00 Calling process: C:\Windows\system32\msiexec.exe = Here is the code from the installation logfile = Verbose logging started: 20:34:32 Build type: SHIP UNICODE. I have also tried the installation of 32bit MariaDB and it goes thru without any prolbems so I guess there is some kind of bug in the 64-bit installlation package or I am missing some crucial libraries for this install. What I have also tried is to start the installation with by creating a log file msiexec /i "G:\Install\ MariaDB 5.5.53 Stable\mariadb-5.5.53-win圆4.msi" /l*v c:\temp\msi_mariadb_5.5.log and I can provied the output of that log file. Amd both installations come out with the same results Rolling back.
I have tried to install both MariaDB 10.1.18 Stable 64-bit as well as MariaDB 5.5.53 Stable 64-bit.
This is a fresh install of Windows 7 with drivers only and few other programs like firewall and web browser.Įvery time the installation start it comes to the point where mysql_install_db.exe is started and then it rolls back. I have beeing trying to install MariaDB 64-bit on Windows 7 64-bit. Accordingly, there really isn't that much of a performance gain going from 32 to 64 bits with PostgreSQL on Windows the main tunable that would normally benefit from having more RAM available doesn't actually utilize it very well.Hello. You'll do better to leave the rest for the operating system cache rather than dedicate it to the database.
The point of diminishing return generally ends up being <=512MB of dedicated memory for the database whether you have a 32-bit or 64-bit build of PostgreSQL. However, if you are on Windows, PostgreSQL doesn't handle shared memory as efficiently as on UNIX-ish platforms. The point of diminishing returns on that tunable (shared_buffers) is usually around 8GB, but it will be limited to <2GB on a 32-bit system. Second, it's possible to allocate more memory for the database's dedicated buffer cache. First, data types that can fit into 64-bits (larger integers and timestamp types mainly) can be more efficiently passed around directly in registers rather than using pointers. PostgreSQL benefits from having a 64-bit build in two main ways.
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