spaceserver/server/objects/objects.c

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6.2 KiB
C
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2023-04-30 20:52:53 +00:00
#include "objects.h"
#include "message.h"
SERVER_OBJECTS* srv_create_objects(SERVER_OBJECTS* objects, int ship_size, int bullet_size, int comet_size, int explosion_size)
{
if(!objects)
{
SERVER_OBJECTS* objects = (SERVER_OBJECTS*)malloc(sizeof(SERVER_OBJECTS));
show_message_error(objects, "Failed to allocate space for SERVER_OBJECTS");
}
objects->ship_size = ship_size;
objects->bullet_size = bullet_size;
objects->comet_size = comet_size;
objects->explosion_size = explosion_size;
objects->ships = srv_create_ships(ship_size);
objects->bullets = srv_create_bullets(bullet_size);
objects->comets = srv_create_comets(comet_size);
objects->explosions = srv_create_explosions(explosion_size);
return objects;
}
void srv_free_objects(SERVER_OBJECTS* objects)
{
srv_destroy_objects(objects);
free(objects);
}
void srv_destroy_objects(SERVER_OBJECTS* objects)
{
if(objects->ship_size > 0)
{
for(int i = 0; i < objects->ship_size; i++)
free(objects->ships[i]);
free(objects->ships);
}
if(objects->bullet_size > 0)
{
for(int i = 0; i < objects->bullet_size; i++)
free(objects->bullets[i]);
free(objects->bullets);
}
if(objects->comet_size > 0)
{
for(int i = 0; i < objects->comet_size; i++)
free(objects->comets[i]);
free(objects->comets);
}
if(objects->explosion_size > 0)
{
for(int i = 0; i < objects->explosion_size; i++)
free(objects->explosions[i]);
free(objects->explosions);
}
}
static SERVER_SHIP** srv_create_ships(int size)
{
SERVER_SHIP** ships = (SERVER_SHIP**)malloc(sizeof(SERVER_SHIP*) * size);
show_message_error(ships, "Failed to allocate space for SERVER_SHIP collection");
for(int i = 0; i < size; i++)
{
ships[i] = (SERVER_SHIP*)malloc(sizeof(SERVER_SHIP));
show_message_error(ships[i], "Failed to allocate space for SERVER_SHIP");
}
return ships;
}
static SERVER_BULLET** srv_create_bullets(int size)
{
SERVER_BULLET** bullets = (SERVER_BULLET**)malloc(sizeof(SERVER_BULLET*) * size);
show_message_error(bullets, "Failed to allocate space for SERVER_BULLET collection");
for(int i = 0; i < size; i++)
{
bullets[i] = (SERVER_BULLET*)malloc(sizeof(SERVER_BULLET));
show_message_error(bullets[i], "Failed to allocate space for SERVER_BULLET");
}
return bullets;
}
static SERVER_COMET** srv_create_comets(int size)
{
SERVER_COMET** comets = (SERVER_COMET**)malloc(sizeof(SERVER_COMET*) * size);
show_message_error(comets, "Failed to allocate space for SERVER_COMET collection");
for(int i = 0; i < size; i++)
{
comets[i] = (SERVER_COMET*)malloc(sizeof(SERVER_COMET));
show_message_error(comets[i], "Failed to allocate space for SERVER_COMET");
}
return comets;
}
static SERVER_EXPLOSION** srv_create_explosions(int size)
{
SERVER_EXPLOSION** explosions = (SERVER_EXPLOSION**)malloc(sizeof(SERVER_EXPLOSION*) * size);
show_message_error(explosions, "Failed to allocate space for SERVER_EXPLOSION collection");
for(int i = 0; i < size; i++)
{
explosions[i] = (SERVER_EXPLOSION*)malloc(sizeof(SERVER_EXPLOSION));
show_message_error(explosions[i], "Failed to allocate space for SERVER_EXPLOSION");
}
return explosions;
}
void srv_init_ships(SERVER_OBJECTS* objects, int key_ship, int ID, int animation_columns, int animation_direction, int animation_row, int boundx, int boundy, int cur_frame,
int frame_count, int frame_delay, int frame_height, int frame_width, int lives, int max_frame, int score, int speed, int x, int y)
{
SERVER_SHIP* ship = objects->ships[key_ship];
ship->ID = ID;
ship->animation_columns = animation_columns;
ship->animation_direction = animation_direction;
ship->animation_row = animation_row;
ship->boundx = boundx;
ship->boundy = boundy;
ship->cur_frame = cur_frame;
ship->frame_count = frame_count;
ship->frame_delay = frame_delay;
ship->frame_height = frame_height;
ship->frame_width = frame_width;
ship->lives = lives;
ship->max_frame = max_frame;
ship->score = score;
ship->speed = speed;
ship->x = x;
ship->y = y;
ship->active = true;
}
void srv_init_bullets(SERVER_OBJECTS* objects, int key_bullet, int ID, int speed, int x, int y)
{
SERVER_BULLET* bullet = objects->bullets[key_bullet];
bullet->ID = ID;
bullet->live = false;
bullet->speed = speed;
bullet->x = x;
bullet->y = y;
bullet->active = true;
}
void srv_init_comets(SERVER_OBJECTS* objects, int key_comet, int ID, int animation_columns, int animation_direction, int boundx, int boundy, int cur_frame,
int frame_count, int frame_delay, int frame_height, int frame_width, int max_frame, int speed, int x, int y)
{
SERVER_COMET* comet = objects->comets[key_comet];
comet->ID = ID;
comet->animation_columns = animation_columns;
comet->animation_direction = animation_direction;
comet->boundx = boundx;
comet->boundy = boundy;
comet->cur_frame = cur_frame;
comet->frame_count = frame_count;
comet->frame_delay = frame_delay;
comet->frame_height = frame_height;
comet->frame_width = frame_width;
comet->max_frame = max_frame;
comet->speed = speed;
comet->live = false;
comet->x = x;
comet->y = y;
}
void srv_init_explosions(SERVER_OBJECTS* objects, int key_explosion, int animation_columns, int animation_direction, int cur_frame,
int frame_count, int frame_delay, int frame_height, int frame_width, int max_frame, int x, int y)
{
SERVER_EXPLOSION* explosion = objects->explosions[key_explosion];
explosion->animation_columns = animation_columns;
explosion->animation_direction = animation_direction;
explosion->cur_frame = cur_frame;
explosion->frame_count = frame_count;
explosion->frame_delay = frame_delay;
explosion->frame_height = frame_height;
explosion->frame_width = frame_width;
explosion->live = false;
explosion->max_frame = max_frame;
explosion->x = x;
explosion->y = y;
explosion->lifetime = 0;
}