроенное изображение 1] -------------- next part -------------- An HTML attachment was scrubbed... URL: <http://lists.llvm.org/pipermail/llvm-dev/attachments/2...

...phen McGruer > <stephen.mcgruer at gmail.com> wrote: > > I'm having trouble getting my backend to properly treat the situation > where > > a char* is converted into a struct, i.e. something like: > > > > char* pointer_representation = ...; > > MyStruct* my_struct = (MyStruct*) pointer_representation; > > my_struct->an_int_field = 5; > > > > When this occurs, LLVM seems to fold the struct and char* into one > assembly > > 'object', which is perfectly fine. However, it also keeps the > 1-alignment of > > the char...

Hello, All. First, I want to thank Ian Malone and Ralph Giles, thanks for your kind replies. But I still have problems about seek. As you suggested, I could use ov_open_callbacks() to supply my own read/write/seek functions. So, can you give me an example? I?m sorry for my ignorance, because I haven?t used callbacks before. I analyzed the vorbisfile.c in Tremor, and I think I

...function. Here is some more detail. The C struct is simple, but has mixed types: struct STRUCT1 { long type; long nx; double *x; double a; double b; }; typedef struct STRUCT1 STRUCT1_TYPE; The C function header is void func1( long method, STRUCT1 my_struct, double *output); I would like to have an R list mimicking the C struct, and then use .C to call func1 with this information, e.g. my.struct <- list(type=3,nx=5,x=1:5,a=2.5,b=8.3) my.func1( 3, convert2raw( my.struct ), ) where R function convert2raw would return a vector of type raw...

Al, Could this be included in the vfs queue? This patch adds ioctls to vfs for compatibility with legacy XFS pre-allocation ioctls (XFS_IOC_*RESVP*). The implementation effectively invokes sys_fallocate for the new ioctls. Also handles the compat_ioctl case. Note: These legacy ioctls are also implemented by OCFS2. Signed-off-by: Ankit Jain <me at ankitjain.org> Reviewed-by: Christoph

I want to take the first row of each unique ID value from a data frame. For instance > ddTable <- data.frame(Id=c(1,1,2,2),name=c("Paul","Joe","Bob","Larry")) I want a dataset that is Id Name 1 Paul 2 Bob > unique(ddTable) Will give me all 4 rows, and > unique(ddTable$Id) Will give me c(1,2), but not accompanied by the name column.