Pythonmysqlfor Mac

The short answer is: No. The longer answer is: It depends. With the latest version, most of the time, you can run: pip install MySQL-python and you're done. If you have the prerequisites. That's where it gets sticky.

The dreaded prerequisites Since MySQLdb uses a C module to link against MySQL's client library, you will need:. A C compiler and associated toolchain. Python development headers and libraries. MySQL development headers and libraries Linux MySQLdb was originally developed specifically for use on Linux, as it was the only platform I cared about at the time. Over time, several Linux distributions (Red Hat, Debian, Ubuntu, etc.) picked it up, created their own packages, and distributed them.

If you are a Linux user, I recommend you use your distributions packages. But what if you can't, and you really do need to build your own? Install using pip. Each Linux distribution has packages for all the prerequisites, but the names of these packages vary. For Ubuntu (and probably Debian): apt-get install build-essential python-dev libmysqlclient-dev Other UNIX-ish MySQLdb has been a FreeBSD port for 12 years. Hey, if you're using FreeBSD or another.BSD, or Solaris, you probably don't need my help to install it. Almost UNIX: Mac OS X Mac OS X is very POSIX-like inside, and it so MySQLdb's setup treats it as POSIX, but it can get complicated.

The simple part is: You need, which is Apple's compiler toolchain. The easy way By far the easiest way to get MySQLdb on the Mac is to use one of the two major UNIX-ish package distributions:. Of the two, I have only used MacPorts. Once upon a time, everything in MacPorts had to be built from sources, like a.BSD or Gentoo-style port system, but there are now binary packages for many things.

Some people swear by Homebrew. Either one will make your life easier. MacPorts has a port for MySQLdb (py-mysql and variants).

If Homebrew has a 'formula', I can't find it, but a pip install should work once you have compatible versions of Python and MySQL. The hard way The hard part about the Mac is, there are three architectures you could be building for: PowerPC, Intel 32-bit, and Intel 64-bit. We can safely ignore Motorola since Apple hasn't used them in a very long time, and PowerPC can be mostly ignored, but you still see some support for it. For example, the Python Apple distributes in Snow Leopard is a fat binary that includes code for PPC, i386, and x8664. You might think this makes things easier, but it does not. If you're on any sort of modern Mac, it's going to use the x8664 support. That means the version of MySQL you use also has to be built for x8664.

You can't mix and match. Most people who are going to use Xcode instead of MacPorts or Homebrew are probably going to download binary packages of MySQL from. They have separate 32-bit and 64-bit packaging, i.e. No fat binaries. You almost certainly want 64-bit packages. Another option is to download their package, and here you will find 32-bit and 64-bit Intel and PowerPC as well.

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You could also download the source and build it yourself. Once you have MySQL on your Mac, make sure you can run mysqlconfig from a shell. If it's not on your executable PATH, you'll have to hack on site.cfg to tell setup.py where it is. One issue I have seen recently was ultimately an, and even once that was fixed, the loader path had to be fixed in the environment, which is not ideal. Windows sucks Even though Windows sucks, current versions of MySQLdb build on Windows without a lot of drama.

For the build toolchain, you must have, and specifically you need vcsetup.exe for the C compiler. It has to be the 2008 version because that's the version the python.org Python packaging uses.

(Of course, if you're building your own Python, you're on your own here.) Like with the Mac folks, you have 32-bit and 64-bit options. Choose the same one for. If you are building a 32-bit package, it should work, period.

64-bit I'm not so sure about. But I've been building 32-bit MSI packages, and pip install should grab one of those if you're using a 32-bit Python, and that is really all you need. Conclusion Is it simple? Yes, for most people.

Most of the hard work has done for you. So if it's so simple, why don't I have more binary packages? Mainly because, there are several different versions of both Python and MySQL that you might choose to use at any given time, depending on your needs, and you might still choose 32-bit or 64-bit architectures.

It's just not practical for me to build all of them. Maybe with some kind of a build-bot. This could change in the future, but for now, there are plenty of other open source package distributors out there, and if at all possible, you should just use a pre-built package. It was recently pointed out to me what a confusing mess the source repositories were for MySQLdb, so I spent a good bit of time cleaning them up.

To understand how things got into the state they were in, and where we are going, a brief history lesson required. I first started working on MySQLdb in 1998.

At the time, the best option for source control was CVS, and I had a local CVS repository for the project, and occasionally put up some tarballs. In 2001, I got the OK to make it an open source project, and development moved to SourceForge. Whatever you might think of SourceForge nowadays, it was a safe place to host your code, distribute files, and you got a couple nice extras like a bug tracker and forums. And SourceForge had CVS, of course, but nothing else at the time. Subversion existed in early form but was not yet available at SourceForge. SourceForge was a bit slow to pick up on Subversion.

Even though Subversion 1.0 was released in 2004, it looks like they didn't make it available until 2006. I do remember that both MySQL and Python both used SourceForge for CVS repositories, and both left SourceForge not too long before it became available, because they just couldn't stand to wait any longer.

In any case, once Subversion because available, I switched to using it, because it sucked a lot less than CVS. But one side effect of this was the copying of CVS's branches and tags. I could rename branches and re-tag things, but the old CVS branches and tags were still in there for good. In 2008, sometime after 1.2.2, I was ready to make a clean start on MySQLdb, and re-engineer most of it. By this time, Mercurial was available and I decided to port just the SVN trunk over to a new Hg repository. I really had hoped to stop using the SVN repository altogether, but it was still being used for ZMySQLDA, and it also turned out a 1.2.3 bugfix release was needed.

Work has been sporadic on MySQLdb-2.0 over the last years. Part of it not having a lot of time, and part of it was developer burnout. But there is stuff that needs to be done. In particular, Python 3 compatibility is needed now more than ever. I thought I could do this in 1.2.4, but I would have to sacrifice compatibility for Python. Did you know there is a book specifically addressing how to use? Was published by in September 2010.

If you're worried about two years being an eternity on the internet, don't: There hasn't been a new release of MySQLdb since the book was published. Speaking of new releases, I built a Windows installer of MySQLdb-1.2.3 for Python-2.7 and using the MySQL Connector/C 6.0.

This should be able to connect to any modern version of MySQL (4.0 through 5.5 and newer), and as I understand it, it should also work with, but this is not yet tested. Additionally, there is a 1.2.4 release coming out in the near future which will be a bug-fix release only. It will support Python-2.4 through 2.7 (and should be compatible with Python-2.8 when it arrives). There is some work towards Python-3 compatibility (specifically, 3.2.3), but unfortunately, I can't easily support Python = 3 at the same time.

Mysqldb Download

So after 1.2.4 is out, there will be a 1.3.0 release shortly thereafter which will be for Python-2.7 and 3.2 or newer (and probably earlier). Longer term: I've also been working on a MySQLdb-2.0 version which is almost completely rewritten from scratch on the Python side, and modularized (and some code removed) on the C side. It's going to have pluggable drivers, with the intention of having the option of using libmysqlclient (the standard C library), libmysqld (the embedded server library), some kind of pure Python driver, and eventually a driver for. MySQLdb-2.0 is actually going to be renamed, and no, I don't yet have the code in yet, but it will be what is the repository on. Is the project leaving SourceForge? It remains to be seen.

Every time I get fed up and I'm sure I'm about to move, they have some big update which makes things better. The current location is pretty well-known, and the project has been there since 2001.

I do think I will be mirroring a git repository between SF and github at the very least; all the cool kids are on github these days. I've wanted a ctypes implementation that would still use the libmysqlclient library but wouldn't require compiler tools to build (and hopefully shut up Windows users). At the time, ctypes was still very early, and had not made it's way into the Python standard library yet (included as of 2.5). Fortunately, Jason Coombs has a patch against MySQLdb which implements this. The reason I haven't integrate this patch it would replace the original driver, instead of being an option.

MySQLdb was never designed for multiple drivers. This has made it pretty close to the top of my TODO list for MySQLdb, because there's another case where this would be useful: There currently is no way to have mysql (the current C driver module) built against libmysqlclient and libmysqld (the embedded server library, which uses the same API) at the same time without using virtualenv or something like that.