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MaxOSXInstall
There are basically three routes to installing RNAStructViz on a Mac:
- Use the Homebrew formulas provided in the gtDMMB tap repository to automate the install process
- Install from source with
sudo
command access - Perform a local install of RNAStructViz and its core dependencies in the user's home directory without
sudo
access
The route you choose to get RNAStructViz up and running depends on your needs and the capabilities of your system. By far, the most straightforward method to install the software is to use the brew
packages we have prepared for OSX users. Ask yourself the following question: Should I use a brew install method on my system? If you already have Homebrew installed and configured on your box, then the answer is probably "Yes". In fact, this is the recommended install procedure for Mac users. Users who do not have Homebrew installed, but still wish to avoid the longer compilation of RNAStructViz from source, will need to consult these documents (or below) to first get the brew
package management utility running on their Mac system.
Unfortunately, due to the particular needs of recent Mac users for compiling the FLTK library, it is not possible to use these brew
formulas on Linux with a working install of linux-brew
.
Developers who wish to hack and modify the RNAStructViz source code in C++ will need to perform a from-source install of RNAStructViz (at minimum), and possibly its dependencies if they are not already installed on your target system on their Mac.
A good reference for Homebrew on a Mac is this FAQ. Note that the following command should be all that you need to run on Mac OSX to install RNAStructViz with the userland brew utility already pre-installed on your machine:
$ brew install gtDMMB/core/RNAStructViz
Note that if you have previously installed an earlier version of RNAStructViz it may be necessary to run the following commands instead to upgrade to the latest release:
$ brew tap gtDMMB/homebrew-core
$ brew update
$ brew reinstall --verbose gtDMMB/core/RNAStructViz
Now to make sure that this application is always in your path, add the following to your local
~/.bash_profile
configuration file and by running the following from your terminal instance:
$ echo -e "export PATH=/usr/local/opt/rnastructviz/bin:$(PATH)" >> $HOME/.bash_profile
$ source $HOME/.bash_profile
$ which RNAStructViz
/usr/local/opt/rnastructviz/bin/RNAStructViz
Assuming all went smoothly with the above instructions, you can now run the application by
typing RNAStructViz
at your terminal.
Run the following commands to install the core Homebrew formulas:
$ ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/uninstall)"
$ cd $HOME
$ git clone https://github.com/mxcl/homebrew.git
$ export PATH=${HOME}/homebrew/bin:${PATH}
$ echo "export PATH=${HOME}/homebrew/bin:${PATH}" >> $HOME/.bash_profile
We now need to re-install any previously installed brew
packages (this could take a while):
$ export PREVPKGS=`brew list | tr '\r\n' ' '`
$ brew install $PREVPKGS
Finally, we can go back to the previous section and install RNAStructViz as before:
$ brew tap gtDMMB/homebrew-core
$ brew install --build-from-source --verbose gtDMMB/core/RNAStructViz
If you run into any problems with the above setup as well, try running:
$ brew update && brew upgrade && brew cleanup
$ brew doctor
Install errors or problems that still persist on your Mac OSX 10.14.xx (or above) system can be reported to the developers of RNAStructViz by opening a new bug report issue.
It appears based on recent testing that reasonably modern enough
versions of Mac OSX (>= 10.14.xx) will allow for our libraries and the RNAStructViz
source code to be built all with the default xcode
compilers.
First, some prerequisites from the test machine's xcode
installation. Make sure that
you can at least run the following commands for reference:
$ which clang
/usr/bin/clang
$ which gcc
/usr/bin/gcc
$ clang --version -v
Apple LLVM version 10.0.0 (clang-1000.10.44.2)
Target: x86_64-apple-darwin18.0.0
Thread model: posix
InstalledDir: /Library/Developer/CommandLineTools/usr/bin
If your output does not match the above, still proceed with the install instructions as small differences are to be expected. We are working to test the install process on as many recent versions of OSX as possible, so your setup may still very well be sufficient to install our required libraries to run the application.
We need to install some other basic libraries and utilities with the userland Homebrew already installed on your machine:
$ brew install cairo pkg-config git coreutils
$ brew install --build-from-source --verbose gtDMMB/core/fltkwithcairo
Now we need to add the new FLTK libraries into our PATH
:
$ export PATH="/usr/local/opt/fltkwithcairo/bin:$PATH"
$ echo $PATH
You can check that the install was successful by verifying that the following output is sane:
$ which fltk-config
/usr/local/opt/fltkwithcairo/bin/fltk-config
$ fltk-config --use-gl --use-glut --use-forms --use-images --use-cairo --ldstaticflags --cxxflags
-I/usr/local/Cellar/fltkwithcairo/1.4.x-r13071/include -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE -D_THREAD_SAFE -D_REENTRANT
/usr/local/Cellar/fltkwithcairo/1.4.x-r13071/lib/libfltk_cairo.a -lcairo -lpixman-1 /usr/local/Cellar/fltkwithcairo/1.4.x-r13071/lib/libfltk_images.a -ljpeg -lpng -lz /usr/local/Cellar/fltkwithcairo/1.4.x-r13071/lib/libfltk_gl.a -framework OpenGL /usr/local/Cellar/fltkwithcairo/1.4.x-r13071/lib/libfltk_forms.a /usr/local/Cellar/fltkwithcairo/1.4.x-r13071/lib/libfltk.a -lpthread -framework Cocoa
That's it! Now on to building RNAStructViz from source in the Linux-Unix install documentation.
RNAStructViz has been developed by the Georgia Tech Research Group in Discrete Mathematics and Molecular Biology (gtDMMB) directed by Professor Christine Heitsch (current credits and citations). All communication about running our software, including instantiating bug reports, feature requests, wiki edits, and general inquiries, is logged via our GitHub issues page. Please view the detailed instructions before posting a new issue about support requests.
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