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Could you recommend any open source (apart from eclipse) CUDA IDE that can be used directly (no additioanl plugins, etc)?
PS: therey is also any online-cloud CUDA IDE? (I found http://ideone.com/8lYvf, but not valid for CUDA)
Here is a guide on how to configure Netbeans for CUDA development.
You can use QT-Creator, it works quite well in combination with cmake:
cmake_minimum_required(VERSION 2.6.2)
project(GPU_PROJECT)
#set(CMAKE_BUILD_TYPE Debug)
#In case findCUDA.cmake wasn't found, download it from here
# https://gforge.sci.utah.edu/gf/project/findcuda/scmsvn/?action=browse&path=%2F*checkout*%2Ftrunk%2FFindCuda.html
# and put it into SOURCE_DIR/CMake
#set(CMAKE_MODULE_PATH "${CMAKE_SOURCE_DIR}/CMake" ${CMAKE_MODULE_PATH})
#### Cuda
# find_package(CUDA)
find_package(CUDA 3 QUIET REQUIRED)
# find_package(CUDA 2.1)
# find_package(CUDA 2.2)
# find_package(CUDA 2.3)
# find_package(CUDA 2.1 REQUIRED)
# find_package(CUDA 2.2 REQUIRED)
# find_package(CUDA 2.3 REQUIRED)
# find_package(CUDA 2.1 EXACT)
# find_package(CUDA 2.2 EXACT)
# find_package(CUDA 2.3 EXACT)
# find_package(CUDA 2.1 EXACT REQUIRED)
# find_package(CUDA 2.2 EXACT REQUIRED)
# find_package(CUDA 2.3 EXACT REQUIRED)
# find_package(CUDA 2.2 EXACT QUIET REQUIRED)
if (CUDA_FOUND)
message(" * CUDA ${CUDA_VERSION} was found")
else(CUDA_FOUND)
message(" * CUDA is not found")
message(FATAL_ERROR "Not all CUDA libraries are found")
endif(CUDA_FOUND)
set(SRCS
src/main.cpp
src/cuda_core.cu
)
cuda_add_executable(GPU_PROJECT ${SRCS})
target_link_libraries(GPU_PRJECT ${SOME_LIBRARY})
If you want to have additional debug functionalities, replace gdb with cuda-gdb in the QT-Creator config.
You should be able to use Visual C++ Express (Not Open Source but Free)
If you are using CUDA 3.2 You will need VC++ 2008
If you are using CUDA 4.0RC You can use VC++ 2010
Related
/build/Debug/ant/pdm.jar!/META-INF/versions/9/org/apache/logging/log4j/util/Base64Util.class: Class Version Error. Please recompile with a supported JDK or check for an update to DashO which supports the new version.
We are using ant as build tool and Dasho as the code trimming tool.
We are migrating our code from log4j1.x to log4j2.x and we replaced old jar with new Jars(2.xapi & 2.xcore)
Since then after adding the libraries itself we are getting this error while building the project,as we are using java 8 and as per official log4j2 documentation any version of lof4j2 above 2.17.1 does support java8
Found this line when searched for this Base64Util.class in the official documentation of 2.x
link
Tried using 2.17.1 && 2.15 && 2.13 but no luck
Why this unsupported JDK is coming even after using java8 in project??
In order to support Java 8 and all later releases the log4j-api and log4j-core artifacts are multi-release jars. The class file that gives you problems uses Java 9 bytecode.
According to their web site DashO does not support multi-release jars.
Remark: removing the Java 9 classes from log4j-api and log4j-core will break logger context selection and location information on JDK 9 and later, so it is not an option.
I use i7-8700 and asus tuf z370 motherboard now.
I already changed SGX option to "software controlled"(there are no option "enabled")
I tried to use kvm-sgx following this document
I compiled kernel to 5.0.0 and I checked and changed grub to use 5.0.0+ compiled kernel for kvm-sgx
but when I do
dmesg | grep sgx
It shows sgx: There are zero EPC sections.
How can I solve this problem?
I found that there are support from intel.
In gihub intel/sgx_software_enable repo
You can make and run sgx_enable executable
The instructions to javapackager just above Example 2-1 in the Java SE Deployment Guide/Self-Contained Application Packaging state that a jar file is required in the -deploy command.
If I use a modular jar, I get this error message:
Exception: java.lang.Exception: Error: Modules are not allowed in srcfiles: [dist\tcdmod.jar].
If I use the equivalent non-modular jar, the resulting package includes the complete runtime. But I want to use the reduced runtime I made with jlink that is in the /dist folder.
Can the javapackager command deploy with a jlink-generated runtime?
How?
The section titled "Customization of the JRE" makes no mention of the javapackager command.
The following section "Packaging for Modular Applications" has a following line:
Use the Java Packager tool to package modular applications as well as non-modular applications.
Is the Java Packager tool distinct from javapackager? There are no examples using javapackager in this section.
Here is the javapacker command that I used:
javapackager -deploy -native -outdir packages -outfile ToneCircleDrone -srcdir dist -srcfiles tcdplain.jar -appclass com.adonax.tanpura.TCDLaunch -name "ToneCircleDrone" -title "ToneCircleDrone test"
The instructions in the javapackager documentation make no mention of the scenario where a jlink runtime is used. There is a Bundler argument -Bruntime but it is only used to point to an installed runtime other than the system default, AFAIK.
The javapackager provided with JDK 9 and up uses jlink to generate the jre image:
For self-contained applications, the Java Packager for JDK 9 packages
applications with a JDK 9 runtime image generated by the jlink tool. To
package a JDK 8 or JDK 7 JRE with your application, use the JDK 8 Java
Packager.
https://docs.oracle.com/javase/9/tools/javapackager.htm#JSWOR719
You can even pass arguments to jlink using -BjlinkOptions=<options>
Additionally, -Bruntime is only valid for packages deployed using -deploy -native jnlp
For compiling a modular application, instead of -srcdir, use --module-path <dir>, and then specify the main module using -m <module name>.
EDIT: While there is no documentation on -BjlinkOptions, it is present in the javapackager source
jdk.packager/jdk.packager.internal.legacy.JLinkBundlerHelper
https://github.com/teamfx/openjfx-10-dev-rt/blob/bf971fe212e9bd14b164e4c1058bc307734e11b1/modules/jdk.packager/src/main/java/jdk/packager/internal/legacy/JLinkBundlerHelper.java#L96
Example Usage: -BjlinkOptions=compress=2 will make javapackager run jlink with the --compress=2 flag, generating the JRE image with Zip Level compression.
Aditionally, running javapackager with the flag -Bverbose=true will show you exactly which arguments are being passed to jlink with a line in the output something like this:
userArguments = {strip-debug=1 compress=2}
I am building a project using Opencv 3.1 and wxwidgets 3.1. The code I use:
[wxOpenCv Demo1]
I try to add a write frame object, using the function cv::imwrite().
(I changed the c calls to c++ eg: cvQueryFrame( m_pCapture ) to m_pCapture >> m_CurFrame;)
I get this error:
Undefined symbols for architecture x86_64:
"cv::imwrite(cv::String const&, cv::_InputArray const&,
std::vector > const&)", referenced from:
CCamera::SaveFrame() in camera.o
ld: symbol(s) not found for architecture x86_64
clang: error: linker command failed with exit code 1 (use -v to see invocation)
Without wxwidgets the opencv functions work fine. So its seems that it has to do with the combination of wxwidgets and opencv.
This works fine with wxwidgets and Opencv:
cv::imshow("tmp",m_CurFrame);
cv::waitKey(4);
// cv::imwrite(Tmp , m_CurFrame);
If I uncomment the last line, I get the error.
OS X: 10 Yosemite and I use the default compiler (Apple LLVM 7.0)
I have no idea what to do about this!
solved the problem (and more) by recompiling wxwidgets 3.1.0 and Opencv 3.1. I used these links to get it going.
Small guide to compiling wxWidgets, Opencv against C++ 11:
Compile wxwidgets 3.1.0: I followed the install.txt for OSX. And tweaked the ../configure call with help from this
I added: --enable-debug and changed the macosx version
../configure --disable-shared --enable-debug --enable-unicode --with-cocoa --with-macosx-version-min=10.7 --with-macosx-sdk=/Applications/Xcode.app/Contents/Developer/Platforms/MacOSX.platform/Developer/SDKs/MacOSX10.10.sdk CXXFLAGS="-std=c++0x -stdlib=libc++" CPPFLAGS="-stdlib=libc++" LIBS=-lc++
Then with the help of this page I build a xcode project. Tweaking a few things:
(wxcocoa.xcodeproj and minimal.xcodeproj, and a all new projects)
Add to the Header Search Path: $(WXROOT)/build/osx (to find wx.xcconfig)
base SDK: latest OS X (10.11)
C language dialect: GNU 11(not sure if this is right)
C++ language dialect: GNU++11 [-std=gnu++11]
C++ Standard Library: libc++ (LLVM C++ standard library with C++ 11 support)
placed the WXROOT under “preference->locations->Source Trees. Not important, but seems to be a better location (restart xcode)
in wxcocoa.xcconfig I changed: MACOSX_DEPLOYMENT_TARGET = 10.10
Somehow I have to change the name of the created library from libwx_osx_cocoa_static.a to: lwx_osx_cocoa_static.a (why, I do not know)
I use GNU++ 11 and thus libc++ to be able to use new functionality like “future"
I then added OpenCV to my newly created wxXcode project:
Compile OpenCV following this: (search the web for: howto-install-build-and-use-opencv-macosx-10-10)
Make sure that the SDK is the right version (here was my biggest problem), matching the build of wxWidgets
The compiler settings same as for wxWidgets (see above)
(added:) To do this I added some lines to the CMakeLists.txt in the (Opencv-master folder). Below the line: # OpenCV compiler and linker options
(I found this trick here: search the web for: OpenCV with C++11 on OS X 10.8
message("Setting up Xcode for C++11 with libc++.")
set(CMAKE_XCODE_ATTRIBUTE_CLANG_CXX_LANGUAGE_STANDARD "c++0x")
set(CMAKE_XCODE_ATTRIBUTE_CLANG_CXX_LIBRARY "libc++")
Then follow this page to update the newly created wxWidgets xcode project (search the web for: howto-setup-xcode-6-1-to-work-with-opencv-libraries)
This should do the trick! I can now combine wxWidgets, OpenCV and the libc++
(multithreading, “future")
I hope this helps.
Please let me know if you found out more!
I want to force chrome to render WebGL using software drivers, not hardware.
I'm using Ubuntu Linux and I understand that the Mesa GL drivers can be forced to use a software implementation by specifying the environment variable, LIBGL_ALWAYS_SOFTWARE=1, when launching a program. I confirmed that the driver changes when specifying the env var.
bash$ glxinfo | grep -i "opengl"
OpenGL vendor string: Intel Open Source Technology Center
OpenGL renderer string: Mesa DRI Intel(R) 945GM x86/MMX/SSE2
OpenGL version string: 1.4 Mesa 10.1.3
OpenGL extensions:
bash$ LIBGL_ALWAYS_SOFTWARE=1 glxinfo | grep -i "opengl"
OpenGL vendor string: VMware, Inc.
OpenGL renderer string: Gallium 0.4 on llvmpipe (LLVM 3.4, 128 bits)
OpenGL version string: 2.1 Mesa 10.1.3
OpenGL shading language version string: 1.30
OpenGL extensions:
The default GL driver provides OpenGL 1.4 support, and the software driver provides OpenGL 2.1 support.
I tracked down where the desktop launcher exists (/usr/share/applications/) and edited it to specify the env var, but chrome://gpu still shows GL version 1.4. The Chrome GPU info contains a promising value:
Command Line Args --flag-switches-begin --disable-accelerated-2d-canvas --ignore-gpu-blacklist --flag-switches-end
I wonder if I can customize the --flag-switches-begin.
I also found the '--use-gl' command line switch, but I'm not sure how to leverage it to force the driver into software mode.
As a side note, I have already enabled 'Override software rendering list' in chrome://flags/, which did remove my model from the 'blacklist' making it possible to use WebGL, but the OpenGL feature set is still quite limited.
I have an old laptop with a terrible 'gpu' that I would like to use to develop some shaders and test in WebGL, no matter the performance.
Is it possible to tell Chrome to use the software drivers?
I don't have a linux box so I can't check but you can specify a prefix chrome will use for launching the GPU process with
--gpu-launcher=<prefix>
It's normally used for debugging for example
--gpu-launcher="xterm -e gdb --args"
When chrome launches a process it calls spawn. Normally it just launches
path/to/chrome <various flags>
--gpu-launcher lets you add a prefix to that. So for example
--gpu-launcher=/usr/local/yourname/launch.sh
would make it spawn
/usr/local/yourname/launch.sh path/to/chrome <various flags>
You can now make /usr/local/yourname/launch.sh do whatever you want and finally launch chrome. The simplest would be something like
#!/bin/sh
"$#"
In your case I'd guess you'd want
#!/bin/sh
export LIBGL_ALWAYS_SOFTWARE=1
"$#"
Be sure to mark launch.sh as executable.
given the script above this worked for me
/opt/google/chrome/chrome --ignore-gpu-blacklist --gpu-launcher=/usr/local/gman/launch.sh
after which about:gpu gives me
GL_VENDOR VMware, Inc.
GL_RENDERER Gallium 0.4 on llvmpipe (LLVM 0x301)
GL_VERSION 2.1 Mesa 9.0.3