I am installing intel TBB performance library. But before using it, I have to setup the environment variables. A script file is provided which automates this process. But when I try to run the .bat file in the command prompt saying mySQL is not a valid command (look at the screenshot). I don't know how MySQL came into the picture. How do I make the script file run properly.?
I am facing a similar problem when trying to set the environment variables for Intel IPP using a script file.
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Trying to open MySQL Utilities in the MySQL Workbench and get the following error:
"The command line MySQL Utilities could not be located. To use them, you must download and install the utilities package for your system from www.mysql.com. Click on the Download button to proceed."
However, when I go to the address and download/install, this does not fix the issue.
How do I fix or get around this issue?
I'm running Windows 8.1 64-bit
in error the system is not able to recognize it (MySQL Utilities could not be located) and in default assumes thats Python has been installed and the whole library are developed with Python :
The library is written entirely in Python, meaning that it is not necessary to have any other tools or libraries installed to make it work. It is currently designed to work with Python v2.6 or later and there is no support (yet) for Python v3.1.
so if you don't have Python on your system just install and its should fix the problem.
I am trying to access an SQL server from a c/c++ application using mySql on an embedded ARM processor running Debian. I am compiling using the DS-5 eclipse based IDE (with gcc) under Windows.
The problem is that several of the header files are only present as '.h.in' files which I presume from googling is an autoconf thing. I am somewhat lost as to how to move forward.
Is autoconf something I can get eclipse to handle, or do I have to do this separately?
How is this configured for the target device rather than the compiling machine?
And as a last question, are there any lighter weight SQL clients that I should be looking at?
I'm working on a database-driven QT project (basically a journal/diary tool) that will eventually allow users to connect with MySQL, SQLite, and Postgres. For now, only the MYSQL module is built, but i'm having problems making it work on Windows.
I'm compiling against a static-built QT 4.7.4 library on windows 7, and this allowed the program to find the QMYSQL driver properly. I know this because I'm not getting the "QMYSQL driver not loaded" error when I build everything staticly. However, when I try to connect to the database, I get "QSqlQuery::exec: database not open" errors. At first, I thought this was because the remote database wouldn't accept connections from my address, but I couldn't connect to localhost (as root, with the correct password) either.
I know the application code is good because it works perfectly on Linux (Same QT version, non-static build... it seemed to "just work" when built on Linux without any extra steps) so I'm wondering if QT is built correctly on Windows. I wrote a batch file to automate the build process:
TITLE Build QT 4.7.4 (static)
ECHO ON
cd C:\qt-4.7.4\
path C:\MinGW\bin
configure.exe -opensource -platform win32-g++ -release -static -qt-sql-mysql -l mysql -I C:\include -L C:\lib
PAUSE
mingw32-make
PAUSE
Am I building QT correctly on Windows? When I first experienced this problem, I followed these instructions: http://rag.com.au/linux/qt4howto.html but it still wouldn't work after the most recent build.
I had to build QT staticly because without that my application couldn't find the QMySQL driver. At first, I tried using the includes/libraries from the MySQL 5.5 community edition, but the build failed about halfway through for some reason. (It didn't like something about that particular libmysql.lib) When I tried using the headers/libs I compiled against in Linux, the build finished properly, but I'm getting this problem now.
Does it matter where the Headers/Libraries are stored when QT is compiled?
Also, I have a triple-core CPU. During Windows build, I noticed that mingw32-make only used one core since my CPU was pegged at 33% the whole time. Is there a way to make it use the whole CPU so it won't take 4-5 hours to build?
Thanks in advance for any help/suggestions.
Try this to get the available drivers for you.
QSqlDatabase * db = new QSqlDatabase;
qDebug() << db->drivers();
This will give you the list of available drivers.
Check whether "QMYSQL" is there or not.
If it is not there, you'll have to install the driver.
Check this link for the installation.
I want to install MySql and Database File while installing the Setup File,
which is developed in C#.
simply, while installing the setup file only everything needs to be installed
(MYSql,Database File)
So, please guide me on this.
You can set Custom Launch Options to the Setup file. Add the necessary executibles in the Commit node of the setup file and those will get executed when your installation finishes.
As for installing entire MySQL, you would need to add the installation files of MySQL to the Setup project. Executing the Database Script would be simple, just call the script after MySQL installs.
I'm just setting up the live environment for my new project. Unlike my dev and testing systems, the live environment consists of a web server (Win 2003) and a separate DB server (MYSQL).
My installation process for each release of the software is nicely scripted, giving me full rollback options etc.
However, I can't work out how to install my stored procedures within that process. I can't run a MYSQL command line because MYSQL isn't installed on the web server, it only accesses the DB via ODBC.
Is there a means by which I can run MYSQL commands on the web server, via ODBC from a command line? I really want to keep it all together so I can run "Install v123" and everything whizzes off and gets installed in one go.
There may be a more elegant solution but: I had a very similar problem a number of years ago, and I eventually just wrote a little stand alone program to run my scripts at the end of the install.
Another common option is to have them run as part of a configuration utility/page the user goes to after setup, but I'm assuming you want to keep this as a 1 step installation.