bool ProxyClient::ProcessStringCmd(char *string)
{
if (BaseClient::ProcessStringCmd(string)) {
return true;
}
TokenLine cmdLine;
if (!cmdLine.SetLine(string)) {
m_System->Printf("WARNING! ProxyClient::ProcessStringCmd: string command too long.\n");
return true;
}
char *cmd = cmdLine.GetToken(0);
for (auto& local_cmd : m_LocalCmdReg)
{
if (!_stricmp(local_cmd.name, cmd)) {
(this->*local_cmd.pfnCmd)(&cmdLine);
return true;
}
}
if (m_ClientType < TYPE_COMMENTATOR) {
m_System->DPrintf("Unkown client command: \"%s\"\n", cmd);
}
m_System->DPrintf("Unkown director command: \"%s\"\n", cmd);
return false;
}
void GDLNode::createOrNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
breakDownTokenLine(tokenLine, tokenLines);
try {
std::vector<PropositionNode*> propositions;
for (size_t i = 1; i < tokenLines.size(); ++i) {
try {
if (tokenLines[i].getType() != TOKEN_LINE_RELATION && tokenLines[i].getType() != TOKEN_LINE_DISTINCT) {
throw Exception("Syntax error: Or must have proposition as arguments. In line: " + tokenLine.toString());
}
PropositionNode *proposition;
createPropositionNode(tokenLines[i], (GDLNode**)&proposition);
propositions.push_back(proposition);
} catch (Exception &e) {
for (size_t i = 0; i < propositions.size(); ++i) {
delete propositions[i];
}
throw e;
}
}
*nodeOut = new OrNode(propositions);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating Or node. In line: " + tokenLine.toString());
}
}
void GDLNode::createDistinctNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
std::vector<Token> arguments;
breakDownTokenLine(tokenLine, tokenLines);
for (size_t i = 1; i < tokenLines.size(); ++i) {
int type = tokenLines[i].getTokens()[0].getType();
if (type != TOKENIZER_TOKEN_TYPE_TERM && type != TOKENIZER_TOKEN_TYPE_VAR) {
throw Exception("Syntax error: Invalid arguments in Distinct. In line: " + tokenLine.toString());
}
arguments.push_back(tokenLines[i].getTokens()[0]);
}
*nodeOut = new DistinctNode(arguments);
}
void GDLNode::createInitNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
PropositionNode *proposition;
breakDownTokenLine(tokenLine, tokenLines);
try {
if (tokenLines.at(1).getType() != TOKEN_LINE_RELATION) {
throw Exception("Syntax error: Init must have proposition as argument. In line: " + tokenLine.toString());
}
createPropositionNode(tokenLines.at(1), (GDLNode**)&proposition);
*nodeOut = new InitNode(proposition);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating init node. In line: " + tokenLine.toString());
}
}
void GDLNode::createIfNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
breakDownTokenLine(tokenLine, tokenLines);
try {
GDLNode *head = createGDLNodes(tokenLines.at(1));
std::vector<GDLNode*> body;
for (size_t i = 2; i < tokenLines.size(); ++i) {
GDLNode *b = createGDLNodes(tokenLines[i]);
body.push_back(b);
}
*nodeOut = new IfNode(head, body);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating If node. In line: " + tokenLine.toString());
}
}
void GDLNode::createGoalNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
breakDownTokenLine(tokenLine, tokenLines);
try {
int type = tokenLines.at(1).getTokens().at(0).getType();
if (type != TOKENIZER_TOKEN_TYPE_TERM && type != TOKENIZER_TOKEN_TYPE_VAR) {
throw Exception("Syntax error: Goal must have role as first argument. In line: " + tokenLine.toString());
}
if (tokenLines.at(2).getTokens().at(0).getType() != TOKENIZER_TOKEN_TYPE_TERM) {
throw Exception("Syntax error: Goal must have value as second argument. In line: " + tokenLine.toString());
}
Token role = tokenLines[1].getTokens()[0];
int value = stoi(tokenLines[2].getTokens()[0].getTokenStr());
*nodeOut = new GoalNode(role, value);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating Goal node. In line: " + tokenLine.toString());
}
}
void GDLNode::createDoesNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
breakDownTokenLine(tokenLine, tokenLines);
try {
int type = tokenLines.at(1).getTokens().at(0).getType();
if (type != TOKENIZER_TOKEN_TYPE_TERM && type != TOKENIZER_TOKEN_TYPE_VAR) {
throw Exception("Syntax error: Does must have role as first argument. In line: " + tokenLine.toString());
}
if (tokenLines.at(2).getType() != TOKEN_LINE_RELATION) {
throw Exception("Syntax error: Does must have action as second argument. In line: " + tokenLine.toString());
}
Token role = tokenLines[1].getTokens()[0];
PropositionNode *proposition;
createPropositionNode(tokenLines[2], (GDLNode**)&proposition);
*nodeOut = new DoesNode(role, proposition);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating Does node. In line: " + tokenLine.toString());
}
}
void GDLNode::createPropositionNode(const TokenLine &tokenLine, GDLNode **nodeOut) {
std::vector<TokenLine> tokenLines;
breakDownTokenLine(tokenLine, tokenLines);
try {
std::string name;
std::vector<Token> arguments;
name = tokenLines.at(0).getTokens().at(0).getTokenStr();
for (size_t i = 1; i < tokenLines.size(); ++i) {
int type = tokenLines.at(i).getTokens().at(0).getType();
if (type != TOKENIZER_TOKEN_TYPE_TERM && type != TOKENIZER_TOKEN_TYPE_VAR) {
throw Exception("Syntax error: Proposition '" + name + "' has incorrect arguments. In line: " + tokenLine.toString());
}
arguments.push_back(tokenLines.at(i).getTokens().at(0));
}
*nodeOut = new PropositionNode(name, arguments);
} catch (std::out_of_range) {
throw Exception("Syntax error while creating Proposition node. In line: " + tokenLine.toString());
}
}
void GDLNode::breakDownTokenLine(const TokenLine &tokenLine, std::vector<TokenLine> &tokenLinesOut) {
TokenLiner tokenLiner;
tokenLiner.createLines(tokenLine.getTokens(), tokenLinesOut);
}
void CBanList::ServerResponded()
{
if(m_bGotIPs == false)
{
m_BanList.RemoveAll();
const char *rconResp = m_pRcon->RconResponse();
const char *cur = strstr(rconResp,"UserID filter list:")
+ strlen("UserID filter list:");
if( (unsigned int)cur == strlen("UserID filter list:"))
// if strstr returned NULL and we added a strlen to it...
{
cur=NULL;
}
// listid format:
// UserID filter list:
// 1 23434 : 20.000 min
// and on empty it produces:
// IP filter list: empty
while(cur!=NULL)
{
TokenLine banLine;
cur++; // dodge the newline
banLine.SetLine(cur); // need to add one here, to remove the "\n"
if(banLine.CountToken() >= 4 )
{
Bans_t ban;
memset(&ban,0x0,sizeof(Bans_t));
v_strncpy(ban.name,banLine.GetToken(1),20);
sscanf(banLine.GetToken(3),"%f",&ban.time);
ban.type= ID;
m_BanList.AddToTail(ban);
}
cur=strchr(cur,'\n');
}
m_bGotIPs=true;
// now find out the list of banned ips
m_pRcon->SendRcon("listip");
}
else
{
// listip format:
// IP filter list:
//192.168. 1. 66 : 20.000 min
const char *rconResp = m_pRcon->RconResponse();
const char *cur = strstr(rconResp,"IP filter list:")
+ strlen("IP filter list:");
if( (unsigned int)cur == strlen("IP filter list:"))
// if strstr returned NULL and we added a strlen to it...
{
cur=NULL;
}
while(cur!=NULL)
{
char tmpStr[512];
Bans_t ban;
cur++; // dodge past the newline
v_strncpy(tmpStr,cur,512);
memset(&ban,0x0,sizeof(Bans_t));
if( strchr(tmpStr,':') != NULL )
{
char *time;
time = strchr(tmpStr,':')+1;
tmpStr[strchr(tmpStr,':')-tmpStr]=0;
v_strncpy(ban.name,tmpStr,20);
unsigned int i=0;
while(i<strlen(ban.name)) // strip all the white space out...
{
if( ban.name[i]==' ')
{
strcpy(&ban.name[i],&ban.name[i+1]);
}
else
{
i++;
}
}
sscanf(time,"%f",&ban.time);
ban.type= IP;
m_BanList.AddToTail(ban);
}
cur=strchr(cur,'\n');
}
m_bNewBanList=true;
m_bIsRefreshing=false;
// notify the UI of the new server info
m_pResponseTarget->ServerResponded();
}
}
