/**
* LANHostConfigManagement:1 Action: SetDHCPServerConfigurable.
*
* Set dhcp server configuration flag.
* It fails if CheckLanHostConfigFiles fails.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetDHCPServerConfigurable( struct Upnp_Action_Request *ca_event )
{
char *configurable;
int config;
if ( ( configurable = GetFirstDocumentItem( ca_event->ActionRequest, "NewDHCPServerConfigurable" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
config = resolveBoolean( configurable );
// if user is setting configurable to true, check that all necessary files are installed
if ( config && CheckLanHostConfigFiles() )
{
// init failed, send action failed response
ca_event->ErrCode = 501;
strcpy( ca_event->ErrStr, "Action Failed" );
ca_event->ActionResult = NULL;
}
else
{
lanHostConfig.DHCPServerConfigurable = config;
ParseResult( ca_event, "" );
}
}
else
InvalidArgs( ca_event );
free( configurable );
return ca_event->ErrCode;
}
void UpdaterPrivate::UpdaterReady(int exit_code, QProcess::ExitStatus exit_status) {
if (main_process == nullptr) {
return;
}
if (exit_status != QProcess::NormalExit) {
UpdaterError(QProcess::Crashed);
return;
}
normal_exit = true;
last_error_code = exit_code;
last_error_log = main_process->readAllStandardError();
const auto update_out = main_process->readAllStandardOutput();
main_process->deleteLater();
main_process = nullptr;
running = false;
emit parent->RunningChanged(false);
QList<Updater::UpdateInfo> update_info;
auto err = ParseResult(update_out, update_info);
bool has_error = false;
if (err == XMLParseResult::Success) {
if (!update_info.isEmpty())
emit parent->UpdateInfoChanged(update_info);
} else if (err == XMLParseResult::InvalidXML) {
has_error = true;
}
emit parent->CheckUpdatesDone(!update_info.isEmpty(), has_error);
}
/**
* LANHostConfigManagement:1 Action: DeleteIPRouter.
*
* Deletes the default router.
* This action only affects the default router, not all routers like defined in the spec.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int DeleteIPRouter( struct Upnp_Action_Request *ca_event )
{
char *parmList[] = { ROUTE_COMMAND, "del", "default", "gw", NULL, NULL };
int status;
if ( ( parmList[4] = GetFirstDocumentItem( ca_event->ActionRequest, "NewIPRouters" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// run route del command
status = RunCommand( ROUTE_COMMAND, parmList );
if ( !status )
ParseResult( ca_event, "" );
else
{
trace( 2, "DeleteIPRouter: Route command returned error: %d", status );
addErrorData( ca_event, 702, "ValueSpecifiedIsInvalid" );
}
}
else
InvalidArgs( ca_event );
free( parmList[4] );
return ca_event->ErrCode;
}
void CGuildManager::Initialize()
{
char szQuery[1024];
snprintf(szQuery, sizeof(szQuery), "SELECT id, name, ladder_point, win, draw, loss, gold, level FROM guild%s", GetTablePostfix());
std::auto_ptr<SQLMsg> pmsg(CDBManager::instance().DirectQuery(szQuery));
if (pmsg->Get()->uiNumRows)
ParseResult(pmsg->Get());
char str[128 + 1];
if (!CConfig::instance().GetValue("POLY_POWER", str, sizeof(str)))
*str = '\0';
if (!polyPower.Analyze(str))
sys_err("cannot set power poly: %s", str);
else
sys_log(0, "POWER_POLY: %s", str);
if (!CConfig::instance().GetValue("POLY_HANDICAP", str, sizeof(str)))
*str = '\0';
if (!polyHandicap.Analyze(str))
sys_err("cannot set handicap poly: %s", str);
else
sys_log(0, "HANDICAP_POLY: %s", str);
QueryRanking();
}
void Execute() override try
{
const auto status = ((*osrm).*(service))(*params, result);
ParseResult(status, result);
}
catch (const std::exception &e)
{
SetErrorMessage(e.what());
}
BOOL DBXinFaList::Save(VOID* pSource)
{
__ENTER_FUNCTION
enum
{
DB_CharGuid = 1,
DB_XinFaID,
DB_XinFaLvl,
};
INT Result;
if(!Delete())
return FALSE;
ParseResult(&Result);
FULLUSERDATA* pCharFullData = static_cast<FULLUSERDATA*>(pSource);
Assert(pCharFullData);
INT XinFaCount = pCharFullData->m_Skill.m_Count / 2;
if( pCharFullData->m_Skill.m_Count % 2 ) //奇数
XinFaCount ++;
for(INT i =0;i<XinFaCount;i++)
{
DB_QUERY* pQuery = GetInternalQuery();
if(!pQuery)
{
Assert(FALSE);
}
pQuery->Clear();
if(m_CharGuid==INVALID_ID)
{
return FALSE;
}
pQuery->Parse(NewCharXinFa,
XINFA_TABLE,
m_CharGuid,
pCharFullData->m_XinFa.m_aXinFa[i].m_nXinFaID,
pCharFullData->m_XinFa.m_aXinFa[i].m_nXinFaLevel,
m_DBVersion
);
if(!ODBCBase::Save(pCharFullData))
return FALSE;
}
return TRUE;
__LEAVE_FUNCTION
return FALSE;
}
BOOL DBSkillList::Save(VOID* pSource)
{
__ENTER_FUNCTION
enum
{
DB_CharGuid = 1,
DB_SkillID,
DB_DBVersion,
};
INT Result;
if(!Delete())
return FALSE;
ParseResult(&Result);
FULLUSERDATA* pCharFullData = static_cast<FULLUSERDATA*>(pSource);
Assert(pCharFullData);
INT SkillCount = pCharFullData->m_Skill.m_Count;
for(INT i=0;i<SkillCount;i++)
{
DB_QUERY* pQuery = GetInternalQuery();
if(!pQuery)
{
Assert(FALSE);
}
pQuery->Clear();
if(m_CharGuid==INVALID_ID)
{
return FALSE;
}
pQuery->Parse(NewCharSkill,
SKILL_TABLE,
m_CharGuid,
pCharFullData->m_Skill.m_aSkill[i].m_nSkillID,
pCharFullData->m_Skill.m_aSkill[i].m_nSkillTime,
m_DBVersion);
if(!ODBCBase::Save(pCharFullData))
return FALSE;
}
return TRUE;
__LEAVE_FUNCTION
return FALSE;
}
void CGuildManager::Load(DWORD dwGuildID)
{
char szQuery[1024];
snprintf(szQuery, sizeof(szQuery), "SELECT id, name, ladder_point, win, draw, loss, gold, level FROM guild%s WHERE id=%u", GetTablePostfix(), dwGuildID);
std::auto_ptr<SQLMsg> pmsg(CDBManager::instance().DirectQuery(szQuery));
if (pmsg->Get()->uiNumRows)
ParseResult(pmsg->Get());
}
// Public entry point to parsing.
ParseResult Parser::parse(ParseNamedDefinition* start) {
if (start->numArguments() != 0) {
parseError(SourceLocation()) << "Start rule must have no arguments";
return ParseResult();
}
parseError_ = false;
resultStack_.clear();
parseRule(start);
return resultStack_.getBack();
}
/**
* LANHostConfigManagement:1 Action: SetIPRouter.
*
* Sets the default router.
* This action only affects the default router, not all routers like defined in the spec.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetIPRouter( struct Upnp_Action_Request *ca_event )
{
char *parmList[] = { ROUTE_COMMAND, NULL, "default", "gw", NULL, NULL };
char addr[LINE_LEN];
char *new_router;
int status;
if ( ( new_router = GetFirstDocumentItem( ca_event->ActionRequest, "NewIPRouters" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// if default gateway already exists, delete it
if ( GetDefaultGateway( addr ) )
{
// check that new gateway is different than current
if ( strcmp( new_router, addr ) == 0 )
{
addErrorData( ca_event, 701, "ValueAlreadySpecified" );
trace( 2, "SetIPRouter: new default gw '%s' is the same as current one '%s'", new_router, addr );
free( new_router );
return ca_event->ErrCode;
}
parmList[1] = "del";
parmList[4] = addr;
RunCommand( ROUTE_COMMAND, parmList );
}
// add new default gw
parmList[1] = "add";
parmList[4] = new_router;
status = RunCommand( ROUTE_COMMAND, parmList );
if ( !status )
ParseResult( ca_event, "" );
else
{
trace( 2, "SetIPRouter: Route command returned error: %d", status );
addErrorData( ca_event, 501, "Action Failed" );
}
}
else
InvalidArgs( ca_event );
free( new_router );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: GetDHCPRelay.
*
* Returns the state of dhcrelay server.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetDHCPRelay( struct Upnp_Action_Request *ca_event )
{
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetDHCPRelay invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
ParseResult( ca_event, "<NewDHCPRelay>%d</NewDHCPRelay>\n", ( lanHostConfig.dhcrelay ? 1 : 0 ) );
return ca_event->ErrCode;
}
bool CWOBackendReq::Issue()
{
SAFE_DELETE(resp_);
float t1 = r3dGetTime();
resp_ = http.SynchronousRequest(g_api_ip->GetString(), gDomainPort, gDomainUseSSL, req);
#ifndef FINAL_BUILD
//r3dOutToLog("WOApi: %s NETWORK time: %.4f\n", savedUrl_, r3dGetTime()-t1);
#endif
resultCode_ = ParseResult(resp_);
return resultCode_ == 0;
}
/**
* LANHostConfigManagement:1 Action: GetDNSServers.
*
* Returns all dns servers as a comma separated list.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetDNSServers( struct Upnp_Action_Request *ca_event )
{
FILE *file;
char dns_servers[RESULT_LEN];
char line[MAX_CONFIG_LINE];
char dns[INET6_ADDRSTRLEN];
regex_t nameserver;
regmatch_t submatch[SUB_MATCH];
int dns_place = 0;
dns_servers[0] = 0;
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetDNSServers invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
regcomp( &nameserver, REGEX_NAMESERVER, REG_EXTENDED );
file = fopen( g_vars.resolvConf, "r" );
if ( file == NULL )
{
trace( 1, "Failed to open resolv.conf at: %s.", g_vars.resolvConf );
addErrorData( ca_event, 501, "Action Failed" );
return ca_event->ErrCode;
}
while ( fgets( line, MAX_CONFIG_LINE, file ) != NULL )
{
if ( regexec( &nameserver, line, SUB_MATCH, submatch, 0 ) == 0 )
{
// nameserver found, get it and add to list
// if this is not the first dns server, add comma
if ( dns_place > 0 )
dns_place += snprintf( &dns_servers[dns_place], RESULT_LEN - dns_place, "," );
strncpy( dns, &line[submatch[1].rm_so], min( submatch[1].rm_eo-submatch[1].rm_so, INET6_ADDRSTRLEN ) );
dns[min( submatch[1].rm_eo-submatch[1].rm_so, INET6_ADDRSTRLEN-1 )] = 0;
dns_place += snprintf( &dns_servers[dns_place], RESULT_LEN - dns_place, "%s", dns );
}
}
ParseResult( ca_event, "<NewDNSServers>%s</NewDNSServers>\n", dns_servers );
regfree( &nameserver );
fclose( file );
return ca_event->ErrCode;
}
ParseResult Parser::parse(std::string input)
{
ParseResult result = ParseResult();
std::vector<std::string> parts = split(input);
if (parts.size == 0) {
result.success = false;
return result;
}
std::vector<std::string> args = range(parts, 1, parts.size - 1);
for (int i = 0; i < args.size; i++) {
for each (EnvironmentVariables var in ENV_VAR)
{
replace(args[i], "%" + var.name + "%", var.value);
}
}
/**
* LANHostConfigManagement:1 Action: SetDomainName.
*
* Uses uci option dhcp.@dnsmasq[0].domain
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetDomainName( struct Upnp_Action_Request *ca_event )
{
FILE *cmd = NULL;
char *domainName;
char setdomain_cmd[LINE_LEN];
regex_t reg_domain;
if ( ( domainName = GetFirstDocumentItem( ca_event->ActionRequest, "NewDomainName" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// sanitize input
regcomp(®_domain, REGEX_DOMAIN_NAME, REG_EXTENDED);
if( regexec( ®_domain, domainName, 0, 0, 0 ) != 0 )
{
trace( 1, "SetDomainName: Domain Name contains invalid characters: '%s'.", domainName );
InvalidArgs( ca_event );
regfree(®_domain);
return ca_event->ErrCode;
}
regfree(®_domain);
snprintf( setdomain_cmd, LINE_LEN, "uci set dhcp.@dnsmasq[0].domain=%s", domainName );
cmd = popen( setdomain_cmd, "r" );
if ( cmd == NULL )
{
trace( 1, "SetDomainName: setting Domain Name failed." );
addErrorData( ca_event, 501, "Action Failed" );
return ca_event->ErrCode;
}
UciCommit();
NetworkCommand( SERVICE_RESTART );
ParseResult( ca_event, "" );
}
else
InvalidArgs( ca_event );
if ( cmd ) pclose( cmd );
free( domainName );
return ca_event->ErrCode;
}
bool CChangeArgumentsAction::ActionPerformed(CEntity* pEntity) {
CString command;
CString results;
bool bRes = false;
if(CImpactAction::ActionPerformed(pEntity)==true) {
CString command = "args " + PrepareQuery(pEntity->GetEtag());
results = m_pCtrl->ExecCommand(command);
CArguments Args;
Args.Parse(results);
CArgumentsInfoDlg dlg(m_pCtrl);
dlg.SetArguments(&Args);
int nRes = dlg.DoModal();
if(nRes == IDOK) {
CString szArguments = "(";
CArguments* pArgs = dlg.GetArguments();
POSITION nPos = pArgs->GetHeadPosition();
while(nPos!=NULL) {
CArgument* pArg = pArgs->GetNext(nPos);
szArguments += pArg->GetType();
szArguments += " ";
szArguments += pArg->GetName();
if(nPos!=NULL)
szArguments += ",";
}
szArguments += ")";
CString description = GetName();
description += " to " + szArguments;
SetDescription(description);
command = "Impact:ChangeFunctionArguments " + PrepareQuery(pEntity->GetEtag()) + " " + PrepareQuery(szArguments);
results = m_pCtrl->ExecPrint(command);
ParseResult(results);
bRes = true;
} else {
SetExecuted(false);
}
}
return bRes;
}
bool CWOBackendReq::Issue()
{
SAFE_DELETE(resp_);
//http.SynchronousRequest("127.0.0.1", 443, "/WarZ/api/", req)
float t1 = r3dGetTime();
if (!g_api_ip) // IP of MSSQL if fail get 127.0.0.1
resp_ = http.SynchronousRequest("167.114.32.63", gDomainPort, gDomainUseSSL, req);
else
resp_ = http.SynchronousRequest(g_api_ip->GetString(), gDomainPort, gDomainUseSSL, req);
#ifndef FINAL_BUILD
//r3dOutToLog("WOApi: %s NETWORK time: %.4f\n", savedUrl_, r3dGetTime()-t1);
#endif
resultCode_ = ParseResult(resp_);
return resultCode_ == 0;
}
bool CChangeTypeAction::ActionPerformed(CEntity* pEntity) {
CString command;
CString results;
bool bRes = false;
if(CImpactAction::ActionPerformed(pEntity)==true) {
CString type;
command = "set CURRENT_TYPE [type " + PrepareQuery(pEntity->GetEtag()) + "]";
results = m_pCtrl->ExecCommand(command);
CAttributesQueryResult typeResult;
typeResult.parse(results);
if(typeResult.getRecordsCount()>0) {
POSITION iter = typeResult.getStartPos();
if(iter!=NULL) {
TRecord* pRecord = typeResult.getNext(iter);
type = *(*pRecord)[0];
}
}
CNewTypeDlg dlg(m_pCtrl);
dlg.SetType(type);
int nRes = dlg.DoModal();
if(nRes == IDOK) {
CString szType = dlg.GetType();
CString szNewType = dlg.GetNewType();
CString description = GetName();
description += " from " + szType;
description += " to " + szNewType;
SetDescription(description);
command = GetCommand(pEntity,szNewType);
results = m_pCtrl->ExecPrint(command);
ParseResult(results);
bRes = true;
} else {
SetExecuted(false);
}
}
return bRes;
}
/**
* this function implements the WANIPv6FirewallControl:getFirewallStatus action
*
* @param ca_event The UPnP action request from the control point
* @return UPnP error code
*/
int upnp_wanipv6_getFirewallStatus(struct Upnp_Action_Request *ca_event)
{
if(GetNbSoapParameters(ca_event->ActionRequest) == 0) {
ParseResult( ca_event, "<FirewallEnabled>%i</FirewallEnabled>\n"
"<InboundPinholeAllowed>%i</InboundPinholeAllowed>\n",
g_vars.ipv6firewallEnabled,
g_vars.ipv6inboundPinholeAllowed );
}
else {
trace(1, "GetFirewallStatus invalid number of parameters");
errorManagement(UPNP_SOAP_E_INVALID_ARGS, ca_event);
}
return(ca_event->ErrCode);
}
/**
* LANHostConfigManagement:1 Action: GetAddressRange.
*
* Gets the address range dhcp server will give out.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetAddressRange( struct Upnp_Action_Request *ca_event )
{
FILE *cmd = NULL, *cmd_2 = NULL;
char start[INET6_ADDRSTRLEN] = {0}, limit[INET6_ADDRSTRLEN] = {0};
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetAddressRange invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// try to run uci commands
cmd = popen( "uci get dhcp.lan.start", "r" );
cmd_2 = popen( "uci get dhcp.lan.limit", "r" );
if ( cmd == NULL || cmd_2 == NULL )
{
trace( 1, "GetAddressRange: uci command failed." );
addErrorData( ca_event, 501, "Action Failed" );
}
else
{
// get result
/** @todo add error checking, if uci returns something invalid */
if ( fgets( start, INET6_ADDRSTRLEN, cmd ) == NULL ||
fgets( limit, INET6_ADDRSTRLEN, cmd_2 ) == NULL )
{
trace( 1, "GetAddressRange: error reading values." );
addErrorData( ca_event, 501, "Action Failed" );
}
}
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "<NewMinAddress>%s</NewMinAddress>\n<NewMaxAddress>%s</NewMaxAddress>\n", start, limit );
if ( cmd ) pclose( cmd );
if ( cmd_2 ) pclose( cmd_2 );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: SetAddressRange.
*
* Sets the address range dhcp server will give out.
*
* @todo Maybe we should use the 3 first parts of the ip address to set the ip address of this router?
* Now they are just ignored.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetAddressRange( struct Upnp_Action_Request *ca_event )
{
char *parmList[] = { g_vars.uciCmd, "set", NULL, NULL };
char *start_addr, *limit_addr;
char command[MAX_IP_LAST_PART+15];
char start[MAX_IP_LAST_PART], limit[MAX_IP_LAST_PART];
start_addr = GetFirstDocumentItem( ca_event->ActionRequest, "NewMinAddress" );
limit_addr = GetFirstDocumentItem( ca_event->ActionRequest, "NewMaxAddress" );
if ( start_addr && limit_addr &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 2 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// parse last part of both ip addresses
if ( ParseAddressRange( ca_event, start, limit, start_addr, limit_addr ) )
return ca_event->ErrCode;
snprintf( command, MAX_IP_LAST_PART+15, "dhcp.lan.start=%s", start );
parmList[2] = command;
RunCommand( g_vars.uciCmd, parmList );
snprintf( command, MAX_IP_LAST_PART+15, "dhcp.lan.limit=%s", limit );
parmList[2] = command;
RunCommand( g_vars.uciCmd, parmList );
UciCommit();
DnsmasqRestart();
}
else
InvalidArgs( ca_event );
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "" );
free( start_addr );
free( limit_addr );
return ca_event->ErrCode;
}
void Execute() override try
{
osrm::json::Object r;
const auto status = ((*osrm).*(service))(*params, r);
ParseResult(status, r);
if (pluginParams.renderJSONToBuffer)
{
std::ostringstream buf;
osrm::util::json::render(buf, r);
result = buf.str();
}
else
{
result = r;
}
}
catch (const std::exception &e)
{
SetErrorMessage(e.what());
}
bool CDeleteEntityAction::ActionPerformed(CEntity* pEntity) {
CString command;
CString results;
bool bRes = false;
if(CImpactAction::ActionPerformed(pEntity)==true) {
CString kind = pEntity->GetKind();
kind.MakeLower();
CString id = PrepareQuery(pEntity->GetEtag());
SetWait(true);
if ( kind == "package" ) {
if(MessageBox(NULL,"Running impact queries on packages may take a long time.\nWould you like to proceed?",
"QA Warning",
MB_ICONQUESTION|MB_OKCANCEL)!=IDOK) {
SetExecuted(false);
bRes = false;
return false;
}
command = "Impact:DeleteEntity " + id;
} else if ( kind == "var" ) {
command = "oo_member " + id;
results = m_pCtrl->ExecCommand(command);
if (results == "1") {
command = "Impact:DeleteVariableFromClass " + id;
} else {
command = "Impact:DeleteVariable " + id + " [ where defined " + id + " ] ";
}
} else {
command = "Impact:DeleteEntity " + id;
}
results = m_pCtrl->ExecPrint(command);
ParseResult(results);
bRes = true;
SetWait(false);
}
SetExecuted(bRes);
return bRes;
}
/**
* LANHostConfigManagement:1 Action: GetIPRoutersList.
*
* Returns the default router.
* This action returns only the default router, not all routers like defined in the spec.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetIPRoutersList( struct Upnp_Action_Request *ca_event )
{
char addr[LINE_LEN];
int gw_found = FALSE;
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetIPRoutersLists invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
gw_found = GetDefaultGateway( addr );
if ( gw_found )
ParseResult( ca_event, "<NewIPRouters>%s</NewIPRouters>\n", addr );
else
addErrorData( ca_event, 501, "Invalid Args" );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: SetDHCPRelay.
*
* Change dhcp mode between relay server and normal dhcp server.
* Start / Stop dhcrelay and dnsmasq accordingly.
*
* @todo check that dhcrelay is installed in the system
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetDHCPRelay( struct Upnp_Action_Request *ca_event )
{
char *dhcrelay;
int b_dhcrelay;
if ( ( dhcrelay = GetFirstDocumentItem( ca_event->ActionRequest, "NewDHCPRelay" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
b_dhcrelay = resolveBoolean( dhcrelay );
if ( b_dhcrelay != lanHostConfig.dhcrelay )
{
if ( b_dhcrelay )
{
DnsmasqCommand( SERVICE_STOP );
DhcrelayStart();
}
else
{
DhcrelayStop();
DnsmasqCommand( SERVICE_START );
}
lanHostConfig.dhcrelay = b_dhcrelay;
}
}
else
InvalidArgs( ca_event );
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "" );
free( dhcrelay );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: SetSubnetMask.
*
* Set the subnet mask of the LAN.
* Uses uci option network.lan.netmask.
* After setting the parameter network is restarted.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetSubnetMask( struct Upnp_Action_Request *ca_event )
{
char *subnet_mask;
char command[INET6_ADDRSTRLEN];
char *args[] = { g_vars.uciCmd, "set", NULL, NULL };
regex_t reg_ip;
if ( ( subnet_mask = GetFirstDocumentItem( ca_event->ActionRequest, "NewSubnetMask" ) ) &&
( GetNbSoapParameters( ca_event->ActionRequest ) == 1 ) )
{
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// sanitize input
regcomp(®_ip, REGEX_IP_LASTBYTE, REG_EXTENDED);
if( regexec( ®_ip, subnet_mask, 0, 0, 0 ) != 0 )
{
trace( 1, "SetDomainName: subnet mask contains invalid characters: '%s'.", subnet_mask );
InvalidArgs( ca_event );
regfree( ®_ip );
return ca_event->ErrCode;
}
regfree( ®_ip );
snprintf( command, INET6_ADDRSTRLEN, "network.lan.netmask=%s", subnet_mask );
args[2] = command;
RunCommand( g_vars.uciCmd, args );
UciCommit();
NetworkCommand( SERVICE_RESTART );
}
else
InvalidArgs( ca_event );
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "" );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: GetSubnetMask.
*
* Returns subnet mask using uci option
* network.lan.netmask.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetSubnetMask( struct Upnp_Action_Request *ca_event )
{
FILE *cmd;
char subnet_mask[INET6_ADDRSTRLEN];
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetSubnetMask invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// try to run uci command
cmd = popen( "uci get network.lan.netmask", "r" );
if ( cmd == NULL )
{
trace( 1, "GetSubnetMask: getting subnet mask failed." );
addErrorData( ca_event, 501, "Action Failed" );
return ca_event->ErrCode;
}
// get result
if ( fgets( subnet_mask, INET6_ADDRSTRLEN, cmd ) != NULL )
ParseResult( ca_event, "<NewSubnetMask>%s</NewSubnetMask>\n", subnet_mask );
else
{
trace( 1, "GetSubnetMask: uci command returned null." );
addErrorData( ca_event, 501, "Action Failed" );
}
pclose( cmd );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: GetDomainName.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int GetDomainName( struct Upnp_Action_Request *ca_event )
{
FILE *cmd;
char domain_name[LINE_LEN];
if( GetNbSoapParameters( ca_event->ActionRequest ) != 0 )
{
trace( 1, "GetDomainName invalid number of parameters" );
addErrorData( ca_event, UPNP_SOAP_E_INVALID_ARGS, "Invalid Args" );
return ca_event->ErrCode;
}
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// try to run uci command
cmd = popen( "uci get -q dhcp.@dnsmasq[0].domain", "r" );
if ( cmd == NULL )
{
trace( 1, "GetDomainName: getting Domain Name failed." );
addErrorData( ca_event, 501, "Action Failed" );
return ca_event->ErrCode;
}
// get result
if ( fgets( domain_name, LINE_LEN, cmd ) != NULL )
ParseResult( ca_event, "<NewDomainName>%s</NewDomainName>\n", domain_name );
else
{
trace( 1, "GetDomainName: uci command returned null." );
addErrorData( ca_event, 501, "Action Failed" );
}
pclose( cmd );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: DeleteReservedAddress.
*
* Deletes specified ip-address from reserved addresses if it can be found.
* This action only takes one ip-address at a time, not a comma separated list.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int DeleteReservedAddress( struct Upnp_Action_Request *ca_event )
{
char command[COMMAND_LEN];
char *del_addr;
FILE *cmd;
char line[MAX_CONFIG_LINE];
int i = 0;
int deleted = FALSE;
if ( ( ( del_addr = GetFirstDocumentItem( ca_event->ActionRequest, "NewReservedAddresses" ) ) == NULL ) ||
( GetNbSoapParameters( ca_event->ActionRequest ) != 1 ) )
{
InvalidArgs( ca_event );
return ca_event->ErrCode;
}
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// added MAX_RESERVED_ADDRESS as precaution, if under some conditions uci returns always something
// if that is reached, give internal error
while ( i < MAX_RESERVED_ADDRESS )
{
sprintf( command, "uci -q get dhcp.@host[%d].ip", i );
cmd = popen( command, "r" );
if ( cmd == NULL )
{
trace( 1, "DeleteReservedAddress: Error running command: '%s'", command );
addErrorData( ca_event, 501, "Action Failed" );
break;
}
if ( fgets( line, MAX_CONFIG_LINE, cmd ) == NULL )
{
// returned nothing, no more hosts defined
pclose( cmd );
break;
}
pclose( cmd );
if ( strncmp( line, del_addr, strlen( del_addr ) ) == 0 )
{
sprintf( command, "uci -q delete dhcp.@host[%d]", i );
cmd = popen( command, "r" );
if ( cmd == NULL )
{
trace( 1, "DeleteReservedAddress: Error running command: '%s'", command );
addErrorData( ca_event, 501, "Action Failed" );
}
else
{
// entry successfully deleted
deleted = TRUE;
UciCommit();
DnsmasqRestart();
pclose( cmd );
}
break;
}
i++;
}
if ( i == MAX_RESERVED_ADDRESS )
{
trace( 1, "DeleteReservedAddress: Internal error in function." );
addErrorData( ca_event, 501, "Action Failed" );
}
if ( deleted == FALSE )
{
trace( 2, "DeleteReservedAddress: Can't find address to delete: '%s'.", del_addr );
addErrorData( ca_event, 702, "ValueSpecifiedIsInvalid" );
}
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "" );
if ( cmd ) pclose( cmd );
free( del_addr );
return ca_event->ErrCode;
}
/**
* LANHostConfigManagement:1 Action: SetReservedAddress.
*
* Sets the reserved addesses, that dhcp server won't give to clients.
* Old values will be deleted before the new list is applied.
*
* @param ca_event Upnp event struct.
* @return Upnp error code.
*/
int SetReservedAddress( struct Upnp_Action_Request *ca_event )
{
char command[COMMAND_LEN];
FILE *cmd;
char line[MAX_CONFIG_LINE];
char *all_addr, *addr;
char *add_args[] = { g_vars.uciCmd, "-q", "add", "dhcp", "host", NULL };
char *set_args[] = { g_vars.uciCmd, "-q", "set", NULL, NULL };
char *del_args[] = { g_vars.uciCmd, "-q", "delete", "dhcp.@host[0]", NULL };
int i=0;
if ( ( ( all_addr = GetFirstDocumentItem( ca_event->ActionRequest, "NewReservedAddresses" ) ) == NULL ) ||
( GetNbSoapParameters( ca_event->ActionRequest ) != 1 ) )
{
InvalidArgs( ca_event );
return ca_event->ErrCode;
}
if ( CheckDHCPServerConfigurable( ca_event ) )
return ca_event->ErrCode;
// delete all hosts
while ( i < MAX_RESERVED_ADDRESS )
{
sprintf( command, "uci -q get dhcp.@host[0]" );
cmd = popen( command, "r" );
if ( cmd == NULL )
{
trace( 1, "SetReservedAddress: Error running command: '%s'", command );
addErrorData( ca_event, 501, "Action Failed" );
break;
}
// if nothing is returned, we have removed all hosts
if ( fgets( line, MAX_CONFIG_LINE, cmd ) == NULL )
{
pclose( cmd );
break;
}
pclose( cmd );
RunCommand( g_vars.uciCmd, del_args );
i++;
}
// if deleting was successful then add new hosts
if ( ca_event->ErrCode == 0 )
{
addr = strtok( all_addr, "," );
while ( addr != NULL )
{
// add new host
RunCommand( g_vars.uciCmd, add_args );
// set host values
set_args[3] = "dhcp.@host[-1].name=IGDv2";
RunCommand( g_vars.uciCmd, set_args );
set_args[3] = "dhcp.@host[-1].mac=00:00:00:00:00:00";
RunCommand( g_vars.uciCmd, set_args );
sprintf( command, "dhcp.@host[-1].ip=%s", addr );
set_args[3] = command;
RunCommand( g_vars.uciCmd, set_args );
addr = strtok( NULL, "," );
}
}
if ( ca_event->ErrCode == 0 )
ParseResult( ca_event, "" );
free( all_addr );
return ca_event->ErrCode;
}