Hello,
i'm using TM4C129 with XDCtool xdctools_3_31_02_38_core and TI-RTOS tirtos_tivac_2_14_00_10.
and i wanted to created my own NDK configuration stack thread, so that at the board startup, the board will check the user IP configuration to be used to configure the IP setting static/dynamic.
so i created a task SoAd_vNetworkConfigurationTask which will be used instead of ti_ndk_config_Global_stackThread which will be generated automatically if Global.enableCodeGeneration is true. my code is setting this variable to false.
but once i compiled the code, i'm getting the following error:
"program will not fit into available memory. run placement with alignment fails for section "BSS_GROUP" size 0x7c8f8 . Available memory ranges: SoAd_HOOK.c /ICG/ATI Library/Service Layer/Communication/Socket Adaptor C/C++ Problem:
and once i commented the line
s32ReturnStatus = NC_SystemOpen(NC_PRIORITY_LOW, NC_OPMODE_INTERRUPT);
The code will compile properly!!
so please find the attached cfg file and a part of my code which include the task and few helper API that will be used by the task.6011.ICG.cfg
void SoAd_vNetworkConfigurationTask(INT32U u32Argument1, INT32U u32Argument2)
{
INT32S s32ReturnStatus, s32NewValue;
HANDLE hCfgIpAddr;
SoAd_vStackThreadBeginHook();
/* THIS MUST BE THE ABSOLUTE FIRST THING DONE IN AN APPLICATION!! */
s32ReturnStatus = NC_SystemOpen(NC_PRIORITY_LOW, NC_OPMODE_INTERRUPT);
if(s32ReturnStatus)
{
SoAd_vmLogError1(&objstrSoAdModuleInfoType, "NC_SystemOpen Failed (%d)", s32ReturnStatus);
}
else
{
/* Create a new configuration */
hCfgIpAddr = CfgNew();
if(hCfgIpAddr)
{
/* call user defined stack initialization hook */
Web_vAddFiles();
/* add the Ip module configuration settings. */
SoAd_vInitIPConfig(hCfgIpAddr);
/* add the Http module configuration settings. */
SoAd_vInitHTTPConfig(hCfgIpAddr);
/* add the Tcp module configuration settings. */
SoAd_vInitTCPConfig(hCfgIpAddr);
/* add the Udp module configuration settings. */
SoAd_vInitUDPConfig(hCfgIpAddr);
/* add the configuration settings for NDK low priority tasks stack size. */
s32NewValue = 1024;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_OS, \
CFGITEM_OS_TASKSTKLOW,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32NewValue, \
0);
/* add the configuration settings for NDK norm priority tasks stack size. */
s32NewValue = 1024;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_OS, \
CFGITEM_OS_TASKSTKNORM,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32NewValue, \
0);
/* add the configuration settings for NDK high priority tasks stack size. */
s32NewValue = 2048;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_OS, \
CFGITEM_OS_TASKSTKHIGH,
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32NewValue, \
0);
/*
* Boot the system using this configuration
* We keep booting until the function returns 0. This allows
* us to have a "reboot" command.
*/
do
{
s32ReturnStatus = NC_NetStart(hCfgIpAddr,\
SoAd_vNetworkOpenHook,\
SoAd_vNetworkCloseHook,\
SoAd_vNetworkIPAddressChangeHook);
}while(s32ReturnStatus > 0);
/* call user defined stack delete hook */
Web_vRemoveFiles();
/* Delete Configuration */
CfgFree(hCfgIpAddr);
/* Close the OS */
NC_SystemClose();
}
else
{
/* Close the OS */
NC_SystemClose();
SoAd_vmLogError0(&objstrSoAdModuleInfoType, "Can't create new Network configuration");
}
}
}
static void SoAd_vInitUDPConfig(HANDLE hCfgIpAddr)
{
INT32S s32ReceiveBufSize;
s32ReceiveBufSize = 2048;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKUDPRXLIMIT,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32ReceiveBufSize, \
0);
}
static void SoAd_vInitTCPConfig(HANDLE hCfgIpAddr)
{
INT32S s32TransmitBufSize,s32ReceiveBufSize, s32ReceiveBufLimit;
s32TransmitBufSize = 1024;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKTCPTXBUF,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32TransmitBufSize, \
0);
s32ReceiveBufSize = 1024;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKTCPRXBUF,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32ReceiveBufSize, \
0);
s32ReceiveBufLimit = 2048;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKTCPRXLIMIT,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32ReceiveBufLimit, \
0);
}
static void SoAd_vInitHTTPConfig(HANDLE hCfgIpAddr)
{
CI_SERVICE_HTTP objstrHTTPServiceType;
/* Specify HTTP service */
bzero(&objstrHTTPServiceType, sizeof(objstrHTTPServiceType));
objstrHTTPServiceType.cisargs.IPAddr = INADDR_ANY;
objstrHTTPServiceType.cisargs.pCbSrv = &SoAd_vNetworkStatusChangeHook;
objstrHTTPServiceType.cisargs.IfIdx = 1;
objstrHTTPServiceType.param.MaxCon = 3;
objstrHTTPServiceType.param.Port = 80;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_SERVICE, \
CFGITEM_SERVICE_HTTP, \
0,\
sizeof(objstrHTTPServiceType), \
(UINT8 *)&objstrHTTPServiceType, \
0 );
}
static void SoAd_vInitIPConfig(HANDLE hCfgIpAddr)
{
CI_IPNET objstrIPNetType;
CI_ROUTE objstrRouteType;
CI_SERVICE_DHCPC objstrDHCPServiceType;
INT32S s32StatusReturn;
IPN objIPv4Type;
/* Add our global hostname to hCfg (to be claimed in all connected domains) */
CfgAddEntry(hCfgIpAddr, \
CFGTAG_SYSINFO, \
CFGITEM_DHCP_HOSTNAME, \
0, \
strlen(SoAd_objstrDCFGType.objstrIPSettings.s8HostNameArray), \
(UINT8 *)(SoAd_objstrDCFGType.objstrIPSettings.s8HostNameArray),\
0 );
if(SoAd_objstrDCFGType.objstrIPSettings.bDynamicIPv4 == STD_TRUE) /* Dynamic IP address */
{
UINT8 DHCP_OPTIONS[] =
{
DHCPOPT_SUBNET_MASK,
};
/* Specify DHCP Service on IF-1 */
bzero(&objstrDHCPServiceType, sizeof(objstrDHCPServiceType));
objstrDHCPServiceType.cisargs.Mode = CIS_FLG_IFIDXVALID;
objstrDHCPServiceType.cisargs.IfIdx = 1;
objstrDHCPServiceType.cisargs.pCbSrv = &SoAd_vNetworkStatusChangeHook;
objstrDHCPServiceType.param.pOptions = DHCP_OPTIONS;
objstrDHCPServiceType.param.len = 1;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_SERVICE, \
CFGITEM_SERVICE_DHCPCLIENT, \
0,\
sizeof(objstrDHCPServiceType), \
(UINT8 *)&objstrDHCPServiceType, \
0);
s32StatusReturn = 1;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKTTLDEFAULT,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32StatusReturn, \
0);
}
else /* static IP address */
{
/* Setup manual IP address */
bzero(&objstrIPNetType, sizeof(objstrIPNetType));
objstrIPNetType.IPAddr = SoAd_objstrDCFGType.objstrIPSettings.u32LocalIP;
objstrIPNetType.IPMask = SoAd_objstrDCFGType.objstrIPSettings.u32SubnetMask;
strcpy(objstrIPNetType.Domain, SoAd_objstrDCFGType.objstrIPSettings.s8DomainNameArray);
objstrIPNetType.NetType = 0;
/* add a new static IP entry */
CfgAddEntry(hCfgIpAddr, CFGTAG_IPNET, 1, 0,sizeof(CI_IPNET), (UINT8 *)&objstrIPNetType, 0);
/* Add the default gateway. Since it is the default, the
* destination address and mask are both zero */
bzero(&objstrRouteType, sizeof(objstrRouteType));
objstrRouteType.IPDestAddr = 0;
objstrRouteType.IPDestMask = 0;
objstrRouteType.IPGateAddr = SoAd_objstrDCFGType.objstrIPSettings.u32GatewayIP;
CfgAddEntry(hCfgIpAddr, CFGTAG_ROUTE, 0, 0, sizeof(CI_ROUTE), (UINT8 *)&objstrRouteType, 0);
s32StatusReturn = 1;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_IP, \
CFGITEM_IP_SOCKTTLDEFAULT,\
CFG_ADDMODE_UNIQUE, \
sizeof(uint), \
(UINT8 *)&s32StatusReturn, \
0);
/* Manually add the DNS server */
objIPv4Type = SoAd_objstrDCFGType.objstrIPSettings.u32DNS1;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_SYSINFO, \
CFGITEM_DHCP_DOMAINNAMESERVER, \
0, \
sizeof(objIPv4Type), \
(UINT8 *)&objIPv4Type, \
0);
objIPv4Type = SoAd_objstrDCFGType.objstrIPSettings.u32DNS2;
CfgAddEntry(hCfgIpAddr, \
CFGTAG_SYSINFO, \
CFGITEM_DHCP_DOMAINNAMESERVER, \
1, \
sizeof(objIPv4Type), \
(UINT8 *)&objIPv4Type, \
0);
}
}
