How does each edition (community, enterprise) support UNIX?
I need general information on UNIX, including SunOS, Solaris, HP-UX, and AIX.
If all versions of Unix are supported, can it also run with the downloaded official versions of Linux from the homepage? Or do I need to get a Unix-only package through separate technical support?
The Installation chapter of the neo4j Operations Manual should be helpful, especially the Linux installation section; and the System requirements section documents the supported versions of Linux.
You just install the desired Linux distribution from its official site.
You can find out more about the different Linux distributions supported and how to download them from: linux installation
I hope this helps.
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I'm trying to install the python client for h2o driverless, but get this message when i try to sudo pip install this whl file i got from the PY_CLIENT on the UI. This is the message i get. Does this work only on Linux systems ?
h2oai_client-1.3.1-py3-none-any.whl is not a supported wheel on this platform.
this may be related to your version of pip, please see this other generic question on your error filename.whl is not supported wheel on this platform
DAI does does work on linux systems for a full list of compatible installation platforms please see the user guide: http://docs.h2o.ai/driverless-ai/latest-stable/docs/userguide/installing.html
I work on a centOS 6.6 distro and would like to use Rstudio. I would like to use an up to date version say v>0.99 but from the download page I can see that Rstudio desktop requires RHEL7.
Looking for older versions of rstudio desktop I see that RHEL6 can only get v<=0.981103, though Rstudio server seems fine, and I am OK if many can use a server version.
rpm is a no go for me so is there a way to get the sources for the server version like they provide for the desktop version ? I can't find it anywhere but it appears it is possible: see this post.
Of course if there is a trick to build Rstudio desktop on centOS 6.6 I am a buyer...
You won't be able to build RStudio Desktop for RHEL6 because of a glibc requirement induced by Qt 5.4. This is not easily evaded so if you have a platform requirement for RHEL6 you'll want to stick with the server version.
The desktop and server versions of RStudio are actually built from the same source code. You can get the source for any RStudio release here:
https://github.com/rstudio/rstudio/releases
The make-package Server RPM command in rstudio/package/linux will start the build once you've got all the dependencies installed. See here for details (or INSTALL): https://github.com/rstudio/rstudio/wiki/Installing-RStudio-Dependencies
This is my first attempt at making a Qt Application work on different systems.
I have opted for static linking method.I have already compiled the sources of Qt 5.5 and compiled my application with the static Qt. The executable is working fine on my computer.
My operating system is Ubuntu 15.04. But when I tried to run the same executable on Ubuntu 14.04 then I ran into trouble. The key details of the error message are given below.
libstdc++.so.6 cxxabi_1.3.8 not found
I did a standard Google search and realised it was because I had a newer version of it on my machine, the machine where I had created the executable. There were so many different approaches to handle this problem. One of the solutions I saw involved shipping your own copy of libstdc++.so with the executable. But when I tried to copy the .so file to a pen drive, there was a warning saying that the file system does not support such files.
My question is , what am I doing wrong ? Also if I wanted to make the executable target Ubuntu 10.04, what would be the correct procedure handling the backward compatibility issues. I know that one method would be to install the same OS on my machine and then create the executable , is there any other way?
libstd++ is backward compatible but not forward compatible, which means you can run a program with a newer version of libstdc++ than the one you compiled it with but not vice-versa. This is what you experienced.
One way to deal with this issue is using older OS versions as the build machine. When you for example use Ubuntu 14.04 LTS, you'll get this list of compatible target systems.
The build system you're using will probably limit available compilers. On Ubuntu 14.04 you get GCC 4.8, which is good for most C++11 and packages for clang 3.6 are available, which will give you full C++14 support.
Targeting Ubuntu 10.04 will be challenging if you do not want to use a stone age compiler.
The idea of shipping libstdc++ will not help you much because you'll run into the same problem with libc.
It's not often I can't find any answer to a question online, but this is one of those times. I'm trying to install an OBDC driver on Linux for Pervasive SQL (PSQL). Does anyone know how or where I can find this?
Thanks!
Depending on the version of Pervasive you're using, the ODBC driver is part of the Client install. For Pervasive PSQL v11, the client is available an RPM or as a TAR for 32 bit or 64 bit at http://www.pervasive.com/database/Home/Products/PSQLv11.aspx with instructions at http://docs.pervasive.com/products/database/psqlv11/wwhelp/wwhimpl/js/html/wwhelp.htm#href=getstart/04nstunx.13.1.html.
UPDATE: As of October 2021, available downloads are at https://esd.actian.com/.
I downloaded spark 1.0.2 and run on Cygwin
sbt/sbt assembly
but I got the error message:
Attempting to fetch sbt
You do not have curl or wget installed, please install sbt manually from http://www.scala-sbt.org/
But I already downloaded & installed sbt-0.13.5.msi from the given download-page. So what am I doing wrong?
sbt must use wget or curl to download additional dependencies, so you need to install these. On every single operating system other than windows these utilities usually come pre installed. Trying to get these to work on windows cygwin will be a pain, as with absalutely everything that isnt something to do with a monolithic GUI that costs a fortune.
I suggest if you wish to be at all productive in your future life you pick an operating system that works well for serious work. Windows only really works well for C# and MS office, serious computing? Big data? Hahahahaha, No!