Easy way to do multiple write statements ?

[richard]

the "EXT" modifier make this a breeze , see if you can follow this example

  
    amps         Var Word   ext    ;chg mA
    volts        Var Word   ext    ;chg V
    kp           var word   ext
    kd           var word   ext
    ki           var word   ext
    f_0        var byte   ext
    f_1        var byte   ext
    f_2        var byte   ext
    f_3        var byte   ext
    setpoint     var word   ext   ;out volts
    cl           var word   ext   ;current limit
    flgs         VAR byte   ext
    drive        var word   ext   ;current pwm value
    a_cal        var word   ext
    v_cal        var word   ext
    bat_r        Var byte   ext    ;bits 0:3 is batt being charged , 4:7  batt connected flg
    data_blk        var byte[26]
 
asm
volts    = _data_blk   ;01
amps     = _data_blk+2 ;23
flgs     = _data_blk+4 ;4
drive    = _data_blk+5 ; 56
F_0      = _data_blk+7
F_1      = _data_blk+8
F_2      = _data_blk+9
F_3      = _data_blk+10
setpoint = _data_blk+11 ;1112
bat_r    = _data_blk+13   
ki       = _data_blk+14 ;1415
cl       = _data_blk+16   
kp       = _data_blk+18   
kd       = _data_blk+20   
a_cal    = _data_blk+22  
v_cal    = _data_blk+24 ;2425

endasm

to save

for n =0 to 25
write n, [data_blk[n]]
next n

to read

for n =0 to 25
read n, [data_blk[n]]
next n

to just save vars f_0 to f_3

for n =7 to 10 
write n, [data_blk[n]]
next n

or even better

for n =0 to 3 
write n, [f_0[n]]
next n