/************************** I2ICE TUTORIAL SCREEN #5 ***************************/
menu=1
define literally P   = 'include scr.4 nolist'                  
define literally R   = 'include scr.5 nolist'
define literally RTN = 'include scr.5 nolist'
define literally N   = 'include scr.6 nolist'
define literally M   = 'include scr.2 nolist'                  
cls
/*******************************************************************************/
'                                                     ------------------------- '
'Shown below is the command that you entered for the | SCR5: MEMORY ALLOCATION |'
'previous screen and the I2ICE response to it.       | M = Go to main menu     |'
'    *MAP                                            | N = Next screen         |'
'    MAP      0K  LENGTH    1024K    GUARDED         | P = Previous screen     |'
'We see that all of the memory is guarded.  This     | Q = Quit tutorial       |'
'means that none of it is available for storing the  | R = Rewrite SCR5        |'
'sample program.  Because you have no user prototype | SCR# = Screen desired   |'
'hardware connected, you cannot allocate memory to    -------------------------'
'USER hardware.  You must select another memory op-  '
'tion such as high-speed (HS) memory.  To map memory for a program, you must'
'know the program''s size and the starting address sent by the locater. The '
'sample program requires less than 3K bytes of memory, and the locater used '
'the default address of 206 hex as the program''s starting address.  Since '
'mapping must begin at 1K boundaries, we should begin mapping memory at '
'address 0 (rather than at address 206 hex).  To allocate memory for the'
'program and to display the resulting memory map, enter'    
'    MAP 0  LENGTH 3K HS <Enter>'
'    MAP <Enter>'
'Enter N <Enter> to learn more about the resulting display.'
'-------------------------------------------------------------------------------'