/**
* @brief check alignment using abstract size and mandatory origin
* @return true if OK
* @todo check for brush intersection as well as alignment, and move
* to a good position if bad.
*/
static bool Check_InfoStartAligned (const entityDef_t* ed, const entity_t* e)
{
static int size[6];
const entityKeyDef_t* sizeKd = ED_GetKeyDefEntity(ed, "size", 1); /* 1 means find abstract version of key */
if (ED_GetIntVector(sizeKd, size, (int)(sizeof(size) / sizeof(int))) == ED_ERROR)
Sys_Error("%s", ED_GetLastError());
return (((int)e->origin[0] - size[0]) % UNIT_SIZE == 0)
&& (((int)e->origin[1] - size[1]) % UNIT_SIZE == 0);
}
/**
* @brief Perform an entity check
*/
void CheckEntities (void)
{
Check_InitEntityDefs();
for (int i = 0; i < num_entities; i++) {
entity_t* e = &entities[i];
const char* name = ValueForKey(e, "classname");
const entityDef_t* ed = ED_GetEntityDef(name);
const epair_t* kvp;
const entityKeyDef_t* kd;
if (!ed) { /* check that a definition exists */
Check_Printf(VERB_CHECK, false, i, -1, "Not defined in entities.ufo: %s\n", name);
continue;
}
/* check alignment of info_.+_start */
if (Check_IsInfoStart(name) && !Check_InfoStartAligned(ed, e))
Check_Printf(VERB_CHECK, false, i, -1, "Misaligned %s\n", name);
if (Q_strstart(name, "func_")) /* func_* entities should have brushes */
Check_EntityWithBrushes(e, name, i);
/* check all keys in the entity - make sure they are OK */
for (kvp = e->epairs; kvp; kvp = kvp->next) {
kd = ED_GetKeyDefEntity(ed, kvp->key, 0); /* zero means ignore abstract (radiant only) keys */
if (!kd) { /* make sure it has a definition */
Check_Printf(VERB_CHECK, false, i, -1, "Not defined in entities.ufo: %s in %s\n", kvp->key, name);
continue;
}
if (ED_CheckKey(kd, kvp->value) == ED_ERROR) { /* check values against type and range definitions in entities.ufo */
Check_Printf(VERB_CHECK, false, i, -1, "%s\n", ED_GetLastError());
continue;
}
if (Q_streq("target", kvp->key) || Q_streq("targetname", kvp->key)) {
if (!Check_TargetExists(kvp)) {
Check_Printf(VERB_CHECK, false, i, -1,
"%s with %s of %s: no corresponding entity with %s with matching value\n",
ed->classname, kvp->key, kvp->value, Q_streq("target", kvp->key) ? "targetname" : "target");
}
}
}
/* check keys in the entity definition - make sure mandatory ones are present */
for (kd = ed->keyDefs; kd->name; kd++) {
if (kd->flags & ED_MANDATORY) {
const char* keyNameInEnt = ValueForKey(e, kd->name);
if (keyNameInEnt[0] == '\0') {
const char* defaultVal = kd->defaultVal;
const bool hasDefault = defaultVal ? true : false;
Check_Printf(VERB_CHECK, hasDefault, i, -1, "Mandatory key missing from entity: %s in %s", kd->name, name);
if (defaultVal) {
Check_Printf(VERB_CHECK, hasDefault, i, -1, ", supplying default: %s", defaultVal);
SetKeyValue(e, kd->name, defaultVal);
}
Check_Printf(VERB_CHECK, hasDefault, i, -1, "\n");
}
}
}
}
}
/**
* @brief searches for the parsed key def
* @param abstract send abstract to find an abstract key with this name
* @return NULL if the entity def or key def is not found. call ED_GetLastError to get a relevant message.
*/
const entityKeyDef_t *ED_GetKeyDef (const char *classname, const char *keyname, const int abstract)
{
const entityDef_t *ed = ED_GetEntityDef(classname);
return ED_GetKeyDefEntity(ed, keyname, abstract);
}
