#
#     hyperSOURCE-286 Menu/Window Help
#     Filename: hs286hlp.txt
#     @(#)help.txt 1.16 10/23/90 17:08:32
#     Date: April 10, 1992
*F1 HELP
To get help on commands, type HELP or HELP <command>.  To get help
on the menu bar, access the menu bar, use cursor keys to move to
the desired field, then press F1.

Menu Bar:
  There are two ways to access the individual fields on the menu bar.
  (1) Press F10, then use -> or <- cursor keys.
  (2) Press ALT and an appropriate letter key simultaneously.
      For example, press ALT-S to access the Symbol menu and
      ALT-A to access the mAcro menu.
      Press Esc to exit from the menu bar.

Command-Line Control Keys:
  F1:                   Help
  F10:                  Go to the main menu bar
  F2 to F9:             Assignable from Macro:Key
  Alt-F1 to -F10:       Assignable from Macro:Key
  Shift-F1 to -F10:     Assignable from Macro:Key
  Esc:                  Abort operation
  Ctrl-G:               Increase size of dialog window (grow)
  Ctrl-T:               Decrease size of dialog window (tiny)
  Up-Arrow:             Enter command history window
  Ins:                  Toggle insert mode
  Del:                  Delete a character
  Alt-0 to Alt-9:       Enter window 0 to 9; 0 is the command-line
  Alt-X:                Exit the debugger

*SOURCE WINDOW
  The source window allows you to browse through source code or
  disassembly while stepping through your code.

  F1:           Help
  F2:           Read source for the routine called at the cursor
  F3:           Select format (asm/source/mix, numbers on/off, code on/off)
  F5:           Toggle breakpoint at the cursor position
  F6:           Execute to the cursor position
  F7:           Execute one statement
  F8:           Execute one procedure call or statement
  F9:           Search the window for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-G:        View at a new position (specify address, line, or symbol)
  Alt-X:        Exit the debugger
  Ctrl-G:       Increase size of dialog window (grow)
  Ctrl-T:       Decrease size of dialog window (tiny)
  Esc:          Return to the home window
  cursor keys:  Move within the window
  other keys:   Enter a command on the command line
*DIALOG WINDOW
  The dialog window holds all command input and output.  Use the LIST
  command to redirect its contents to a file.

  F1:           Help
  F9:           Search the window for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Ctrl-G:       Increase size of dialog window (grow)
  Ctrl-T:       Decrease size of dialog window (tiny)
  Esc:          Return to the home window
  cursor keys:  Move within the window
*HISTORY WINDOW
  The history window holds all entered commands.  Use the JOURNAL command
  to redirect its contents to a file.

  F1:           Help
  F9:           Search the window for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Ctrl-G:       Increase size of dialog window (grow)
  Ctrl-T:       Decrease size of dialog window (tiny)
  Enter:        Select the command line to be recalled
  Esc:          Return to the home window
  cursor keys:  Move within the window
*REGISTER WINDOW
  The register window displays and allows editing of the current
  register values.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F3:           Choices of other registers or tables to display
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
  cursor keys:  Move within the window
*REGISTER MENUS
ÚÄÄÄ¿
³ 286 ÄÄ 80286 CPU Registers
³ 287 ÄÄ 80287 Numeric Data Processor
³ Gdt ÄÄ Global Descriptor Table
³ Idt ÄÄ Interrupt Descriptor Table
³ Ldt ÄÄ Local Descriptor Table
³ Tss ÄÄ Task State Segment
ÀÄÄÄÙ
*PRE MEMORY
Enter the address (virtual or physical or symbol) for memory display.
*MEMORY SCROLLABLE
  The memory window displays and allows the editing of memory values
  in any of several format and size combinations.  Multiple memory
  windows can be active at any time.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F3:           Select the display format
  F4:           Select the memory object size
  F9:           Search memory for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-G:        Go to a new memory address
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
  cursor keys:  Move within the window
*FORMAT CLIST
ÚÄÄÄÄÄÄÄÄ¿
³ Hex ÄÄÄÄÄÄ Display as base-16 unsigned values -- Byte shows ASCII too
³ Octal ÄÄÄÄ Display as base-8 unsigned values
³ Decimal ÄÄ Display as base-10 signed values
³ Binary ÄÄÄ Display as base-2 unsigned values
³ Real ÄÄÄÄÄ Display as 32-bit single precision floating-point values
³ doUble ÄÄÄ Display as 64-bit double precision floating-point values
³ Ten-byte Ä Display as 80-bit extended precision floating-point values
ÀÄÄÄÄÄÄÄÄÙ
*SIZE CLIST
Select the size to display Hex, Octal, Binary or Decimal formatted memory:

ÚÄÄÄÄÄ¿
³ Byte ÄÄ  8-bit -- when in Hex format, ASCII will also be displayed
³ Word ÄÄ 16-bit
³ Dword Ä 32-bit
³ Qword Ä 64-bit
ÀÄÄÄÄÄÙ
*MEMORY GO TO
Enter the new address (virtual or physical, or symbol) for memory 
display.
*MEMORY SEARCH
Enter a list of values or a string to be searched for in memory
starting at the displayed location and ending at the end of the
segment.
*MENU HELP
Menu Descriptions:
    O/S: DOS related operations         Debug: Special debugging features
    Execute: Program execution          mAcro: Macro processing
    Memory: Memory display/edit         Window: Window management
    Register: Register display/edit     Config: Debugger configuration
    Symbol: Symbol display/edit         F1-Help: Confusion alleviation

*OS MENUS
ÚÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ Version ÄÄÄÄÄÄ Display debugger version number
³ Time ÄÄÄÄÄÄÄÄÄ Display the current time and date
³ OS shell ÄÄÄÄÄ Start-up a DOS shell
³ Exit ÄÄÄÄÄÄÄÄÄ Exit the debugger
ÀÄÄÄÄÄÄÄÄÄÄÄÄÙ
*EXECUTE MENUS
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ Load... ÄÄÄÄÄÄÄÄÄ Load a program to be debugged
³ Step ÄÄÄÄÄÄÄÄÄÄÄÄ Execute a statement (through calls)
³ Istep ÄÄÄÄÄÄÄÄÄÄÄ Execute an instruction (through calls)
³ steP intoÄÄÄÄÄÄÄÄ Execute a statement (into calls)
³ istep iNtoÄÄÄÄÄÄÄ Execute an instruction (into calls)
³ Go ÄÄÄÄÄÄÄÄÄÄÄÄÄÄ Go with breakpoints enabled
³ go Forever ÄÄÄÄÄÄ Go without breakpoints enabled
³ go Till ... ÄÄÄÄÄ Go until some address
³ go till rEturn ÄÄ Go until the current procedure returns
³ go till Call ÄÄÄÄ Go until a new procedure is active
ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
*HOST LOAD
Loads a program module into memory for debugging.  The program file 
can be an absolute file in Intel OMF86 or OMF286 format. 

Examples:
      test1.abs
      \project\test.omf
*GOTIL EXEC
Enter an address (virtual or physical, symbolic, or a line number).

Examples:
       cs:100h // virtual
       100hp   // physical
       foo     // symbolic
       #27     // line number
*SYMBOL MENUS
ÚÄÄÄÄÄÄÄÄÄÄ¿
³ Evaluate ÄÄ Evaluate an expression
³ eXamine ÄÄÄ Examine, watch, or trace a symbol
³ Modules ÄÄÄ List the names of all modules and source files
³ Globals ÄÄÄ Display all global symbols
³ Locals ÄÄÄÄ Display currently active local variables
³ Structs ÄÄÄ Display defined structures
ÀÄÄÄÄÄÄÄÄÄÄÙ
*INFO EVAL
Evaluates an expression.  Full C expression syntax is supported.
Defined symbol names may be used in the expression as well as
names of the registers and flags.

Examples:
      ++count
      1fh + 77q + 101y + 98t
      '<'
      count + 8
*PRE SYMBOL
Enter the symbol or lvalue to be examined.
*SYMBOL EXAM
  The Symbol:Examine window displays and allows the editing, watching
  and tracing of symbols or lvalues (assignable expressions).  Tracing
  collects the values written to a location and the code addresses at
  which the writes occurred.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F4:           Follow (dereference) the highlighted pointer
  F5:           Change the display format of the symbol value
  F10:          Go to the main menu bar
  Enter:        Edit the highlighted symbol
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*SYM FORMAT CLIST
ÚÄÄÄÄÄÄÄÄ¿
³ Hex ÄÄÄÄÄÄ Display as a base-16 unsigned value
³ Octal ÄÄÄÄ Display as a base-8 unsigned value
³ Decimal ÄÄ Display as a base-10 signed value
³ Unsigned Ä Display as a base-10 unsigned value
³ Real ÄÄÄÄÄ Display as a floating-point value
³ ASCII ÄÄÄÄ Display as an ASCII character or C-style octal character
ÀÄÄÄÄÄÄÄÄÙ
*SYM DIR
  This window displays a list of symbols or modules.

  F1:           Help
  F9:           Search for a symbol
  F10:          Go to the main menu bar
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*SYMBOL DIR SEARCH
Enter a search pattern.
*SYM STRUCT
  The Symbol:Structs window displays the names of all tagged structs
  and unions and allows the display of their definitions.

  F1:           Help
  F10:          Go to the main menu bar
  Enter:        Select a struct definition for display
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*SYM A STRUCT
  The Struct window displays a structure template.

  F1:           Help
  F9:           Search
  F10:          Go to the main menu bar
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Symbol:Structs window
*SYM MODULE
  The Symbol:Modules window displays the names of all modules in the
  program and allows the display of symbols defined within each module.

  F1:           Help
  F10:          Go to the main menu bar
  Enter:        Select a module for which symbols will be displayed
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*SYM MOD SYM
  The Module:Symbols window displays all of the symbols defined within
  a given module.

  F1:           Help
  F9:           Search for a symbol
  F10:          Go to the main menu bar
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Symbol:Modules window
*DEBUG MENUS
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ Breakpoints ÄÄ Set or display execution breakpoints
³ CallStack ÄÄÄÄ Display the currently active procedures
³ RunTrace  ÄÄÄÄ Display the execution trace buffer
³ busEvent  ÄÄÄÄ Set or display EV1, EV2 and EV3
³ Trigger   ÄÄÄÄ Set or display trigger
³ timebaSe  ÄÄÄÄ Set or display time base
³ Qualify   ÄÄÄÄ Set or display trace qualifier
³ Map       ÄÄÄÄ Set or display memory map
³ Icemode   ÄÄÄÄ Set or display emulator signal settings
ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
*BREAKPOINT WINDOW
  The breakpoint window displays and allows the editing of execution
  breakpoints.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F3:           Enable or disable the highlighted breakpoint
  F10:          Go to the main menu bar
  Enter:        Edit the highlighted breakpoint
  Ins:          Add a new breakpoint
  Del:          Remove the highlighted breakpoint
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*BREAKPOINT DEFINE WINDOW
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³  ADDRESS:ÄÄÄÄÄ the program code address of interest
³    COUNT:ÄÄÄ¿  (may be virtual/physical address, symbol, or line number)
³CONDITION:ÄÄ¿ÀÄ the number of events before the breakpoint is triggered
³   ACTION:Ä¿ÀÄÄ a condition which must be satisfied before breaking 
ÀÄÄÄÄÄÄÄÄÄÄ ³    (may be any valid C integer expression)
            ÀÄÄÄ a command to be executed after hitting the breakpoint
                 (may be a simple command or a macro invocation)
*CTRACE WINDOW
  CallStack gives a list of currently active functions and their arguments.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F3:           Display local variables for the selected scope
  F9:           Search the window for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Enter:        Select the scope for source and local variable access
  Esc:          Return to the home window
  cursor keys:  Move within the window
*CTRACE SEARCH
Enter a pattern for a textual search.
*RTRACE WINDOW
  RunTrace displays collected trace information.

  F1:           Help
  F2:           Return to the home window, leaving this window open
  F4:           Select display format (source or disassembly)
  F5:           Clear the trace buffer
  F9:           Search backwards through window for a pattern
  F10:          Go to the main menu bar
  Alt-0 to -9:  Enter window 0 to 9
  Alt-G:        Go to a specific frame
  Alt-L:        Move or resize the window (change the Look)
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
  cursor keys:  Move within the window
*RTRACE SEARCH
Enter a pattern for a textual search.
*RTRACE GOTO
Enter a trace frame number as a new position.  Frame 0 refers to the
last instruction executed; frame -1 refers to the next to last, etc.
*RTRACE FORMAT
ÚÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ High level ÄÄÄÄ Display trace as source statements
³ Assembly ÄÄÄÄÄÄ Display trace as assembler mnemonics
³ Mixed ÄÄÄÄÄÄÄÄÄ Display both source and assembly
³ Code display ÄÄ Enable or disable the display of object code
ÀÄÄÄÄÄÄÄÄÄÄÄÄÙ
*RTRACE CODE
ON displays object code.  OFF inhibits the display.
*BUSEVENT WINDOW
  Bus Event displays and allows the editing of execution events which 
  may be used to trigger breakpoints, trace actions, or timer actions. 

  CLear YES clears the event.  NO allows the event to be defined.

  Address can be symbolic, or absolute if enclosed in quotes.

  Datum can be symbolic, or absolute if enclosed in quotes.

  Bus cycles can be included; see help screen on each for details.

  Count is a decimal number meaning only the nth repetition of the 
  event will cause a break.
*EVENT CLEAR
YES clears the setting for the event.  NO sets the event.
*EVENT ACK
Processor status code AK: CPU read for interrupt acknowlege cycle.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT FETCH
Processor status code S: program instruction fetch.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT INPUT
Processor status code I: CPU read from input port.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT OUTPUT
Processor status code O: CPU write to output port.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT READ
Processor status code R: data read from memory.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT WRITE
Processor status code W: data write to memory.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT HALT
Processor status code H: CPU in halt state.
ON includes this processor status as part of the breakpoint condition.
OFF excludes this processor status.
*EVENT HILO
Sets external hardware breakpoint to match signal level at the 
EXT TRIGGER INPUT port.
HIGH specifies a high or floating signal input.
LOW specifies low signal input.
*TRIGGER WINDOW
  Trigger displays and allows the editing of the trigger condition.

  F1:           Help
  F2:           Pop-up choice list
  F10:          Accept the specifications in the window
  Enter:        Move the highlight to the next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Debug menu
*TRIGGER CLEAR
YES clears the setting for the trigger.  NO sets the trigger.
*TRIGGER EXPR
Specifies a trigger expression based on EV1, EV2 and EV3.
*TRIGGER AT
BACKWARD is delay count = 0.
CENTER is the delay count = 03FFH.
FORWARD is the delay count = 07FFH.
DELAY indicates that the delay count is specified in the 
Delay Count field.
*TIMEBASE WINDOW
  Timebase displays and allows the editing of the unit of 
  measurement for the timer.

  F1:           Help
  F2:           Pop-up choice list
  F10:          Accept the specifications in the window
  Enter:        Move the highlight to the next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Debug menu
*TIMEBASE SPEC
Specifies the unit of measurement for the timer.
*TIMEBASE START
PROCESSING RUNNING specifies timer start when the emulation processor
begins running.
EVENT MATCHED specifies timer start when the first event is encountered.
*QUALIFY WINDOW
  Qualify displays and allows the editing of the cycle qualifer which
  specifies which machine cycles are to be recorded in the trace buffer.

  F1:           Help
  F2:           Pop-up choice list
  F10:          Accept the specifications in the window
  Enter:        Move the highlight to the next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Debug menu
*QUALIFY CLEAR
YES clears the setting for the qualifier.  NO sets the qualifier.
*QUALIFY ACK
Processor status code AK: CPU read for interrupt acknowlege cycle.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY FETCH
Processor status code S: program instruction fetch.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY INPUT
Processor status code I: CPU read from input port.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY OUTPUT
Processor status code O: CPU write to output port.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY READ
Processor status code R: data read from memory.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY WRITE
Processor status code W: data write to memory.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*QUALIFY HALT
Processor status code H: CPU in halt state.
ON includes this type processor activity in the trace buffer.
OFF excludes it.
*MAP WINDOW
  Map displays and allows the editing of the memory mapping.

  F1:           Help
  F2:           Pop-up choice list
  F10:          Accept the specifications in the window
  Enter:        Move the highlight to the next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Debug menu
*MAP ATTRIBUTE
Specifies attribute for the mapped memory block:
I Internal: memory resides on the emulator, writable and readable.
IR Internal: memory resides on the emulator, read-only.
E External: memory resides on the target, writable and readable.
*ICEMODE WINDOW
  Icemode displays and allows the enabling and disabling of the 
  control signals going to the emulation processor.

  F1:           Help
  F2:           Pop-up choice list
  F10:          Accept the specifications in the window
  Enter:        Move the highlight to the next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Debug menu
*ICEMODE MODE
REAL sets the emulation processor to 'real mode' of operation.
PROTECTED sets the emulation processor to 'protected mode' of operation.
*ICEMODE SIGNAL
DISABLE deactivates the control signal to the emulation processor.
ENABLE activates the control signal to the emulation processor.
*ICEMODE WAIT
0 turns off the Insert Wait State feature.
1 inserts 1 wait state.
2 inserts 2 wait states.
*ICEMODE VERIFY
ON enables verification for all memory write operations.
OFF disables verification for all memory write operations.
*ICEMODE READY
INTERNAL selects internally (MICE) generated Ready Signal.
EXTERNAL selects externally (target) generated Ready Signal.
*MACRO MENUS
ÚÄÄÄÄÄÄÄÄ¿
³ Edit ÄÄÄÄ Edit or create a macro definition
³ Invoke ÄÄ Invoke a macro
³ Save ÄÄÄÄ Save a macro definition in a file
³ Load ÄÄÄÄ Load a macro definition from a file
³ Dir ÄÄÄÄÄ List the names of all defined macros
³ Remove ÄÄ Remove a macro definition
³ Key ÄÄÄÄÄ Define keyboard macros -- Also see the JOURNAL KEYBOARD command
ÀÄÄÄÄÄÄÄÄÙ
*MACRO EDIT
Enter the name of the macro definition to be created or edited.
*MACRO INVOKE
Enter the name of the macro to be invoked.
*MACRO SAVE
Saves the specified macro(s) in the specified text file.  If the
Macro Name field is left blank, all macros in the macro directory
will be written to the text file.
*MACRO LOAD
Enter the name of the file containing the macro definition(s)
to be loaded and/or debugger commands to be executed.
*MAC DIR
  The Macro:Directory window displays a list of all macros and allows
  the display of any macro body.

  F1:           Help
  F10:          Go to the main menu bar
  Enter:        Select a macro to be displayed
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*MAC DISPLAY
  The Macro:Display window displays and allows the change of a macro body.

  F1:           Help
  F2:           Edit the macro body
  F10:          Go to the main menu bar
  Enter:        Select a macro to be displayed
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the Macro:Directory window
*MACRO REMOVE
Enter the name of the macro definition to be removed.
*SETUP KEYMACRO
  The Macro:Key window allows strings to be assigned to function keys
  for use on the command-line.  Strings can be assigned to F2 through F9,
  Shift-F1 through Shift-F10, and Alt-F1 through Alt-F10.  The key
  definitions can be saved in an environment file using the ENV command.

  F1:           Help
  F10:          Accept changes
  Enter:        Go to next field
  cursor keys:  Move within the window
  Alt-0 to -9:  Enter window 0 to 9
  Alt-X:        Exit the debugger
  Esc:          Return to the home window
*WINDOW MENUS
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ Select ÄÄÄÄÄÄÄ Select the a window to become active
³ Dump ÄÄÄÄÄÄÄÄÄ Dump a window's contents to a file
³ Resize/Move ÄÄ Select a window to resize or move
ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
*SELECT WINDOW
  The Window:Select window presents a list of windows from which a new
  active window may be selected.

  Return:       Select the window to be made active
  Esc:          Return to the home window
  cursor keys:  Move within the window
*DUMP WINDOW
  The Window:Dump window presents a list of windows from which one
  may be selected for a "snapshot."  The displayed contents of that
  window will be saved in the specified file.

  Return:       Select the window to dump
  Esc:          Return to the home window
  cursor keys:  Move within the window
*DUMP FILE
  Enter the name of the file to which the window image will be saved.
*MOVE WINDOW
  The Window:Move window presents a list of windows from which one
  may be chosen to resize or move.  Once in the move/select mode,
  cursors move the window, Ctrl-cursors shrink the window, Shift-
  or Alt-cursors enlarge the window, Return or F10 accepts the new
  window size/position, and Esc cancels the change.

  Return:       Select the window to be moved or resized
  Esc:          Return to the home window
  cursor keys:  Move within the window
*WINDOW DRAG
  You are now in window move/resize mode.

  F1:           Help
  F10:          Accept the new size/position
  Enter:        Accept the new size/position
  cursor keys:  Move the window
  Ctrl-cursor:  Shrink the window in the specified direction
  Alt-cursor:   Enlarge the window (for separate cursor keypad)
  Shift-cursor: Enlarge the window (for numeric keypad)
  Esc:          Cancel the changes
*CONFIG MENUS
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³ Save configuration ÄÄÄÄ Save the current configuration
³ Case sensitivity ÄÄÄÄÄÄ Enable/disable case sensitive symbol access
³ Module <-> file ÄÄÄÄÄÄÄ Associate a source file with a module
³ EGA-43/VGA-50 Line ÄÄÄÄ Enable/disable "tall" display mode
³ Input radix ÄÄÄÄÄÄÄÄÄÄÄ Set the default input radix
³ source Path ÄÄÄÄÄÄÄÄÄÄÄ Set/display the search path for source files
³ source Window format ÄÄ Set the display format for the source window
³ mAcro listing ÄÄÄÄÄÄÄÄÄ Enable/disable macro expansion listing
³ Beep ÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ Enable/disable beeping on errors
³ Journal file ÄÄÄÄÄÄÄÄÄÄ Specify a journal file
³ List file ÄÄÄÄÄÄÄÄÄÄÄÄÄ Specify a list file
ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
*CONFIG ENV
Enter the name of the environment file.  Normally, this would be
hs286.env unless changed by the HS286ENV DOS environment variable.
In the environment file, the # prefix specifies a comment.
*OPTION CAPITAL
ON makes symbolic reference case sensitive.   OFF makes symbolic
reference case insensitive.  Startup default is OFF.
*PROGRAM MODSET
Enter the module name and the source file to be associated with
the module.
*SETUP EGA
ON enables 43-line display mode on EGA monitor, or 50-line display
mode on a VGA monitor.  OFF returns to 25-line display mode.
*OPTION RADIX
ÚÄÄÄÄÄÄÄÄ¿
³ Hex ÄÄÄÄÄÄ Make hexadecimal the default input radix
³ Decimal ÄÄ Make decimal the default input radix
³ Octal ÄÄÄÄ Make octal the default input radix
³ Binary ÄÄÄ Make binary the default input radix
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*SOURCE PATH
Enter the semi-colon separated directory list to be used for source
file access.  Source files are always searched for in the current 
directory first.

Examples:
       \project\source
       c:\source;d:\proj\src
*OPTION VIEW
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³ High level ÄÄÄÄÄ Display trace as source statements
³ Assembly ÄÄÄÄÄÄÄ Display trace as assembler mnemonics
³ Mixed ÄÄÄÄÄÄÄÄÄÄ Display both source and assembly
³ Line numbers ÄÄÄ Enable or disable the display of line numbers
³ Code display ÄÄÄ Enable or disable the display of object code
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*OPTION LINENUM
ON displays line numbers on Source Window.  OFF inhibits the display.
*OPTION CODE
ON displays object code on Source Window.  OFF inhibits the display.
*MACRO MLIST
ON displays the macro body during macro expansion.  OFF inhibits
the display.
*OPTION BEEP
ON enables beeping on errors.  OFF inhibits beeping.
*OPTION JOURNAL
Records all input commands in the specified text file.  The text
file may be used as an include file in a later debug session.

Examples:
      testcmd.txt
      \project\test\test.cmd
*OPTION LIST
Records all screen display in the specified text file.  The text
file provides a history of the debug session.

Examples:
      session.log
      \project\log\test.log