When analysing my code using valgrind (WSL) only output I get is list of problems found by it.
On the contrary in Clion documentation in valgrind section, images show that output (instruction pointer) can be directly interpreted into code line that has triggered it, as shown on the image below.
Whan do I need to do to toggle on this display mode or at least code line which triggered it, I am using CLion 2022.2.4?
I have already tried playing with diffrent flags but I was unable to toggle this view on.
This could be related to this bugzilla item (but not likely).
I tried it with CLion 2022.3.1 on FreeBSD 13.1. It was painful to get a project setup (clion didn't know where clangd or ninja were, and used a load of unrecognized clangd options).
After that no real problems.
I'm fairly certain none of the Valgrind devs uses WSL so the chances of this getting analyzed and fixed are very low.
Related
I'm trying to use LabView to operate a ThorLab CS235CU camera. However, so far I haven't had any success using LabView to operate it, despite searching the provided thorlabs and national instruments documentation and google for an answer all week. I started by trying ThorLab's VIs that came with their software, but anytime I run a script it returns the following error:
Error 1386 has occurred at Invoke Node. In the provided "simple image aquisition" VI, this error occurs at 3 locations (steps 2, 3, and 4) before deleting the rest of the script, if run with execution highlighted. National Instruments has 3 suggested fixes on their website: unblocking DLLs manually, which seems unrealistic given I don't know what is causing this error; running LabView as an administrator, which I had been doing from the beginning and didn't help the issue; and creating a configuration file, which I tried but did not work. I put it in C:\ProgramFiles\National Instruments\LabView 2020 as well as C:\ProgramFiles(x86)\National Instruments\LabView 2020, but the error still occurs. I'm very new to using LabView and couldn't begin to explain why this error is occurring, so anyone that can or knows how to help, please do.
It seems that you didn't set up the ThorLabs driver properly one way or another. Often it is the manufacturer's installer that must be run first (with LabVIEW turned off) and eventually you'll find the according driver/dll wrapper VIs (also referred to as LabVIEW-Driver) in some arcane subdirectory like <Program Files>\ThorLabs\<Product>\Drivers\Labview\...
It might make sense to copy that directory to your myProject\drivers\ Folder and the simple image acquisition.vi to something like myProject\examples and work your way from there. Also make sure you're using LabVIEW 32bit since few third-party drivers come in 64bit.
I'm experimenting with Dart/Angular/WebStorm for the first time. One thing which I've found a little jarring has been the build->error cycle. In Visual Studio, I am used to this work flow:
Write some code
Running a build
Having a fresh list of errors being created
Fixing a subset of them (some or all)
Go to 1.
I'm wondering what is the workflow with Dart?
I have the following issues:
I can't figure out a way to just run pub/transformer/whatever-it-is-that-roughly-equates-to-a-build. The only way I can do this is by attempting to run a configuration
When the transformer is run, it just dumps a gigantic error output to the Pub Serve window. It does not clear the existing output, so I end up with duplicate error or errors I've already fixed. So I'm left manually scrolling through the list but taking care not to So I must manually right-click and clear the output window and rerun it.
The transformer only runs when it detects a file change. This makes sense, but when coupled with 1 and 2, I've often cleared the output and I am running the transformer just to see a fresh list of errors. Which I don't get.
So my workflow becomes:
Write some code.
Run
Close dartium browser window (I'm not actually interested in running it, just seeing my errors)
See a bunch of errors. Realise that I didn't clear the errors from the previous run.
Right click and clear the pub serve output window.
Run again
Close dartium browser window again
Realise that the transformer has not run because it already ran in steps 1-3 and I haven't changed a file.
Change a file
Run again
Close dartium browser window again
Scroll through error list to find errors to fix
I find this a little cumbersome. Perhaps there is a philosophical point here on relying too much on my tooling to identify and fix errors (although I thought that was the entire point) but I'm just wondering what other people do to simplify this - I'm faintly surprised I appear to be alone in this.
You may run 'Pub Build' (available in the right-click menu of pubspec.yaml file and also right in the editor when pubspec is open). It is not incremental, so it runs longer (i.e. runs from scratch each time) but it gives you the list of errors just as if you've cleared Pub Serve output, edited each file in the project, started run configuration and closed a browser.
Sometimes errors are only shown when pub serve generates output the first time. For reloads some errors aren't shown anymore.
I'm not sure if this is a limitation of pub serve or a bug in the transformers.
pub serve is going to be replaced a new build system that builds to disk instead of in-memory only.
DDC isn't perfect yet either, but it's the future and I'd suggest to try this instead. There are known performance problems with Angular, but they are working on it.
See also
- https://webdev.dartlang.org/tools/dartdevc
- https://github.com/dart-lang/build
I'm getting a "Compilation exited with code 134" when attempting to use the "LLVM Optimizing Compiler" switch for release iPhone builds, using MonoTouch 4.0.1.
I don't get much information from build output window at all - just:
"Compilation exited with code 134, command:"
MONO_PATH=(snip)/bin/iPhone/Release/LSiOS.app /Developer/MonoTouch/usr/bin/arm-darwin-mono --llvm --aot=mtriple=armv7-darwin,nimt-trampolines=2048,full,static,asmonly,nodebug,llvm-path=/Developer/MonoTouch/LLVM/bin/,outfile=/var/folders/03/033pAAGuHgGkIy4CorbVV++++TI/-Tmp-/tmp38107451.tmp/Newtonsoft.Json.MonoTouch.dll.7.s "(snip)/bin/iPhone/Release/LSiOS.app/Newtonsoft.Json.MonoTouch.dll"
Mono Ahead of Time compiler - compiling assembly (snip)/mscorlib.dll
What is odd is that in earlier command lines, there is a correlation between the DLL mentioned in the arm-darwin-mono command line and what is the compiling, but in this case it says "mscorlib.dll".
Any thoughts?
I have found a few cases (googling and from bugzilla.xamarin.com) where the error code 134 is related to Mono.Linker being too aggressive (removing something that's needed).
This is easy to confirm by turning off the linker, i.e. "Don't link" in Linker Options. If the build works then you can try isolating the assembly where the linker makes a mistake.
E.g. add a "--linkskip=mscorlib" to the mtouch extra parameters and re-enable linking. This will link everything (Link All) or all SDK (Link SDK assemblies) except the assembly you selected (mscorlib in the example). That's only a workaround and a bug report should be filled so the issue can be fixed properly (and get you all the linker advantages).
However be warned that there are other issues sharing the same error code, like:
http://ios.xamarin.com/Documentation/Troubleshoot#Error_134.3a_mtouch_failed_with_the_following_message.3a
YMMV
mtouch does its native builds in parallel so the logs can be confusing, e.g. you can see a bit of assembly X output followed by some assembly Y output.
Reading the full log might help you (or us) to pinpoint the issue.
I was having the exact same problem Scolestock. My app would build fine until I enabled llvm, then it was "Compilation exited with code 134, command" when trying to build the 7s for the app itself.
I'm elated to say that after 2 days of painstakingly whittling my app down to the core problem, I was able to isolate the issue to the usage of embedded dictionaries such as:
Dictionary<enum, Dictionary<enum, value>>
I was able to fix this by defining a class for the embedded dictionary and using that instead:
public class MyDefinition : Dictionary<enum, value>
{
}
...
public Dictionary<enum, MyDefinition>
Not sure if this will help you, but hopefully it'll help some poor soul who decides to use embedded dictionaries and runs into my same problem.
I've faced to a problem with a PIC Micro controller.
I have a micro-controller programmed by me long time ago and I lost the relevant source code and the schematic diagrams. Now I need to invert the value of a port. I can do this using some NOT gates but it is a big hassle to do so. or alternatively I will need to write the whole program back.
I don't expect to see the code back in PIC C or MikroC. Having an understandable assembly code would be sufficient.
So do anyone has any experience on a good HEX decompiler that I can use for this purpose? Any comments based on your experience? :)
EDIT : Device PIC 16F84A
Decompilation is unlikely to be a practical solution, and it is even less likely that a tool for your specific compiler and instruction set combination even exists.
Disassembly however is straightforward, though whether you will be able to make sense of the resulting code is a different matter since no comments or symbols are preserved in the HEX file; if you have the original object code it may render the disassembly more readable. There are many PIC disassemblers available, just Google it; I can't direct you at any specific one because there are a number of PIC families with different instruction sets, and you did not specify.
A simple approach to disassembly would be to simply load your HEX file into MPLAB and select View->Disassembly Listing, then right-click the windows and select "Output to File". This output may need some massaging for it to be suitable for input to an assembler.
I know this is an old post, but I have recently encountered a similar problem and didn't find a very complete answer online. I lost my MPLAB X IDE project due to hard drive failure, luckily I had already programmed a device with a working version of the code.
Recover the .hex
Follow the steps below to recover the .hex information from a programmed device:
Use MPLAB X IDE and your PIC programmer (I used PICkit3) to read the .hex file from the programmed device:
Start a new project for your device.
In "Project Properties" select your programmer.
Right click on the project folder and select "Set as Main Project".
Click on the arrow next to the "Read Device Memory Main Project" and select "Read Device Memory to File". Reading device memory to .hex file
Disassemble the .hex
You can view the disassembly in MPLAB X IDE, but you cannot edit or save it (or at least I couldn't figure out how to) and it is very cryptic. I found the easiest, no strings attached, disassembler to be the one packaged with gputils, it is called gpdasm. To download and install, visit the gputils page here:
https://gputils.sourceforge.io/
Now open a command prompt and navigate to the folder where your .hex file is located. Generate an assembly source file from the .hex with the following command:
gpdasm -p p16f84a -csno hexfile.hex > asmfile.dis
With the -c -s -n and -o options, this generates quite a good listing which is very near to being able to be assembled as is. Obviously the variable names and labels cannot be recovered, but at least subroutines are identified which makes things a lot easier. Hope this helps someone in the future.
There is a list of PIC disassemblers at the official PICList technical reference.
Many people never use a stand-alone disassembler, but prefer to use the disassembler inside their favorite PIC simulator.
http://piclist.com/techref/microchip/dissassemblers.htm
http://piclist.com/techref/microchip/simulators.htm
You should be able to load the hex file into the MPLAB IDE and view the assembly code from there as well as run it and step through the code in the simulater if I am not mistaken.
You can also use it to read the code from a device if it is not code protected.
I was having some problems with memory (exc-bad-access) in Objective-C, XCode, for iPhone, so I searched a little bit and found about the (awesome) NSZombieEnabled. Everyone outhere is just explaining how cool this is ... but it doesn't work for me :/
I followed the following 'tutorial': http://www.cocoadev.com/index.pl?DebuggingAutorelease
I double clicked on the executable under the executable tab (left panel) and I added NSZombieEnabled=YES to the environmental variables
I also added a bunch of other options (like malloc history, some custom ~/.gdbinit that I found on the web, etc) but this didn't solve the problem
So basically when I launch (in debug mode) GDB sais
"Undefined command: "NSZombieEnabled". Try "help".
And it basically stops (in the status bar it says - error in GDB - terminating).
The problem is most likely in your ~/.gdbinit file in that the error you have provided indicates that gdb was trying -- and failing -- to parse a command.
In .gdbinit, the command should look like:
set env NSZombieEnabled=YES
To help further, you'd need to drop your .gdbinit in the question. However, there is rarely a need to use a .gdbinit file (for all but advanced debugging). I'd suggest deleting it.
For autorelease debugging, use Instruments....