- Holdem manager 2 ram issues code#
- Holdem manager 2 ram issues windows 7#
- Holdem manager 2 ram issues windows#
The location and size of the page file is configured in System Properties (click Advanced, click Performance, and then click the Settings button). There can be one such file in each disk partition.
Holdem manager 2 ram issues windows#
In Windows systems, these paged out pages are stored in one or more files (Pagefile.sys files) in the root of a partition. This frees that RAM frame for other uses. When the memory being used by all the existing processes exceeds the available RAM, the operating system moves pages (4-KB pieces) of one or more virtual address spaces to the computer's hard disk. There can be many processes, and each process has its own 2 GB of private virtual address space. RAM is a limited resource, whereas for most practical purposes, virtual memory is unlimited. The following list describes how much RAM the various Windows versions and editions support (as of May 2010): Windows version Any virtual memory page (32-bit address) can be associated with any physical RAM page (36-bit address).
Holdem manager 2 ram issues code#
The translation between the 32-bit virtual memory address that is used by the code that is running in a process and the 36-bit RAM address is handled automatically and transparently by the computer hardware according to translation tables that are maintained by the operating system. PAE does not change the size of the virtual address space (which remains at 4 GB), but just the volume of actual RAM that can be addressed by the processor. Physical Address Extension (PAE) is the feature of the Intel 32-bit architecture that expands the physical memory (RAM) address to 36 bits. The operating system assigns RAM page frames only to those virtual memory pages that are being used. Typically, applications (for example, Notepad, Word, Excel, and Acrobat Reader) use only a fraction of the 2 GB of private address space. In the default Windows configuration, 2 gigabytes (GB) of this virtual address space are designated for the private use of each process, and the other 2 GB is shared between all processes and the operating system. Processes and address spacesĪll processes (for example, application executables) that are running under 32-bit versions of Windows are assigned virtual memory addresses (a virtual address space), ranging from 0 to 4,294,967,295 (2*32-1 = 4 GB), regardless of how much RAM is installed on the computer. Virtual memory is always being used, even when the memory that is required by all running processes does not exceed the volume of RAM that is installed on the system. Only core parts of the operating system kernel bypass this address translation and use real memory addresses directly. Virtual memory addresses are automatically translated to real (RAM) addresses by the hardware. In modern operating systems such as Windows, applications and many system processes always reference memory by using virtual memory addresses. This article contains basic information about the virtual memory implementation in 32-bit versions of Windows.
Holdem manager 2 ram issues windows 7#
Applies to: Windows 7 Service Pack 1, Windows Server 2012 R2 Original KB number: 2160852 Summary
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