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Rewrite of Windows binary/source installation/configuration.

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......@@ -6109,7 +6109,7 @@ For a list of sites from which you can obtain MySQL, see
@item
To see which platforms are supported, see @ref{Which OS}. Please note that
not all supported system are equally good for running MySQL on them.
On some it is much more robust and efficient than others - see @ref{Which OS}
On some it is much more robust and efficient than others - see @ref{Which OS}
for details.
@item
......@@ -6222,73 +6222,216 @@ installation chapter. @xref{Installing binary}.
@node Windows installation, , Linux-RPM, Quick Standard Installation
@subsection Installing MySQL on Windows
The following instructions apply to precompiled binary distributions.
If you download a source distribution, you will have to compile and install
it yourself.
The MySQL server for Windows is available in two distribution types:
@enumerate
@item
The binary distribution contains a setup program which installs
everything you need so you can start the server immediately.
@item
The source distribution contains all the code and support files
for building the executables using the VC++ 6.0 compiler.
@xref{Windows source build}.
@end enumerate
If you don't have a copy of the MySQL distribution, you should
first download one from @uref{http://www.mysql.com/downloads/mysql-3.23.html}.
Generally speaking, you should use the binary distribution.
If you plan to connect to MySQL from some other program, you will
probably also need the @strong{MyODBC} driver. You can find this at the
@strong{MyODBC} download page
(@uref{http://www.mysql.com/downloads/api-myodbc.html}).
You will need the following:
@itemize @bullet
@item
A Windows 32 bits Operational System of the family Win9x, ME,
NT and Win 2000. The NT family permits running the MySQL server
as a service. @xref{NT start}.
@item
TCP/IP protocol support.
@item
A copy of the MySQL binary or distribution for Windows, which
can be downloaded from @uref{http://www.mysql.com/downloads/}.
To install either distribution, unzip it in some empty directory and run the
@code{Setup.exe} program.
Note: The distribution files are supplied with a zipped format
and we recommended the use of an adequate FTP client with resume
feature to avoid corruption of files during the download process.
@item
A @code{ZIP} program to unpacked the distribution file.
@item
Enough space on the hard drive to unpack, install and to create the
databases in accorandance with your requirements.
@item
If you plan to connect to the MySQL server via @code{ODBC}, you
will also need the @code{MyODBC} driver. @xref{ODBC}.
@end itemize
By default, MySQL-Windows is configured to be installed in
@file{C:\mysql}. If you want to install MySQL elsewhere,
install it in @file{C:\mysql} first, then move the installation to
where you want it. If you do move MySQL, you must indicate
where everything is located by supplying a @code{--basedir} option when
you start the server. For example, if you have moved the MySQL
distribution to @file{D:\programs\mysql}, you must start @code{mysqld}
like this:
@menu
* Windows binary installation:: Installing the binaries
* Windows prepare environment:: Preparing the MySQL environment
* Windows server first start:: Starting the server for the first time
@end menu
@node Windows binary installation, Windows prepare environment, Windows installation, Windows installation
@subsubsection Installing the binaries
@enumerate
@item
If you are working on an NT or Win2000 server, logon as a user with
with administrator privileges.
@item
If you are doing an upgrade of an earlier MySQL installation,
it is necessary to stop the server. If you are running the server
as a service, use:
@example
C:\> D:\programs\mysql\bin\mysqld --basedir D:\programs\mysql
C:\> NET STOP mysql
@end example
Use @code{mysqld --help} to display all the options that @code{mysqld}
understands!
Otherwise, use:
With all newer MySQL versions, you can also create a
@file{C:\my.cnf} file that holds any default options for the
MySQL server. Copy the file @file{\mysql\my-xxxxx.cnf} to
@file{C:\my.cnf} and edit it to suit your setup. Note that you should
specify all paths with @samp{/} instead of @samp{\}. If you use
@samp{\}, you need to specify it twice, because @samp{\} is the escape
character in MySQL. @xref{Option files}.
@example
C:\mysql\bin> mysqladmin -u root shutdown
@end example
Starting with MySQL 3.23.38, the Windows distribution includes
both the normal and the @strong{MySQL-Max} binaries. The main benefit
of using the normal @code{mysqld.exe} binary is that it's a little
faster and uses less resources.
@item
On NT/Win2000 machines, if you want to change the server executable
(e.g. -max or -nt), it is also necessary to remove the service:
@example
C:\mysql\bin> mysqld-max-nt --remove
@end example
@item
Unzip the distribution file to a temporary directory.
@item
Run the @file{setup.exe} file to begin the installation process.
If you want to install into another directory than the default
@file{c:\mysql}, use the @code{Browse} button to specify your
preferred directory.
@item
Finish the install process.
@end enumerate
@node Windows prepare environment, Windows server first start, Windows binary installation, Windows installation
@subsubsection Preparing the MySQL environment
Starting with MySQL 3.23.38, the Windows distribution includes
both the normal and the @strong{MySQL-Max} server binaries.
Here is a list of the different MySQL servers you can use:
@multitable @columnfractions .25 .75
@item @code{mysqld} @tab
Compiled with full debugging and automatic memory allocation checking,
symbolic links, InnoDB and BDB tables.
Compiled with full debugging and automatic memory allocation
checking, symbolic links, InnoDB and BDB tables.
@item @code{mysqld-opt} @tab
Optimized binary with no support for transactional tables.
@item @code{mysqld-nt} @tab
Optimized binary for NT with support for named pipes. You can run this
version on Win98, but in this case no named pipes are created and you must
have TCP/IP installed.
Optimized binary for NT with support for named pipes. You can
run this version on Win98, but in this case no named pipes are
created and you must have TCP/IP installed.
@item @code{mysqld-max} @tab
Optimized binary with support for symbolic links, InnoDB and BDB tables.
Optimized binary with support for symbolic links,
InnoDB and BDB tables.
@item @code{mysqld-max-nt} @tab
Like @code{mysqld-max}, but compiled with support for named pipes.
Like @code{mysqld-max}, but compiled with support for named
pipes.
@end multitable
All of the above binaries are optimized for the Pentium Pro processor but
should work on any Intel processor >= i386.
All of the above binaries are optimized for the Pentium Pro
processor but should work on any Intel processor >= i386.
In the following circumstances you will need to use the MySQL
configuration file:
@itemize @bullet
@item
The install directory is different than the default @file{c:\mysql}.
@item
If you want to use one of the these servers:
@itemize @bullet
@item mysqld.exe
@item mysqld-max.exe
@item mysqld-max-nt.exe
@end itemize
@item
If you need to tune the server settings.
@end itemize
There are two configuration files with the same function:
@file{my.cnf} and @file{my.ini} file, however please note that
only of one these should can used. Both files are plain text.
The @file{my.cnf} file should be created in the root directory
of drive C and the @file{my.ini} file on the WinDir directory
e.g: @file{C:\WINDOWS} or @file{C:\WINNT}.
If your PC uses a boot loader where the C drive isn't the boot
drive, then your only option is to use the @file{my.ini} file.
Also note that if you use the @code{WinMySQLAdmin} tool, only
the @file{my.ini} file is used. The @file{\mysql\bin} directory
contains a help file with instructions for using this tool.
Using @code{notepad.exe}, create the configuration file and
edit the base section and keys:
@example
[mysqld]
basedir=the_install_path #e.g. c:/mysql
datadir=the_data_path #e.g. c:/mysql/data or d:/mydata/data
@end example
If the data directory is other than the default
@file{c:\mysql\data}, you must cut the whole @file{\data\mysql}
directory and paste it on the your option new directory,
e.g.: @file{d:\mydata\mysql}.
Note that you should specify all paths with @samp{/} or @samp{\\}
instead of @samp{\}, because @samp{\} is the escape character in
MySQL. @xref{Option files}.
If you want to use the @code{InnoDB} transactional tables, you
need to manually create two new directories to hold the InnoDB
data and log files, e.g. @file{c:\ibdata} and @file{c:\iblogs}.
You will also need to add some extra lines to the configuration
file. @xref{InnoDB start}.
If you don't want to use @code{InnoDB} tables, add the
@code{skip-innodb} option to the configuration file.
Now you are ready to test starting the server.
@node Windows server first start, , Windows prepare environment, Windows installation
@subsubsection Starting the server for the first time
NOTE: If you want to use InnoDB tables, there are certain startup
options that must be specified in your @file{my.ini} file! @xref{InnoDB start}.
Testing from a DOS command prompt is the best thing to do because
the server prints messages, so if something is wrong with your
configuration you will see a more accurate error message which
will make it easier for you to identify and fix any problems.
Make sure you are in the right directory, then enter:
@example
C:\mysql\bin> mysqld-max --standalone
@end example
You should see the below print messages:
@example
InnoDB: The first specified data file c:\ibdata\ibdata1 did not exist:
InnoDB: a new database to be created!
InnoDB: Setting file c:\ibdata\ibdata1 size to 209715200
InnoDB: Database physically writes the file full: wait...
InnoDB: Log file c:\iblogs\ib_logfile0 did not exist: new to be created
InnoDB: Setting log file c:\iblogs\ib_logfile0 size to 31457280
InnoDB: Log file c:\iblogs\ib_logfile1 did not exist: new to be created
InnoDB: Setting log file c:\iblogs\ib_logfile1 size to 31457280
InnoDB: Log file c:\iblogs\ib_logfile2 did not exist: new to be created
InnoDB: Setting log file c:\iblogs\ib_logfile2 size to 31457280
InnoDB: Doublewrite buffer not found: creating new
InnoDB: Doublewrite buffer created
InnoDB: creating foreign key constraint system tables
InnoDB: foreign key constraint system tables created
011024 10:58:25 InnoDB: Started
@end example
For further information about running MySQL on Windows,
see @ref{Windows}.
@node General Installation Issues, Installing source, Quick Standard Installation, Installing
......@@ -7679,6 +7822,8 @@ If you want to compile a debug version of MySQL, you should add
@code{--with-debug} or @code{--with-debug=full} to the above configure lines
and remove any @code{-fomit-frame-pointer} options.
For the Windows distribution, please see @ref{Windows installation}.
@node Installing binary, , MySQL binaries, General Installation Issues
@subsection Installing a MySQL Binary Distribution
......@@ -7686,6 +7831,8 @@ and remove any @code{-fomit-frame-pointer} options.
@cindex installing, binary distribution
@cindex binary distributions, installing
For the Windows distribution, please see @ref{Windows binary installation}.
@menu
* Linux-RPM:: Linux RPM files
* Building clients:: Building client programs
......@@ -8845,6 +8992,79 @@ needed, but may be interesting for someone.)
@end itemize
@menu
* Windows source build::
@end menu
@node Windows source build, , MIT-pthreads, MIT-pthreads
@subsubsection Windows Source Distribution
You will need the following:
@itemize @bullet
@item
VC++ 6.0 compiler (updated with 4 or 5 SP and Pre-processor package)
The Pre-processor package is necessary for the macro assembler.
More details at:
@uref{http://msdn.microsoft.com/vstudio/sp/vs6sp5/faq.asp}.
@item
The MySQL source distribution for Windows, which can be downloaded
from @uref{http://www.mysql.com/downloads/}.
@end itemize
Building MySQL
@enumerate
@item
Create a work directory (e.g.: workdir).
@item
Unpack the source distribution in the above directory.
@item
Start the VC++ 6.0 compiler.
@item
In the @code{File} menu, select @code{Open Workspace}.
@item
Open the @file{mysql.dsw} workspace you find on the work directory.
@item
From the @code{Build} menu,
select the @code{Set Active Configuration} menu.
@item
Click over the screen selecting @code{mysqld - Win32 Debug}
and click Ok.
@item
Press @code{F7} to begin the build of the debug server, libs and
some client applications.
@item
When the compilation finishes, copy the libs and the executables
to a separate directory.
@item
Compile the release versions that you want, in the same way.
@item
Create the directory for the MySQL stuff: e.g. @file{c:\mysql}
@item
From the workdir directory copy for the c:\mysql directory the
following directories:
@itemize @bullet
@item Data
@item Docs
@item Share
@end itemize
@item
Create the directory @file{c:\mysql\bin} and copy all the servers
and clients that you compiled previously.
@item
If you want, also create the @file{lib} directory and copy the
libs that you compiled previously.
@item
Do a clean using Visual Studio.
@end enumerate
Set up and start the server in the same as for the binary Windows
distribution. @xref{Windows prepare environment}.
@node Post-installation, Upgrade, Installing source, Installing
@section Post-installation Setup and Testing
......@@ -10417,9 +10637,9 @@ to the @code{LD_LIBRARY_PATH} environment variable.
@node Windows, Solaris, Linux, Operating System Specific Notes
@subsection Windows Notes
This section describes installation and use of MySQL on Windows.
This information is also provided in the @file{README} file that comes
with the MySQL Windows distribution.
This section describes using MySQL on Windows. This information
is also provided in the @file{README} file that comes with the
MySQL Windows distribution. @xref{Windows installation}.
@menu
* Win95 start:: Starting MySQL on Win95 / Win98
......@@ -10427,7 +10647,7 @@ with the MySQL Windows distribution.
* Windows running:: Running MySQL on Windows
* Windows and SSH:: Connecting to a remote MySQL from Windows with SSH
* Windows symbolic links:: Splitting data across different disks under Win32
* Windows compiling:: Compiling MySQL clients on Windows.
* Windows client compiling:: Compiling MySQL clients on Windows.
* Windows vs Unix:: MySQL-Windows compared to Unix MySQL
@end menu
......@@ -10437,16 +10657,18 @@ with the MySQL Windows distribution.
MySQL uses TCP/IP to connect a client to a server. (This will
allow any machine on your network to connect to your MySQL
server.) Because of this, you must install TCP/IP on your machine before
starting MySQL. You can find TCP/IP on your Windows CD-ROM.
server.) Because of this, you must install TCP/IP on your
machine before starting MySQL. You can find TCP/IP on your
Windows CD-ROM.
Note that if you are using an old Win95 release (for example OSR2), it's
likely that you have an old Winsock package! MySQL requires
Winsock 2! You can get the newest Winsock from
@uref{http://www.microsoft.com/}. Win98 has the new Winsock 2 library, so
the above doesn't apply for Win98.
Note that if you are using an old Win95 release (for example
OSR2), it's likely that you have an old Winsock package;
MySQL requires Winsock 2! You can get the newest Winsock from
@uref{http://www.microsoft.com/}. Win98 has the new Winsock 2
library, so the above doesn't apply for Win98.
To start the @code{mysqld} server, you should start an MS-DOS window and type:
To start the @code{mysqld} server, you should start an MS-DOS
window and type:
@example
C:\> C:\mysql\bin\mysqld
......@@ -10462,102 +10684,112 @@ C:\> C:\mysql\bin\mysqladmin -u root shutdown
Note that Win95 and Win98 don't support creation of named pipes.
On Win95 and Win98, you can only use named pipes to connect to a
remote MySQL server running on a Windows NT server host.
(The MySQL server must also support named pipes, of
course. For example, using @code{mysqld-opt} under NT will not allow
named pipe connections. You should use either @code{mysqld-nt} or
@code{mysqld-max-nt}.)
remote MySQL server running on a Windows NT/2000 server host.
(The MySQL server must also support named pipes, of course.
For example, using @code{mysqld-opt} under NT/2000 will not
allow named pipe connections. You should use either
@code{mysqld-nt} or @code{mysqld-max-nt}.)
If @code{mysqld} doesn't start, please check the
@file{\mysql\data\mysql.err} file to see if the server wrote any message
there to indicate the cause of the problem. You can also try to start
the server with @code{mysqld --standalone}; In this case, you may get
some useful information on the screen that may help solve the problem.
@file{\mysql\data\mysql.err} file to see if the server wrote any
message there to indicate the cause of the problem. You can also
try to start the server with @code{mysqld --standalone}; In this
case, you may get some useful information on the screen that may
help solve the problem.
The last option is to start @code{mysqld} with
@code{--standalone --debug}.
In this case @code{mysqld} will write a log file
@file{C:\mysqld.trace} that should contain the reason why
@code{mysqld} doesn't start. @xref{Making trace files}.
The last option is to start @code{mysqld} with @code{--standalone
--debug}. In this case @code{mysqld} will write a log file
@file{C:\mysqld.trace} that should contain the reason why @code{mysqld}
doesn't start. @xref{Making trace files}.
Use @code{mysqld --help} to display all the options that
@code{mysqld} understands!
@node NT start, Windows running, Win95 start, Windows
@subsubsection Starting MySQL on Windows NT or Windows 2000
The Win95/Win98 section also applies to MySQL on NT/Win2000, with
the following differences:
To get MySQL to work with TCP/IP on NT, you must install
To get MySQL to work with TCP/IP on Windows NT 4, you must install
service pack 3 (or newer)!
Note that everything in the following that applies for NT also applies
for Win2000!
For NT/Win2000, the server name is @code{mysqld-nt}. Normally you
should install MySQL as a service on NT/Win2000:
Normally you should install MySQL as a service on NT/Win2000.
In case the server was already running, first stop it using
the following command:
@example
C:\> C:\mysql\bin\mysqld-nt --install
C:\mysql\bin> mysqladmin -u root shutdown
@end example
or
Now install the server service:
@example
C:\> C:\mysql\bin\mysqld-max-nt --install
C:\mysql\bin> mysqld-max-nt --install
@end example
(Under Windows NT, you can actually install any of the server binaries
as a service, but only those having names that end with @code{-nt.exe}
provide support for named pipes.)
For information about which server binary to run, see
@ref{Windows prepare environment}.
You can start and stop the MySQL service with these commands:
Please note that from MySQL version 3.23.44, you have the choice
to set up the service as Manual (if you don't wish the Windows
Service Control Manager SCM to automatically start the server
during the boot process):
@example
C:\> NET START mysql
C:\> NET STOP mysql
C:\mysql\bin> mysqld-max-nt --install-manual
@end example
Note that in this case you can't use any other options for @code{mysqld-nt}!
To start or stop the MySQL server service:
You can also run @code{mysqld-nt} as a stand-alone program on NT if you need
to start @code{mysqld-nt} with any options! If you start @code{mysqld-nt}
without options on NT, @code{mysqld-nt} tries to start itself as a service
with the default service options. If you have stopped @code{mysqld-nt}, you
have to start it with @code{NET START mysql}.
@example
C:\> NET START MySQL
C:\> NET STOP MySQL
@end example
The service is installed with the name @code{MySQL}. Once
installed, it must be started using the Services Control
Manager (SCM) Utility found in the Control Panel, or by
using the @code{NET START MySQL} command.
If any options are required, they must be specified as
``Startup parameters'' in the SCM utility before you
start the MySQL service.
The service is installed with the name @code{MySQL}. Once installed, it must
be started using the Services Control Manager (SCM) Utility found in the
Control Panel, or by using the @code{NET START MySQL} command. If any options
are desired, they must be specified as ``Startup parameters'' in the SCM utility
before you start the MySQL service. Once running, @code{mysqld-nt}
can be stopped using @code{mysqladmin}, or from the SCM utility or by using
the command @code{NET STOP MySQL}. If you use SCM to stop @code{mysqld-nt},
there is a strange message from SCM about @code{mysqld shutdown normally}.
When run as a service, @code{mysqld-nt} has no access to a console and so no
messages can be seen.
Once running, @code{mysqld-max-nt} can be stopped using
@code{mysqladmin}, from the SCM utility or by using the
command @code{NET STOP MySQL}.
If you use SCM to stop @code{mysqld-max-nt}, there is a strange
message from SCM about @code{mysqld shutdown normally}.
On NT you can get the following service error messages:
When run as a service, @code{mysqld-max-nt} has no access to a
console and so no messages can be seen.
On NT/2000 you can get the following service error messages:
@multitable @columnfractions .3 .7
@item Permission Denied @tab Means that it cannot find @code{mysqld-nt.exe}.
@item Cannot Register @tab Means that the path is incorrect.
@item Failed to install service. @tab Means that the service is already installed or that the Service Control Manager is in bad state.
@item Permission Denied @tab
Means that it cannot find @code{mysqld-max-nt.exe}.
@item Cannot Register @tab
Means that the path is incorrect.
@item Failed to install service. @tab
Means that the service is already installed or that the Service
Control Manager is in bad state.
@end multitable
If you have problems installing @code{mysqld-nt} as a service, try starting
it with the full path:
If you have problems installing @code{mysqld-max-nt} as a
service, try starting it with the full path:
@example
C:\> C:\mysql\bin\mysqld-nt --install
C:\> C:\mysql\bin\mysqld-max-nt --install
@end example
If this doesn't work, you can get @code{mysqld-nt} to start properly by fixing
the path in the registry!
If this doesn't work, you can get @code{mysqld-max-nt} to start
properly by fixing the path in the registry!
If you don't want to start @code{mysqld-nt} as a service, you can start it as
follows:
If you don't want to start @code{mysqld-max-nt} as a service,
you can start it as follows:
@example
C:\> C:\mysql\bin\mysqld-nt --standalone
C:\> C:\mysql\bin\mysqld-max-nt --standalone
@end example
or
......@@ -10566,8 +10798,8 @@ or
C:\> C:\mysql\bin\mysqld --standalone --debug
@end example
The last version gives you a debug trace in @file{C:\mysqld.trace}.
@xref{Making trace files}.
The last version gives you a debug trace in
@file{C:\mysqld.trace}. @xref{Making trace files}.
@node Windows running, Windows and SSH, NT start, Windows
......@@ -10576,17 +10808,21 @@ The last version gives you a debug trace in @file{C:\mysqld.trace}.
@cindex TCP/IP
@cindex named pipes
MySQL supports TCP/IP on all Windows platforms and named pipes on NT.
The default is to use named pipes for local connections on NT and TCP/IP for
all other cases if the client has TCP/IP installed. The host name specifies
which protocol is used:
MySQL supports TCP/IP on all Windows platforms and named pipes on
NT/2000. The default is to use named pipes for local connections
on NT/2000 and TCP/IP for all other cases if the client has TCP/IP
installed. The host name specifies which protocol is used:
@multitable @columnfractions .3 .7
@item @strong{Host name} @tab @strong{Protocol}
@item NULL (none) @tab On NT, try named pipes first; if that doesn't work, use TCP/IP. On Win95/Win98, TCP/IP is used.
@item NULL (none) @tab
On NT/2000, try named pipes first; if that doesn't work, use TCP/IP.
On Win95/Win98, TCP/IP is used.
@item . @tab Named pipes
@item localhost @tab TCP/IP to current host
@item hostname @tab TCP/IP
@item localhost @tab
TCP/IP to current host
@item hostname @tab
TCP/IP
@end multitable
You can force a MySQL client to use named pipes by specifying the
......@@ -10703,7 +10939,7 @@ for the MySQL host server --- not @code{yourmysqlservername}.
You should now have an ODBC connection to MySQL, encrypted using SSH.
@node Windows symbolic links, Windows compiling, Windows and SSH, Windows
@node Windows symbolic links, Windows client compiling, Windows and SSH, Windows
@subsubsection Splitting Data Across Different Disks on Windows
@cindex symbolic links
......@@ -10743,7 +10979,7 @@ should instead use the @code{skip-symlink} option if you want to
disable this.
@node Windows compiling, Windows vs Unix, Windows symbolic links, Windows
@node Windows client compiling, Windows vs Unix, Windows symbolic links, Windows
@subsubsection Compiling MySQL Clients on Windows
@cindex compiling, on Windows
......@@ -10767,7 +11003,7 @@ Note that as the mysqlclient libraries are compiled as threaded libraries,
you should also compile your code to be multi-threaded!
@node Windows vs Unix, , Windows compiling, Windows
@node Windows vs Unix, , Windows client compiling, Windows
@subsubsection MySQL-Windows Compared to Unix MySQL
@cindex Windows, versus Unix
......@@ -39739,13 +39975,13 @@ are known to work with @strong{MyODBC}.
@node Installing MyODBC, ODBC administrator, ODBC, ODBC
@subsection How To Install MyODBC
@strong{MyODBC} is a 32-bit ODBC (2.50) level 0 (with level 1 and level
2 features) driver for connecting an ODBC-aware application to
MySQL. @strong{MyODBC} works on Windows95, Windows98, NT, and
on most Unix platforms.
@strong{MyODBC} is a 32-bit ODBC (2.50) level 0 (with level 1 and
level 2 features) driver for connecting an ODBC-aware application
to MySQL. @strong{MyODBC} works on Windows95, Windows98, NT, 2000
and on most Unix platforms.
@strong{MyODBC} is in public domain, and you can find the newest version
at @uref{http://www.mysql.com/downloads/api-myodbc.html}.
@strong{MyODBC} is in public domain, and you can find the newest
version at @uref{http://www.mysql.com/downloads/api-myodbc.html}.
If you have problem with @strong{MyODBC} and your program also works
with OLEDB, you should try the OLEDB driver that you can find in the
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