void pair_free(pair_t * pair) {
if (pair) {
if (pair->first) object_free(pair->first);
if (pair->second) object_free(pair->second);
free(pair);
}
}
void call_bind_rule( OBJECT * target_, OBJECT * boundname_ )
{
LIST * const bind_rule = var_get( root_module(), constant_BINDRULE );
if ( !list_empty( bind_rule ) )
{
OBJECT * target = object_copy( target_ );
OBJECT * boundname = object_copy( boundname_ );
if ( boundname && target )
{
/* Prepare the argument list. */
FRAME frame[ 1 ];
frame_init( frame );
/* First argument is the target name. */
lol_add( frame->args, list_new( target ) );
lol_add( frame->args, list_new( boundname ) );
if ( lol_get( frame->args, 1 ) )
{
OBJECT * rulename = list_front( bind_rule );
list_free( evaluate_rule( bindrule( rulename, root_module() ), rulename, frame ) );
}
/* Clean up */
frame_free( frame );
}
else
{
if ( boundname )
object_free( boundname );
if ( target )
object_free( target );
}
}
}
RULE * lookup_rule( OBJECT * rulename, module_t * m, int local_only )
{
RULE rule;
RULE * r = &rule;
RULE * result = 0;
module_t * original_module = m;
r->name = rulename;
if ( m->class_module )
m = m->class_module;
if ( m->rules && hashcheck( m->rules, (HASHDATA * *)&r ) )
result = r;
else if ( !local_only && m->imported_modules )
{
/* Try splitting the name into module and rule. */
char *p = strchr( object_str( r->name ), '.' ) ;
if ( p )
{
string buf[1];
OBJECT * module_part;
OBJECT * rule_part;
string_new( buf );
string_append_range( buf, object_str( r->name ), p );
module_part = object_new( buf->value );
rule_part = object_new( p + 1 );
r->name = module_part;
/* Now, r->name keeps the module name, and p+1 keeps the rule name.
*/
if ( hashcheck( m->imported_modules, (HASHDATA * *)&r ) )
result = lookup_rule( rule_part, bindmodule( module_part ), 1 );
object_free( rule_part );
object_free( module_part );
string_free( buf );
}
}
if ( result )
{
if ( local_only && !result->exported )
result = 0;
else
{
/* Lookup started in class module. We have found a rule in class
* module, which is marked for execution in that module, or in some
* instances. Mark it for execution in the instance where we started
* the lookup.
*/
int execute_in_class = ( result->module == m );
int execute_in_some_instance = ( result->module->class_module &&
( result->module->class_module == m ) );
if ( ( original_module != m ) &&
( execute_in_class || execute_in_some_instance ) )
result->module = original_module;
}
}
return result;
}
static const char * cache_name( void )
{
static OBJECT * name = 0;
if ( !name )
{
OBJECT * hcachename = object_new( "HCACHEFILE" );
LIST * hcachevar = var_get( hcachename );
object_free( hcachename );
if ( hcachevar )
{
TARGET * t = bindtarget( hcachevar->value );
pushsettings( t->settings );
/* Do not expect the cache file to be generated, so pass 0 as the
* third argument to search. Expect the location to be specified via
* LOCATE, so pass 0 as the fourth arugment.
*/
object_free( t->boundname );
t->boundname = search( t->name, &t->time, 0, 0 );
popsettings( t->settings );
if ( hcachevar )
name = object_copy( t->boundname );
}
}
return name ? object_str( name ) : 0;
}
/**
* Cleans up a client for exit
*/
void server_client_cleanup(server_t* server, client_t* client)
{
ev_io_stop(server->io_loop, &client->io_read);
list_erase(&server->client_list, &client->node);
object_free(&client->read_buffer);
object_free(&client->write_buffer);
server->drop_cb(client, server);
close(client->fd);
}
void melee_free(scene *scene) {
melee_local *local = scene_get_userdata(scene);
game_player *player2 = game_state_get_player(scene->gs, 1);
surface_free(&local->feh);
surface_free(&local->bleh);
surface_free(&local->select_hilight);
for(int i = 0; i < 2; i++) {
component_free(local->bar_power[i]);
component_free(local->bar_agility[i]);
component_free(local->bar_endurance[i]);
}
for(int i = 0; i < 10; i++) {
object_free(&local->pilots[i]);
object_free(&local->harportraits_player1[i]);
object_free(&local->har_player1[i]);
if (player2->selectable) {
object_free(&local->harportraits_player2[i]);
object_free(&local->har_player2[i]);
}
}
object_free(&local->player2_placeholder);
object_free(&local->unselected_har_portraits);
object_free(&local->bigportrait1);
if (player2->selectable) {
object_free(&local->bigportrait2);
}
free(local);
}
void sal_gui_entry_set(vm_t *vm)
{
obj_t *obj = (obj_t *)sal_stack_pop(vm->stack); /* widget */
obj_t *str = (obj_t *)sal_stack_pop(vm->stack); /* string */
gtk_entry_set_text(
GTK_ENTRY(pointer_get_value(obj)),
string_get_value(str));
object_free(obj);
object_free(str);
}
void mechlab_free(scene *scene) {
mechlab_local *local = scene_get_userdata(scene);
for(int i = 0; i < sizeof(local->bg_obj)/sizeof(object); i++) {
object_free(&local->bg_obj[i]);
}
guiframe_free(local->frame);
guiframe_free(local->dashboard);
object_free(local->mech);
free(local->mech);
free(local);
}
void paramui_free(t_paramui *x)
{
jbox_free(&x->box);
qelem_free(x->menu_qelem);
x->menu_qelem = NULL;
object_free(x->menu_items);
object_detach_byptr(x, x->obj_parameter);
if(x->layout_value)
jtextlayout_destroy(x->layout_value);
if(x->layout_unit)
jtextlayout_destroy(x->layout_unit);
object_free(x->obj_parameter);
}
void cmgrainlabs_free(t_cmgrainlabs *x) {
dsp_free((t_pxobject *)x); // free memory allocated for the object
object_free(x->buffer); // free the buffer reference
object_free(x->w_buffer); // free the window buffer reference
sysmem_freeptr(x->busy); // free memory allocated to the busy array
sysmem_freeptr(x->grainpos); // free memory allocated to the grainpos array
sysmem_freeptr(x->start); // free memory allocated to the start array
sysmem_freeptr(x->t_length); // free memory allocated to the t_length array
sysmem_freeptr(x->gr_length); // free memory allocated to the t_length array
sysmem_freeptr(x->pan_left); // free memory allocated to the pan_left array
sysmem_freeptr(x->pan_right); // free memory allocated to the pan_right array
sysmem_freeptr(x->gain); // free memory allocated to the gain array
}
/**
* Opens a cache fs from memory (ie. client cached index + data files)
*/
void cache_open_fs(cache_t* cache, int num_indices, const char** index_files, const char* data_file)
{
cache->num_indices = num_indices;
codec_t* data_indices;
codec_t data_blocks;
int num_blocks;
/* Read the data file into memory */
FILE *data_fd = fopen(data_file, "r");
fseek(data_fd, 0, SEEK_END);
int data_size = ftell(data_fd);
object_init(codec, &data_blocks);
codec_resize(&data_blocks, data_size);
num_blocks = data_size / DATA_BLOCK_SIZE;
fseek(data_fd, 0, SEEK_SET);
fread(data_blocks.data, DATA_BLOCK_SIZE, num_blocks, data_fd);
fclose(data_fd);
/* Read the indices into memory */
cache->num_files = (int*)calloc(sizeof(int), num_indices);
cache->files = (file_t**)malloc(sizeof(file_t*)*num_indices);
data_indices = (codec_t*)malloc(sizeof(codec_t)*num_indices);
for (int i = 0; i < num_indices; i++) {
FILE* index_fd = fopen(index_files[i], "r");
fseek(index_fd, 0, SEEK_END);
int index_size = ftell(index_fd);
object_init(codec, &data_indices[i]);
codec_resize(&data_indices[i], index_size);
cache->num_files[i] = index_size / INDEX_ENTRY_SIZE;
cache->files[i] = (file_t*)malloc(sizeof(file_t)*cache->num_files[i]);
fseek(index_fd, 0, SEEK_SET);
fread(data_indices[i].data, INDEX_ENTRY_SIZE, cache->num_files[i], index_fd);
fclose(index_fd);
for (int x = 0; x < cache->num_files[i]; x++) {
cache_fs_get(&data_indices[i], &data_blocks, i, x, &cache->files[i][x]);
}
object_free(&data_indices[i]);
}
object_free(&data_blocks);
}
// Load an external for internal use
// returns true if successful
bool jamoma_loadextern(t_symbol *objectname, long argc, t_atom *argv, t_object **object)
{
t_class *c = NULL;
t_object *p = NULL;
c = class_findbyname(jps_box, objectname);
if (!c) {
p = (t_object *)newinstance(objectname, 0, NULL);
if (p) {
c = class_findbyname(jps_box, objectname);
freeobject(p);
p = NULL;
}
else {
error("jamoma: could not load extern (%s) within the core", objectname->s_name);
return false;
}
}
if (*object != NULL) { // if there was an object set previously, free it first...
object_free(*object);
*object = NULL;
}
*object = (t_object *)object_new_typed(CLASS_BOX, objectname, argc, argv);
return true;
}
file_info_t * file_info( OBJECT * filename )
{
file_info_t *finfo = &filecache_finfo;
int found;
if ( !filecache_hash )
filecache_hash = hashinit( sizeof( file_info_t ), "file_info" );
filename = path_as_key( filename );
finfo = (file_info_t *)hash_insert( filecache_hash, filename, &found );
if ( !found )
{
/* printf( "file_info: %s\n", filename ); */
finfo->name = object_copy( filename );
finfo->is_file = 0;
finfo->is_dir = 0;
finfo->size = 0;
finfo->time = 0;
finfo->files = L0;
}
object_free( filename );
return finfo;
}
void pwd_done( void )
{
if( pwd_result )
{
object_free( pwd_result );
}
}
static void delete_module_( void * xmodule, void * data )
{
module_t *m = (module_t *)xmodule;
delete_module( m );
object_free( m->name );
}
void path_add_key( OBJECT * path )
{
struct path_key_entry * result;
int found;
if ( ! path_key_cache )
path_key_cache = hashinit( sizeof( struct path_key_entry ), "path to key" );
result = (struct path_key_entry *)hash_insert( path_key_cache, path, &found );
if ( !found )
{
string buf[1];
OBJECT * normalized;
struct path_key_entry * nresult;
result->path = path;
string_copy( buf, object_str( path ) );
normalize_path( buf );
normalized = object_new( buf->value );
string_free( buf );
nresult = (struct path_key_entry *)hash_insert( path_key_cache, normalized, &found );
if ( !found || nresult == result )
{
nresult->path = object_copy( normalized );
nresult->key = object_copy( path );
}
object_free( normalized );
if ( nresult != result )
{
result->path = object_copy( path );
result->key = object_copy( nresult->key );
}
}
}
void *jojo_new (t_symbol *s, long argc, t_atom *argv)
{
t_jojo *x = NULL;
if ((x = (t_jojo *)object_alloc (jojo_class))) {
//
ulong err = (x->error_ = JOJO_GOOD);
try {
new (x) t_jojo;
}
catch (...) {
err = (x->error_ = JOJO_ERROR);
}
if (err) {
object_free (x);
x = NULL;
}
//
}
return x;
}
file_info_t * file_info( OBJECT * filename )
{
file_info_t *finfo = &filecache_finfo;
if ( !filecache_hash )
filecache_hash = hashinit( sizeof( file_info_t ), "file_info" );
filename = path_as_key( filename );
finfo->name = filename;
finfo->is_file = 0;
finfo->is_dir = 0;
finfo->size = 0;
finfo->time = 0;
finfo->files = 0;
if ( hashenter( filecache_hash, (HASHDATA**)&finfo ) )
{
/* printf( "file_info: %s\n", filename ); */
finfo->name = object_copy( finfo->name );
}
object_free( filename );
return finfo;
}
static void time_enter( void * closure, OBJECT * target, int const found,
timestamp const * const time )
{
int item_found;
BINDING * b;
struct hash * const bindhash = (struct hash *)closure;
target = path_as_key( target );
b = (BINDING *)hash_insert( bindhash, target, &item_found );
if ( !item_found )
{
b->name = object_copy( target );
b->flags = 0;
}
timestamp_copy( &b->time, time );
b->progress = found ? BIND_FOUND : BIND_SPOTTED;
if ( DEBUG_BINDSCAN )
out_printf( "time ( %s ) : %s\n", object_str( target ), time_progress[
b->progress ] );
object_free( target );
}
int yyline()
{
struct include * i = incp;
if ( !incp )
return EOF;
/* Once we start reading from the input stream, we reset the include
* insertion point so that the next include file becomes the head of the
* list.
*/
/* If there is more data in this line, return it. */
if ( *i->string )
return *i->string++;
/* If we are reading from an internal string list, go to the next string. */
if ( i->strings )
{
if ( *i->strings )
{
++i->line;
i->string = *(i->strings++);
return *i->string++;
}
}
else
{
/* If necessary, open the file. */
if ( !i->file )
{
FILE * f = stdin;
if ( strcmp( object_str( i->fname ), "-" ) && !( f = fopen( object_str( i->fname ), "r" ) ) )
perror( object_str( i->fname ) );
i->file = f;
}
/* If there is another line in this file, start it. */
if ( i->file && fgets( i->buf, sizeof( i->buf ), i->file ) )
{
++i->line;
i->string = i->buf;
return *i->string++;
}
}
/* This include is done. Free it up and return EOF so yyparse() returns to
* parse_file().
*/
incp = i->next;
/* Close file, free name. */
if ( i->file && ( i->file != stdin ) )
fclose( i->file );
object_free( i->fname );
BJAM_FREE( (char *)i );
return EOF;
}
/* Deletes all handles owned by owner with a context == 'context',
(all handles if owner is -1, all contexts if context is -1)
Traverses seperately to find each handle because the tree could
be rearranged by deletion
*/
int r_handle_cleanup(struct handlenode *n,int owner,int context,
handle group) {
struct handlenode ncopy;
if ((!n) || (n==NIL)) return 0;
if ( ((owner<0) || (owner==n->owner)) &&
((context)<0 || (n->context==context)) &&
((!group) || group==n->group)) {
/* Same sequence as handle_free()
Remove from the handle tree BEFORE deleting the object itself */
#ifdef DEBUG_MEMORY
printf(" handle cleanup 0x%08X: grp 0x%08X own %d ctx %d\n",
n->id,group,owner,context);
#endif
ncopy = *n;
htree_delete(n);
object_free(&ncopy);
/* See if this node had any group members that need to be expunged */
while (r_handle_cleanup(htree,-1,-1,ncopy.id));
return 1;
}
if (r_handle_cleanup(n->left,owner,context,group)) return 1;
if (r_handle_cleanup(n->right,owner,context,group)) return 1;
return 0;
}
static void import_base_rule( void * r_, void * d_ )
{
RULE * r = (RULE *)r_;
RULE * ir1;
RULE * ir2;
struct import_base_data * d = (struct import_base_data *)d_;
string qualified_name[ 1 ];
OBJECT * qname;
string_new ( qualified_name );
string_append ( qualified_name, object_str( d->base_name ) );
string_push_back( qualified_name, '.' );
string_append ( qualified_name, object_str( r->name ) );
qname = object_new( qualified_name->value );
ir1 = import_rule( r, d->class_module, r->name );
ir2 = import_rule( r, d->class_module, qname );
object_free( qname );
/* Copy 'exported' flag. */
ir1->exported = ir2->exported = r->exported;
/* If we are importing a class method, localize it. */
if ( ( r->module == d->base_module ) || ( r->module->class_module &&
( r->module->class_module == d->base_module ) ) )
ir1->module = ir2->module = d->class_module;
string_free( qualified_name );
}
void jit_field_sphere_free(t_jit_field_sphere *x)
{
if(x->field) {
object_free(x->field);
x->field = NULL;
}
}
void declare_native_rule( const char * module, const char * rule, const char * * args,
LIST * (*f)( FRAME *, int ), int version )
{
OBJECT * module_obj = 0;
module_t * m;
if ( module )
{
module_obj = object_new( module );
}
m = bindmodule( module_obj );
if ( module_obj )
{
object_free( module_obj );
}
if (m->native_rules == 0) {
m->native_rules = hashinit( sizeof( native_rule_t ), "native rules");
}
{
native_rule_t n, *np = &n;
n.name = object_new( rule );
if (args)
{
n.arguments = args_new();
lol_build( n.arguments->data, args );
}
else
{
n.arguments = 0;
}
n.procedure = function_builtin( f, 0 );
n.version = version;
hashenter(m->native_rules, (HASHDATA**)&np);
}
}
/* Deletes the handle, and if HFLAG_NFREE is not set it frees the object */
g_error handle_free(int owner,handle h) {
struct handlenode *n = htree_find(h);
struct handlenode ncopy;
#ifdef DEBUG_MEMORY
printf("handle_free(%d,0x%08X): node=%p\n",owner,h,n);
#endif
/* Already gone - don't complain */
if (!h) return success;
if (!n) return success;
if (owner>=0 && n->owner != owner)
return mkerror(PG_ERRT_HANDLE,27);
/* Remove from the handle tree BEFORE deleting the object itself */
ncopy = *n;
htree_delete(n);
object_free(&ncopy);
/* See if this node had any group members that need to be expunged */
while (r_handle_cleanup(htree,-1,-1,ncopy.id));
return success;
}
void howbigisyourp_dump(t_howbigisyourp *x)
{
t_an_item *item;
t_atom a;
t_linklist *list = linklist_new();
linklist_flags(list, OBJ_FLAG_MEMORY); // will use sysmem_freeptr on the objects
// first item of list contains the totalnumberofobjects
item = an_item_new(gensym("totalnumberofobjects"), 0);
linklist_append(list, item);
// copy the hash table to a linklist, and count the total number of object
hashtab_funall(x->hash, (method)howbigisyourp_cp_to_linklist, list);
// get the first item totalnumberofobjects which now contains the total number of objects
item = linklist_getindex(list, 0);
post("The total number of objects is %d", item->val);
linklist_deleteindex(list, 0); // remove it so we can proceed
// sorting is nicer
linklist_sort(list, linklist_ascending);
// iterate through the linklist and output {name, instances} out the outlet.
item = linklist_getindex(list, 0);
while (item) {
atom_setlong(&a, item->val);
outlet_anything(x->out, item->name, 1, &a);
linklist_next(list, item, (void **)&item);
}
// free the linklist items, the hashtab items are not removed).
if (list)
object_free(list);
}
bool
animation_animate(Animation animation, int frame, bool moved)
{
bool finished = false;
ObjectList local_list = animation->objlist;
Coord coord = local_list->coord;
Object obj = object_init(local_list->objects[local_list->slide]);
for (int j = 0; j < obj->size; ++j)
{
if (point_get_content(obj->object[j]) == '\n')
{
coord.y += 1;
coord.x = local_list->coord.x;
continue;
}
mvprintw(coord.y, coord.x, "%c", point_get_content(obj->object[j]));
coord.x += 1;
}
if ( moved && local_list->slide < local_list->used - 1)
animation->objlist->slide += 1;
else
{
animation->objlist->slide = 0;
finished = true;
}
object_free(obj);
return finished;
}
// Load an external for internal use
t_max_err loadextern(t_symbol *objectname, long argc, t_atom *argv, t_object **object)
{
t_class *c = NULL;
t_object *p = NULL;
c = class_findbyname(_sym_box, objectname);
if (!c) {
p = (t_object*)newinstance(objectname, 0, NULL);
if(p){
c = class_findbyname(_sym_box, objectname);
freeobject(p);
p = NULL;
}
else{
error("could not load extern (%s) within the oscar extension", objectname->s_name);
return MAX_ERR_GENERIC;
}
}
if (*object != NULL) { // if there was an object set previously, free it first...
object_free(*object);
*object = NULL;
}
*object = (t_object*)object_new_typed(_sym_box, objectname, argc, argv);
return MAX_ERR_NONE;
}
void vs_free(scene *scene) {
vs_local *local = scene_get_userdata(scene);
game_player *player2 = game_state_get_player(scene->gs, 1);
dialog_free(&local->quit_dialog);
dialog_free(&local->too_pathetic_dialog);
surface_free(&local->arena_select_bg);
object_free(&local->player1_portrait);
object_free(&local->player2_portrait);
object_free(&local->player1_har);
object_free(&local->player2_har);
if (player2->selectable) {
object_free(&local->arena_select);
}
free(local);
}
int main(){
Object *o = object_ini();
char name[] = "TestingName";
char desc[] = "TestingDesc";
char *nameret, *descret;
object_set_name(o, name);
object_set_desc(o, desc);
object_set_spaceid(o, 1);
object_set_id(o, 2);
object_pick(o);
nameret = object_return_name(o);
descret = object_return_desc(o);
if (strcmp(nameret, name) == 0)
printf("set and return name: OK\n");
if (strcmp(descret, desc) == 0)
printf("set and return desc: OK\n");
if (object_return_spaceid(o) == 1)
printf("set and return spaceid: OK\n");
if (object_return_id(o) == 2)
printf("set and return id: OK\n");
if (object_return_has(o) == TRUE)
printf("pick and return has: OK\n");
object_drop(o);
if (object_return_has(o) == FALSE)
printf("drop: OK\n");
object_free(o);
return 1;
}