Topic       : TOS - The Operating System
Author      : 
Version     : tos.hyp (December 19, 2008)
Subject     : Programmieren/Atari
Nodes       : 3010
Index Size  : 93790
HCP-Version : 5
Compiled on : Atari
@charset    : atarist
@lang       : 
@default    : Title
@help       : 
@options    : +g -i -s +x +zz -t4
@width      : 70
View Ref-File8.9.13.1  Bindings for wind_xset                                   TOS

 C:          int16_t wind_xset ( int16_t wi_shandle, int16_t 
             wi_sfield, int16_t wi_sw1, int16_t wi_sw2, int16_t 
             wi_sw3, int16_t wi_sw4, int16_t *wo_sw1, int16_t *wo_sw2, 
             int16_t *wo_sw3, int16_t *wo_sw4 );

 Binding:

             int16_t wind_xset ( int16_t wi_shandle, int16_t wi_sfield,
                                 int16_t wi_sw1, int16_t wi_sw2,
                                 int16_t wi_sw3, int16_t wi_sw4,
                                 int16_t *wo_sw1, int16_t *wo_sw2,
                                 int16_t *wo_sw3, int16_t *wo_sw4 );
             {
                int_in[0]  = wi_shandle;
                int_in[1]  = wi_sfield;
                int_in[2]  = wi_sw1;
                int_in[3]  = wi_sw2;
                int_in[4]  = wi_sw3;
                int_in[5]  = wi_sw4;
 
                crys_if(105);
 
                *wo_sw1 = int_out[1];
                *wo_sw1 = int_out[2];
                *wo_sw1 = int_out[3];
                *wo_sw1 = int_out[4];
 
                return ( int_out[0] );
             }

 GEM-Arrays:

              Address    Element     Contents 
              control    control[0]  105   # Function opcode 
              control+2  control[1]  6     # Entry in int_in 
              control+4  control[2]  5     # Entry in int_out 
              control+6  control[3]  0     # Entry in addr_in 
              control+8  control[4]  0     # Entry in addr_out 
              int_in     int_in[0]   wi_shandle 
              int_in+2   int_in[1]   wi_sfield 
              int_in+4   int_in[2]   wi_sw1 
              int_in+6   int_in[3]   wi_sw2 
              int_in+8   int_in[4]   wi_sw3 
              int_in+10  int_in[5]   wi_sw4 
              int_out    int_out[0]  Return value 
              int_out+2  int_out[1]  wo_sw1 
              int_out+4  int_out[2]  wo_sw2 
              int_out+6  int_out[3]  wo_sw3 
              int_out+8  int_out[4]  wo_sw4