void sensor_support_think( gentity_t *self )
{
if(!self->enabled)
{
self->nextthink = level.time + SENSOR_POLL_PERIOD * 5;
return;
}
switch (self->conditions.team) {
case TEAM_HUMANS:
self->powered = G_FindPower( self, qfalse );
break;
case TEAM_ALIENS:
self->powered = G_FindCreep( self );
break;
case TEAM_ALL:
self->powered = G_FindPower( self, qfalse );
if(!self->powered)
self->powered = G_FindCreep( self );
break;
default:
G_Printf(S_ERROR "missing team field for %s\n", etos( self ));
G_FreeEntity( self );
break;
}
if(self->powered)
G_FireEntity( self, self->powerSource );
self->nextthink = level.time + SENSOR_POLL_PERIOD;
}
bool G_ValidateEntity( entityClassDescriptor_t *entityClass, gentity_t *entity )
{
switch (entityClass->chainType) {
case CHAIN_ACTIVE:
if(!entity->callTargetCount) //check target usage for backward compatibility
{
if( g_debugEntities.integer > -2 )
Log::Warn("Entity %s needs to call or target to something — Removing it.", etos( entity ) );
return false;
}
break;
case CHAIN_TARGET:
case CHAIN_PASSIV:
if(!entity->names[0])
{
if( g_debugEntities.integer > -2 )
Log::Warn("Entity %s needs a name, so other entities can target it — Removing it.", etos( entity ) );
return false;
}
break;
case CHAIN_RELAY:
if((!entity->callTargetCount) //check target usage for backward compatibility
|| !entity->names[0])
{
if( g_debugEntities.integer > -2 )
Log::Warn("Entity %s needs a name as well as a target to conditionally relay the firing — Removing it.", etos( entity ) );
return false;
}
break;
default:
break;
}
return true;
}
int DbProxy::getTaskHistory(const string & application, const string & serverName, const string & command, vector<TaskRsp> &taskRsp)
{
string sql = "select t1.`create_time`, t1.`serial`, t1.`user_name`, t2.* from t_task as t1, t_task_item as t2 where t1.task_no=t2.task_no and t2.application='"
+ _mysqlReg.escapeString(application) + "' and t2.server_name='"
+ _mysqlReg.escapeString(serverName) + "' and t2.command='"
+ _mysqlReg.escapeString(command) + "' order by create_time desc, task_no";
try
{
tars::TC_Mysql::MysqlData res = _mysqlReg.queryRecord(sql);
TLOGDEBUG("DbProxy::getTaskHistory size:" << res.size() << ", sql:" << sql << endl);
for (unsigned i = 0; i < res.size(); i++)
{
string taskNo = res[i]["task_no"];
//获取Item
TaskItemRsp itemRsp;
itemRsp.startTime = res[i]["start_time"];
itemRsp.endTime = res[i]["end_time"];
itemRsp.status = (EMTaskItemStatus)TC_Common::strto<int>(res[i]["status"]);
itemRsp.statusInfo= etos(itemRsp.status);
itemRsp.req.taskNo = res[i]["task_no"];
itemRsp.req.itemNo = res[i]["item_no"];
itemRsp.req.application = res[i]["application"];
itemRsp.req.serverName = res[i]["server_name"];
itemRsp.req.nodeName = res[i]["node_name"];
itemRsp.req.setName = res[i]["set_name"];
itemRsp.req.command = res[i]["command"];
itemRsp.req.parameters = TC_Parsepara(res[i]["parameters"]).toMap();
if (taskRsp.empty() || taskRsp[taskRsp.size() - 1].taskNo != taskNo)
{
//新的TaskRsp
TaskRsp rsp;
rsp.taskNo = res[i]["task_no"];
rsp.serial = TC_Common::strto<int>(res[i]["serial"]);
rsp.userName = res[i]["user_name"];
rsp.taskItemRsp.push_back(itemRsp);
taskRsp.push_back(rsp);
}
else
{
taskRsp.back().taskItemRsp.push_back(itemRsp);
}
}
}
catch (exception &ex)
{
TLOGERROR("DbProxy::getTaskHistory exception: " << ex.what() << endl);
return -1;
}
return 0;
}
// マップオブジェクトを取得
MapObject* GameEventHelper::getMapObjectById(const string& objectId, bool available)
{
// heroであったら主人公を返す
if (objectId == "hero" || objectId == etos(ObjectID::HERO))
{
return DungeonSceneManager::getInstance()->getParty()->getMainCharacter();
}
// heroでなければIDから検索して返す
else
{
if(available) return DungeonSceneManager::getInstance()->getMapObjectList()->getMapObject(stoi(objectId));
return DungeonSceneManager::getInstance()->getMapObjectList()->getMapObjectFromDisableList(stoi(objectId));
}
}
int DbProxy::getTaskRsp(const string &taskNo, TaskRsp &taskRsp)
{
try
{
string sql = "select * from t_task as t1, t_task_item as t2 where t1.task_no=t2.task_no and t2.task_no='"
+ _mysqlReg.escapeString(taskNo) + "'";
tars::TC_Mysql::MysqlData item = _mysqlReg.queryRecord(sql);
if (item.size() == 0)
{
TLOGERROR("DbProxy::getTaskRsp 't_task' not task: " << taskNo << endl);
return -1;
}
taskRsp.taskNo = item[0]["task_no"];
taskRsp.serial = TC_Common::strto<int>(item[0]["serial"]);
taskRsp.userName = item[0]["user_name"];
for (unsigned i = 0; i < item.size(); i++)
{
TaskItemRsp rsp;
rsp.startTime = item[i]["start_time"];
rsp.endTime = item[i]["end_time"];
rsp.status = (EMTaskItemStatus)TC_Common::strto<int>(item[i]["status"]);
rsp.statusInfo = etos(rsp.status);
rsp.req.taskNo = item[i]["task_no"];
rsp.req.itemNo = item[i]["item_no"];
rsp.req.application = item[i]["application"];
rsp.req.serverName = item[i]["server_name"];
rsp.req.nodeName = item[i]["node_name"];
rsp.req.setName = item[i]["set_name"];
rsp.req.command = item[i]["command"];
rsp.req.parameters = TC_Parsepara(item[i]["parameters"]).toMap();
taskRsp.taskItemRsp.push_back(rsp);
}
ExecuteTask::getInstance()->checkTaskRspStatus(taskRsp);
}
catch (TC_Mysql_Exception& ex)
{
TLOGERROR("DbProxy::getTaskRsp exception"<<ex.what()<<endl);
return -3;
}
return 0;
}
void Svcmd_EntityFire_f()
{
char argument[ MAX_STRING_CHARS ];
int entityNum;
gentity_t *selection;
gentityCall_t call;
gentityCallDefinition_t callDefinition = { nullptr, ON_DEFAULT, nullptr, nullptr, ECA_DEFAULT };
if ( trap_Argc() < 2 || trap_Argc() > 3 )
{
G_Printf( "usage: entityFire <entityNum> [<action>]\n" );
return;
}
trap_Argv( 1, argument, sizeof( argument ) );
entityNum = atoi( argument );
if ( entityNum >= level.num_entities || entityNum < MAX_CLIENTS )
{
G_Printf( "invalid entityId %d\n", entityNum );
return;
}
selection = &g_entities[entityNum];
if (!selection->inuse)
{
G_Printf("entity slot %d is not in use\n", entityNum);
return;
}
if( trap_Argc() >= 3 )
{
trap_Argv( 2, argument, sizeof( argument ) );
callDefinition.action = argument;
callDefinition.actionType = G_GetCallActionTypeFor( callDefinition.action );
}
G_Printf( "firing %s:%s\n", etos( selection ), callDefinition.action ? callDefinition.action : "default" );
if(selection->names[0])
callDefinition.name = selection->names[0];
call.definition = &callDefinition;
call.caller = &g_entities[ ENTITYNUM_NONE ];
call.activator = &g_entities[ ENTITYNUM_NONE ] ;
G_CallEntity(selection, &call);
}
/*
===============
SP_trigger_ammo
===============
*/
void SP_env_afx_ammo( gentity_t *self )
{
G_SpawnInt( "ammo", "1", &self->config.amount );
if ( self->config.amount <= 0 )
{
self->config.amount = 1;
Log::Warn( "%s with negative or unset ammo amount key", etos(self) );
}
self->touch = env_afx_ammo_touch;
self->act = env_afx_toggle;
InitEnvAFXEntity( self, true );
}
void SocketHandler::onClose(int id, int fd, const string& ip, int port, int closeType) {
STORM_INFO << m_config.serviceName << " close " << id << " " << fd << " " << ip << ":" << port
<< ", " << etos((Socket_CloseType)closeType);
m_conList.del(id);
m_timelist.del(id);
Connection::ptr pack(new Connection);
pack->type = Net_Close;
pack->id = id;
pack->fd = fd;
pack->port = port;
pack->ip = ip;
pack->closeType = closeType;
m_packets.push_back(pack);
}
void SP_WaitFields( gentity_t *self, float defaultWait, float defaultWaitVariance ) {
if (!self->config.wait.time)
self->config.wait.time = defaultWait;
if (!self->config.wait.variance)
self->config.wait.variance = defaultWaitVariance;
if ( self->config.wait.variance >= self->config.wait.time && self->config.wait.variance > 0)
{
self->config.wait.variance = self->config.wait.time - FRAMETIME;
if( g_debugEntities.integer > -1)
{
Log::Warn( "Entity %s has wait.variance >= wait.time", etos( self ) );
}
}
}
void SP_sfx_speaker( gentity_t *self )
{
char buffer[ MAX_QPATH ];
char *tmpString;
if ( !G_SpawnString( "noise", "NOSOUND", &tmpString ) )
{
G_Error( "speaker %s without a noise key", etos( self ) );
}
// force all client-relative sounds to be "activator" speakers that
// play on the entity that activates the speaker
if ( tmpString[ 0 ] == '*' )
{
self->spawnflags |= 8;
}
self->soundIndex = G_SoundIndex( tmpString );
// a repeating speaker can be done completely client side
self->s.eType = ET_SPEAKER;
self->s.eventParm = self->soundIndex;
self->s.frame = self->config.wait.time * 10;
self->s.clientNum = self->config.wait.variance * 10;
// check for prestarted looping sound
if ( self->spawnflags & 1 )
{
self->s.loopSound = self->soundIndex;
}
self->act = target_speaker_act;
if ( self->spawnflags & 4 )
{
self->r.svFlags |= SVF_BROADCAST;
}
VectorCopy( self->s.origin, self->s.pos.trBase );
// must link the entity so we get areas and clusters so
// the server can determine who to send updates to
trap_LinkEntity( self );
}
/*
=================
G_FreeEntity
Marks the entity as free
=================
*/
void G_FreeEntity( gentity_t *entity )
{
trap_UnlinkEntity( entity ); // unlink from world
if ( entity->neverFree )
{
return;
}
if ( g_debugEntities.integer > 2 )
G_Printf(S_DEBUG "Freeing Entity %s\n", etos(entity));
if( entity->eclass && entity->eclass->instanceCounter > 0)
entity->eclass->instanceCounter--;
memset( entity, 0, sizeof( *entity ) );
entity->classname = "freent";
entity->freetime = level.time;
entity->inuse = qfalse;
}
/*
=================
G_FreeEntity
Marks the entity as free
=================
*/
void G_FreeEntity( gentity_t *entity )
{
trap_UnlinkEntity( entity ); // unlink from world
if ( entity->neverFree )
{
return;
}
if ( g_debugEntities.integer > 2 )
{
G_Printf(S_DEBUG "Freeing Entity %s\n", etos(entity));
}
if ( entity->obstacleHandle )
{
trap_BotRemoveObstacle( entity->obstacleHandle );
}
if( entity->eclass && entity->eclass->instanceCounter > 0 )
{
entity->eclass->instanceCounter--;
}
if ( entity->s.eType == ET_BEACON && entity->s.modelindex == BCT_TAG )
{
// It's possible that this happened before, but we need to be sure.
BaseClustering::Remove(entity);
}
if (entity->entity != &emptyEntity)
{
delete entity->entity;
}
memset( entity, 0, sizeof( *entity ) );
entity->entity = &emptyEntity;
entity->classname = "freent";
entity->freetime = level.time;
entity->inuse = false;
}
/**
* @brief
*/
static void G_trigger_hurt_Touch(g_entity_t *self, g_entity_t *other,
const cm_bsp_plane_t *plane,
const cm_bsp_texinfo_t *surf) {
if (!other->locals.take_damage) { // deal with items that land on us
if (other->locals.item) {
if (other->locals.item->type == ITEM_FLAG) {
G_ResetDroppedFlag(other);
} else if (other->locals.item->type == ITEM_TECH) {
G_ResetDroppedTech(other);
} else {
G_FreeEntity(other);
}
}
gi.Debug("%s\n", etos(other));
return;
}
if (self->locals.timestamp > g_level.time) {
return;
}
if (self->locals.spawn_flags & 16) {
self->locals.timestamp = g_level.time + 1000;
} else {
self->locals.timestamp = g_level.time + 100;
}
const int16_t d = self->locals.damage;
int32_t dflags = DMG_NO_ARMOR;
if (self->locals.spawn_flags & 8) {
dflags = DMG_NO_GOD;
}
G_Damage(other, self, NULL, NULL, NULL, NULL, d, d, dflags, MOD_TRIGGER_HURT);
}
int DbProxy::updateServerState(const string& app, const string& serverName, const string& nodeName,
const string& stateFields, tars::ServerState state, int processId)
{
try
{
int64_t iStart = TC_TimeProvider::getInstance()->getNowMs();
if (stateFields != "setting_state" && stateFields != "present_state")
{
TLOGDEBUG(app << "." << serverName << "_" << nodeName
<< " not supported fields:" << stateFields << endl);
return -1;
}
string sProcessIdSql = (stateFields == "present_state" ?
(", process_id = " + TC_Common::tostr<int>(processId) + " ") : "");
string sql =
"update t_server_conf "
"set " + stateFields + " = '" + etos(state) + "' " + sProcessIdSql +
"where application='" + _mysqlReg.escapeString(app) + "' "
" and server_name='" + _mysqlReg.escapeString(serverName) + "' "
" and node_name='" + _mysqlReg.escapeString(nodeName) + "' ";
_mysqlReg.execute(sql);
TLOGDEBUG(__FUNCTION__ << " " << app << "." << serverName << "_" << nodeName
<< " affected:" << _mysqlReg.getAffectedRows()
<< "|cost:" << (TC_TimeProvider::getInstance()->getNowMs() - iStart) << endl);
return 0;
}
catch (TC_Mysql_Exception& ex)
{
TLOGERROR(__FUNCTION__ << " " << app << "." << serverName << "_" << nodeName
<< " exception: " << ex.what() << endl);
return -1;
}
}
bool G_HandleEntityVersions( entityClassDescriptor_t *spawnDescription, gentity_t *entity )
{
if ( spawnDescription->versionState == ENT_V_CURRENT ) // we don't need to handle anything
return true;
if ( !spawnDescription->replacement || !Q_stricmp(entity->classname, spawnDescription->replacement))
{
if ( g_debugEntities.integer > -2 )
Log::Warn("Class %s has been marked deprecated but no replacement has been supplied", etos( entity ) );
return false;
}
if ( g_debugEntities.integer >= 0 ) //dont't warn about anything with -1 or lower
{
if( spawnDescription->versionState < ENT_V_TMPORARY
|| ( g_debugEntities.integer >= 1 && spawnDescription->versionState >= ENT_V_TMPORARY) )
{
Log::Warn("Entity %s uses a deprecated classtype — use the class ^5%s^* instead", etos( entity ), spawnDescription->replacement );
}
}
entity->classname = spawnDescription->replacement;
return true;
}
/**
* G_PickRandomTargetFor
* Selects a random entity from among the targets
*/
gentity_t *G_PickRandomTargetFor( gentity_t *self )
{
int targetIndex;
gentity_t *foundTarget = nullptr;
int totalChoiceCount = 0;
gentity_t *choices[ MAX_GENTITIES ];
//collects the targets
while( ( foundTarget = G_IterateTargets( foundTarget, &targetIndex, self ) ) != nullptr )
choices[ totalChoiceCount++ ] = foundTarget;
if ( !totalChoiceCount )
{
if ( g_debugEntities.integer > -1 )
{
Log::Warn( "none of the following targets could be resolved for Entity %s:", etos(self));
G_PrintEntityNameList( self );
}
return nullptr;
}
//return a random one from among the choices
return choices[ rand() / ( RAND_MAX / totalChoiceCount + 1 ) ];
}
/*
* @brief Search for all entities that the specified entity targets, and call their
* use functions. Set their activator to our activator. Print our message,
* if set, to the activator.
*/
void G_UseTargets(g_entity_t *ent, g_entity_t *activator) {
g_entity_t *t;
// check for a delay
if (ent->locals.delay) {
// create a temp object to fire at a later time
t = G_AllocEntity(__func__);
t->locals.next_think = g_level.time + ent->locals.delay * 1000;
t->locals.Think = G_UseTargets_Delay;
t->locals.activator = activator;
if (!activator)
gi.Debug("No activator for %s\n", etos(ent));
t->locals.message = ent->locals.message;
t->locals.target = ent->locals.target;
t->locals.kill_target = ent->locals.kill_target;
return;
}
// print the message
if ((ent->locals.message) && activator->client) {
gi.WriteByte(SV_CMD_CENTER_PRINT);
gi.WriteString(ent->locals.message);
gi.Unicast(activator, true);
if (ent->locals.noise_index)
gi.Sound(activator, ent->locals.noise_index, ATTEN_NORM);
else
gi.Sound(activator, gi.SoundIndex("misc/chat"), ATTEN_NORM);
}
// kill kill_targets
if (ent->locals.kill_target) {
t = NULL;
while ((t = G_Find(t, LOFS(target_name), ent->locals.kill_target))) {
G_FreeEntity(t);
if (!ent->in_use) {
gi.Debug("%s was removed while using kill_targets\n", etos(ent));
return;
}
}
}
// doors fire area portals in a specific way
const _Bool is_door = g_str_has_prefix(ent->class_name, "func_door");
// fire targets
if (ent->locals.target) {
t = NULL;
while ((t = G_Find(t, LOFS(target_name), ent->locals.target))) {
if (is_door && !g_strcmp0(t->class_name, "func_areaportal")) {
continue;
}
if (t == ent) {
gi.Debug("%s tried to use itself\n", etos(ent));
continue;
}
if (t->locals.Use) {
t->locals.Use(t, ent, activator);
if (!ent->in_use) { // see if our target freed us
gi.Debug("%s was removed while using targets\n", etos(ent));
break;
}
}
}
}
}
void G_CallEntity(gentity_t *targetedEntity, gentityCall_t *call)
{
if ( g_debugEntities.integer > 1 )
{
G_Printf(S_DEBUG "[%s] %s calling %s %s:%s\n",
etos( call->activator ),
etos( call->caller ),
call->definition ? call->definition->event : "onUnknown",
etos( targetedEntity ),
call->definition && call->definition->action ? call->definition->action : "default");
}
targetedEntity->callIn = *call;
if((!targetedEntity->handleCall || !targetedEntity->handleCall(targetedEntity, call)) && call->definition)
{
switch (call->definition->actionType)
{
case ECA_NOP:
break;
case ECA_CUSTOM:
if ( g_debugEntities.integer > -1 )
{
G_Printf(S_WARNING "Unknown action \"%s\" for %s\n",
call->definition->action, etos(targetedEntity));
}
break;
case ECA_FREE:
G_FreeEntity(targetedEntity);
return; //we have to handle notification differently in the free-case
case ECA_PROPAGATE:
G_FireEntity( targetedEntity, call->activator);
break;
case ECA_ENABLE:
if(!targetedEntity->enabled) //only fire an event if we weren't already enabled
{
targetedEntity->enabled = true;
G_EventFireEntity( targetedEntity, call->activator, ON_ENABLE );
}
break;
case ECA_DISABLE:
if(targetedEntity->enabled) //only fire an event if we weren't already disabled
{
targetedEntity->enabled = false;
G_EventFireEntity( targetedEntity, call->activator, ON_DISABLE );
}
break;
case ECA_TOGGLE:
targetedEntity->enabled = !targetedEntity->enabled;
G_EventFireEntity( targetedEntity, call->activator, targetedEntity->enabled ? ON_ENABLE : ON_DISABLE );
break;
case ECA_USE:
if (!targetedEntity->use)
{
if(g_debugEntities.integer >= 0)
G_Printf(S_WARNING "calling :use on %s, which has no use function!\n", etos(targetedEntity));
break;
}
if(!call->activator || !call->activator->client)
{
if(g_debugEntities.integer >= 0)
G_Printf(S_WARNING "calling %s:use, without a client as activator.\n", etos(targetedEntity));
break;
}
targetedEntity->use(targetedEntity, call->caller, call->activator);
break;
case ECA_RESET:
if (targetedEntity->reset)
{
targetedEntity->reset(targetedEntity);
G_EventFireEntity( targetedEntity, call->activator, ON_RESET );
}
break;
case ECA_ACT:
G_HandleActCall( targetedEntity, call );
break;
default:
if (targetedEntity->act)
targetedEntity->act(targetedEntity, call->caller, call->activator);
break;
}
}
if(targetedEntity->notifyHandler)
targetedEntity->notifyHandler( targetedEntity, call );
targetedEntity->callIn = NULL_CALL; /**< not called anymore */
}
/*
===============
G_ParseField
Takes a key/value pair and sets the binary values
in a gentity
===============
*/
void G_ParseField( const char *key, const char *rawString, gentity_t *entity )
{
fieldDescriptor_t *fieldDescriptor;
byte *entityDataField;
vec4_t tmpFloatData;
variatingTime_t varTime = {0, 0};
fieldDescriptor = bsearch( key, fields, ARRAY_LEN( fields ), sizeof( fieldDescriptor_t ), cmdcmp );
if ( !fieldDescriptor )
{
return;
}
entityDataField = ( byte * ) entity + fieldDescriptor->offset;
switch ( fieldDescriptor->type )
{
case F_STRING:
* ( char ** ) entityDataField = G_NewString( rawString );
break;
case F_TARGET:
if(entity->targetCount >= MAX_ENTITY_TARGETS)
G_Error("Maximal number of %i targets reached.", MAX_ENTITY_TARGETS);
( ( char ** ) entityDataField ) [ entity->targetCount++ ] = G_NewString( rawString );
break;
case F_CALLTARGET:
if(entity->callTargetCount >= MAX_ENTITY_CALLTARGETS)
G_Error("Maximal number of %i calltargets reached. You can solve this by using a Relay.", MAX_ENTITY_CALLTARGETS);
( ( gentityCallDefinition_t * ) entityDataField ) [ entity->callTargetCount++ ] = G_NewCallDefinition( fieldDescriptor->replacement ? fieldDescriptor->replacement : fieldDescriptor->name, rawString );
break;
case F_TIME:
sscanf( rawString, "%f %f", &varTime.time, &varTime.variance );
* ( variatingTime_t * ) entityDataField = varTime;
break;
case F_3D_VECTOR:
sscanf( rawString, "%f %f %f", &tmpFloatData[ 0 ], &tmpFloatData[ 1 ], &tmpFloatData[ 2 ] );
( ( float * ) entityDataField ) [ 0 ] = tmpFloatData[ 0 ];
( ( float * ) entityDataField ) [ 1 ] = tmpFloatData[ 1 ];
( ( float * ) entityDataField ) [ 2 ] = tmpFloatData[ 2 ];
break;
case F_4D_VECTOR:
sscanf( rawString, "%f %f %f %f", &tmpFloatData[ 0 ], &tmpFloatData[ 1 ], &tmpFloatData[ 2 ], &tmpFloatData[ 3 ] );
( ( float * ) entityDataField ) [ 0 ] = tmpFloatData[ 0 ];
( ( float * ) entityDataField ) [ 1 ] = tmpFloatData[ 1 ];
( ( float * ) entityDataField ) [ 2 ] = tmpFloatData[ 2 ];
( ( float * ) entityDataField ) [ 3 ] = tmpFloatData[ 3 ];
break;
case F_INT:
* ( int * ) entityDataField = atoi( rawString );
break;
case F_FLOAT:
* ( float * ) entityDataField = atof( rawString );
break;
case F_YAW:
( ( float * ) entityDataField ) [ PITCH ] = 0;
( ( float * ) entityDataField ) [ YAW ] = atof( rawString );
( ( float * ) entityDataField ) [ ROLL ] = 0;
break;
case F_SOUNDINDEX:
if ( strlen( rawString ) >= MAX_QPATH )
{
G_Error( S_ERROR "Sound filename %s in field %s of %s exceeds MAX_QPATH\n", rawString, fieldDescriptor->name, etos( entity ) );
}
* ( int * ) entityDataField = G_SoundIndex( rawString );
break;
default:
G_Printf( S_ERROR "unknown datatype %i for field %s\n", fieldDescriptor->type, fieldDescriptor->name );
break;
}
if ( fieldDescriptor->replacement && fieldDescriptor->versionState )
G_WarnAboutDeprecatedEntityField(entity, fieldDescriptor->replacement, key, fieldDescriptor->versionState );
}
/*
===================
Svcmd_EntityShow_f
===================
*/
void Svcmd_EntityShow_f()
{
int entityNum;
int lastTargetIndex, targetIndex;
gentity_t *selection;
gentity_t *possibleTarget = nullptr;
char argument[ 6 ];
if (trap_Argc() != 2)
{
G_Printf("usage: entityShow <entityId>\n");
return;
}
trap_Argv( 1, argument, sizeof( argument ) );
entityNum = atoi( argument );
if (entityNum >= level.num_entities || entityNum < MAX_CLIENTS)
{
G_Printf("entityId %d is out of range\n", entityNum);
return;
}
selection = &g_entities[entityNum];
if (!selection->inuse)
{
G_Printf("entity slot %d is unused/free\n", entityNum);
return;
}
G_Printf( "⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼\n" );
G_Printf( "^5#%3i^*: %16s", entityNum, Com_EntityTypeName( selection->s.eType ) );
if (IS_NON_NULL_VEC3(selection->s.origin))
{
G_Printf("%26s", vtos( selection->s.origin ) );
}
G_Printf( "\n⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼⎼\n" );
G_Printf( "Classname: ^5%s^*\n", selection->classname );
G_Printf( "Capabilities:%s%s%s%s%s%s%s\n\n",
selection->act ? " acts" : "",
selection->think ? " thinks" : "",
selection->pain ? " pains" : "",
selection->die ? " dies" : "",
selection->reset ? " resets" : "",
selection->touch ? " touchable" : "",
selection->use ? " usable" : "");
if (selection->names[0])
{
G_Printf( "Names: ");
G_PrintEntityNameList( selection );
}
G_Printf("State: %s\n", selection->enabled ? "enabled" : "disabled");
if (selection->groupName)
{
G_Printf("Member of Group: %s%s\n", selection->groupName, !selection->groupMaster ? " [master]" : "");
}
G_Printf( "\n");
if(selection->targetCount)
{
G_Printf( "Aims at\n");
while ((possibleTarget = G_IterateTargets(possibleTarget, &targetIndex, selection)) != nullptr )
{
G_Printf(" • %s %s\n", etos( possibleTarget ), vtos( possibleTarget->s.origin));
}
G_Printf( "\n");
}
if(selection->callTargetCount)
{
lastTargetIndex = -1;
while ((possibleTarget = G_IterateCallEndpoints(possibleTarget, &targetIndex, selection)) != nullptr )
{
if(lastTargetIndex != targetIndex)
{
G_Printf("Calls %s \"%s:%s\"\n",
selection->calltargets[ targetIndex ].event ? selection->calltargets[ targetIndex ].event : "onUnknown",
selection->calltargets[ targetIndex ].name,
selection->calltargets[ targetIndex ].action ? selection->calltargets[ targetIndex ].action : "default");
lastTargetIndex = targetIndex;
}
G_Printf(" • %s", etos(possibleTarget));
if(possibleTarget->names[1])
{
G_Printf(" using \"%s\" ∈ ", selection->calltargets[ targetIndex ].name);
G_PrintEntityNameList( possibleTarget );
}
G_Printf("\n");
}
}
G_Printf( "\n" );
}
qboolean G_HandleEntityVersions( entityClassDescriptor_t *spawnDescription, gentity_t *entity )
{
if ( spawnDescription->versionState == ENT_V_CURRENT ) // we don't need to handle anything
return qtrue;
if ( !spawnDescription->replacement || !Q_stricmp(entity->classname, spawnDescription->replacement))
{
if ( g_debugEntities.integer > -2 )
G_Printf(S_ERROR "Class %s has been marked deprecated but no replacement has been supplied\n", etos( entity ) );
return qfalse;
}
if ( g_debugEntities.integer >= 0 ) //dont't warn about anything with -1 or lower
{
if( spawnDescription->versionState < ENT_V_TMPORARY
|| ( g_debugEntities.integer >= 1 && spawnDescription->versionState >= ENT_V_TMPORARY) )
{
G_Printf( S_WARNING "Entity %s uses a deprecated classtype — use the class " S_COLOR_CYAN "%s" S_COLOR_WHITE " instead\n", etos( entity ), spawnDescription->replacement );
}
}
entity->classname = spawnDescription->replacement;
return qtrue;
}
void trigger_multiple_compat_reset( gentity_t *self )
{
if (!!( self->spawnflags & 1 ) != !!( self->spawnflags & 2 )) //if both are set or none are set we assume TEAM_ALL
{
if ( self->spawnflags & 1 )
self->conditions.team = TEAM_HUMANS;
else if ( self->spawnflags & 2 )
self->conditions.team = TEAM_ALIENS;
}
if ( self->spawnflags && g_debugEntities.integer >= -1 ) //dont't warn about anything with -1 or lower
{
G_Printf( S_ERROR "It appears as if %s has set spawnflags that were not defined behavior of the entities.def; this is likely to break in the future\n", etos( self ));
}
}
inline string list_gets(list_t lst, uint32 index) {
return etos(lst.data[index]);
}
//some old sensors/triggers used to propagate use-events, this is deprecated behavior
void trigger_compat_propagation_act( gentity_t *self, gentity_t *other, gentity_t *activator )
{
G_FireEntity( self, self );
if ( g_debugEntities.integer >= -1 ) //dont't warn about anything with -1 or lower
{
G_Printf( S_ERROR "It appears as if %s is targeted by %s to enforce firing, which is undefined behavior — stop doing that! This WILL break in future releases and toggle the sensor instead.\n", etos( self ), etos( activator ) );
}
}
/**
* @brief Called whenever an entity changes origin, mins, maxs, or solid to add it to
* the clipping hull.
*/
void Sv_LinkEntity(g_entity_t *ent) {
int32_t leafs[MAX_ENT_LEAFS];
int32_t clusters[MAX_ENT_LEAFS];
size_t i, j;
int32_t top_node;
if (ent == svs.game->entities) { // never bother with the world
return;
}
// remove it from its current sector
Sv_UnlinkEntity(ent);
if (!ent->in_use) { // and if its free, we're done
return;
}
// set the size
VectorSubtract(ent->maxs, ent->mins, ent->size);
// encode the size into the entity state for client prediction
ent->s.solid = ent->solid;
switch (ent->s.solid) {
case SOLID_TRIGGER:
case SOLID_PROJECTILE:
case SOLID_DEAD:
case SOLID_BOX:
PackBounds(ent->mins, ent->maxs, &ent->s.bounds);
break;
default:
PackBounds(vec3_origin, vec3_origin, &ent->s.bounds);
break;
}
// set the absolute bounding box; ensure it is symmetrical
Cm_EntityBounds(ent->solid, ent->s.origin, ent->s.angles, ent->mins, ent->maxs, ent->abs_mins, ent->abs_maxs);
sv_entity_t *sent = &sv.entities[NUM_FOR_ENTITY(ent)];
// link to PVS leafs
sent->num_clusters = 0;
sent->areas[0] = sent->areas[1] = 0;
// get all leafs, including solids
const size_t len = Cm_BoxLeafnums(ent->abs_mins, ent->abs_maxs, leafs, lengthof(leafs),
&top_node, 0);
// set areas, allowing entities (doors) to occupy up to two
for (i = 0; i < len; i++) {
clusters[i] = Cm_LeafCluster(leafs[i]);
const int32_t area = Cm_LeafArea(leafs[i]);
if (area) {
if (sent->areas[0] && sent->areas[0] != area) {
if (sent->areas[1] && sent->areas[1] != area && sv.state == SV_LOADING) {
Com_Warn("Object touching 3 areas at %s\n", vtos(ent->abs_mins));
}
sent->areas[1] = area;
} else {
sent->areas[0] = area;
}
}
}
if (len == MAX_ENT_LEAFS) { // use top_node
sent->num_clusters = -1;
sent->top_node = top_node;
} else {
sent->num_clusters = 0;
for (i = 0; i < len; i++) {
if (clusters[i] == -1) {
continue; // not a visible leaf
}
for (j = 0; j < i; j++)
if (clusters[j] == clusters[i]) {
break;
}
if (j == i) {
if (sent->num_clusters == MAX_ENT_CLUSTERS) { // use top_node
Com_Debug(DEBUG_SERVER, "%s exceeds MAX_ENT_CLUSTERS\n", etos(ent));
sent->num_clusters = -1;
sent->top_node = top_node;
break;
}
sent->clusters[sent->num_clusters++] = clusters[i];
}
}
}
if (ent->solid == SOLID_NOT) {
return;
}
// find the first sector that the ent's box crosses
sv_sector_t *sector = sv_world.sectors;
while (true) {
if (sector->axis == -1) {
break;
}
if (ent->abs_mins[sector->axis] > sector->dist) {
sector = sector->children[0];
} else if (ent->abs_maxs[sector->axis] < sector->dist) {
sector = sector->children[1];
} else {
break; // crosses the node
}
}
// add it to the sector
sent->sector = sector;
sector->entities = g_list_prepend(sector->entities, ent);
// and update its clipping matrices
const vec_t *angles = ent->solid == SOLID_BSP ? ent->s.angles : vec3_origin;
Matrix4x4_CreateFromEntity(&sent->matrix, ent->s.origin, angles, 1.0);
Matrix4x4_Invert_Simple(&sent->inverse_matrix, &sent->matrix);
}