Table of Contents= { Table of Contents Introduction {Using Help} {About AMI ECU} Menus and Submenus {Main Menu} {File Menu} {File Copy} {Backup} {Configuration Menu} {Check CFG Files} {Main Config Menu} {Write Extended CMOS} {Display/Print} Supplemental Information {CFG Files} {Duplicate Files} {CFGLIST File} {CMS File} {INF File} {Extended CMOS Memory} } About AMI ECU= { About AMI ECU The EISA Configuration Utility from American Megatrends, Inc. is used to configure EISA (Extended Industry Standard Architecture) computer systems. EISA systems and adapter cards are much more complex and flexible than the older ISA designs. Using DIP switches and jumpers to configure EISA cards would be much too complex. The EISA Configuration Utility was created to automate this configuration process. The EISA Configuration Utility (ECU) generates a configuration taking into account the needs of all of the boards in the system. To do this the ECU uses {CFG Files} that are supplied with each board. The ECU stores configuration data in the system's {Extended CMOS Memory} which is maintained even when the system is turned off. When an EISA system is powered on, the BIOS reads this configuration information and initializes all of the boards in the system. See also: {CMS File} {INF File} {Main Menu} } Main Menu= { Main Menu This is the main menu of the AMI EISA Configuration Utility. For general information on this utility see {About AMI ECU}. The main menu has five choices. To select a choice, use the cursor keys to move the menu bar to the choice, and then press . You may also select a choice by pressing the key corresponding to the choice's highlighted letter. If you have a mouse, you may select a choice by moving the mouse cursor to a choice and clicking the left mouse button. The five choices available at the main menu are: File Copy files to and from diskettes or backup configuration files for safe keeping or transport to another system. For more information see {File Menu} Configure Configure an EISA system either automatically or manually, check syntax of CFG files, or write configuration information into CMOS memory. For more information see {Configuration Menu}. Display/Print Display or print any information related to a configuration that has been saved. For more information see {Display/Print}. Help Context sensitive help, for more information see {Using Help}. Quit Exit AMI EISA Configuration Utility. } Using Help= { Using Help The help window may be accessed at any time by pressing the key. The help window includes a menu with five choices. To select a choice, use the tab key or the cursor keys to move the menu bar to the desired choice and then press . If you are using a mouse, you may select a menu choice by moving the mouse to the desired choice and pressing the left mouse button. The five choices in the help menu are:  Scrolls the help window back towards the top.  Scrolls the help window forward. Back Displays the previous help topic. Contents Displays a {Table of Contents} for the help system. Quit Removes the help window from the screen and continues where you left off. } File Menu= { File Menu Two options are available from the file menu: Copy Copies CFG files from diskettes into the working directory. The default source and destination path can be overridden, as well as the *.CFG filespec. Backup Makes a backup copy of CMS and INF files (which contain a saved configuration). This backup can be used for safekeeping or can be copied to another EISA system and loaded into that systems CMOS memory. About Displays copyright and version information about this utility. See also: {File Copy} {Backup} {CFG Files} {CMS File} {INF File} } Configuration Menu= { Configure Menu Three options are available from the configure menu: Configure Displays the {Main Config Menu} which is used to control configuration options and to begin a configuration session. {Define ISA Board} Allows you to define an ISA board to be used in a configuration. Use this option only if you have an ISA board with no CFG file. {Check CFG File} Runs a syntax check on one or more CFG files and reports any errors. Write Ext CMOS {Write Extended CMOS} takes saved configuration data from a {CMS File} and writes the data to the system's {Extended CMOS Memory}. {Board ID Map} Displays the ID's of boards that are physically present in the system. } Main Config Menu= { Main Configuration Menu The configuration menu has four groups of choices. Within each group only one choice may be selected. Each of the four groups is described below: Create New Configuration vs. Modify Old Configuration: Choosing "Create New" will begin a new configuration from scratch. If you want to make changes to a configuration that was saved from an earlier configuration session, choose "Modify Old Configuration." Automatic vs. Manual: Selecting "Automatic" will cause the configuration utility to ask you only a few essential questions. In automatic mode a default configuration will be produced. Selecting "Manual" allows access to advanced features such as function choice selection and resource allocation editing. The "Add Board" and "Remove Board" options are available only through Manual Mode. Local vs. Remote: Select "Local" if the configuration that you are working on is for this computer. If you want to produce a configuration for a computer other than this one, select "Remote." In Local mode, configuration information will be stored in this computer's {Extended CMOS Memory} as well as a {CMS File} and {INF File}. In Remote mode the configuration will be stored in the files only. These files can be copied to a diskette using the {Backup} option. The diskette can then be brought to another computer and the configuration can be copied into that system's extended CMOS memory. Which {CFG Files} to configure: If "Create New Configuration" is selected, you must tell the utility which CFG files (one for each board) should be used for the configuration. There are four options here: 1. Use CFG files for installed boards The utility will automatically detect which EISA boards are installed and use the CFG files for these boards. This option is available in local mode only. 2. Use filenames listed in CFGLIST file The utility opens the {CFGLIST File} which contains a list of CFG files to be used. 3. Select files one by one Allows you to choose CFG files and configure boards interactively. 4. Use all CFG files in this directory The utility will configure all of the CFG files in the current directory. Which {CMS File} to modify: If "Modify Old Configuration" is selected, you must tell the utility which CMS file contains the saved configuration data. There are three options here. 1. Use default CMS name The utility searches for a CMS file matching the name of the system board. This option is available in local mode only. 2. Select CMS file from directory listing You will be asked to select the CMS file from a list of all CMS files in the current directory. 3. Enter CMS file name using keyboard You will be asked to enter the file name of the CMS file that you want to modify. } Modify Select= { Selecting CMS File to Modify Configuration data is saved in a {CMS File}. You must select one CMS file to modify. For more information on selecting files see {File Selection}. } Select System CFG= { Selecting System Board CFG File When adding boards one by one, you must first select the system board CFG file. If this file is not in the current directory, you may use the {File Copy} option to move it to the current directory. For more information on selecting files see {File Selection}. } CFG Found List= { CFG Files to be Configured You are viewing a list of CFG files that will be configured. The cursor keys may be used to scroll the window. Select "OK" to exit the window. } Enter CMS Name= { Entering the CMS Filename You must enter the name of the {CMS File} that you want to modify. The CMS file holds a saved configuration. Press when finished or press to return to the configuration menu. } Slot Select= { Slot Selection You must select a slot for the card that is being configured. There may be several choices available, they are listed in the order of preference. } Edit Config Menu= { Modify Configuration Menu You may view or change the configuration settings for an individual board by selecting that board. The menu also has six options at the bottom of the window: Add Allows one or more boards to be added to the current configuration. You will be asked to select the CFG files for each board that you want to add. Remove Removes a board from the current configuration. Move Moves a board to a different slot. Options Displays a menu of {Advanced Options}. Save Select this option when you are done editing, adding, and removing boards. The {CMS File} and {INF File} will be saved at this time. If you are configuring in "Local Mode" the system's {Extended CMOS Memory} will be updated also. Cancel Select this option to abort this configuration session and return to the main menu. } Edit Board= { Configuration Editing This menu contains a list of all functions for one board. Each function has a choice setting and may have one or more resource blocks. To change a function's choice setting, select one of the long horizontal bars on the screen. To change resource allocation settings, select one of the shorter bars along the right edge of the screen. Select "OK" when you are finished editing this board. } Function Select= { Function Choice Selection This menu shows the choice settings available for a function. The current setting is indicated by a mark beside that setting. You may change the current setting by selecting a different choice. If a setting causes a conflict with other functions or boards, you will not be allowed select that choice. Select "OK" to change the function's choice setting and return to the previous screen, or select "Cancel" to ignore any changes that you have just made. } Resource Edit Menu= { Resource Allocation Editing This screen is used to edit the resource allocation settings for one of a function's resource groups. If you create any conflicts while changing resources, you will be warned and the setting that caused the conflict will not be allowed. Select "OK" to return to the previous screen. } Remove Board= { Removing a Board You are being asked to select a board to remove from the current configuration. To return to the previous menu without removing a board, select "Cancel." } Add Select= { Selecting a Board to Add Select the {CFG Files} for the board(s) that you want to add. Select "OK" when you are done selecting boards. For more information on selecting files see {File Selection}. If you do not have a CFG file for an ISA board, you may add a user-defined ISA board by selecting "Add Unlisted ISA Board." You must define ISA boards before you begin configuration. To do this, select the {Define ISA Board} command from the main configure menu. } Cancel Config Confirm= { Cancel Configuration You have chosen to cancel the configuration that you are working on. If you select "OK," no changes will be made to this system's configuration. Selecting "Cancel" will return to the manual configuration menu. } Define ISA Board= { ISA Board Definition If you have an ISA board with no CFG file, you may use this screen to define the board. It is only necessary to define an ISA board when you want to prevent other boards in the system from using the same IRQ levels, DMA channels, I/O Port addresses, or Memory addresses that your ISA board uses. To define an ISA board, you must: 1. Enter a description of the board in the "Board Name" box. 2. Enter the board manufacturer's name in the next box. 3. Select a board type by pressing in the "Board Type" box. 4. Select a slot type by pressing in the "Slot Type" box. 5. Define up to 4 DMA channels needed by the board by selecting one of the DMA boxes. 6. Define up to 7 IRQ levels used by the board by selecting one of the IRQ boxes. 7. Define up to 8 ranges of I/O ports used by the board by selecting one of the Port boxes. 8. Define up to 8 memory/address ranges used by the board by selecting one of the Memory boxes. 9. Select "Save" to save your ISA board definition for use in a later configuration session. The following additional options are available at any time: Load Loads an ISA board definition that was created before. The definition can be modified and then resaved. New Starts a new ISA board definition. Delete Removes an ISA board definition from the ECU's internal ISA board database. Quit Returns to the main menu without saving any changes. } ISA DMA= { ISA DMA Definition Use this screen to define a DMA channel used by the ISA board. Select the DMA channel, transfer size, and timing, and then select "OK" to return to the main ISA definition screen. Select "Erase" to remove the DMA channel from the ISA board's definition. } ISA IRQ= { ISA IRQ Definition Use this screen to define an IRQ level used by the ISA board. Select the IRQ level and trigger type, and then select "OK" to return to the main ISA definition screen. Select "Erase" to remove the IRQ level from the ISA board's definition. } ISA Port= { ISA Port Definition Use this screen to define a range of I/O ports used by the ISA board. Enter the starting and ending ports, select the size, and then select "OK" to return to the main ISA definition screen. Select "Erase" to remove the I/O ports from the ISA board's definition. } ISA Memory= { ISA Memory Definition Use this screen to define a memory address range used by the ISA board. Enter the size of the block of memory in kilobytes (1k = 1024), and enter the start address of the block in hex (Note: Use an absolute address, instead of C000:0000 use 000C0000). Also select RAM or ROM, Cachable or Noncachable, the memory type, width, and decode width. If you are not sure about any of these options, just use the default (which is always at the top of each box). When you are finished, select "OK" to return to the main ISA definition screen. Select "Erase" to remove the memory address range from the ISA board's definition. } ISA Board Load= { Load ISA Board Definition Choose an ISA board definition to load. Use this option to modify an existing ISA board definition. Press to abort and return to the previous screen. } ISA Board Delete= { Delete ISA Board Definition Choose an ISA board definition to delete. Use this option to remove an existing ISA board definition from the ECU's internal ISA board database. Press to abort and return to the previous screen. } ISA Definition Changed= { The ISA definition that you are editing has been changed since it was last saved. Select "OK" if you do not want to save the changes. Select "Cancel" to abort the command and return to the editing screen. } Board ID Map= { Physical Board ID Map This chart shows which boards have been physically plugged into your system or devices that are embedded in you system. Only boards with readable IDs are shown. This means that most ISA boards will not be displayed on this screen. } Add ISA Board= { Add ISA Board Select an ISA board to add to the current configuration. You must define ISA boards before you begin configuration. To do this, select the {Define ISA Board} command from the main configure menu. Press to abort and return to the manual configuration screen. } Move Board= { Moving a Board You are being asked to select a board to move to a different slot. To return to the previous menu without moving a board, select "Cancel." } Advanced Options= { Advanced Options Menu This is a menu of options for use by an advanced user. There are four choices available. Select "OK" to return to the manual configuration menu. Global Resource Map This option displays a list of allocated resources (DMA, IRQ, Ports, and Memory). Board Details Use this option to display details on an individual board. System Details This option displays information on the entire system and its present state of configuration. Physical Board ID Map Displays the ID's of boards that are physically present in the system. } Global Resource Map= { Global Resource Map This screen shows which system resources are currently used in this configuration. System resources include DMA channels, IRQ levels, I/O Ports, and Memory/Address ranges. } Board Details Select= { Board Details To see details on a particular board, select that board. Select "Cancel" to return to the previous menu. } Board Details= { Board Details You are viewing the details on one board in the system. Use the up and down arrow keys to scroll the screen. Select "OK" to return to the previous menu. } System Details= { System Details You are viewing details about the system being configured. Use the up and down arrow keys to scroll the screen. Select "OK" to return to the previous menu. } Display Config= { Display/Print Configuration You have the option of displaying or printing information on the configuration that you have just completed. Select "Yes" if you want to display or print this information. Select "No" to return to the main menu. } Display/Print= { Display/Print The Display/Print menu has three groups of options. First select which information you want to display (several types of information can be selected at one time). Next select the information source ("All Boards" or "Selected Boards"). If you choose "Selected Boards," you will be presented with a menu of boards. Finally select where the information is to be sent, to the screen, to the printer (LPT1), or to a file. If you choose "File," you will be prompted for a filename. When you are finished making selections select "OK" to display the information. Press "Cancel" to return to the Main Menu. } INF Select= { Selecting the INF file to Display/Print You must select an {INF File} to display or print. The INF file contains information about a saved configuration. The names of the INF files correspond to the names of the system board {CFG Files} that were used in the configurations. Select "OK" when done. For more information on selecting files see {File Selection}. } Configuration Display= { Configuration Info Display You are viewing one page of configuration information. Use the cursor keys to scroll the window up or down. Use PgUp and PgDn to view other pages. Select "Quit View" to return to the main menu. } View Board Menu= { Selecting Boards for Display/Print Configuration information will be displayed for selected boards only. Choose which boards to use. Select "OK" when you are finished selecting boards. } File Copy= { File Copy File Copy allows {CFG Files} to be copied from diskettes into the current directory. You may override the source and destination to copy files between any two drives/directories. Configuration will be easier if all CFG files are in the default directory. When prompted, insert the diskette in the specified drive. Make sure that the drive door is closed. The utility will display the names of all CFG files on the diskette. Use cursor keys to move the selection bar over the file(s) that you want to copy, and then press enter. If you are using a mouse, simply click on the file(s) that you want to copy. The utility will then pause to allow you to change the destination drive/directory. If the source and destination are the same diskette drive, you may choose to pause for diskette changing. See also: {CFG Files} {Duplicate Files} } New Destination= { File Copy Destination You must enter the drive and directory that the files will be copied to. Press when finished. } Copy Select= { Selecting Files to Copy You must select the files to be copied. The default filespec may be changed at any time. After selecting files you will be able to choose the destination drive/directory. For more information on selecting files see {File Selection}. } Destination Prompt= { File Copy Destination The files that you have selected for copying will normally be copied into the current directory. If you want to copy the files to a different drive or directory, select "Change Directory." If you choose "Continue," the files will be copied into the directory shown at the top of the window. } Insert Source= { Insert Source Diskette Insert the diskette that contains the files that you want to copy. } Insert Destination= { Insert Destination Diskette Insert the diskette that will hold the new files. } Overwrite Prompt= { Overwriting vs. Renaming Files The file shown at the top of the window already exists in the destination drive/directory. You have three options: Overwrite The file will be copied on top of the existing file and the existing file will be lost. Rename The file will be copied but will be stored on the destination drive under a different name so as not to disturb the existing file. The new name will be determined but the industry standard procedure for duplicate CFG files. For more information see {Duplicate Files}. Skip The file will be skipped and not copied. } Backup= { Backup Configuration Backup allow you to make a backup copy of your configuration. This is done by copying the configuration storage files to a diskette. These two files are the {CMS File} and the {INF File}. If more than one pair of CMS/INF files are in the current directory, you will be asked to choose which one to backup. Making a backup of your configuration will allow you to quickly restore a configuration if your computer's battery fails. Making a backup also allows you to copy a configuration to another EISA system with the same equipment installed. To restore an old configuration, choose "{Write Extended CMOS}" from the configuration menu. This command copies the information in the CMS file into a system's {Extended CMOS Memory} which is maintained by the battery when the system is turned off. } Backup Select= { Selecting Files for Backup The {CMS File} and {INF File} contain a saved configuration. It is this file pair that must be copied to a diskette during a backup. More than one CMS/INF file pair has been detected. This means that there is more than one configuration stored on this system. You must choose which one to backup. You will only be asked for the name of the CMS file, the corresponding INF file will be backed up at the same time. For more information on selecting files see {File Selection}. } Check Select= { Selecting Files to Check Select the file or files that you wish to check for syntax then select "OK." The filespec may be changed at any time. For more information on selecting files see {File Selection}. } Check Message List= { Parser Message Display You are viewing the parser messages that were generated from checking one CFG file. If syntax errors were detected in the CFG file, they will be displayed here. To move around the window, use the cursor keys, or click the mouse on the scroll bars. Select "OK" to begin checking the next CFG file. } Write Extended CMOS= { Write Extended CMOS from CMS File This option will copy the contents of a {CMS File} into this system's {Extended CMOS Memory} which is maintained by the battery when the system is turned off. Doing this will erase any previous configuration information stored in Extended CMOS Memory. If there is more than one CMS File in the current directory, you will be asked which one to use. } Write CMOS Select= { Selecting CMS File to Write to CMOS More than one {CMS File} has been found in the current directory, you must choose which one to write to {Extended CMOS Memory}. The filespec may be changed at any time. For more information on selecting files see {File Selection}. } Quit= { Quit Confirm Selecting "Yes" will end the AMI EISA Configuration Utility and return to DOS. Selecting "No" will return to the main menu. } Quit/Reboot= { Quit or Reboot Confirm During this configuration session the contents of this system's {Extended CMOS Memory} has been changed. These changes will not take effect until the system is rebooted. You have the option of exiting to DOS or rebooting now. Selecting "Yes" will end the AMI EISA Configuration Utility and return to DOS. Selecting "No" will return to the main menu. Selecting "Reboot" will reboot this system and make the changes to the configuration take effect now. } CFG Files= { CFG Files Each expansion card in a EISA system should come with a CFG file. A card's CFG file contains detailed information on the card as well as what functions the card can perform. The CFG file tells the EISA configuration utility what choices the user has in configuring that card and what system resources have to be reserved for the card. System resources include DMA channels (DMA=Direct Memory Access), IRQ lines (IRQ=Interrupt Request), Input/Output Ports, and Memory space. Before AMI EISA Configuration Utility can configure an EISA system, all CFG files for all cards in the system and the CFG file for the motherboard must be available to the utility. See also: {CMS File} {INF File} } CMS File= { CMS File The CMS file contains a copy of the configuration information that is written into the system's {Extended CMOS Memory}. The default name for a CMS file matches the ID of the system board that was used in the configuration. Each CMS file should have a corresponding INF file. See also: {CFG Files} {INF File} } INF File= { INF File The INF file contains detailed information about a configuration such as switch and jumper settings, software statements, connection statements, and resource allocation. The INF file is used by the "{Display/Print}" command to recall information on a saved configuration. Each INF file should have a corresponding CMS file. See also: {CFG Files} {CMS File} } CFGLIST File= { The CFGLIST file is a text file that contains the names of the {CFG Files} to be configured. The CFGLIST file can be created with a text editor. Use the CFGLIST file when you do not want to have to select the CFG files individually each time you create a configuration. } Duplicate Files= { Duplicate Files When copying a CFG file into a directory, AMI EISA Configuration Utility checks to see if the file already exists. If the file is already present, you are given the opportunity to copy the file, but store it under a different name. The new name will be determined by the industry standard procedure for duplicate CFG files. Using this procedure if the file !AMI25B1.CFG is copied into a directory where a file by the same name already exists, the new file will be copied using the name 1AMI25B1.CFG. If the same file is copied into that directory again it will be named 2AMI25B1.CFG. The next time will be 3AMI25B1.CFG and so on. This procedure prevents the loss of any CFG file due to overwriting. } File Selection= { File Selection To select files using the keyboard: Use the arrow keys to move the highlight bar over a file and press . To select files using a mouse: Move the mouse cursor over a file (it will be highlighted) and press the left mouse button. When a file is selected, a mark will appear to the left of the filename. To Un-select a file simply select it again. In some cases more than one file can be selected. When you are finished selecting files select "OK." Only files matching the filespec shown at the top of the screen are shown in the window. You may change the filespec to select files from other drives/directories. } Extended CMOS Memory= { Extended CMOS Memory Extended CMOS memory is a small amount of very low power memory on the system board. Configuration information is stored in extended CMOS so that the BIOS can initialize the system (including adapter cards) at power up. The contents of CMOS memory is maintained by a battery. If the battery runs down, the contents of CMOS memory may be lost. It is then necessary to either reconfigure the system or copy a backed up configuration into extended CMOS memory. See also: {Write Extended CMOS} } Configuration error= { Configuration error The resources requested by the board could not be allocated; they are already being used by another board. The board will not be configured, and no configuration data will be stored for this board. } TYPE too long= { TYPE too long A function TYPE string stored in EISACMOS can have a maximum length of 80 characters, including the lengths of the SUBTYPE strings that may have been appended after it. This board has a TYPE string which exceeds this limit. The board will not be configured, and no configuration data will be stored for this board. } Too many IRQs = { Invalid IRQ statements A function within an option board can ask for a maximum of 7 IRQ lines, including the IRQs requested by all the SUBFUNCTIONS within that function. This board has a function block which exceeds this limit. The board will not be configured, and no configuration data will be stored for this board. } Too many DMAs = { Invalid DMA statements A function within an option board can ask for a maximum of 4 DMA channels, including the DMA channels requested by all the SUBFUNCTIONS within that function. This board has a function block which exceeds this limit. The board will not be configured, and no configuration data will be stored for this board. } Too many MEMORYs= { Invalid MEMORY statements A function within an option board can ask for a maximum of 9 MEMORY blocks, including the MEMORY blocks requested by all the SUBFUNCTIONS within that function. This board has a function block which exceeds this limit. The board will not be configured, and no configuration data will be stored for this board. } Switch/Jumper error= { INITVAL/INIT conflict The SWITCH/JUMPER positions set to a certain value by the INITVAL statement, can not be altered by subsequent INIT statements. This board has an INIT statement which attempts to do that. The board will not be configured, and no configuration data will be stored for this board. } IOPORT error= { INITVAL/INIT conflict The IOPORT bits set to 0 , 1 or R (read mask) by the INITVAL statement, can not be altered by subsequent INIT statements. This board has an INIT statement which attempts to do that. The board will not be configured, and no configuration data will be stored for this board. } No available slots= { No available slots The board was tested to fit in any of the available slots of the system, but due to mismatching slot types, lengths or bus master capabilities, it did not fit in any of the slots. This board can not be configured. } Removal error= { Board removal error An attempt was made to remove an embedded device. The remove board option can be used with any add- on expansion cards. But the embedded devices (e.g. the system board) can not be removed. } Backtracking error= { Backtracking error Backtracking is the process of regenerating the configuration from the data stored in a CMOS image (the {CMS File}). This can only work if the data stored in the image file is valid. The configuration utility failed to regenerate the configuration, either because the image file is corrupt, or the {CFG Files} have been modified since last configuration. If you continue, an invalid configuration will probably be produced. } Insufficient memory= { Insufficient memory The configuration utility requires a minimum amount of memory to be available after loading the utility, so that it can parse at least one CFG file. The free memory reported by DOS shows that there is not enough memory to parse even one file. The configuration session is aborted. } Out of memory= { Out of memory The configuration utility issued a request to allocate some memory, but DOS could not allocate it, probably due to insufficient memory . The configuration session is aborted. } Identification error= { CFG file identification error To identify a CFG file, the four essential statements within the board identification block (BIB) are examined. They are the ID statement, NAME statement, MFR statement, and CATEGORY statement. The CFG file could not be identified, because one of these four statements was missing. } No system board= { No system board No system board CFG file was found within the list of the CFG files to be configured. The configuration can not proceed without a valid system board CFG file. The configuration session is aborted. } Parser error= { Parser error The CFG file parser encountered a syntax error while parsing the CFG file. The board will not be configured, and no configuration data will be stored for this board. } Multiple system file= { Multiple system board files The configuration utility found more than one system board CFG file within the list of CFG files to be configured. Only the first system board CFG file will be configured, and the remaining ones will be ignored. } CMS file error= { CMS file error An error occurred while saving the image of the CMOS data in the form of a {CMS File}. Consequently, the configuration utility will not be able to backtrack and regenerate the configuration if you select "Modify old configuration" from the configuration menu. } INF file error= { INF file error An error occurred while saving the switch/jumper setting information for this configuration in the form of a {INF File}. Consequently, the configuration utility will not be able to show the switch/jumper settings for this configuration if you select "Display/Print" menu. } Swap file= { Swap file When the configuration utility runs out of memory, it saves the contents of a certain memory region into disk, and tries to re-use that memory. These files are referred as swap files. One or more swap files have been created in the diskette. As the utility may want to recall the swapped out memory at any time, do not remove the diskette from the drive. } Swap file error= { Swap file error When the configuration utility runs out of memory, it saves the contents of a certain memory region into disk, and tries to re-use that memory. These files are referred as swap files. The configuration utility tried to read or write a swap file, but DOS issued a file I/O error. If you continue, an invalid configuration will probably be produced. } CHOICE conflict= { CHOICE conflict The CHOICE that you selected contained request(s) for resource(s) already allocated to some other function. Selecting this choice will result in an irresolvable conflict. So this choice has been ignored, and the previous choice has been restored. } SUBCHOICE conflict= { SUBCHOICE conflict The SUBCHOICE that you selected contained request(s) for resource(s) already allocated to some other function. Selecting this subchoice will result in an irresolvable conflict. So this subchoice has been ignored, and the previous subchoice has been restored. } IRQ line conflict= { IRQ line conflict The IRQ line that you selected has been already allocated to some other function. Selecting this IRQ will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } DMA channel conflict= { DMA channel conflict The DMA channel that you selected has been already allocated to some other function. Selecting this DMA channel will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } MEMORY conflict= { MEMORY block conflict The MEMORY block that you selected has been already allocated to some other function. Selecting this MEMORY block will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } PORT conflict= { PORT block conflict The PORT block that you selected has been already allocated to some other function. Selecting this PORT block will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. }