om_props_ptr om_props_acquire(const char *name) {
om_props_ptr props = om_malloc(sizeof(om_props));
props->device_data = om_dict_new(15);
//((om_dict_ptr)props->device_data))->copy_value_func
props->get=om_mock_props_get;
return props;
}
void * __om_malloc_debug(uint32 length, const char *file, const int line) {
void * toret = NULL;
if( om_malloc_fail==OM_TRUE ) {
return NULL;
} else {
toret = __om_malloc_regular(length);
if( ! om_malloc_tracking && toret!=NULL ) {
om_malloc_tracking = OM_TRUE;
if( om_mallocs == NULL ) {
om_mallocs = om_dict_new(40);
((om_dict_ptr)om_mallocs)->release_func=__om_malloc_debug_release_func;
((om_dict_ptr)om_mallocs)->hash_func=__om_malloc_debug_hash_func;
}
om_dict_put( om_mallocs, toret, om_string_format("%i:%s",line,file) );
//printf("adding %8X %s\n",toret,om_dict_get(om_mallocs,toret));
om_malloc_count++;
om_malloc_tracking = OM_FALSE;
}
}
return toret;
}
om_prefs_ptr om_prefs_acquire(const char *name) {
om_prefs_ptr prefs = om_malloc(sizeof(om_prefs));
strcpy(prefs->name,name);
prefs->device_data = om_dict_new(15);
((om_dict_ptr)prefs->device_data)->release_func = om_mock_prefs_dict_release_entry;
prefs->get=om_mock_prefs_get;
prefs->set=om_mock_prefs_set;
prefs->clear=om_mock_prefs_clear;
prefs->remove=om_mock_prefs_remove;
return prefs;
}
om_dict_ptr om_dict_from_query_string(const char *queryString) {
om_list_ptr keyValPairs = om_string_explode(queryString,'&');
om_dict_ptr ret = om_dict_new(5);
ret->release_func=om_dict_release_default_func;
int c = om_list_count(keyValPairs);
for( int i=0; i<c; i++ ) {
char * val = om_list_get(keyValPairs,i);
om_list_ptr keyVal = om_string_explode( val, '=' );
if( om_list_count(keyVal)==2 ) {
om_dict_put( ret, om_string_copy(om_list_get(keyVal,0)), om_string_copy(om_list_get(keyVal,1)) );
} else if( om_list_count(keyVal)==1 ) {
om_dict_put( ret, om_string_copy(om_list_get(keyVal,0)), "" );
}
om_list_release(keyVal);
}
om_list_release(keyValPairs);
return ret;
}
