source: doc/theses/colby_parsons_MMAth/benchmarks/actors/cfa/repeat.cfa@ bb7422a

#include <actor.hfa>
#include <fstream.hfa>
#include <stdlib.hfa>
#include <string.h>
#include <stdio.h>
#include "bench.hfa"

size_t Messages = 100000, Processors = 4, QScale = 256, Times = 100;

struct Server { inline actor; };
struct IntMsg {
    inline message;
    int val;
};
struct CharMsg {
    inline message;
    char val;
};
struct StateMsg { inline message; } stateMsg;

struct Client {
    inline actor;
    Server * servers;
        IntMsg * intmsg;
        CharMsg * charmsg;
        size_t results, times;
};
void ?{}( Client & this ) with(this) {
    ((actor &)this){};
    results = 0;
    times = 0;
    servers = aalloc( Messages );
    intmsg = aalloc( Messages );
    charmsg = aalloc( Messages );
    for ( i; Messages ) {
        servers[i]{};
        intmsg[i]{};
        charmsg[i]{};
    }
}
void ^?{}( Client & this ) with(this) {
    adelete( servers );
    adelete( intmsg );
    adelete( charmsg );
}

Client * cl;
Allocation receive( Server & this, IntMsg & msg ) { msg.val = 7; *cl << msg; return Nodelete; }
Allocation receive( Server & this, CharMsg & msg ) { msg.val = 'x'; *cl << msg; return Nodelete; }
Allocation receive( Server & this, StateMsg & msg ) { return Finished; }

void terminateServers( Client & this ) with(this) {
    for ( i; Messages ) {
        servers[i] << stateMsg;
    } // for
}

Allocation reset( Client & this ) with(this) {
    times += 1;
    if ( times == Times ) { terminateServers( this ); return Finished; }
    results = 0;
    this << stateMsg;
    return Nodelete;
}

Allocation process( Client & this ) with(this) {
    this.results++;
    if ( results == 2 * Messages ) { return reset( this ); }
    return Nodelete;
}

Allocation receive( Client & this, IntMsg & msg ) { return process( this ); }
Allocation receive( Client & this, CharMsg & msg ) { return process( this ); }
Allocation receive( Client & this, StateMsg & msg ) with(this) {
    for ( i; Messages ) {
        servers[i] << intmsg[i];
        servers[i] << charmsg[i];
    }
    return Nodelete;
}

int main( int argc, char * argv[] ) {
    switch ( argc ) {
      case 5:
                if ( strcmp( argv[4], "d" ) != 0 ) {                    // default ?
                        QScale = atoi( argv[4] );
                        if ( QScale < 1 ) goto Usage;
                } // if
          case 4:
                if ( strcmp( argv[3], "d" ) != 0 ) {                    // default ?
                        Times = atoi( argv[3] );
                        if ( Times < 1 ) goto Usage;
                } // if
          case 3:
                if ( strcmp( argv[2], "d" ) != 0 ) {                    // default ?
                        Processors = atoi( argv[2] );
                        if ( Processors < 1 ) goto Usage;
                } // if
          case 2:
                if ( strcmp( argv[1], "d" ) != 0 ) {                    // default ?
                        Messages = atoi( argv[1] );
                        if ( Messages < 1 ) goto Usage;
                } // if
          case 1:                                                                                       // use defaults
                break;
          default:
          Usage:
                sout | "Usage: " | argv[0]
             | ") ] [ messages (> 0) | 'd' (default " | Messages
                         | ") ] [ processors (> 0) | 'd' (default " | Processors
             | ") ] [ Times (> 0) | 'd' (default " | Times
                         | ") ] [ qscale (> 0) | 'd' (default " | QScale
                         | ") ]" ;
                exit( EXIT_FAILURE );
        } // switch

    
    executor e{ Processors, Processors, Processors == 1 ? 1 : Processors * QScale, true, 1 };

    uint64_t start_time = bench_time();

    start_actor_system( e );

    Client client;
    cl = &client;
    client << stateMsg;

    stop_actor_system();

    uint64_t end_time = bench_time();

    printf("%.2f\n", ((double)(end_time - start_time))*((double)1e-9) );

    return 0;
}