/**
* @brief Load callback for savegames in XML Format
* @param[in] parent XML Node structure, where we get the information from
*/
bool INT_LoadXML (xmlNode_t *parent)
{
xmlNode_t *node;
xmlNode_t *interestsNode = XML_GetNode(parent, SAVE_INTERESTS);
bool success = true;
ccs.lastInterestIncreaseDelay = XML_GetInt(interestsNode, SAVE_INTERESTS_LASTINCREASEDELAY, 0);
ccs.lastMissionSpawnedDelay = XML_GetInt(interestsNode, SAVE_INTERESTS_LASTMISSIONSPAWNEDDELAY, 0);
ccs.overallInterest = XML_GetInt(interestsNode, SAVE_INTERESTS_OVERALL, 0);
Com_RegisterConstList(saveInterestConstants);
for (node = XML_GetNode(interestsNode, SAVE_INTERESTS_INTEREST); node;
node = XML_GetNextNode(node, interestsNode, SAVE_INTERESTS_INTEREST)) {
const char *categoryId = XML_GetString(node, SAVE_INTERESTS_ID);
int cat;
if (!Com_GetConstInt(categoryId, (int*) &cat)) {
Com_Printf("Invalid interest category '%s'\n", categoryId);
success = false;
break;
}
ccs.interest[cat]= XML_GetInt(node, SAVE_INTERESTS_VAL, 0);
}
Com_UnregisterConstList(saveInterestConstants);
return success;
}
/**
* @brief Load callback for savegames in XML Format
* @param[in] parent XML Node structure, where we get the information from
*/
qboolean AIRFIGHT_LoadXML (xmlNode_t *parent)
{
int i;
xmlNode_t *node;
for (i = 0, node = XML_GetNode(parent, SAVE_AIRFIGHT_PROJECTILE); i < MAX_PROJECTILESONGEOSCAPE && node;
node = XML_GetNextNode(node, parent, SAVE_AIRFIGHT_PROJECTILE), i++) {
technology_t *tech = RS_GetTechByProvided(XML_GetString(node, SAVE_AIRFIGHT_ITEMID));
int j;
xmlNode_t *positions;
xmlNode_t *attackingAircraft;
xmlNode_t *aimedAircraft;
aircraftProjectile_t *projectile = &ccs.projectiles[i];
if (!tech) {
Com_Printf("AIR_Load: Could not get technology of projectile %i\n", i);
return qfalse;
}
projectile->aircraftItem = INVSH_GetItemByID(tech->provides);
for (j = 0, positions = XML_GetPos2(node, SAVE_AIRFIGHT_POS, projectile->pos[0]); j < MAX_MULTIPLE_PROJECTILES && positions;
j++, positions = XML_GetNextPos2(positions, node, SAVE_AIRFIGHT_POS, projectile->pos[j]))
;
projectile->numProjectiles = j;
XML_GetPos3(node, SAVE_AIRFIGHT_IDLETARGET, projectile->idleTarget);
projectile->time = XML_GetInt(node, SAVE_AIRFIGHT_TIME, 0);
projectile->angle = XML_GetFloat(node, SAVE_AIRFIGHT_ANGLE, 0.0);
projectile->bullets = XML_GetBool(node, SAVE_AIRFIGHT_BULLET, qfalse);
projectile->beam = XML_GetBool(node, SAVE_AIRFIGHT_BEAM, qfalse);
if ((attackingAircraft = XML_GetNode(node, SAVE_AIRFIGHT_ATTACKINGAIRCRAFT))) {
if (XML_GetBool(attackingAircraft, SAVE_AIRFIGHT_ISUFO, qfalse))
/** @todo 0 as default might be incorrect */
projectile->attackingAircraft = UFO_GetByIDX(XML_GetInt(attackingAircraft, SAVE_AIRFIGHT_AIRCRAFTIDX, 0));
else
projectile->attackingAircraft = AIR_AircraftGetFromIDX(XML_GetInt(attackingAircraft, SAVE_AIRFIGHT_AIRCRAFTIDX, AIRCRAFT_INVALID));
} else {
projectile->attackingAircraft = NULL;
}
if ((aimedAircraft = XML_GetNode(node, SAVE_AIRFIGHT_AIMEDAIRCRAFT))) {
if (XML_GetBool(aimedAircraft, SAVE_AIRFIGHT_ISUFO, qfalse))
/** @todo 0 as default might be incorrect */
projectile->aimedAircraft = UFO_GetByIDX(XML_GetInt(aimedAircraft, SAVE_AIRFIGHT_AIRCRAFTIDX, 0));
else
projectile->aimedAircraft = AIR_AircraftGetFromIDX(XML_GetInt(aimedAircraft, SAVE_AIRFIGHT_AIRCRAFTIDX, AIRCRAFT_INVALID));
} else {
projectile->aimedAircraft = NULL;
}
}
ccs.numProjectiles = i;
return qtrue;
}
/**
* @brief Load callback for savegames
* @param[in] p XML Node structure, where we get the information from
* @sa INS_SaveXML
* @sa SAV_GameLoadXML
* @sa INS_LoadItemSlots
*/
qboolean INS_LoadXML (xmlNode_t *p)
{
xmlNode_t *n = XML_GetNode(p, SAVE_INSTALLATION_INSTALLATIONS);
xmlNode_t *s;
int i = 0;
qboolean success = qtrue;
if (!n)
return qfalse;
Com_RegisterConstList(saveInstallationConstants);
for (s = XML_GetNode(n, SAVE_INSTALLATION_INSTALLATION); s; s = XML_GetNextNode(s,n, SAVE_INSTALLATION_INSTALLATION), i++) {
xmlNode_t *ss;
installation_t inst;
installation_t *instp;
const char *instID = XML_GetString(s, SAVE_INSTALLATION_TEMPLATEID);
const char *instStat = XML_GetString(s, SAVE_INSTALLATION_STATUS);
inst.idx = XML_GetInt(s, SAVE_INSTALLATION_IDX, -1);
if (inst.idx < 0) {
/** @todo fallback code for compatibility */
inst.idx = i;
}
inst.installationTemplate = INS_GetInstallationTemplateFromInstallationID(instID);
if (!inst.installationTemplate) {
Com_Printf("Could not find installation template '%s'\n", instID);
success = qfalse;
break;
}
if (!Com_GetConstIntFromNamespace(SAVE_INSTALLATIONSTATUS_NAMESPACE, instStat, (int*) &inst.installationStatus)) {
Com_Printf("Invalid installation status '%s'\n", instStat);
success = qfalse;
break;
}
Q_strncpyz(inst.name, XML_GetString(s, SAVE_INSTALLATION_NAME), sizeof(inst.name));
XML_GetPos3(s, SAVE_INSTALLATION_POS, inst.pos);
inst.installationDamage = XML_GetInt(s, SAVE_INSTALLATION_DAMAGE, 0);
inst.alienInterest = XML_GetFloat(s, SAVE_INSTALLATION_ALIENINTEREST, 0.0);
inst.buildStart = XML_GetInt(s, SAVE_INSTALLATION_BUILDSTART, 0);
/* Radar */
RADAR_InitialiseUFOs(&inst.radar);
RADAR_Initialise(&(inst.radar), 0.0f, 0.0f, 1.0f, qtrue);
if (inst.installationStatus == INSTALLATION_WORKING) {
RADAR_UpdateInstallationRadarCoverage(&inst, inst.installationTemplate->radarRange, inst.installationTemplate->trackingRange);
/* UFO Yard */
inst.ufoCapacity.max = inst.installationTemplate->maxUFOsStored;
} else {
inst.ufoCapacity.max = 0;
}
inst.ufoCapacity.cur = 0;
/* read battery slots */
ss = XML_GetNode(s, SAVE_INSTALLATION_BATTERIES);
if (!ss) {
Com_Printf("INS_LoadXML: Batteries not defined!\n");
success = qfalse;
break;
}
inst.numBatteries = XML_GetInt(ss, SAVE_INSTALLATION_NUM, 0);
if (inst.numBatteries > inst.installationTemplate->maxBatteries) {
Com_Printf("Installation has more batteries than possible, using upper bound\n");
inst.numBatteries = inst.installationTemplate->maxBatteries;
}
instp = (installation_t*)(LIST_Add(&ccs.installations, (void*)&inst, sizeof(inst)))->data;
BDEF_InitialiseInstallationSlots(instp);
B_LoadBaseSlotsXML(instp->batteries, instp->numBatteries, ss);
}
Com_UnregisterConstList(saveInstallationConstants);
Cvar_Set("mn_installation_count", va("%i", INS_GetCount()));
return success;
}
