skevity/source/game_source/entities/Centery.c

#include "Centery.h"
#include "../../server_source/transactions.h"
#include <stdlib.h>
#include <stdio.h>
#include <string.h>

int CenteryInit(void* self) {
    entity* ent = self;
    centery* cen = ent->data;
    cen->direction = 0;
    return 0;
}

int CenteryUpdate(int arg, void* self) {
    entity* e = self;
    world* w =  e->world;
    centery* cen = e->data;
    vec2 moveTo = e->position;
    int goodMove;
    user_transaction pos_ut;
    memset(&pos_ut, 0, sizeof(pos_ut));
    printf("getting transaction\n");

    //printf("Has Connection\n");
    //printf("cli sock %d, entity sock ,\n", e->server->socket);
    if(cen->cli->server.game_info.socket > 0) {
        
        
        if(RecvUserTransaction(&pos_ut, e->server)) {
            printf("Centery NG\n");
        }else {
        
            memcpy(&moveTo, pos_ut.userArg,sizeof(vec2));
            printf("size of post_ut %d\n", pos_ut.argsize);
            printf("move to %d,%d\n", moveTo.x,moveTo.y);
        
        }
        
    }

    if(!EntityMove(e, &moveTo)) {

        //   st_move = (user_transaction){
        //    .userArg = &mv,
        //    .action = PlayerMove,
        //    .id = SERVER_T_USER_FLAG,
        //    .argsize = sizeof(mv),
        //};


        //w->wells[at(mv.x, mv.y, w)].cell = SetCell(6);
    }

    //do{
    //    goodMove = EntityMove(e,(vec2){e->position.x+ 0, e-> position.y + 1});
    //    if(goodMove == 1) {
    //        switch (cen->direction) {
    //            case 0:
    //                moveTo = (vec2){e->position.x+ 0, e-> position.y + 1};
    //                printf("moveing S\n");
    //                break;
    //            case 1:
    //                moveTo = (vec2){e->position.x+ 1, e-> position.y + 1};
    //                printf("moveing SE\n");
    //                break;
    //            case 2:
    //                moveTo = (vec2){e->position.x+ 1, e-> position.y + 0};
    //                printf("moveing E\n");
    //                break;
    //            case 3:
    //                moveTo = (vec2){e->position.x+ 1, e-> position.y + -1};
    //                printf("moveing NE\n");
    //                break;
    //            case 4:
    //                moveTo = (vec2){e->position.x+ 0, e-> position.y + -1};
    //                printf("moveing N\n");
    //                break;
    //            case 6:
    //                moveTo = (vec2){e->position.x+ -1, e->position.y+ -1};
    //                printf("moveing NW\n");
    //                break;
    //            case 7:
    //                moveTo = (vec2){e->position.x+ -1, e->position.y + 0};
    //                printf("moveing W\n");
    //                break;
    //            case 8:
    //                moveTo = (vec2){e->position.x+ -1, e->position.y + 1};
    //                printf("moveing SW\n");
    //                break;
    //        }
    //        goodMove = EntityMove(e,moveTo);
    //        if(cen->direction > 8) {
    //            cen->direction = 0;
    //        }else {
    //            cen->direction ++;
    //        }
    //    
    //    }
    //}while(goodMove == 1);

    

    //printf("name of entity %s\n",e->name);
    return 0;
}

int CenteryFree(void* self) {
    entity* ent = self;
    centery* cen = ent->data;
    free(cen);
    free(ent);
    return 0;
}



entity* CreateCentery(int tear, client* cli, world* w) {
    entity* ent = (entity*)malloc(sizeof(entity));
    centery* cen = (centery*)malloc(sizeof(centery));

    *cen = (centery){
        .weapon = 1,
        .classification = 1,
        .tear = 3,
        .alert = 0,
        .mode = 0,

        .health = 30,
        .ac = 3,
        .str = 3,
        .wis = 3,
        .dex = 3,
        .cli = cli,
    };

    *ent = (entity){
        .id = CENTERY_ID,
        .name = "Centery",
        .description = "Your Basic Bad giy",
        .tile = {
            .simble = 'C',
            .background = {0,0,0},
            .forground = {0xff,0x10,0x10},
        },
        .position = (vec2){5,5},
        .data = cen,
        .world = w,
        .callback = {
            .init = CenteryInit,
            .update = CenteryUpdate,
            .free = CenteryFree,
        },

        .cleanup = 0,
    };

    return ent;
}

int ServerUpdate(void * ent) {
    //entity* e = (entity*)ent;
    //centery* cen = (centery*)e->userdata;


    return 0;
}
int ClientUpdate(int action, void * centery) {
    return 0;
}


int Init(void * ent){
    return 0;
}

int Free(void* ent) {
    return 0;
}