flib_team *flib_team_copy(const flib_team *team) {
flib_team *result = NULL;
if(team) {
flib_team *tmpTeam = flib_calloc(1, sizeof(flib_team));
if(tmpTeam) {
bool error = false;
for(int i=0; i<HEDGEHOGS_PER_TEAM; i++) {
tmpTeam->hogs[i].name = strdupWithError(team->hogs[i].name, &error);
tmpTeam->hogs[i].hat = strdupWithError(team->hogs[i].hat, &error);
tmpTeam->hogs[i].rounds = team->hogs[i].rounds;
tmpTeam->hogs[i].kills = team->hogs[i].kills;
tmpTeam->hogs[i].deaths = team->hogs[i].deaths;
tmpTeam->hogs[i].suicides = team->hogs[i].suicides;
tmpTeam->hogs[i].difficulty = team->hogs[i].difficulty;
tmpTeam->hogs[i].initialHealth = team->hogs[i].initialHealth;
tmpTeam->hogs[i].weaponset = flib_weaponset_copy(team->hogs[i].weaponset);
if(team->hogs[i].weaponset && !tmpTeam->hogs[i].weaponset) {
error = true;
}
}
tmpTeam->name = strdupWithError(team->name, &error);
tmpTeam->grave = strdupWithError(team->grave, &error);
tmpTeam->fort = strdupWithError(team->fort, &error);
tmpTeam->voicepack = strdupWithError(team->voicepack, &error);
tmpTeam->flag = strdupWithError(team->flag, &error);
tmpTeam->ownerName = strdupWithError(team->ownerName, &error);
tmpTeam->bindingCount = team->bindingCount;
if(team->bindings) {
tmpTeam->bindings = flib_calloc(team->bindingCount, sizeof(flib_binding));
if(tmpTeam->bindings) {
for(int i=0; i<tmpTeam->bindingCount; i++) {
tmpTeam->bindings[i].action = strdupWithError(team->bindings[i].action, &error);
tmpTeam->bindings[i].binding = strdupWithError(team->bindings[i].binding, &error);
}
} else {
error = true;
}
}
tmpTeam->rounds = team->rounds;
tmpTeam->wins = team->wins;
tmpTeam->campaignProgress = team->campaignProgress;
tmpTeam->colorIndex = team->colorIndex;
tmpTeam->hogsInGame = team->hogsInGame;
tmpTeam->remoteDriven = team->remoteDriven;
if(!error) {
result = tmpTeam;
tmpTeam = 0;
}
}
flib_team_destroy(tmpTeam);
}
return result;
}
int flib_ipc_append_fullconfig(flib_vector *vec, const flib_gamesetup *setup, bool netgame) {
int result = -1;
flib_vector *tempvector = flib_vector_create();
if(!log_badargs_if2(vec==NULL, setup==NULL) && tempvector) {
bool error = false;
bool perHogAmmo = false;
bool sharedAmmo = false;
error |= flib_ipc_append_message(vec, netgame ? "TN" : "TL");
if(setup->map) {
error |= flib_ipc_append_mapconf(tempvector, setup->map, false);
}
if(setup->style) {
error |= flib_ipc_append_style(tempvector, setup->style);
}
if(setup->gamescheme) {
error |= flib_ipc_append_gamescheme(tempvector, setup->gamescheme);
sharedAmmo = flib_scheme_get_mod(setup->gamescheme, "sharedammo");
// Shared ammo has priority over per-hog ammo
perHogAmmo = !sharedAmmo && flib_scheme_get_mod(setup->gamescheme, "perhogammo");
}
if(setup->teamlist->teams && setup->teamlist->teamCount>0) {
int *clanColors = flib_calloc(setup->teamlist->teamCount, sizeof(int));
if(!clanColors) {
error = true;
} else {
int clanCount = 0;
for(int i=0; !error && i<setup->teamlist->teamCount; i++) {
flib_team *team = setup->teamlist->teams[i];
// Find the clan index of this team (clans are identified by color).
bool newClan = false;
int clan = 0;
while(clan<clanCount && clanColors[clan] != team->colorIndex) {
clan++;
}
if(clan==clanCount) {
newClan = true;
clanCount++;
clanColors[clan] = team->colorIndex;
}
// If shared ammo is active, only add an ammo store for the first team in each clan.
bool noAmmoStore = sharedAmmo&&!newClan;
error |= flib_ipc_append_addteam(tempvector, setup->teamlist->teams[i], perHogAmmo, noAmmoStore);
}
}
free(clanColors);
}
error |= flib_ipc_append_message(tempvector, "!");
if(!error) {
// Message created, now we can copy everything.
flib_constbuffer constbuf = flib_vector_as_constbuffer(tempvector);
if(!flib_vector_append(vec, constbuf.data, constbuf.size)) {
result = 0;
}
}
}
return result;
}
flib_scheme *flib_scheme_create(const char *schemeName) {
flib_scheme *result = flib_calloc(1, sizeof(flib_scheme));
if(log_badargs_if(schemeName==NULL) || result==NULL) {
return NULL;
}
result->name = flib_strdupnull(schemeName);
result->mods = flib_calloc(flib_meta.modCount, sizeof(*result->mods));
result->settings = flib_calloc(flib_meta.settingCount, sizeof(*result->settings));
if(!result->mods || !result->settings || !result->name) {
flib_scheme_destroy(result);
return NULL;
}
for(int i=0; i<flib_meta.settingCount; i++) {
result->settings[i] = flib_meta.settings[i].def;
}
return result;
}
flib_team *flib_team_from_netmsg(char **parts) {
flib_team *result = NULL;
flib_team *tmpTeam = flib_calloc(1, sizeof(flib_team));
if(tmpTeam) {
if(!fillTeamFromMsg(tmpTeam, parts)) {
result = tmpTeam;
tmpTeam = NULL;
} else {
flib_log_e("Error parsing team from net.");
}
}
flib_team_destroy(tmpTeam);
return result;
}
flib_ini *flib_ini_load(const char *filename) {
flib_ini *result = NULL;
if(!log_badargs_if(filename==NULL)) {
flib_ini *tmpIni = flib_calloc(1, sizeof(flib_ini));
if(tmpIni) {
tmpIni->inidict = iniparser_load(filename);
if(tmpIni->inidict) {
result = tmpIni;
tmpIni = NULL;
}
}
flib_ini_destroy(tmpIni);
}
return result;
}
flib_ini *flib_ini_create(const char *filename) {
flib_ini *result = NULL;
flib_ini *tmpIni = flib_calloc(1, sizeof(flib_ini));
if(tmpIni) {
if(filename) {
tmpIni->inidict = iniparser_load(filename);
}
if(!tmpIni->inidict) {
tmpIni->inidict = dictionary_new(0);
}
if(tmpIni->inidict) {
result = tmpIni;
tmpIni = NULL;
}
}
flib_ini_destroy(tmpIni);
return result;
}
flib_ipcbase *flib_ipcbase_create() {
flib_ipcbase *result = flib_calloc(1, sizeof(flib_ipcbase));
flib_acceptor *acceptor = flib_acceptor_create(0);
if(!result || !acceptor) {
free(result);
flib_acceptor_close(acceptor);
return NULL;
}
result->acceptor = acceptor;
result->sock = NULL;
result->readBufferSize = 0;
result->port = flib_acceptor_listenport(acceptor);
flib_log_i("Started listening for IPC connections on port %u", (unsigned)result->port);
return result;
}
flib_weaponset *flib_weaponset_create(const char *name) {
flib_weaponset *result = NULL;
if(!log_badargs_if(name==NULL)) {
flib_weaponset *newSet = flib_calloc(1, sizeof(flib_weaponset));
if(newSet) {
newSet->name = flib_strdupnull(name);
if(newSet->name) {
setField(newSet->loadout, "", 0, false);
setField(newSet->crateprob, "", 0, false);
setField(newSet->crateammo, "", 0, false);
setField(newSet->delay, "", 0, false);
result = newSet;
newSet = NULL;
}
}
flib_weaponset_destroy(newSet);
}
return result;
}
flib_room *flib_room_from_netmsg(char **params) {
flib_room *result = NULL;
flib_room *tmpRoom = flib_calloc(1, sizeof(flib_room));
if(tmpRoom) {
tmpRoom->inProgress = !strcmp(params[0], "True");
tmpRoom->name = flib_strdupnull(params[1]);
tmpRoom->playerCount = atoi(params[2]);
tmpRoom->teamCount = atoi(params[3]);
tmpRoom->owner = flib_strdupnull(params[4]);
tmpRoom->map = flib_strdupnull(params[5]);
tmpRoom->scheme = flib_strdupnull(params[6]);
tmpRoom->weapons = flib_strdupnull(params[7]);
if(tmpRoom->name && tmpRoom->owner && tmpRoom->map && tmpRoom->scheme && tmpRoom->weapons) {
result = tmpRoom;
tmpRoom = NULL;
}
}
flib_room_destroy(tmpRoom);
return result;
}
flib_map *flib_map_copy(const flib_map *map) {
flib_map *result = NULL;
if(map) {
flib_map *newmap = flib_calloc(1, sizeof(flib_map));
if(newmap) {
newmap->mapgen = map->mapgen;
newmap->drawDataSize = map->drawDataSize;
newmap->drawData = flib_bufdupnull(map->drawData, map->drawDataSize);
newmap->mazeSize = map->mazeSize;
newmap->name = flib_strdupnull(map->name);
newmap->seed = flib_strdupnull(map->seed);
newmap->templateFilter = map->templateFilter;
newmap->theme = flib_strdupnull(map->theme);
if((newmap->drawData || !map->drawData) && (newmap->name || !map->name) && (newmap->seed || !map->seed) && (newmap->theme || !map->theme)) {
result = newmap;
newmap = NULL;
}
}
flib_map_destroy(newmap);
}
return result;
}
flib_teamlist *flib_teamlist_create() {
return flib_calloc(1, sizeof(flib_teamlist));
}
flib_weaponsetlist *flib_weaponsetlist_create() {
return flib_calloc(1, sizeof(flib_weaponsetlist));
}
flib_team *flib_team_from_ini(const char *filename) {
if(log_badargs_if(filename==NULL)) {
return NULL;
}
flib_team *result = flib_calloc(1, sizeof(flib_team));
flib_ini *ini = NULL;
if(!result) {
return from_ini_handleError(result, ini);
}
ini = flib_ini_load(filename);
if(!ini) {
flib_log_e("Error loading team file %s", filename);
return from_ini_handleError(result, ini);
}
if(flib_ini_enter_section(ini, "team")) {
flib_log_e("Missing section \"Team\" in team file %s", filename);
return from_ini_handleError(result, ini);
}
bool error = false;
error |= flib_ini_get_str(ini, &result->name, "name");
error |= flib_ini_get_str(ini, &result->grave, "grave");
error |= flib_ini_get_str(ini, &result->fort, "fort");
error |= flib_ini_get_str(ini, &result->voicepack, "voicepack");
error |= flib_ini_get_str(ini, &result->flag, "flag");
error |= flib_ini_get_int(ini, &result->rounds, "rounds");
error |= flib_ini_get_int(ini, &result->wins, "wins");
error |= flib_ini_get_int(ini, &result->campaignProgress, "campaignprogress");
int difficulty = 0;
error |= flib_ini_get_int(ini, &difficulty, "difficulty");
if(error) {
flib_log_e("Missing or malformed entry in section \"Team\" in file %s", filename);
return from_ini_handleError(result, ini);
}
for(int i=0; i<HEDGEHOGS_PER_TEAM; i++) {
char sectionName[32];
if(snprintf(sectionName, sizeof(sectionName), "hedgehog%i", i) <= 0) {
return from_ini_handleError(result, ini);
}
if(flib_ini_enter_section(ini, sectionName)) {
flib_log_e("Missing section \"%s\" in team file %s", sectionName, filename);
return from_ini_handleError(result, ini);
}
flib_hog *hog = &result->hogs[i];
error |= flib_ini_get_str(ini, &hog->name, "name");
error |= flib_ini_get_str(ini, &hog->hat, "hat");
error |= flib_ini_get_int(ini, &hog->rounds, "rounds");
error |= flib_ini_get_int(ini, &hog->kills, "kills");
error |= flib_ini_get_int(ini, &hog->deaths, "deaths");
error |= flib_ini_get_int(ini, &hog->suicides, "suicides");
result->hogs[i].difficulty = difficulty;
result->hogs[i].initialHealth = TEAM_DEFAULT_HEALTH;
if(error) {
flib_log_e("Missing or malformed entry in section \"%s\" in file %s", sectionName, filename);
return from_ini_handleError(result, ini);
}
}
if(!flib_ini_enter_section(ini, "binds")) {
result->bindingCount = flib_ini_get_keycount(ini);
if(result->bindingCount<0) {
flib_log_e("Error reading bindings from file %s", filename);
result->bindingCount = 0;
}
result->bindings = flib_calloc(result->bindingCount, sizeof(flib_binding));
if(!result->bindings) {
return from_ini_handleError(result, ini);
}
for(int i=0; i<result->bindingCount; i++) {
char *keyname = flib_ini_get_keyname(ini, i);
if(!keyname) {
error = true;
} else {
result->bindings[i].action = flib_urldecode(keyname);
error |= !result->bindings[i].action;
error |= flib_ini_get_str(ini, &result->bindings[i].binding, keyname);
}
free(keyname);
}
}
if(error) {
flib_log_e("Error reading team file %s", filename);
return from_ini_handleError(result, ini);
}
flib_ini_destroy(ini);
return result;
}