int gsc_mysql_real_connect()
{
int mysql;
char *host;
char *user;
char *pass;
char *db;
int port;
int helper = 0;
helper += stackGetParamInt(1, &mysql);
helper += stackGetParamString(2, &host);
helper += stackGetParamString(3, &user);
helper += stackGetParamString(4, &pass);
helper += stackGetParamString(5, &db);
helper += stackGetParamInt(6, &port);
#if DEBUG_MYSQL
printf_hide("gsc_mysql_real_connect(mysql=%d, host=\"%s\", user=\"%s\", pass=\"%s\", db=\"%s\", port=%d)\n", mysql, host, user, pass, db, port);
#endif
if (helper != 6)
{
printf_hide("scriptengine> wrongs args for mysql_real_connect(...);\n");
return stackPushUndefined();
}
mysql = (int) mysql_real_connect((MYSQL *)mysql, host, user, pass, db, port, NULL, 0);
return stackReturnInt(mysql);
}
int gsc_mysql_real_escape_string()
{
int mysql;
char *str;
int helper = 0;
helper += stackGetParamInt(1, &mysql);
helper += stackGetParamString(2, &str);
#if DEBUG_MYSQL
printf_hide("gsc_mysql_real_escape_string(%d, \"%s\")\n", mysql, str);
#endif
if (helper != 2)
{
printf_hide("scriptengine> wrongs args for mysql_real_escape_string(...);\n");
return stackPushUndefined();
}
char *to = (char *) malloc(strlen(str) * 2 + 1);
int ret = mysql_real_escape_string((MYSQL *)mysql, to, str, strlen(str));
int retString = stackPushString(to);
free(to);
return retString;
}
void gsc_set_userinfo(int id)
{
char* key;
char* value;
if(!stackGetParamString(0, &key))
{
printf("First param needs to be a string for get_userinfo\n");
stackPushUndefined();
return;
}
if(!stackGetParamString(1, &value))
{
printf("second param needs to be a string for get_userinfo\n");
stackPushUndefined();
return;
}
int entity = PLAYERBASE(id);
Info_SetValueForKey((char*)entity + 12, key, value);
stackPushUndefined();
}
void gsc_exec()
{
char *command;
if (!stackGetParamString(0, &command))
{
stackError("gsc_exec() argument is undefined or has wrong type");
stackPushUndefined();
return;
}
Com_DPrintf("gsc_exec() executing: %s\n", command);
FILE *fp;
fp = popen(command, "r");
if (fp == NULL)
{
stackPushUndefined();
return;
}
char c;
int curpos = 0;
char content[COD2_MAX_STRINGLENGTH];
stackPushArray();
while ((c = getc(fp)) != EOF)
{
if (c == '\n' || curpos == COD2_MAX_STRINGLENGTH - 1)
{
content[curpos] = '\0';
stackPushString(content);
stackPushArrayLast();
curpos = 0;
}
else
{
content[curpos] = c;
curpos++;
}
}
content[curpos] = '\0';
stackPushString(content);
stackPushArrayLast();
pclose(fp);
}
void gsc_kick_slot() {
int id;
char* msg;
char* reason;
if ( ! stackGetParams("is", &id, &msg)) {
printf("scriptengine> ERROR: gsc_kick_slot(): param \"id\"[1] has to be an int!\n");
printf("scriptengine> ERROR: gsc_kick_slot(): param \"msg\"[2] has to be an string!\n");
stackPushUndefined();
return;
}
if(getAddressType(id) == NA_LOOPBACK) {
stackReturnInt(0);
return; // host
}
#if COD_VERSION == COD2_1_0
int guid_offset = 0x765F4;
#elif COD_VERSION == COD2_1_2
int guid_offset = 0x76704;
#elif COD_VERSION == COD2_1_3
int guid_offset = 0xAE704;
#else
#warning gsc_kick_slot() got no working addresses for guid_offset
int guid_offset = 0x0;
#endif
int entity = PLAYERBASE(id);
char* name = Info_ValueForKey((char*)entity+12, "name"); // read before drop client resets the userinfo
int guid = *(int*)(entity + guid_offset);
SV_DropClient(entity, msg);
int * lastPacketTime = (int*)getLastPacketTime(id);
*lastPacketTime = getSVSTime(); // in case there is a funny zombie (copied from Q3)
if(!stackGetParamString(2, &reason)) {
Com_Printf("%s (guid %i) was kicked\n", name, guid);
stackReturnInt(1);
return;
}
Com_Printf("%s (guid %i) was kicked for %s\n", name, guid, reason);
stackReturnInt(1);
}
void gsc_get_userinfo(int id)
{
char* key;
char* val;
if(!stackGetParamString(0, &key))
{
printf("First param needs to be a string for get_userinfo\n");
stackPushUndefined();
return;
}
int entity = PLAYERBASE(id);
val = Info_ValueForKey((char*)entity+12, key);
if(strlen(val))
stackPushString(val);
else
stackPushUndefined();
}
int gsc_mysql_query()
{
int mysql;
char *sql;
int helper = 0;
helper += stackGetParamInt(1, &mysql);
helper += stackGetParamString(2, &sql);
#if DEBUG_MYSQL
printf_hide("gsc_mysql_query(%d, \"%s\")\n", mysql, sql);
#endif
if (helper != 2)
{
printf_hide("scriptengine> wrongs args for mysql_query(...);\n");
return stackPushUndefined();
}
int ret = mysql_query((MYSQL *)mysql, sql);
return stackReturnInt(ret);
}
int gsc_mysql_stmt_prepare()
{
int mysql_stmt;
char *sql;
int len;
int helper = 0;
helper += stackGetParamInt(1, &mysql_stmt);
helper += stackGetParamString(2, &sql);
helper += stackGetParamInt(3, &len);
#if DEBUG_MYSQL
printf_hide("gsc_mysql_stmt_prepare(mysql_stmt=%d, sql=%s)\n", mysql_stmt, sql);
#endif
if (helper != 3)
{
printf_hide("scriptengine> wrongs args for gsc_mysql_stmt_prepare(mysql_stmt);\n");
return stackReturnInt(0);
}
int ret = mysql_stmt_prepare((MYSQL_STMT*)mysql_stmt, sql, len);
return stackReturnInt(ret);
}
void gsc_exec_async_create_nosave()
{
char *command;
int callback;
if (!stackGetParamString(0, &command))
{
stackError("gsc_exec_async_create_nosave() argument is undefined or has wrong type");
stackPushUndefined();
return;
}
Com_DPrintf("gsc_exec_async_create_nosave() executing: %s\n", command);
exec_async_task *current = first_exec_async_task;
while (current != NULL && current->next != NULL)
current = current->next;
exec_async_task *newtask = new exec_async_task;
strncpy(newtask->command, command, COD2_MAX_STRINGLENGTH - 1);
newtask->command[COD2_MAX_STRINGLENGTH - 1] = '\0';
newtask->output = NULL;
newtask->prev = current;
newtask->next = NULL;
if (!stackGetParamFunction(1, &callback))
newtask->callback = 0;
else
newtask->callback = callback;
newtask->done = false;
newtask->save = false;
newtask->error = false;
newtask->levelId = scrVarPub.levelId;
newtask->hasargument = true;
int valueInt;
float valueFloat;
char *valueString;
vec3_t valueVector;
unsigned int valueObject;
if (stackGetParamInt(2, &valueInt))
{
newtask->valueType = INT_VALUE;
newtask->intValue = valueInt;
}
else if (stackGetParamFloat(2, &valueFloat))
{
newtask->valueType = FLOAT_VALUE;
newtask->floatValue = valueFloat;
}
else if (stackGetParamString(2, &valueString))
{
newtask->valueType = STRING_VALUE;
strcpy(newtask->stringValue, valueString);
}
else if (stackGetParamVector(2, valueVector))
{
newtask->valueType = VECTOR_VALUE;
newtask->vectorValue[0] = valueVector[0];
newtask->vectorValue[1] = valueVector[1];
newtask->vectorValue[2] = valueVector[2];
}
else if (stackGetParamObject(2, &valueObject))
{
newtask->valueType = OBJECT_VALUE;
newtask->objectValue = valueObject;
}
else
newtask->hasargument = false;
if (current != NULL)
current->next = newtask;
else
first_exec_async_task = newtask;
pthread_t exec_doer;
if (pthread_create(&exec_doer, NULL, exec_async, newtask) != 0)
{
stackError("gsc_exec_async_create_nosave() error creating exec async handler thread!");
stackPushUndefined();
return;
}
if (pthread_detach(exec_doer) != 0)
{
stackError("gsc_exec_async_create_nosave() error detaching exec async handler thread!");
stackPushUndefined();
return;
}
stackPushInt(1);
}
