But I've made it community-wiki so other people can edit it more easily and so I don't generate reputation from it. For now I'll keep this answer, which addresses the broader issues like what software this applies to, what kind of modules are being referred to, and how readers shouldn't assume they'll have this problem today. But it turns out this answer is a bit different. I had forgotten about that when I wrote this answer. OpenCV-Python requires only Numpy (in addition to other dependencies, which we will see later). Another important thing is the additional libraries required. So I suggest that users installing Bugzilla on newer Ubuntu systems not run those cpan commands until they have actually observed the problem with make not being found even though it's installed.ġ I've posted about this before, apparently. OpenCV-Python can be installed in Ubuntu in two ways: Install from pre-built binaries available in Ubuntu repositories. This question is old and the problem may no longer be common. So if you did not already have make and the other necessary development tools, installing build-essential should be sufficient to provide them, though it doesn't substitute for configuring cpan if necessary. Note that the module being referred to here in the script name is a Perl module, and not any other kind of module such as a kernel module. Source: This answer, by 3h4x, to Bugzilla can't find “make” but it's installed and in my path To enter the cpan shell, and then running the CPAN commands: o conf make '/usr/bin/make' You can help cpan find make by running cpan The problem in this situation is that, behind the scenes, uses cpan (a Perl package manager) which doesn't find and use make even though it is installed.ģh4x has given a solution to this. There isn't enough information in the question to be entirely certain that Bugzilla is what's being installed-perhaps there is other software that ships with a script by that name-but the exact problem described here is one that people have had while installing Bugzilla. CMake can be installed by apt-get: > sudo apt-get -y install cmake > which cmake /usr/bin/cmake > cmake -version cmake version 2.8.12.2. CMake can be installed using your default system package manager or by getting binaries from Download page. is an installation script that is part of Bugzilla. Obviously to use some tool you need to install it first. What reveals this is the "No targets specified and no makefile found" message, which is produced by make itself. To prevent building the targets twice, exclude the Build step after adding Install.Īs a result, the targets you specified in the install commands will be built and put into the specified directories.As tuxpiper says, make is already installed. First, make sure that all your system packages are up-to-date by running the following apt commands in the terminal. If you need to run the installation with root privileges, use the CMake Target option instead. Go to Run | Edit Configurations and select the configuration to which you want to add the installation step.Ĭlick in the Before launch area and select Install: To run the installation only, call Build | Install from the main menu. Use a relative path, which will be interpreted as relative to the value of the CMAKE_INSTALL_PREFIX variable, if provided in the CMake options section of the Settings | Build, Execution, Deployment | CMake dialog: Provide the full path with a leading slash or drive letter. Set up the installation paths via the field of the install command. Place the install commands into your CMakeLists.txt files. If your workflow includes project installation, you may want to use the CMake install command that generates installation rules.ĬMake install invokes building targets, thus you don't need to call the Build action separately.
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