similar to: Native and Builtin dll

Hi, I'm getting: Unhandled exception at 0x00C211F0 in ConsoleApplication830.exe: 0xC00001A5: An invalid exception handler routine has been detected (parameters: 0x00000001). With some fairly simple SEH enabled routine: define i32 @__elements_entry_point_main(%._gt2a_RemObjects_d_Elements_d_System_d_Array_t_1s*) #0 personality i8* bitcast (i32 ()* @_elements_exception_handler to i8*) !dbg

Indeed, it's 32bits x86 and there's no .safeseh or anything like it, even readobj -coff-load-config says nothing: File: ConsoleApplication830.exe Format: COFF-i386 Arch: i386 AddressSize: 32bit Now I know what to look for, thanks! On Mon, Aug 20, 2018, at 18:46, Reid Kleckner wrote: > This is 32-bit x86, right? Sounds like the exception handler did not > appear in the /safeseh

We're using rsync 2.5.6 version 26. Want to synch two W2K directories which are not on my machine (machine1 synchs machine2 -> machine3) I would like to synch the 2 direcories with the following syntax: rsync.exe -rva //remote_server1/share$/dir1/default.asp remote_server2::dir2/ When I try this it seems to work: building file list ... 1 file to consider send_files failed to open

I've just started using the llvm-pdbutil tool. Great job on the general tool. But I'm having trouble figuring out how the output of the dump tool relates to real addresses in memory or for that matter relative virtual address either. Here's the logic I tried (which doesn't work): (1) Get Instruction Pointer of interest (2) Subtract the base address of the dll that address

I've run into some issues with the current atom object model that I would like to fix. The current 4 atoms are not expressive enough. We need to be able to serialize a larger set of atoms, many of which are format specific. The set of common atoms (shared between all formats) should be the set that the resolver requires to work. SharedLibrary is not included in this (by looking at the source

I will build LLVM locally, debug and report back. On Sat, Mar 3, 2018 at 2:47 AM, Hayden Livingston <halivingston at gmail.com> wrote: > I've just started using the llvm-pdbutil tool. Great job on the general tool. > > But I'm having trouble figuring out how the output of the dump tool > relates to real addresses in memory or for that matter relative > virtual address

Hello Zachary, Sorry for replying so lately but It's been a week I'm thinking an working hard on your "dll memory buffer" idea to see if it works and give you feedbacks ! And it works pretty well until now : I shared on the list what I did : - create a .ASM file full of "int 3" instructions (to ensure that if we execute over the boundaries we instantly break. -

(Yes you are right this is my fault) Considering the string table, it only seems to contains file relative informations in every pdb I am using, and it looks correct but I will check it. I looked at the pdb.cpp code about checksums and tables, I copied some stuff and got things wrong according to cvdump, then I simplified the process of copying the table and it worked (in cvdump it finds the file

Hello, Raw stats: Version:1.8.3.2 OS:Centos 5.6 Special setup: postgre database I am having a few queue issues with Asterisk specifically relating to breaking out from queues while on hold. The intent is that while someone is on hold they can press a key (lets say *) to break from the queue and go elsewhere (in this case to leave a message). However In all of my testing I am unable to get

Hey Guys I have an indial range of 61211118[01234]X being trunked sip to xxx.yyy.189.65 Now I want to break this down into 612111180x going to xxx.yyy.188.145 and 612111184x going to xxx.yyy.189.199 reminder being used for fax->email etc etc etc I have created the outbound routes and sip trunks I can see that all the sip trunks are up I can see the outbound routes are there and

I'm now thinking that there's a bug in either obj2yaml or yaml2obj, because if I run just those two tools on my codebase it generates yaml files that can't be decoded, will try now to not add any section to the obj file in llvm-objcopy to see if I can link with obj files that I rewrite (but without adding symbols or sections). One of the bugs that do annoy me is that the timedatestamp

Interesting. If it is generating yaml files that can't be decoded, then definitely sounds like a bug. If you can provide a reduced test case we can try to fix it, but admittedly it can often take some effort to generate a reduced test case. The best way is to use creduce. Use cl or clang-cl and write the pre-processed output to a file, then run creduce on that file with a test that

That’s a good question, by default when emitting the object file I choose COFF but it embeds dwarf and not codeview in the end.. there probably is a way to do it or at least it must be implemented if not yet.. Lets imagine I manage to do that.. when you say there is nothing to do, I still must have a PDBFileBuilder to copy the codeview data inside the EXE PDB right ? I cannot insert them easily in

Spoiler: the following only applies to Windows binary format handling. Potential for extending yaml2obj to support COFF debug directories<https://docs.microsoft.com/en-us/windows/win32/debug/pe-format#debug-directory-image-only> recently came up during a code review<https://reviews.llvm.org/D70606#1873185>. Currently, its COFF

I'm about to start working on range extension thunks in lld. This is an attempt to summarize the approach I'd like to take and what the impact will be on lld outside of thunks. I'm interested if anyone has any constraints the approach will break, alternative suggestions, or is working on something I'll need to take account of? I expect range extension thunks to be important for

Hello Rui, Thanks for the comments - Synthetic sections and rewriting relocations I think that this would definitely be worth trying. It should remove the need for thunks to be represented in the core data structures, and would allow . It would also mean that we wouldn't have to associate symbols with thunks as the relocations would directly target the thunks. ARM interworking makes reusing

On Fri, Jan 6, 2017 at 6:21 AM, Rui Ueyama via llvm-dev < llvm-dev at lists.llvm.org> wrote: > On Thu, Jan 5, 2017 at 8:15 PM, Peter Smith <peter.smith at linaro.org> > wrote: > >> Hello Rui, >> >> Thanks for the comments >> >> - Synthetic sections and rewriting relocations >> I think that this would definitely be worth trying. It should

This message is in MIME format. The first part should be readable text, while the remaining parts are likely unreadable without MIME-aware tools. --27464147-1968795515-1164715405=:5670 Content-Type: TEXT/PLAIN; charset=iso-8859-1; format=flowed Content-Transfer-Encoding: 8BIT You need to re-install packages when you update R, as it says in the rw-FAQ. Use update.packages(checkBuilt=TRUE) to

After looking at this for a while, I do not think that this problem is NP-hard. With a finite "short branch" displacement k, I was not able to come up with a gadget that could create global constraints as would be needed to e.g. model an instance of 3SAT or vertex cover in terms of this problem. The problem is hard though. I believe that it is likely to be exponential in the "short

First of all thanks for finding the bug. I agree with Rui that right now we can manage without general thunk infrastructure. Let's provide at least a few "thunk" implementation and after that reconsider necessity of common thunk framework. As to MIPS there is one more type of thunk (keyword is .MIPS.stubs) and one more optimization of current thunk (putting a thunk in the beginning