#pragma warn(wall=>on)
#include <stdio.h>
#include <mio.h>
#include <multi2.h>

/* routine to be called from Modula using Modula conventions (see multi1.def) */
#pragma save, name(prefix=>"multi1$"), call(c_conv=>off)
void x(long a,long b,long c,long d){
  printf("multi1.x called: a=%ld,b=%ld,c=%ld,d=%ld\n",a,b,c,d);
  p(a,b,c,d);
}
#pragma restore

/* routine to be called from Modula using C conventions (see multi1.def) */
void y(long a,long b,long c,long d){
  printf("multi1.y called: a=%ld,b=%ld,c=%ld,d=%ld\n",a,b,c,d);
  q(a,b,c,d);
}

/* initialisation routine, which will be called before main module is executed */
static void init(){
  printf("multi1.init called\n");
  IO$WrStr(25,"IO.WrStr called from 'C'");
  IO$WrLn();
}

/* example of how to do modula style initialisation in 'C' */
#pragma save, name(prefix=>"") /* have to use Modula naming convention */
#define NSUB 2                 /* number of sub-modules called from this module */
#ifdef _fdata
 #define INITDATA far
#else
 #define INITDATA near
#endif
extern char INITDATA multi2$[], INITDATA IO$[];
                               /* list of sub-modules called from this module */

struct { void (*initfunc)(void); char INITDATA *sub[NSUB]; int term; } multi1$ =
       { init,           /* initialisation routine */
         multi2$, IO$,   /* list of sub-modules called from this module */
         -1              /* terminator */
       };
#pragma restore

/* link in multi2.obj (alternatively insert the line 'include multi2' in project file multi.prj)*/
#pragma link(multi2)