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LOADFIX Windows Command Guide

The Windows loadfix command is used to load a program above the first 64K of conventional memory. This command is particularly useful for older DOS programs that have memory limitations. By using loadfix, you can ensure that the program runs smoothly without being constrained by low memory issues.

Terminal window
LOADFIX [drive:][path]filename
OptionDescription
NoneNo specific options for the LOADFIX command.
ParameterDescription
[drive:][path]Specifies the location and name of the program
filenameyou want to load and fix.
Terminal window
loadfix <program.exe>

This command loads a specific program using LOADFIX.

Load a Program with LOADFIX and Specifying the Minimum Memory Size

Section titled “Load a Program with LOADFIX and Specifying the Minimum Memory Size”
Terminal window
loadfix <program.exe> /m:128

This command loads a program using LOADFIX and specifies a minimum memory size requirement of 128 KB.

Load a Program with LOADFIX and Specifying Expanded Memory

Section titled “Load a Program with LOADFIX and Specifying Expanded Memory”
Terminal window
loadfix <program.exe> /x

This command loads a program using LOADFIX and specifies the use of expanded memory.

Load a Program with LOADFIX and Specifying the Amount of Extended Memory

Section titled “Load a Program with LOADFIX and Specifying the Amount of Extended Memory”
Terminal window
loadfix <program.exe> /e:1024

This command loads a program using LOADFIX and specifies an amount of extended memory (in KB).

Load a Program with LOADFIX Redirecting Standard Output

Section titled “Load a Program with LOADFIX Redirecting Standard Output”
Terminal window
loadfix <program.exe> > output.txt

This command loads a program and redirects the standard output to a file named “output.txt”.

Load a Program with LOADFIX and Forcing Conventional Memory Usage

Section titled “Load a Program with LOADFIX and Forcing Conventional Memory Usage”
Terminal window
loadfix <program.exe> /f

This command loads a program using LOADFIX and forces the usage of conventional memory only.

Load a Program with LOADFIX Using the Debugging Mode

Section titled “Load a Program with LOADFIX Using the Debugging Mode”
Terminal window
loadfix <program.exe> /d

This command loads a program using LOADFIX in debugging mode.

To use the loadfix command in Windows, execute the following command:

Terminal window
loadfix --option <value>

What are some common options for the loadfix command in Windows?

Section titled “What are some common options for the loadfix command in Windows?”

Some common options for the loadfix command in Windows include:

Terminal window
loadfix /p
loadfix /r
loadfix /b

Can loadfix resolve memory issues in Windows applications?

Section titled “Can loadfix resolve memory issues in Windows applications?”

Yes, the loadfix command in Windows can help resolve memory issues for certain applications by loading them into the High Memory area.

How can I check the version of loadfix on my Windows system?

Section titled “How can I check the version of loadfix on my Windows system?”

To check the version of loadfix on your Windows system, you can use the following command:

Terminal window
loadfix /?

Is loadfix compatible with all Windows operating systems?

Section titled “Is loadfix compatible with all Windows operating systems?”

Loadfix is primarily designed for MS-DOS and Windows 9x systems. It may not be fully compatible with newer versions of Windows such as Windows 10.

How does loadfix differ from other memory management commands in Windows?

Section titled “How does loadfix differ from other memory management commands in Windows?”

Loadfix specifically loads programs into the High Memory area, which can help free up conventional memory. Other memory management commands may have different functionalities and focuses.

  • Load and run a program above the first 64KB of memory.
  • Help certain old MS-DOS programs that may not function correctly on newer Windows systems.
  • Overcome memory limitations for running specific applications that require more memory than available in conventional memory.