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matchconfig.sp
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matchconfig.sp
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#define REMOTE_CONFIG_PATTERN "remote_config%d.json"
#define CONFIG_MATCHID_DEFAULT "matchid"
#define CONFIG_MATCHTITLE_DEFAULT "Map {MAPNUMBER} of {MAXMAPS}"
#define CONFIG_PLAYERSPERTEAM_DEFAULT 5
#define CONFIG_MINPLAYERSTOREADY_DEFAULT 0
#define CONFIG_MINSPECTATORSTOREADY_DEFAULT 0
#define CONFIG_SPECTATORSNAME_DEFAULT "casters"
#define CONFIG_NUM_MAPSDEFAULT 3
#define CONFIG_SKIPVETO_DEFAULT false
#define CONFIG_VETOFIRST_DEFAULT "team1"
#define CONFIG_SIDETYPE_DEFAULT "standard"
stock bool LoadMatchConfig(const char[] config, bool restoreBackup = false) {
if (g_GameState != Get5State_None && !restoreBackup) {
return false;
}
ResetReadyStatus();
LOOP_TEAMS(team) {
g_TeamSeriesScores[team] = 0;
g_TeamReadyForUnpause[team] = false;
g_TeamGivenStopCommand[team] = false;
g_TeamPauseTimeUsed[team] = 0;
g_TeamPausesUsed[team] = 0;
ClearArray(GetTeamAuths(team));
}
g_ReadyTimeWaitingUsed = 0;
g_ForceWinnerSignal = false;
g_ForcedWinner = MatchTeam_TeamNone;
g_LastVetoTeam = MatchTeam_Team2;
g_MapPoolList.Clear();
g_MapsLeftInVetoPool.Clear();
g_MapsToPlay.Clear();
g_MapSides.Clear();
g_CvarNames.Clear();
g_CvarValues.Clear();
g_TeamScoresPerMap.Clear();
g_WaitingForRoundBackup = false;
g_LastGet5BackupCvar.SetString("");
CloseCvarStorage(g_KnifeChangedCvars);
CloseCvarStorage(g_MatchConfigChangedCvars);
if (!LoadMatchFile(config)) {
return false;
}
if (!g_CheckAuthsCvar.BoolValue &&
(GetTeamAuths(MatchTeam_Team1).Length != 0 || GetTeamAuths(MatchTeam_Team2).Length != 0)) {
LogError(
"Setting player auths in the \"players\" section has no impact with get5_check_auths 0");
}
// Copy all the maps into the veto pool.
char mapName[PLATFORM_MAX_PATH];
for (int i = 0; i < g_MapPoolList.Length; i++) {
g_MapPoolList.GetString(i, mapName, sizeof(mapName));
g_MapsLeftInVetoPool.PushString(mapName);
g_TeamScoresPerMap.Push(0);
g_TeamScoresPerMap.Set(g_TeamScoresPerMap.Length - 1, 0, 0);
g_TeamScoresPerMap.Set(g_TeamScoresPerMap.Length - 1, 0, 1);
}
if (g_BO2Match) {
g_MapsToWin = 2;
}
if (MaxMapsToPlay(g_MapsToWin) > g_MapPoolList.Length) {
MatchConfigFail("Cannot play a series of %d maps with a maplist of %d maps",
MaxMapsToPlay(g_MapsToWin), g_MapPoolList.Length);
return false;
}
if (g_SkipVeto) {
// Copy the first k maps from the maplist to the final match maps.
for (int i = 0; i < MaxMapsToPlay(g_MapsToWin); i++) {
g_MapPoolList.GetString(i, mapName, sizeof(mapName));
g_MapsToPlay.PushString(mapName);
// Push a map side if one hasn't been set yet.
if (g_MapSides.Length < g_MapsToPlay.Length) {
if (g_MatchSideType == MatchSideType_Standard) {
g_MapSides.Push(SideChoice_KnifeRound);
} else if (g_MatchSideType == MatchSideType_AlwaysKnife) {
g_MapSides.Push(SideChoice_KnifeRound);
} else if (g_MatchSideType == MatchSideType_NeverKnife) {
g_MapSides.Push(SideChoice_Team1CT);
}
}
}
g_MapPoolList.GetString(GetMapNumber(), mapName, sizeof(mapName));
ChangeState(Get5State_Warmup);
char currentMap[PLATFORM_MAX_PATH];
GetCurrentMap(currentMap, sizeof(currentMap));
if (!StrEqual(mapName, currentMap) && !restoreBackup) {
ChangeMap(mapName);
}
} else {
ChangeState(Get5State_PreVeto);
}
if (!restoreBackup) {
SetStartingTeams();
ExecCfg(g_WarmupCfgCvar);
ExecuteMatchConfigCvars();
LoadPlayerNames();
EnsurePausedWarmup();
EventLogger_SeriesStart();
Stats_InitSeries();
LogDebug("Calling Get5_OnSeriesInit");
Call_StartForward(g_OnSeriesInit);
Call_Finish();
}
for (int i = 1; i <= MaxClients; i++) {
if (IsAuthedPlayer(i)) {
if (GetClientMatchTeam(i) == MatchTeam_TeamNone) {
KickClient(i, "%t", "YourAreNotAPlayerInfoMessage");
} else {
CheckClientTeam(i);
}
}
}
AddTeamLogosToDownloadTable();
SetMatchTeamCvars();
ExecuteMatchConfigCvars();
LoadPlayerNames();
strcopy(g_LoadedConfigFile, sizeof(g_LoadedConfigFile), config);
return true;
}
public bool LoadMatchFile(const char[] config) {
LogDebug("Calling Get5_OnPreLoadMatchConfig(config=%s)", config);
Call_StartForward(g_OnPreLoadMatchConfig);
Call_PushString(config);
Call_Finish();
if (StrContains(config, "json") >= 0) {
char configFile[PLATFORM_MAX_PATH];
strcopy(configFile, sizeof(configFile), config);
if (!FileExists(configFile)) {
MatchConfigFail("Match json file doesn't exist: \"%s\"", configFile);
return false;
}
JSON_Object json = json_load_file(configFile);
if (json != null && LoadMatchFromJson(json)) {
json.Cleanup();
delete json;
Get5_MessageToAll("%t", "MatchConfigLoadedInfoMessage");
} else {
MatchConfigFail("invalid match json");
return false;
}
} else {
// Assume its a keyvalues file.
KeyValues kv = new KeyValues("Match");
if (!FileExists(config)) {
delete kv;
MatchConfigFail("Match kv file doesn't exist: \"%s\"", config);
return false;
} else if (kv.ImportFromFile(config) && LoadMatchFromKv(kv)) {
delete kv;
Get5_MessageToAll("%t", "MatchConfigLoadedInfoMessage");
} else {
delete kv;
MatchConfigFail("invalid match kv");
return false;
}
}
return true;
}
static void MatchConfigFail(const char[] reason, any...) {
char buffer[512];
VFormat(buffer, sizeof(buffer), reason, 2);
LogError("Failed to load match config: %s", buffer);
EventLogger_MatchConfigFail(buffer);
LogDebug("Calling Get5_OnLoadMatchConfigFailed(reason=%s)", buffer);
Call_StartForward(g_OnLoadMatchConfigFailed);
Call_PushString(buffer);
Call_Finish();
}
stock bool LoadMatchFromUrl(const char[] url, ArrayList paramNames = null,
ArrayList paramValues = null) {
bool steamWorksAvaliable = LibraryExists("SteamWorks");
char cleanedUrl[1024];
strcopy(cleanedUrl, sizeof(cleanedUrl), url);
ReplaceString(cleanedUrl, sizeof(cleanedUrl), "\"", "");
if (steamWorksAvaliable) {
// Add the protocl strings. Only allow http since SteamWorks doesn't support http it seems?
ReplaceString(cleanedUrl, sizeof(cleanedUrl), "https://", "http://");
if (StrContains(cleanedUrl, "http://") == -1) {
Format(cleanedUrl, sizeof(cleanedUrl), "http://%s", cleanedUrl);
}
LogDebug("cleanedUrl (SteamWorks) = %s", cleanedUrl);
Handle request = SteamWorks_CreateHTTPRequest(k_EHTTPMethodGET, cleanedUrl);
if (request == INVALID_HANDLE) {
MatchConfigFail("Failed to create HTTP GET request");
return false;
}
if (paramNames != null && paramValues != null) {
if (paramNames.Length != paramValues.Length) {
MatchConfigFail("request paramNames and paramValues size mismatch");
return false;
}
char param[128];
char value[128];
for (int i = 0; i < paramNames.Length; i++) {
paramNames.GetString(i, param, sizeof(param));
paramValues.GetString(i, value, sizeof(value));
SteamWorks_SetHTTPRequestGetOrPostParameter(request, param, value);
}
}
SteamWorks_SetHTTPCallbacks(request, SteamWorks_OnMatchConfigReceived);
SteamWorks_SendHTTPRequest(request);
return true;
} else {
MatchConfigFail("SteamWorks extension is not available");
return false;
}
}
// SteamWorks HTTP callback for fetching a workshop collection
public int SteamWorks_OnMatchConfigReceived(Handle request, bool failure, bool requestSuccessful,
EHTTPStatusCode statusCode, Handle data) {
if (failure || !requestSuccessful) {
MatchConfigFail("Steamworks GET request failed, HTTP status code = %d", statusCode);
return;
}
char remoteConfig[PLATFORM_MAX_PATH];
GetTempFilePath(remoteConfig, sizeof(remoteConfig), REMOTE_CONFIG_PATTERN);
SteamWorks_WriteHTTPResponseBodyToFile(request, remoteConfig);
LoadMatchConfig(remoteConfig);
}
public void WriteMatchToKv(KeyValues kv) {
kv.SetString("matchid", g_MatchID);
kv.SetNum("scrim", g_InScrimMode);
kv.SetNum("maps_to_win", g_MapsToWin);
kv.SetNum("bo2_series", g_BO2Match);
kv.SetNum("skip_veto", g_SkipVeto);
kv.SetNum("players_per_team", g_PlayersPerTeam);
kv.SetNum("min_players_to_ready", g_MinPlayersToReady);
kv.SetNum("min_spectators_to_ready", g_MinSpectatorsToReady);
kv.SetString("match_title", g_MatchTitle);
kv.SetNum("favored_percentage_team1", g_FavoredTeamPercentage);
kv.SetString("favored_percentage_text", g_FavoredTeamText);
char sideType[64];
MatchSideTypeToString(g_MatchSideType, sideType, sizeof(sideType));
kv.SetString("side_type", sideType);
kv.JumpToKey("maplist", true);
for (int i = 0; i < g_MapPoolList.Length; i++) {
char map[PLATFORM_MAX_PATH];
g_MapPoolList.GetString(i, map, sizeof(map));
kv.SetString(map, KEYVALUE_STRING_PLACEHOLDER);
}
kv.GoBack();
kv.JumpToKey("team1", true);
AddTeamBackupData(kv, MatchTeam_Team1);
kv.GoBack();
kv.JumpToKey("team2", true);
AddTeamBackupData(kv, MatchTeam_Team2);
kv.GoBack();
kv.JumpToKey("spectators", true);
AddTeamBackupData(kv, MatchTeam_TeamSpec);
kv.GoBack();
kv.JumpToKey("cvars", true);
for (int i = 0; i < g_CvarNames.Length; i++) {
char cvarName[MAX_CVAR_LENGTH];
char cvarValue[MAX_CVAR_LENGTH];
g_CvarNames.GetString(i, cvarName, sizeof(cvarName));
g_CvarValues.GetString(i, cvarValue, sizeof(cvarValue));
kv.SetString(cvarName, cvarValue);
}
kv.GoBack();
}
static void AddTeamBackupData(KeyValues kv, MatchTeam team) {
kv.JumpToKey("players", true);
char auth[AUTH_LENGTH];
char name[MAX_NAME_LENGTH];
for (int i = 0; i < GetTeamAuths(team).Length; i++) {
GetTeamAuths(team).GetString(i, auth, sizeof(auth));
if (!g_PlayerNames.GetString(auth, name, sizeof(name))) {
strcopy(name, sizeof(name), KEYVALUE_STRING_PLACEHOLDER);
}
kv.SetString(auth, name);
}
kv.GoBack();
kv.SetString("name", g_TeamNames[team]);
if (team != MatchTeam_TeamSpec) {
kv.SetString("tag", g_TeamTags[team]);
kv.SetString("flag", g_TeamFlags[team]);
kv.SetString("logo", g_TeamLogos[team]);
kv.SetString("matchtext", g_TeamMatchTexts[team]);
}
}
static bool LoadMatchFromKv(KeyValues kv) {
kv.GetString("matchid", g_MatchID, sizeof(g_MatchID), CONFIG_MATCHID_DEFAULT);
g_InScrimMode = kv.GetNum("scrim") != 0;
kv.GetString("match_title", g_MatchTitle, sizeof(g_MatchTitle), CONFIG_MATCHTITLE_DEFAULT);
g_PlayersPerTeam = kv.GetNum("players_per_team", CONFIG_PLAYERSPERTEAM_DEFAULT);
g_MinPlayersToReady = kv.GetNum("min_players_to_ready", CONFIG_MINPLAYERSTOREADY_DEFAULT);
g_MinSpectatorsToReady =
kv.GetNum("min_spectators_to_ready", CONFIG_MINSPECTATORSTOREADY_DEFAULT);
g_SkipVeto = kv.GetNum("skip_veto", CONFIG_SKIPVETO_DEFAULT) != 0;
// bo2_series and maps_to_win are deprecated. They are used if provided, but otherwise
// num_maps' default is the fallback.
bool bo2 = (kv.GetNum("bo2_series", false) != 0);
int mapsToWin = kv.GetNum("maps_to_win", 0);
int numMaps = kv.GetNum("num_maps", CONFIG_NUM_MAPSDEFAULT);
if (bo2 || numMaps == 2) {
g_BO2Match = true;
g_MapsToWin = 2;
} else {
if (mapsToWin >= 1) {
g_MapsToWin = mapsToWin;
} else {
// Normal path. No even numbers allowed since we already handled bo2.
if (numMaps % 2 == 0) {
MatchConfigFail("Cannot create a series of %d maps. Use a odd number or 2.", numMaps);
return false;
}
g_MapsToWin = (numMaps + 1) / 2;
}
}
char vetoFirstBuffer[64];
kv.GetString("veto_first", vetoFirstBuffer, sizeof(vetoFirstBuffer), CONFIG_VETOFIRST_DEFAULT);
g_LastVetoTeam = OtherMatchTeam(VetoFirstFromString(vetoFirstBuffer));
char sideTypeBuffer[64];
kv.GetString("side_type", sideTypeBuffer, sizeof(sideTypeBuffer), CONFIG_SIDETYPE_DEFAULT);
g_MatchSideType = MatchSideTypeFromString(sideTypeBuffer);
g_FavoredTeamPercentage = kv.GetNum("favored_percentage_team1", 0);
kv.GetString("favored_percentage_text", g_FavoredTeamText, sizeof(g_FavoredTeamText));
GetTeamAuths(MatchTeam_TeamSpec).Clear();
if (kv.JumpToKey("spectators")) {
AddSubsectionAuthsToList(kv, "players", GetTeamAuths(MatchTeam_TeamSpec), AUTH_LENGTH);
kv.GetString("name", g_TeamNames[MatchTeam_TeamSpec], MAX_CVAR_LENGTH,
CONFIG_SPECTATORSNAME_DEFAULT);
kv.GoBack();
Format(g_FormattedTeamNames[MatchTeam_TeamSpec], MAX_CVAR_LENGTH, "%s%s{NORMAL}",
g_DefaultTeamColors[MatchTeam_TeamSpec], g_TeamNames[MatchTeam_TeamSpec]);
}
if (kv.JumpToKey("team1")) {
LoadTeamData(kv, MatchTeam_Team1);
kv.GoBack();
} else {
MatchConfigFail("Missing \"team1\" section in match kv");
return false;
}
if (kv.JumpToKey("team2")) {
LoadTeamData(kv, MatchTeam_Team2);
kv.GoBack();
} else {
MatchConfigFail("Missing \"team2\" section in match kv");
return false;
}
if (AddSubsectionKeysToList(kv, "maplist", g_MapPoolList, PLATFORM_MAX_PATH) <= 0) {
LogMessage("Failed to find \"maplist\" section in config, using fallback maplist.");
LoadDefaultMapList(g_MapPoolList);
}
if (g_SkipVeto) {
if (kv.JumpToKey("map_sides")) {
if (kv.GotoFirstSubKey(false)) {
do {
char buffer[64];
kv.GetSectionName(buffer, sizeof(buffer));
g_MapSides.Push(SideTypeFromString(buffer));
} while (kv.GotoNextKey(false));
kv.GoBack();
}
kv.GoBack();
}
}
if (kv.JumpToKey("cvars")) {
if (kv.GotoFirstSubKey(false)) {
char name[MAX_CVAR_LENGTH];
char value[MAX_CVAR_LENGTH];
do {
kv.GetSectionName(name, sizeof(name));
kv.GetString(NULL_STRING, value, sizeof(value));
g_CvarNames.PushString(name);
g_CvarValues.PushString(value);
} while (kv.GotoNextKey(false));
kv.GoBack();
}
kv.GoBack();
}
return true;
}
static bool LoadMatchFromJson(JSON_Object json) {
json_object_get_string_safe(json, "matchid", g_MatchID, sizeof(g_MatchID),
CONFIG_MATCHID_DEFAULT);
g_InScrimMode = json_object_get_bool_safe(json, "scrim", false);
json_object_get_string_safe(json, "match_title", g_MatchTitle, sizeof(g_MatchTitle),
CONFIG_MATCHTITLE_DEFAULT);
g_PlayersPerTeam =
json_object_get_int_safe(json, "players_per_team", CONFIG_PLAYERSPERTEAM_DEFAULT);
g_MinPlayersToReady =
json_object_get_int_safe(json, "min_players_to_ready", CONFIG_MINPLAYERSTOREADY_DEFAULT);
g_MinSpectatorsToReady = json_object_get_int_safe(json, "min_spectators_to_ready",
CONFIG_MINSPECTATORSTOREADY_DEFAULT);
g_SkipVeto = json_object_get_bool_safe(json, "skip_veto", CONFIG_SKIPVETO_DEFAULT);
// bo2_series and maps_to_win are deprecated. They are used if provided, but otherwise
// num_maps' default is the fallback.
bool bo2 = json_object_get_bool_safe(json, "bo2_series", false);
int mapsToWin = json_object_get_int_safe(json, "maps_to_win", 0);
int numMaps = json_object_get_int_safe(json, "num_maps", CONFIG_NUM_MAPSDEFAULT);
if (bo2 || numMaps == 2) {
g_BO2Match = true;
g_MapsToWin = 2;
} else {
if (mapsToWin >= 1) {
g_MapsToWin = mapsToWin;
} else {
// Normal path. No even numbers allowed since we already handled bo2.
if (numMaps % 2 == 0) {
MatchConfigFail("Cannot create a series of %d maps. Use a odd number or 2.", numMaps);
return false;
}
g_MapsToWin = (numMaps + 1) / 2;
}
}
char vetoFirstBuffer[64];
json_object_get_string_safe(json, "veto_first", vetoFirstBuffer, sizeof(vetoFirstBuffer),
CONFIG_VETOFIRST_DEFAULT);
g_LastVetoTeam = OtherMatchTeam(VetoFirstFromString(vetoFirstBuffer));
char sideTypeBuffer[64];
json_object_get_string_safe(json, "side_type", sideTypeBuffer, sizeof(sideTypeBuffer),
CONFIG_SIDETYPE_DEFAULT);
g_MatchSideType = MatchSideTypeFromString(sideTypeBuffer);
json_object_get_string_safe(json, "favored_percentage_text", g_FavoredTeamText,
sizeof(g_FavoredTeamText));
g_FavoredTeamPercentage = json_object_get_int_safe(json, "favored_percentage_team1", 0);
JSON_Object spec = json.GetObject("spectators");
if (spec != null) {
json_object_get_string_safe(spec, "name", g_TeamNames[MatchTeam_TeamSpec], MAX_CVAR_LENGTH,
CONFIG_SPECTATORSNAME_DEFAULT);
AddJsonAuthsToList(spec, "players", GetTeamAuths(MatchTeam_TeamSpec), AUTH_LENGTH);
Format(g_FormattedTeamNames[MatchTeam_TeamSpec], MAX_CVAR_LENGTH, "%s%s{NORMAL}",
g_DefaultTeamColors[MatchTeam_TeamSpec], g_TeamNames[MatchTeam_TeamSpec]);
}
JSON_Object team1 = json.GetObject("team1");
if (team1 != null) {
LoadTeamDataJson(team1, MatchTeam_Team1);
} else {
MatchConfigFail("Missing \"team1\" section in match json");
return false;
}
JSON_Object team2 = json.GetObject("team2");
if (team2 != null) {
LoadTeamDataJson(team2, MatchTeam_Team2);
} else {
MatchConfigFail("Missing \"team2\" section in match json");
return false;
}
if (AddJsonSubsectionArrayToList(json, "maplist", g_MapPoolList, PLATFORM_MAX_PATH) <= 0) {
LogMessage("Failed to find \"maplist\" array in match json, using fallback maplist.");
LoadDefaultMapList(g_MapPoolList);
}
if (g_SkipVeto) {
JSON_Object array = json.GetObject("map_sides");
if (array != null) {
if (!array.IsArray) {
MatchConfigFail("Expected \"map_sides\" section to be an array");
return false;
}
for (int i = 0; i < array.Length; i++) {
char keyAsString[64];
char buffer[64];
array.GetIndexString(keyAsString, sizeof(keyAsString), i);
array.GetString(keyAsString, buffer, sizeof(buffer));
g_MapSides.Push(SideTypeFromString(buffer));
}
CloseHandle(array);
}
}
JSON_Object cvars = json.GetObject("cvars");
if (cvars != null) {
char cvarName[MAX_CVAR_LENGTH];
char cvarValue[MAX_CVAR_LENGTH];
StringMapSnapshot snap = cvars.Snapshot();
for (int i = 0; i < snap.Length; i++) {
snap.GetKey(i, cvarName, sizeof(cvarName));
// Skip json meta keys.
if (json_is_meta_key(cvarName)) {
continue;
}
cvars.GetString(cvarName, cvarValue, sizeof(cvarValue));
g_CvarNames.PushString(cvarName);
g_CvarValues.PushString(cvarValue);
}
}
return true;
}
static void LoadTeamDataJson(JSON_Object json, MatchTeam matchTeam) {
GetTeamAuths(matchTeam).Clear();
char fromfile[PLATFORM_MAX_PATH];
json_object_get_string_safe(json, "fromfile", fromfile, sizeof(fromfile));
if (StrEqual(fromfile, "")) {
// TODO: this needs to support both an array and a dictionary
// For now, it only supports an array
AddJsonAuthsToList(json, "players", GetTeamAuths(matchTeam), AUTH_LENGTH);
json_object_get_string_safe(json, "name", g_TeamNames[matchTeam], MAX_CVAR_LENGTH);
json_object_get_string_safe(json, "tag", g_TeamTags[matchTeam], MAX_CVAR_LENGTH);
json_object_get_string_safe(json, "flag", g_TeamFlags[matchTeam], MAX_CVAR_LENGTH);
json_object_get_string_safe(json, "logo", g_TeamLogos[matchTeam], MAX_CVAR_LENGTH);
json_object_get_string_safe(json, "matchtext", g_TeamMatchTexts[matchTeam], MAX_CVAR_LENGTH);
} else {
JSON_Object fromfileJson = json_load_file(fromfile);
if (fromfileJson == null) {
LogError("Cannot load team config from file \"%s\", fromfile");
} else {
LoadTeamDataJson(fromfileJson, matchTeam);
fromfileJson.Cleanup();
delete fromfileJson;
}
}
g_TeamSeriesScores[matchTeam] = json_object_get_int_safe(json, "series_score", 0);
Format(g_FormattedTeamNames[matchTeam], MAX_CVAR_LENGTH, "%s%s{NORMAL}",
g_DefaultTeamColors[matchTeam], g_TeamNames[matchTeam]);
}
static void LoadTeamData(KeyValues kv, MatchTeam matchTeam) {
GetTeamAuths(matchTeam).Clear();
char fromfile[PLATFORM_MAX_PATH];
kv.GetString("fromfile", fromfile, sizeof(fromfile));
if (StrEqual(fromfile, "")) {
AddSubsectionAuthsToList(kv, "players", GetTeamAuths(matchTeam), AUTH_LENGTH);
kv.GetString("name", g_TeamNames[matchTeam], MAX_CVAR_LENGTH, "");
kv.GetString("tag", g_TeamTags[matchTeam], MAX_CVAR_LENGTH, "");
kv.GetString("flag", g_TeamFlags[matchTeam], MAX_CVAR_LENGTH, "");
kv.GetString("logo", g_TeamLogos[matchTeam], MAX_CVAR_LENGTH, "");
kv.GetString("matchtext", g_TeamMatchTexts[matchTeam], MAX_CVAR_LENGTH, "");
} else {
KeyValues fromfilekv = new KeyValues("team");
if (fromfilekv.ImportFromFile(fromfile)) {
LoadTeamData(fromfilekv, matchTeam);
} else {
LogError("Cannot load team config from file \"%s\"", fromfile);
}
delete fromfilekv;
}
g_TeamSeriesScores[matchTeam] = kv.GetNum("series_score", 0);
Format(g_FormattedTeamNames[matchTeam], MAX_CVAR_LENGTH, "%s%s{NORMAL}",
g_DefaultTeamColors[matchTeam], g_TeamNames[matchTeam]);
}
static void LoadDefaultMapList(ArrayList list) {
list.PushString("de_cache");
list.PushString("de_dust2");
list.PushString("de_inferno");
list.PushString("de_mirage");
list.PushString("de_nuke");
list.PushString("de_overpass");
list.PushString("de_train");
}
public void SetMatchTeamCvars() {
MatchTeam ctTeam = MatchTeam_Team1;
MatchTeam tTeam = MatchTeam_Team2;
if (g_TeamStartingSide[MatchTeam_Team1] == CS_TEAM_T) {
ctTeam = MatchTeam_Team2;
tTeam = MatchTeam_Team1;
}
int mapsPlayed = GetMapNumber();
// Get the match configs set by the config file.
// These might be modified so copies are made here.
char ctMatchText[MAX_CVAR_LENGTH];
char tMatchText[MAX_CVAR_LENGTH];
strcopy(ctMatchText, sizeof(ctMatchText), g_TeamMatchTexts[ctTeam]);
strcopy(tMatchText, sizeof(tMatchText), g_TeamMatchTexts[tTeam]);
// Update mp_teammatchstat_txt with the match title.
char mapstat[MAX_CVAR_LENGTH];
strcopy(mapstat, sizeof(mapstat), g_MatchTitle);
ReplaceStringWithInt(mapstat, sizeof(mapstat), "{MAPNUMBER}", mapsPlayed + 1);
ReplaceStringWithInt(mapstat, sizeof(mapstat), "{MAXMAPS}", MaxMapsToPlay(g_MapsToWin));
SetConVarStringSafe("mp_teammatchstat_txt", mapstat);
if (g_MapsToWin >= 3) {
char team1Text[MAX_CVAR_LENGTH];
char team2Text[MAX_CVAR_LENGTH];
IntToString(g_TeamSeriesScores[MatchTeam_Team1], team1Text, sizeof(team1Text));
IntToString(g_TeamSeriesScores[MatchTeam_Team2], team2Text, sizeof(team2Text));
MatchTeamStringsToCSTeam(team1Text, team2Text, ctMatchText, sizeof(ctMatchText), tMatchText,
sizeof(tMatchText));
}
SetTeamInfo(CS_TEAM_CT, g_TeamNames[ctTeam], g_TeamFlags[ctTeam], g_TeamLogos[ctTeam],
ctMatchText, g_TeamSeriesScores[ctTeam]);
SetTeamInfo(CS_TEAM_T, g_TeamNames[tTeam], g_TeamFlags[tTeam], g_TeamLogos[tTeam], tMatchText,
g_TeamSeriesScores[tTeam]);
// Set prediction cvars.
SetConVarStringSafe("mp_teamprediction_txt", g_FavoredTeamText);
if (g_TeamSide[MatchTeam_Team1] == CS_TEAM_CT) {
SetConVarIntSafe("mp_teamprediction_pct", g_FavoredTeamPercentage);
} else {
SetConVarIntSafe("mp_teamprediction_pct", 100 - g_FavoredTeamPercentage);
}
if (g_MapsToWin > 1) {
SetConVarIntSafe("mp_teamscore_max", g_MapsToWin);
}
char formattedHostname[128];
if (FormatCvarString(g_SetHostnameCvar, formattedHostname, sizeof(formattedHostname))) {
SetConVarStringSafe("hostname", formattedHostname);
}
}
public MatchTeam GetMapWinner(int mapNumber) {
int team1score = GetMapScore(mapNumber, MatchTeam_Team1);
int team2score = GetMapScore(mapNumber, MatchTeam_Team2);
if (team1score > team2score) {
return MatchTeam_Team1;
} else {
return MatchTeam_Team2;
}
}
public void ExecuteMatchConfigCvars() {
// Save the original match cvar values if we haven't already.
if (g_MatchConfigChangedCvars == INVALID_HANDLE) {
g_MatchConfigChangedCvars = SaveCvars(g_CvarNames);
}
char name[MAX_CVAR_LENGTH];
char value[MAX_CVAR_LENGTH];
for (int i = 0; i < g_CvarNames.Length; i++) {
g_CvarNames.GetString(i, name, sizeof(name));
g_CvarValues.GetString(i, value, sizeof(value));
ConVar cvar = FindConVar(name);
if (cvar == null) {
ServerCommand("%s %s", name, value);
} else {
cvar.SetString(value);
}
}
}
public Action Command_LoadTeam(int client, int args) {
if (g_GameState == Get5State_None) {
ReplyToCommand(client, "Cannot change player lists when there is no match to modify");
return Plugin_Handled;
}
char arg1[PLATFORM_MAX_PATH];
char arg2[PLATFORM_MAX_PATH];
if (args >= 2 && GetCmdArg(1, arg1, sizeof(arg1)) && GetCmdArg(2, arg2, sizeof(arg2))) {
MatchTeam team = MatchTeam_TeamNone;
if (StrEqual(arg1, "team1")) {
team = MatchTeam_Team1;
} else if (StrEqual(arg1, "team2")) {
team = MatchTeam_Team2;
} else if (StrEqual(arg1, "spec")) {
team = MatchTeam_TeamSpec;
} else {
ReplyToCommand(client, "Unknown team: must be one of team1, team2, spec");
return Plugin_Handled;
}
KeyValues kv = new KeyValues("team");
if (kv.ImportFromFile(arg2)) {
LoadTeamData(kv, team);
ReplyToCommand(client, "Loaded team data for %s", arg1);
SetMatchTeamCvars();
} else {
ReplyToCommand(client, "Failed to read keyvalues from file \"%s\"", arg2);
}
delete kv;
} else {
ReplyToCommand(client, "Usage: get_loadteam <team1|team2|spec> <filename>");
}
return Plugin_Handled;
}
public Action Command_AddPlayer(int client, int args) {
if (g_GameState == Get5State_None) {
ReplyToCommand(client, "Cannot change player lists when there is no match to modify");
return Plugin_Handled;
}
if (g_InScrimMode) {
ReplyToCommand(
client, "Cannot use get5_addplayer in scrim mode. Use get5_ringer to swap a players team.");
return Plugin_Handled;
}
char auth[AUTH_LENGTH];
char teamString[32];
char name[MAX_NAME_LENGTH];
if (args >= 2 && GetCmdArg(1, auth, sizeof(auth)) &&
GetCmdArg(2, teamString, sizeof(teamString))) {
if (args >= 3) {
GetCmdArg(3, name, sizeof(name));
}
MatchTeam team = MatchTeam_TeamNone;
if (StrEqual(teamString, "team1")) {
team = MatchTeam_Team1;
} else if (StrEqual(teamString, "team2")) {
team = MatchTeam_Team2;
} else if (StrEqual(teamString, "spec")) {
team = MatchTeam_TeamSpec;
} else {
ReplyToCommand(client, "Unknown team: must be one of team1, team2, spec");
return Plugin_Handled;
}
if (AddPlayerToTeam(auth, team, name)) {
ReplyToCommand(client, "Successfully added player %s to team %s", auth, teamString);
} else {
ReplyToCommand(client, "Player %s is already on a match team.", auth);
}
} else {
ReplyToCommand(client, "Usage: get5_addplayer <auth> <team1|team2|spec> [name]");
}
return Plugin_Handled;
}
public Action Command_RemovePlayer(int client, int args) {
if (g_GameState == Get5State_None) {
ReplyToCommand(client, "Cannot change player lists when there is no match to modify");
return Plugin_Handled;
}
if (g_InScrimMode) {
ReplyToCommand(
client,
"Cannot use get5_removeplayer in scrim mode. Use get5_ringer to swap a players team.");
return Plugin_Handled;
}
char auth[AUTH_LENGTH];
if (args >= 1 && GetCmdArg(1, auth, sizeof(auth))) {
if (RemovePlayerFromTeams(auth)) {
ReplyToCommand(client, "Successfully removed player %s", auth);
} else {
ReplyToCommand(client, "Player %s not found in auth lists.", auth);
}
} else {
ReplyToCommand(client, "Usage: get5_removeplayer <auth>");
}
return Plugin_Handled;
}
public Action Command_CreateMatch(int client, int args) {
if (g_GameState != Get5State_None) {
ReplyToCommand(client, "Cannot create a match when a match is already loaded");
return Plugin_Handled;
}
char matchid[MATCH_ID_LENGTH] = "manual";
char matchMap[PLATFORM_MAX_PATH];
GetCleanMapName(matchMap, sizeof(matchMap));
if (args >= 1) {
GetCmdArg(1, matchid, sizeof(matchid));
}
if (args >= 2) {
GetCmdArg(2, matchMap, sizeof(matchMap));
if (!IsMapValid(matchMap)) {
ReplyToCommand(client, "Invalid map: %s", matchMap);
return Plugin_Handled;
}
}
char path[PLATFORM_MAX_PATH];
Format(path, sizeof(path), "get5_%s.cfg", matchid);
DeleteFileIfExists(path);
KeyValues kv = new KeyValues("Match");
kv.SetString("matchid", matchid);
kv.SetNum("maps_to_win", 1);
kv.SetNum("skip_veto", 1);
kv.SetNum("players_per_team", 5);
kv.JumpToKey("maplist", true);
kv.SetString(matchMap, KEYVALUE_STRING_PLACEHOLDER);
kv.GoBack();
char teamName[MAX_CVAR_LENGTH];
kv.JumpToKey("team1", true);
int count = AddPlayersToAuthKv(kv, MatchTeam_Team1, teamName);
if (count > 0)
kv.SetString("name", teamName);
kv.GoBack();
kv.JumpToKey("team2", true);
count = AddPlayersToAuthKv(kv, MatchTeam_Team2, teamName);
if (count > 0)
kv.SetString("name", teamName);
kv.GoBack();
kv.JumpToKey("spectators", true);
AddPlayersToAuthKv(kv, MatchTeam_TeamSpec, teamName);
kv.GoBack();
if (!kv.ExportToFile(path)) {
delete kv;
MatchConfigFail("Failed to read write match config to %s", path);
return Plugin_Handled;
}
delete kv;
LoadMatchConfig(path);
return Plugin_Handled;
}
public Action Command_CreateScrim(int client, int args) {
if (g_GameState != Get5State_None) {
ReplyToCommand(client, "Cannot create a match when a match is already loaded");
return Plugin_Handled;
}
char matchid[MATCH_ID_LENGTH] = "scrim";
char matchMap[PLATFORM_MAX_PATH];
GetCleanMapName(matchMap, sizeof(matchMap));
char otherTeamName[MAX_CVAR_LENGTH] = "Away";
if (args >= 1) {
GetCmdArg(1, otherTeamName, sizeof(otherTeamName));
}
if (args >= 2) {
GetCmdArg(2, matchMap, sizeof(matchMap));
if (!IsMapValid(matchMap)) {
ReplyToCommand(client, "Invalid map: %s", matchMap);
return Plugin_Handled;
}
}
if (args >= 3) {
GetCmdArg(3, matchid, sizeof(matchid));
}
char path[PLATFORM_MAX_PATH];
Format(path, sizeof(path), "get5_%s.cfg", matchid);
DeleteFileIfExists(path);
KeyValues kv = new KeyValues("Match");
kv.SetString("matchid", matchid);
kv.SetNum("scrim", 1);
kv.JumpToKey("maplist", true);
kv.SetString(matchMap, KEYVALUE_STRING_PLACEHOLDER);
kv.GoBack();
char templateFile[PLATFORM_MAX_PATH + 1];
BuildPath(Path_SM, templateFile, sizeof(templateFile), "configs/get5/scrim_template.cfg");
if (!kv.ImportFromFile(templateFile)) {
delete kv;
MatchConfigFail("Failed to read scrim template in %s", templateFile);
return Plugin_Handled;
}
if (kv.JumpToKey("team1") && kv.JumpToKey("players") && kv.GotoFirstSubKey(false)) {
// Empty string values are found when reading KeyValues, but don't get written out.
// So this adds a value for each auth so scrim templates don't have to insert fake values.
do {
char auth[AUTH_LENGTH];
char name[MAX_NAME_LENGTH];
kv.GetString(NULL_STRING, name, sizeof(name), KEYVALUE_STRING_PLACEHOLDER);
kv.GetSectionName(auth, sizeof(auth));
// This shouldn't be necessary, but when the name field was empty, the
// use of KEYVALUE_STRING_PLACEHOLDER as a default doesn't seem to work.
// TODO: figure out what's going on with needing this here.
if (StrEqual(name, "")) {
name = KEYVALUE_STRING_PLACEHOLDER;
}
kv.SetString(NULL_STRING, name);
} while (kv.GotoNextKey(false));
kv.Rewind();
} else {
delete kv;
MatchConfigFail("You must add players to team1 on your scrim template!");
return Plugin_Handled;
}
kv.JumpToKey("team2", true);
kv.SetString("name", otherTeamName);
kv.GoBack();
if (!kv.ExportToFile(path)) {
delete kv;
MatchConfigFail("Failed to read write scrim config to %s", path);
return Plugin_Handled;
}
delete kv;
LoadMatchConfig(path);
return Plugin_Handled;
}
public Action Command_Ringer(int client, int args) {
if (g_GameState == Get5State_None || !g_InScrimMode) {
ReplyToCommand(client, "This command can only be used in scrim mode");
return Plugin_Handled;
}
char arg1[32];
if (args >= 1 && GetCmdArg(1, arg1, sizeof(arg1))) {
int target = FindTarget(client, arg1, true, false);
if (IsAuthedPlayer(target)) {
SwapScrimTeamStatus(target);
} else {
ReplyToCommand(client, "Player not found");
}
} else {
ReplyToCommand(client, "Usage: sm_ringer <player>");
}
return Plugin_Handled;
}
static int AddPlayersToAuthKv(KeyValues kv, MatchTeam team, char teamName[MAX_CVAR_LENGTH]) {
int count = 0;
kv.JumpToKey("players", true);
bool gotClientName = false;
char auth[AUTH_LENGTH];
for (int i = 1; i <= MaxClients; i++) {
if (IsAuthedPlayer(i)) {
int csTeam = GetClientTeam(i);
MatchTeam t = MatchTeam_TeamNone;