/************************** I2ICE TUTORIAL SCREEN #18 **************************/
menu=1
define literally P   = 'include scr.17 nolist'
define literally R   = 'include scr.18 nolist'
define literally RTN = 'include scr.18 nolist'
define literally N   = 'include scr.19 nolist'
define literally M   = 'include scr.2 nolist'
cls
/*******************************************************************************/
'                                                     ------------------------'
'As noted in SCR17, to use program symbols you may   | SCR18:  ADDRESSES      |'
'have to enter the symbol''s fully qualified refer-   | M = Go to main menu    |'
'ence.  If a symbol is a label for an address, en-   | N = Next screen        |'
'tering the label results in the display of the      | P = Previous screen    |'
'address.  For example, PRINT_COIN is the name of a  | Q = Quit tutorial      |'
'procedure in our sample program.  Enter             | R = Rewrite SCR18      |'
'    :CMAKER.PRINT_COIN <Enter>                      | SCR# = Screen desired  |'
'You can also get the address of line numbers. Enter  ------------------------'
'    :CMAKER#70 <Enter>                              '
'In SCR17, we learned that entering QUARTERS and other variable names displays'
'the value stored at the variable address.  Again enter  '
'    :CMAKER.QUARTERS <Enter>'
'However, if you place a period before the fully qualified variable name,'
'you''ll get the address of the variable.  Press the <UP-ARROW> key to retrieve'
'the last command from the history buffer and precede the command with a period'
'(use the <LEFT-ARROW> key to move the cursor); then press the <Enter> key to'
'execute the command.'
'    .:CMAKER.QUARTERS <Enter>'
'NOTE: You cannot use symbolic names with the I2ICE system unless you use the'
'DEBUG option when you compile your program. '
'----------To learn more about the history buffer, enter MOD_D <Enter>----------'